https://wiki.opensourceecology.de/api.php?action=feedcontributions&feedformat=atom&user=JanArdaron 2026-05-13T06:52:07Z Benutzerbeiträge MediaWiki 1.35.1 https://wiki.opensourceecology.de/index.php?title=Milker&diff=8592 2013-05-05T00:16:02Z

<p>JanArdaron: </p> <hr /> <div>=Motivation for an autonomous milking ongoing robot (AMOR)=<br /> An autonomous system results in the following dis-/advantages:<br /> * + Indepence (no more need to be there to milk morning and evening, 7days/week)<br /> * - Machine service increases<br /> * + Technical knowledge increases, hence perhaps some other good robot ideas may evolve.<br /> * + Cows/Goats/Sheep can decide themselves when to get milked.<br /> * + Concentrated feed can be delivered automatically and according to milk delivered.<br /> * - Animals' possible illness not realized early enough. =&gt; Action taken too late. =&gt; Animal could die. <br /> * - Gathering at Milking robot leaves behind a lot of unusable muddy terrain at entrance (doors in general).<br /> * - Higher complexity in separation of milk for calves, though of course possible.<br /> * + Driving out and in of cattle no longer necessary as animals can get milked outside.<br /> * + Less material required (much shorter vacuum and milk tubes as compared to conventional non-automated distributed [at cow/goat..] milking)<br /> * ... and several others.<br /> <br /> <br /> An ongoing system results in the following (dis-)advantages:<br /> * - Higher complexity.<br /> * + Independance of any external supplies.<br /> ** Water (difficult)<br /> ** Power<br /> ** Food (difficult)<br /> * - Redundancy of susceptible subsystems (Electronics, in general: The more complex the system the higher the vulnerability).<br /> * + Less cabling, water pipe laying and bundled maintenance (as you can wait for enough minor errors to accumulate before taking the system apart). <br /> * ... and several others.<br /> <br /> =Separation in Subproblems &amp; Technological Difficulties =<br /> Our AMOR consists of several submodules:<br /> * MECHANICAL CONSTRUCTION<br /> ** - Difficult to be robust, lightweight (for truck to lift) &amp; cheap the same time.<br /> ** + Rain serves as a water supply and natural (ecologic) washing.<br /> * VACUUM SYSTEM<br /> ** - Difficult to be flexible in frequency (provide user settings) and keep it simple at the same time.<br /> ** + Could be used for several other functionality than milking (doors, ...). =&gt; No hydraulics needed.<br /> ** Note: As the robotic manipulator should be flexible anyway, compressible air/vacuum could serve this purpose, too - stays the problem of vulnerability to leakage.<br /> ** Vacuum pumps.<br /> * STORAGE CONSTRUCTION<br /> ** Milk<br /> ** Food<br /> ** Water<br /> ** Energy<br /> ** Database for animals milk (amount, properties, ...)<br /> ** Database for organization of the cow's fertile cycle, ...<br /> * SENSORICS<br /> ** Milk properties (flow rate, derivations of that, TODO)<br /> ** Robotic manipulator (3D camera, washing mechanism)<br /> ** Animal within milking construction =&gt; Door states.<br /> * ELECTRONICS<br /> ** Control of Doors.<br /> ** Control of Feeding (derived from amount of milk), but also accept some user constraints (lower / upper bounds for each type of food respectively).<br /> ** Control of Robotic manipulator (joints, gripper).<br /> ** Collection &amp; storage of the stored animal &amp; product data.<br /> * SOFTWARE<br /> ** Microcontroller programs capable of controlling at least two AMOR system blocks (stacked next to each other).<br /> ** compare ELECTRONICS.<br /> <br /> <br /> =DETAILS=<br /> http://howto.dragontale.de/?id=blog&amp;blogcat=dIY_u_engineering_u_science<br /> <br /> <br /> =DISCUSSION=<br /> <br /> '''Feel free to post critiques or technical stuff here - alternatively use the forum, even though currently I think it's much easier and more on focus to discuss here directly - or under tab &quot;talk&quot;.''' --Jan<br /> <br /> *Topic<br /> **Answer<br /> **Another post<br /> <br /> *next topic<br /> **answer<br /> <br /> *..<br /> <br /> <br /> [[Category: Robotik]]</div>

JanArdaron https://wiki.opensourceecology.de/index.php?title=Milker&diff=8591 2013-05-05T00:14:20Z

<p>JanArdaron: </p> <hr /> <div>=Motivation for an autonomous milking ongoing robot (AMOR)=<br /> An autonomous system results in the following dis-/advantages:<br /> * + Indepence (no more need to be there to milk morning and evening, 7days/week)<br /> * - Machine service increases<br /> * + Technical knowledge increases, hence perhaps some other good robot ideas may evolve.<br /> * + Cows/Goats/Sheep can decide themselves when to get milked.<br /> * + Concentrated feed can be delivered automatically and according to milk delivered.<br /> * - Animals' possible illness not realized early enough. =&gt; Action taken too late. =&gt; Animal could die. <br /> * - Gathering at Milking robot leaves behind a lot of unusable muddy terrain at entrance (doors in general).<br /> * - Higher complexity in separation of milk for calves, though of course possible.<br /> * + Driving out and in of cattle no longer necessary as animals can get milked outside.<br /> * ... and several others.<br /> <br /> <br /> An ongoing system results in the following (dis-)advantages:<br /> * - Higher complexity.<br /> * + Independance of any external supplies.<br /> ** Water (difficult)<br /> ** Power<br /> ** Food (difficult)<br /> * - Redundancy of susceptible subsystems (Electronics, in general: The more complex the system the higher the vulnerability).<br /> * + Less cabling, water pipe laying and bundled maintenance (as you can wait for enough minor errors to accumulate before taking the system apart). <br /> * ... and several others.<br /> <br /> =Separation in Subproblems &amp; Technological Difficulties =<br /> Our AMOR consists of several submodules:<br /> * MECHANICAL CONSTRUCTION<br /> ** - Difficult to be robust, lightweight (for truck to lift) &amp; cheap the same time.<br /> ** + Rain serves as a water supply and natural (ecologic) washing.<br /> * VACUUM SYSTEM<br /> ** - Difficult to be flexible in frequency (provide user settings) and keep it simple at the same time.<br /> ** + Could be used for several other functionality than milking (doors, ...). =&gt; No hydraulics needed.<br /> ** Note: As the robotic manipulator should be flexible anyway, compressible air/vacuum could serve this purpose, too - stays the problem of vulnerability to leakage.<br /> ** Vacuum pumps.<br /> * STORAGE CONSTRUCTION<br /> ** Milk<br /> ** Food<br /> ** Water<br /> ** Energy<br /> ** Database for animals milk (amount, properties, ...)<br /> ** Database for organization of the cow's fertile cycle, ...<br /> * SENSORICS<br /> ** Milk properties (flow rate, derivations of that, TODO)<br /> ** Robotic manipulator (3D camera, washing mechanism)<br /> ** Animal within milking construction =&gt; Door states.<br /> * ELECTRONICS<br /> ** Control of Doors.<br /> ** Control of Feeding (derived from amount of milk), but also accept some user constraints (lower / upper bounds for each type of food respectively).<br /> ** Control of Robotic manipulator (joints, gripper).<br /> ** Collection &amp; storage of the stored animal &amp; product data.<br /> * SOFTWARE<br /> ** Microcontroller programs capable of controlling at least two AMOR system blocks (stacked next to each other).<br /> ** compare ELECTRONICS.<br /> <br /> <br /> =DETAILS=<br /> http://howto.dragontale.de/?id=blog&amp;blogcat=dIY_u_engineering_u_science<br /> <br /> <br /> =DISCUSSION=<br /> <br /> '''Feel free to post critiques or technical stuff here - alternatively use the forum, even though currently I think it's much easier and more on focus to discuss here directly - or under tab &quot;talk&quot;.''' --Jan<br /> <br /> *Topic<br /> **Answer<br /> **Another post<br /> <br /> *next topic<br /> **answer<br /> <br /> *..<br /> <br /> <br /> [[Category: Robotik]]</div>

JanArdaron https://wiki.opensourceecology.de/index.php?title=Milker&diff=8590 2013-05-05T00:13:59Z

<p>JanArdaron: </p> <hr /> <div>=Motivation for an autonomous milking ongoing robot (AMOR)=<br /> An autonomous system results in the following dis-/advantages:<br /> * + Indepence (no more need to be there to milk morning and evening, 7days/week)<br /> * - Machine service increases<br /> * + Technical knowledge increases, hence perhaps some other good robot ideas may evolve.<br /> * + Cows/Goats/Sheep can decide themselves when to get milked.<br /> * + Concentrated feed can be delivered automatically and according to milk delivered.<br /> * - Animals' possible illness not realized early enough. =&gt; Action taken too late. =&gt; Animal could die. <br /> * - Gathering at Milking robot leaves behind a lot of unusable muddy terrain at entrance (doors in general).<br /> * - Higher complexity in separation of milk for calves, though of course possible.<br /> * + Driving out and in of cattle no longer necessary as animals can get milked outside.<br /> * ... and several others.<br /> <br /> <br /> An ongoing system results in the following (dis-)advantages:<br /> * - Higher complexity.<br /> * + Independance of any external supplies.<br /> ** Water (difficult)<br /> ** Power<br /> ** Food (difficult)<br /> * - Redundancy of susceptible subsystems (Electronics, in general: The more complex the system the higher the vulnerability).<br /> * + Less cabling, water pipe laying and bundled maintenance (as you can wait for enough minor errors to accumulate before taking the system apart). <br /> * ... and several others.<br /> <br /> =Separation in Subproblems &amp; Technological Difficulties =<br /> Our AMOR consists of several submodules:<br /> * MECHANICAL CONSTRUCTION<br /> ** - Difficult to be robust, lightweight (for truck to lift) &amp; cheap the same time.<br /> ** + Rain serves as a water supply and natural (ecologic) washing.<br /> * VACUUM SYSTEM<br /> ** - Difficult to be flexible in frequency (provide user settings) and keep it simple at the same time.<br /> ** + Could be used for several other functionality than milking (doors, ...). =&gt; No hydraulics needed.<br /> ** Note: As the robotic manipulator should be flexible anyway, compressible air/vacuum could serve this purpose, too - stays the problem of vulnerability to leakage.<br /> ** Vacuum pumps.<br /> * STORAGE CONSTRUCTION<br /> ** Milk<br /> ** Food<br /> ** Water<br /> ** Energy<br /> ** Database for animals milk (amount, properties, ...)<br /> ** Database for organization of the cow's fertile cycle, ...<br /> * SENSORICS<br /> ** Milk properties (flow rate, derivations of that, TODO)<br /> ** Robotic manipulator (3D camera, washing mechanism)<br /> ** Animal within milking construction =&gt; Door states.<br /> * ELECTRONICS<br /> ** Control of Doors.<br /> ** Control of Feeding (derived from amount of milk), but also accept some user constraints (lower / upper bounds for each type of food respectively).<br /> ** Control of Robotic manipulator (joints, gripper).<br /> ** Collection &amp; storage of the stored animal &amp; product data.<br /> * SOFTWARE<br /> ** Microcontroller programs capable of controlling at least two AMOR system blocks (stacked next to each other).<br /> ** compare ELECTRONICS.<br /> <br /> <br /> =DETAILS=<br /> http://howto.dragontale.de/?id=blog&amp;blogcat=dIY_u_engineering_u_science<br /> <br /> <br /> =DISCUSSION=<br /> <br /> '''Feel free to post critiques or technical stuff here - alternatively use the forum, even though currently I think it's much easier and more on focus to discuss here directly - or under tab &quot;talk&quot;.''' --Jan<br /> [LIST]<br /> *Topic<br /> **Answer<br /> **Another post<br /> <br /> *next topic<br /> **answer<br /> <br /> *..<br /> [/LIST]<br /> [[Category: Robotik]]</div>

JanArdaron https://wiki.opensourceecology.de/index.php?title=Milker&diff=8589 2013-05-05T00:12:13Z

<p>JanArdaron: </p> <hr /> <div>=Motivation for an autonomous milking ongoing robot (AMOR)=<br /> An autonomous system results in the following dis-/advantages:<br /> * + Indepence (no more need to be there to milk morning and evening, 7days/week)<br /> * - Machine service increases<br /> * + Technical knowledge increases, hence perhaps some other good robot ideas may evolve.<br /> * + Cows/Goats/Sheep can decide themselves when to get milked.<br /> * + Concentrated feed can be delivered automatically and according to milk delivered.<br /> * - Animals' possible illness not realized early enough. =&gt; Action taken too late. =&gt; Animal could die. <br /> * - Gathering at Milking robot leaves behind a lot of unusable muddy terrain at entrance (doors in general).<br /> * - Higher complexity in separation of milk for calves, though of course possible.<br /> * + Driving out and in of cattle no longer necessary as animals can get milked outside.<br /> * ... and several others.<br /> <br /> <br /> An ongoing system results in the following (dis-)advantages:<br /> * - Higher complexity.<br /> * + Independance of any external supplies.<br /> ** Water (difficult)<br /> ** Power<br /> ** Food (difficult)<br /> * - Redundancy of susceptible subsystems (Electronics, in general: The more complex the system the higher the vulnerability).<br /> * + Less cabling, water pipe laying and bundled maintenance (as you can wait for enough minor errors to accumulate before taking the system apart). <br /> * ... and several others.<br /> <br /> =Separation in Subproblems &amp; Technological Difficulties =<br /> Our AMOR consists of several submodules:<br /> * MECHANICAL CONSTRUCTION<br /> ** - Difficult to be robust, lightweight (for truck to lift) &amp; cheap the same time.<br /> ** + Rain serves as a water supply and natural (ecologic) washing.<br /> * VACUUM SYSTEM<br /> ** - Difficult to be flexible in frequency (provide user settings) and keep it simple at the same time.<br /> ** + Could be used for several other functionality than milking (doors, ...). =&gt; No hydraulics needed.<br /> ** Note: As the robotic manipulator should be flexible anyway, compressible air/vacuum could serve this purpose, too - stays the problem of vulnerability to leakage.<br /> ** Vacuum pumps.<br /> * STORAGE CONSTRUCTION<br /> ** Milk<br /> ** Food<br /> ** Water<br /> ** Energy<br /> ** Database for animals milk (amount, properties, ...)<br /> ** Database for organization of the cow's fertile cycle, ...<br /> * SENSORICS<br /> ** Milk properties (flow rate, derivations of that, TODO)<br /> ** Robotic manipulator (3D camera, washing mechanism)<br /> ** Animal within milking construction =&gt; Door states.<br /> * ELECTRONICS<br /> ** Control of Doors.<br /> ** Control of Feeding (derived from amount of milk), but also accept some user constraints (lower / upper bounds for each type of food respectively).<br /> ** Control of Robotic manipulator (joints, gripper).<br /> ** Collection &amp; storage of the stored animal &amp; product data.<br /> * SOFTWARE<br /> ** Microcontroller programs capable of controlling at least two AMOR system blocks (stacked next to each other).<br /> ** compare ELECTRONICS.<br /> <br /> <br /> =DETAILS=<br /> http://howto.dragontale.de/?id=blog&amp;blogcat=dIY_u_engineering_u_science<br /> <br /> <br /> =DISCUSSION=<br /> '''Feel free to post critiques or technical stuff here - alternatively use the forum, even though currently I think it's much easier and more on focus to discuss here directly - or under tab &quot;talk&quot;.''' --Jan<br /> <br /> [[Category: Robotik]][[Category: Projekte]]</div>

JanArdaron https://wiki.opensourceecology.de/index.php?title=Milker&diff=8588 2013-05-05T00:11:29Z

<p>JanArdaron: </p> <hr /> <div>=Motivation for an autonomous milking ongoing robot (AMOR)=<br /> An autonomous system results in the following dis-/advantages:<br /> * + Indepence (no more need to be there to milk morning and evening, 7days/week)<br /> * - Machine service increases<br /> * + Technical knowledge increases, hence perhaps some other good robot ideas may evolve.<br /> * + Cows/Goats/Sheep can decide themselves when to get milked.<br /> * + Concentrated feed can be delivered automatically and according to milk delivered.<br /> * - Animals' possible illness not realized early enough. =&gt; Action taken too late. =&gt; Animal could die. <br /> * - Gathering at Milking robot leaves behind a lot of unusable muddy terrain at entrance (doors in general).<br /> * - Higher complexity in separation of milk for calves, though of course possible.<br /> * + Driving out and in of cattle no longer necessary as animals can get milked outside.<br /> * ... and several others.<br /> <br /> <br /> An ongoing system results in the following (dis-)advantages:<br /> * - Higher complexity.<br /> * + Independance of any external supplies.<br /> ** Water (difficult)<br /> ** Power<br /> ** Food (difficult)<br /> * - Redundancy of susceptible subsystems (Electronics, in general: The more complex the system the higher the vulnerability).<br /> * + Less cabling, water pipe laying and bundled maintenance (as you can wait for enough minor errors to accumulate before taking the system apart). <br /> * ... and several others.<br /> <br /> =Separation in Subproblems &amp; Technological Difficulties =<br /> Our AMOR consists of several submodules:<br /> * MECHANICAL CONSTRUCTION<br /> ** - Difficult to be robust, lightweight (for truck to lift) &amp; cheap the same time.<br /> ** + Rain serves as a water supply and natural (ecologic) washing.<br /> * VACUUM SYSTEM<br /> ** - Difficult to be flexible in frequency (provide user settings) and keep it simple at the same time.<br /> ** + Could be used for several other functionality than milking (doors, ...). =&gt; No hydraulics needed.<br /> ** Note: As the robotic manipulator should be flexible anyway, compressible air/vacuum could serve this purpose, too - stays the problem of vulnerability to leakage.<br /> ** Vacuum pumps.<br /> * STORAGE CONSTRUCTION<br /> ** Milk<br /> ** Food<br /> ** Water<br /> ** Energy<br /> ** Database for animals milk (amount, properties, ...)<br /> ** Database for organization of the cow's fertile cycle, ...<br /> * SENSORICS<br /> ** Milk properties (flow rate, derivations of that, TODO)<br /> ** Robotic manipulator (3D camera, washing mechanism)<br /> ** Animal within milking construction =&gt; Door states.<br /> * ELECTRONICS<br /> ** Control of Doors.<br /> ** Control of Feeding (derived from amount of milk), but also accept some user constraints (lower / upper bounds for each type of food respectively).<br /> ** Control of Robotic manipulator (joints, gripper).<br /> ** Collection &amp; storage of the stored animal &amp; product data.<br /> * SOFTWARE<br /> ** Microcontroller programs capable of controlling at least two AMOR system blocks (stacked next to each other).<br /> ** compare ELECTRONICS.<br /> <br /> <br /> =DETAILS=<br /> http://howto.dragontale.de/?id=blog&amp;blogcat=dIY_u_engineering_u_science<br /> <br /> <br /> =DISCUSSION=<br /> '''Feel free to post critiques or technical stuff here - alternatively use the forum, even though currently I think it's much easier and more on focus to discuss here directly - or under tab &quot;talk&quot;.''' --Jan</div>

JanArdaron https://wiki.opensourceecology.de/index.php?title=Cold_fusion_reactor&diff=8388 2013-04-19T23:42:31Z

<p>JanArdaron: </p> <hr /> <div>=Introduction &amp; System Overview, English=<br /> * [http://aromapress.com/~defkalio/wp-content/uploads/2013/01/2012-08-08_NIWeek_-Defkalion-Technical-presentation_-J-Hadjichristos.pdf By Defkalion Inc. ]<br /> * [http://coldfusionnow.org/wp-content/uploads/2012/12/HagelsteinPdemonstra.pdf JET Energy Inc. MIT IAP january special course]<br /> <br /> <br /> =DIY feasability=<br /> * It's to be investigated if cold fusion (rather LENR = Low Energy Nuclear Reactions) is (are) suitable for a DIY project.<br /> ** As it looks it is doable - at least I know one belgian, one french (who does this research for a developing country) and one suisse guy who already built prototypes.<br /> * =&gt; Controversy to open source ecology methology of easy construction?<br /> <br /> =Papers &amp; Patents=<br /> * U.S. navy open research. http://lenr-canr.org/wordpress/?page_id=952<br /> * [http://aromapress.com/~defkalio/wp-content/uploads/2013/01/ICCF-17-Hadjichristos-Technical-Characteristics-Paper.pdf Defkalion Technical Paper.]<br /> <br /> =Books=<br /> * [http://www.amazon.com/s/?tag=dragontalede-20&amp;link_code=wsw&amp;_encoding=UTF-8&amp;search-alias=aps&amp;field-keywords=physics+lenr&amp;Submit.x=0&amp;Submit.y=0 It's just amazing how many books arouse in the last few years!]<br /> <br /> <br /> [[Category: Energie]]</div>

JanArdaron https://wiki.opensourceecology.de/index.php?title=Cold_fusion_reactor&diff=8387 2013-04-19T23:39:20Z

<p>JanArdaron: /* DIY feasability */</p> <hr /> <div>=Introduction &amp; System Overview, English=<br /> * [http://aromapress.com/~defkalio/wp-content/uploads/2013/01/2012-08-08_NIWeek_-Defkalion-Technical-presentation_-J-Hadjichristos.pdf By Defkalion Inc. ]<br /> * [http://coldfusionnow.org/wp-content/uploads/2012/12/HagelsteinPdemonstra.pdf JET Energy Inc. MIT IAP january special course]<br /> <br /> <br /> =DIY feasability=<br /> * It's to be investigated if cold fusion (rather LENR = Low Energy Nuclear Reactions) is (are) suitable for a DIY project.<br /> ** As it looks it is doable - at least I know one belgian, one french (who does this research for a developing country) and one suisse guy who already built prototypes.<br /> * =&gt; Controversy to open source ecology methology of easy construction?<br /> <br /> =Papers &amp; Patents=<br /> * U.S. navy open research. http://lenr-canr.org/wordpress/?page_id=952<br /> * [http://aromapress.com/~defkalio/wp-content/uploads/2013/01/ICCF-17-Hadjichristos-Technical-Characteristics-Paper.pdf Defkalion Technical Paper.]<br /> <br /> =Books=<br /> <br /> [http://www.amazon.com/s/?tag=dragontalede-20&amp;link_code=wsw&amp;_encoding=UTF-8&amp;search-alias=aps&amp;field-keywords=physics+lenr&amp;Submit.x=0&amp;Submit.y=0 It's just amazing how many books arouse in the last few years!]</div>

JanArdaron https://wiki.opensourceecology.de/index.php?title=Cold_fusion_reactor&diff=8386 2013-04-19T23:36:56Z

<p>JanArdaron: </p> <hr /> <div>=Introduction &amp; System Overview, English=<br /> * [http://aromapress.com/~defkalio/wp-content/uploads/2013/01/2012-08-08_NIWeek_-Defkalion-Technical-presentation_-J-Hadjichristos.pdf By Defkalion Inc. ]<br /> * [http://coldfusionnow.org/wp-content/uploads/2012/12/HagelsteinPdemonstra.pdf JET Energy Inc. MIT IAP january special course]<br /> <br /> <br /> =DIY feasability=<br /> * It's to be investigated if cold fusion (rather LENR = Low Energy Nuclear Reactions) is (are) suitable for a DIY project.<br /> * =&gt; Controversy to open source ecology methology of easy construction?<br /> <br /> <br /> <br /> =Papers &amp; Patents=<br /> * U.S. navy open research. http://lenr-canr.org/wordpress/?page_id=952<br /> * [http://aromapress.com/~defkalio/wp-content/uploads/2013/01/ICCF-17-Hadjichristos-Technical-Characteristics-Paper.pdf Defkalion Technical Paper.]<br /> <br /> =Books=<br /> <br /> [http://www.amazon.com/s/?tag=dragontalede-20&amp;link_code=wsw&amp;_encoding=UTF-8&amp;search-alias=aps&amp;field-keywords=physics+lenr&amp;Submit.x=0&amp;Submit.y=0 It's just amazing how many books arouse in the last few years!]</div>

JanArdaron https://wiki.opensourceecology.de/index.php?title=Archiv:Microbial_fuel_cell&diff=8385 2013-04-19T23:30:30Z

<p>JanArdaron: Created page with &quot;{{Germany}} =Motivation= In the last years (microbial) fuel cell technology advanced significantly, involving air cathode and single chamber designs and utilizing low-cost m...&quot;</p> <hr /> <div>{{Germany}}<br /> <br /> <br /> =Motivation=<br /> In the last years (microbial) fuel cell technology advanced significantly, involving air cathode and single chamber designs and utilizing low-cost materials as charcoal for the anode. Especially for farmers (having a lot of animals dung), or others that have bigger animals in the neighbourhood, this could prove valuable. <br /> <br /> <br /> =Requirements=<br /> * Simplicity.<br /> * Scalability.<br /> * Material affordability before efficiency. (Use of easy to get materials for the electrodes!)<br /> * (tdb) Option of using this in combination to biothermanl energie (two different processes emerging from the same source! one being transformation of heat to electricity, the other direct electricity harvesting).<br /> <br /> <br /> <br /> =Prototype 1 - MFC =<br /> *single chamber<br /> *cathode: charcoal<br /> *anode: stainless steel<br /> <br /> ==Design==<br /> This is up to come in the next weeks if everything works as expected.<br /> ==Build==<br /> This will not be accomplished too qickly. Don't expect it before fall.<br /> <br /> <br /> <br /> <br /> =Further reading=<br /> * TODO<br /> <br /> <br /> <br /> <br /> <br /> [[Category: Energie]]<br /> [[Category: -OSEG 400 - Bereich Technologie]]<br /> [[Category: -OSEG xxx - Microbial fuel cell]]</div>

JanArdaron https://wiki.opensourceecology.de/index.php?title=Vorlage:Projects_list&diff=8384 2013-04-19T23:19:50Z

<p>JanArdaron: </p> <hr /> <div>* [[Milking robot]] - This is my most serious and determined project after solving our farm's energy problem (German taxes rose significantly, what result in extra cost in the range of thousand Euros for heavy power consumption farms - milk cooling, water boilers for cleaning milking systems, heating, fuel, ...). I will drive this project forward heavily this autumn.<br /> * [[Microbial fuel cell]] - In the last years fuel cell technology advanced significantly, involving air cathode and single chamber designs and utilizing low-cost materials as charcoal for the anode. Especially for farmers (having a lot of animals dung), or others that have bigger animals in the neighbourhood, this could prove valuable.<br /> * [[Cold fusion reactor]] - If not overkill. Defkalion Inc., JET Energy Inc. and MIT have the hard part done. No radioactive rays measured. This would require some of our chemists to get involved.<br /> * [[Magnet Motor]] - Inventor Yildiz's 250W output version, probably Tesla-wave harvesting here too, hence longitudinal waves, eddy currents.<br /> * [[Tesla Bedini Desulfation Charger]] - ~ using longitudal waves that travel through earth restlessly (as other rays: neutrinos, ...) to harvest ray energy. Useful for desulfation of our (opensourceecology's) Pb batteries if we really want those due to simplicity.<br /> &lt;!--* [[Aluminium Air Battery]] - the newest technology up to be avaible in 2017. Extremely lightweight. Resulting in significant electric vehicles range extension (factor of 10).--&gt;<br /> * [[Wind Turbine]] - open collaboration on Wind Turbine. ''Needs'': research, development and prototyping. See the [[Wind Turbine#Open_Tasks|open tasks]].<br /> * [[Holzvergaserofen]] - kleiner emissionsarmer und hocheffizienter Holzvergaserofen.<br /> * [[Zn/O-Brennstoffzelle]] - möglichst langfristigen Speicherlösung für elektrische Energie.<br /> * [[Filamaker]] - Plastik Schredder und Extruder.<br /> * [[Rollhacke]] - für die ökologische Landwirtschaft. ''Bedarf'': Videoaufnahme<br /> * [[Hoflader]] - klein, sehr gut manövrierbar in kleinen Räumen und mit kleinem Frontlader. ''Bedarf'': Konstrukteur für das Design.<br /> * [[Induktionsofen]] - 1 bis 5KW. ''Bedarf'': Fachwissen in Elektronik für Induktionsofen - zur Prüfung und Verbesserung der aktuellen Pläne.<br /> * [[Universal Prototyping Kit]] - Baukastensystem (Construction Kit) mit strukturellen Elementen, ähnlich einem Metallbaukasten<br /> * [[CNC Circuit Mill]] - ''Needs'': research, development and prototyping.</div>

JanArdaron https://wiki.opensourceecology.de/index.php?title=Vorlage:Projects_list&diff=8383 2013-04-19T23:19:01Z

<p>JanArdaron: </p> <hr /> <div>* [[Milking robot]] - This is my most serious and determined project after solving our farm's energy problem (German taxes rose significantly, what result in extra cost in the range of thousand Euros for heavy power consumption farms - milk cooling, water boilers for cleaning milking systems, heating, fuel, ...). I will drive this project forward heavily this autumn.<br /> * [[Fuel cell]] - In the last years fuel cell technology advanced significantly, involving air cathode and single chamber designs and utilizing low-cost materials as charcoal for the anode. Especially for farmers (having a lot of animals dung), or others that have bigger animals in the neighbourhood, this could prove valuable.<br /> * [[Cold fusion reactor]] - If not overkill. Defkalion Inc., JET Energy Inc. and MIT have the hard part done. No radioactive rays measured. This would require some of our chemists to get involved.<br /> * [[Magnet Motor]] - Inventor Yildiz's 250W output version, probably Tesla-wave harvesting here too, hence longitudinal waves, eddy currents.<br /> * [[Tesla Bedini Desulfation Charger]] - ~ using longitudal waves that travel through earth restlessly (as other rays: neutrinos, ...) to harvest ray energy. Useful for desulfation of our (opensourceecology's) Pb batteries if we really want those due to simplicity.<br /> &lt;!--* [[Aluminium Air Battery]] - the newest technology up to be avaible in 2017. Extremely lightweight. Resulting in significant electric vehicles range extension (factor of 10).--&gt;<br /> * [[Wind Turbine]] - open collaboration on Wind Turbine. ''Needs'': research, development and prototyping. See the [[Wind Turbine#Open_Tasks|open tasks]].<br /> * [[Holzvergaserofen]] - kleiner emissionsarmer und hocheffizienter Holzvergaserofen.<br /> * [[Zn/O-Brennstoffzelle]] - möglichst langfristigen Speicherlösung für elektrische Energie.<br /> * [[Filamaker]] - Plastik Schredder und Extruder.<br /> * [[Rollhacke]] - für die ökologische Landwirtschaft. ''Bedarf'': Videoaufnahme<br /> * [[Hoflader]] - klein, sehr gut manövrierbar in kleinen Räumen und mit kleinem Frontlader. ''Bedarf'': Konstrukteur für das Design.<br /> * [[Induktionsofen]] - 1 bis 5KW. ''Bedarf'': Fachwissen in Elektronik für Induktionsofen - zur Prüfung und Verbesserung der aktuellen Pläne.<br /> * [[Universal Prototyping Kit]] - Baukastensystem (Construction Kit) mit strukturellen Elementen, ähnlich einem Metallbaukasten<br /> * [[CNC Circuit Mill]] - ''Needs'': research, development and prototyping.</div>

JanArdaron https://wiki.opensourceecology.de/index.php?title=Vorlage:Projects_list&diff=8382 2013-04-19T23:16:17Z

<p>JanArdaron: </p> <hr /> <div>* [[Milking robot]] - This is my most serious and determined project after solving our farm's energy problem (German taxes rose significantly, what result in extra cost in the range of thousand Euros for heavy power consumption farms - milk cooling, water boilers for cleaning milking systems, heating, fuel, ...). I will drive this project forward heavily this autumn.<br /> * [[Fuel cell]] - In the last years fuel cell technology advanced significantly, involving air cathode and single chamber designs and utilizing low-cost materials as charcoal for the anode. Especially for farmers (having a lot of animals dung), or others that have bigger animals in the neighbourhood, this could prove valuable.<br /> * [[Cold fusion reactor]] - If not overkill. Defkalion Inc., JET Energy Inc. and MIT have the hard part done. No radioactive rays measured. This would require some of our chemists to get involved.<br /> * [[Magnet Motor]] - Inventor Yildiz's 250W output version, probably Tesla-wave harvesting here too, hence longitudinal waves, eddy currents.<br /> * [[Tesla Bedini Desulfation Charger]] - Desulfation battery charger using longitudal waves travelling through earth all the time as other rays (neutrinos, ...) do to harvest energy. Would be useful for our (opensourceecology's) Pb batteries if we really want those for desulfation, too.<br /> &lt;!--* [[Aluminium Air Battery]] - the newest technology up to be avaible in 2017. Extremely lightweight. Resulting in significant electric vehicles range extension (factor of 10).--&gt;<br /> * [[Wind Turbine]] - open collaboration on Wind Turbine. ''Needs'': research, development and prototyping. See the [[Wind Turbine#Open_Tasks|open tasks]].<br /> * [[Holzvergaserofen]] - kleiner emissionsarmer und hocheffizienter Holzvergaserofen.<br /> * [[Zn/O-Brennstoffzelle]] - möglichst langfristigen Speicherlösung für elektrische Energie.<br /> * [[Filamaker]] - Plastik Schredder und Extruder.<br /> * [[Rollhacke]] - für die ökologische Landwirtschaft. ''Bedarf'': Videoaufnahme<br /> * [[Hoflader]] - klein, sehr gut manövrierbar in kleinen Räumen und mit kleinem Frontlader. ''Bedarf'': Konstrukteur für das Design.<br /> * [[Induktionsofen]] - 1 bis 5KW. ''Bedarf'': Fachwissen in Elektronik für Induktionsofen - zur Prüfung und Verbesserung der aktuellen Pläne.<br /> * [[Universal Prototyping Kit]] - Baukastensystem (Construction Kit) mit strukturellen Elementen, ähnlich einem Metallbaukasten<br /> * [[CNC Circuit Mill]] - ''Needs'': research, development and prototyping.</div>

JanArdaron https://wiki.opensourceecology.de/index.php?title=Milker&diff=8271 2013-04-15T04:06:23Z

<p>JanArdaron: /* Motivation for an autonomous milking ongoing robot (AMOR) */</p> <hr /> <div>Here I will use my own structuring, independant of Open Source Ecology's main heading template, because I want to keep information compact and easy to maintain. Hope this is okay.<br /> <br /> =Motivation for an autonomous milking ongoing robot (AMOR)=<br /> An autonomous system results in the following dis-/advantages:<br /> * + Indepence (no more need to be there to milk morning and evening, 7days/week)<br /> * - Machine service increases<br /> * + Technical knowledge increases, hence perhaps some other good robot ideas may evolve.<br /> * + Cows/Goats/Sheep can decide themselves when to get milked.<br /> * + Concentrated feed can be delivered automatically and according to milk delivered.<br /> * - Animals' possible illness not realized early enough. =&gt; Action taken too late. =&gt; Animal could die. <br /> * - Gathering at Milking robot leaves behind a lot of unusable muddy terrain at entrance (doors in general).<br /> * - Higher complexity in separation of milk for calves, though of course possible.<br /> * + Driving out and in of cattle no longer necessary as animals can get milked outside.<br /> * ... and several others.<br /> <br /> <br /> An ongoing system results in the following (dis-)advantages:<br /> * - Higher complexity.<br /> * + Independance of any external supplies.<br /> ** Water (difficult)<br /> ** Power<br /> ** Food (difficult)<br /> * - Redundancy of susceptible subsystems (Electronics, in general: The more complex the system the higher the vulnerability).<br /> * + Less cabling, water pipe laying and bundled maintenance (as you can wait for enough minor errors to accumulate before taking the system apart). <br /> * ... and several others.<br /> <br /> =Separation in Subproblems &amp; Technological Difficulties =<br /> Our AMOR consists of several submodules:<br /> * MECHANICAL CONSTRUCTION<br /> ** - Difficult to be robust, lightweight (for truck to lift) &amp; cheap the same time.<br /> ** + Rain serves as a water supply and natural (ecologic) washing.<br /> * VACUUM SYSTEM<br /> ** - Difficult to be flexible in frequency (provide user settings) and keep it simple at the same time.<br /> ** + Could be used for several other functionality than milking (doors, ...). =&gt; No hydraulics needed.<br /> ** Note: As the robotic manipulator should be flexible anyway, compressible air/vacuum could serve this purpose, too - stays the problem of vulnerability to leakage.<br /> ** Vacuum pumps.<br /> * STORAGE CONSTRUCTION<br /> ** Milk<br /> ** Food<br /> ** Water<br /> ** Energy<br /> ** Database for animals milk (amount, properties, ...)<br /> ** Database for organization of the cow's fertile cycle, ...<br /> * SENSORICS<br /> ** Milk properties (flow rate, derivations of that, TODO)<br /> ** Robotic manipulator (3D camera, washing mechanism)<br /> ** Animal within milking construction =&gt; Door states.<br /> * ELECTRONICS<br /> ** Control of Doors.<br /> ** Control of Feeding (derived from amount of milk), but also accept some user constraints (lower / upper bounds for each type of food respectively).<br /> ** Control of Robotic manipulator (joints, gripper).<br /> ** Collection &amp; storage of the stored animal &amp; product data.<br /> * SOFTWARE<br /> ** Microcontroller programs capable of controlling at least two AMOR system blocks (stacked next to each other).<br /> ** compare ELECTRONICS.<br /> <br /> <br /> =DETAILS=<br /> http://howto.dragontale.de/?id=blog&amp;blogcat=dIY_u_engineering_u_science</div>

JanArdaron https://wiki.opensourceecology.de/index.php?title=Milker&diff=8258 2013-04-14T19:39:52Z

<p>JanArdaron: Created page with &quot;Here I will use my own structuring, independant of Open Source Ecology's main heading template, because I want to keep information compact and easy to maintain. Hope this is o...&quot;</p> <hr /> <div>Here I will use my own structuring, independant of Open Source Ecology's main heading template, because I want to keep information compact and easy to maintain. Hope this is okay.<br /> <br /> =Motivation for an autonomous milking ongoing robot (AMOR)=<br /> An autonomous system results in the following (dis-)advantages:<br /> * + Indepence (no more need to be there to milk morning and evening, 7days/week)<br /> * - Machine service increases<br /> * + Technical knowledge increases, hence perhaps some other good robot ideas may evolve.<br /> * + Cows/Goats/Sheep can decide themselves when to get milked.<br /> * + Concentrated feed can be delivered automatically and according to milk delivered.<br /> * - Animals' possible illness not realized early enough. =&gt; Action taken too late. =&gt; Animal could die. <br /> * - Gathering at Milking robot leaves behind a lot of unusable muddy terrain at entrance (doors in general).<br /> * - Higher complexity in separation of milk for calves, though of course possible.<br /> * + Driving out and in of cattle no longer necessary as animals can get milked outside.<br /> * ... and several others.<br /> <br /> <br /> An ongoing system results in the following (dis-)advantages:<br /> * - Higher complexity.<br /> * + Independance of any external supplies.<br /> ** Water (difficult)<br /> ** Power<br /> ** Food (difficult)<br /> * - Redundancy of susceptible subsystems (Electronics, in general: The more complex the system the higher the vulnerability).<br /> * + Less cabling, water pipe laying and bundled maintenance (as you can wait for enough minor errors to accumulate before taking the system apart). <br /> * ... and several others.<br /> <br /> <br /> <br /> =Separation in Subproblems &amp; Technological Difficulties =<br /> Our AMOR consists of several submodules:<br /> * MECHANICAL CONSTRUCTION<br /> ** - Difficult to be robust, lightweight (for truck to lift) &amp; cheap the same time.<br /> ** + Rain serves as a water supply and natural (ecologic) washing.<br /> * VACUUM SYSTEM<br /> ** - Difficult to be flexible in frequency (provide user settings) and keep it simple at the same time.<br /> ** + Could be used for several other functionality than milking (doors, ...). =&gt; No hydraulics needed.<br /> ** Note: As the robotic manipulator should be flexible anyway, compressible air/vacuum could serve this purpose, too - stays the problem of vulnerability to leakage.<br /> ** Vacuum pumps.<br /> * STORAGE CONSTRUCTION<br /> ** Milk<br /> ** Food<br /> ** Water<br /> ** Energy<br /> ** Database for animals milk (amount, properties, ...)<br /> ** Database for organization of the cow's fertile cycle, ...<br /> * SENSORICS<br /> ** Milk properties (flow rate, derivations of that, TODO)<br /> ** Robotic manipulator (3D camera, washing mechanism)<br /> ** Animal within milking construction =&gt; Door states.<br /> * ELECTRONICS<br /> ** Control of Doors.<br /> ** Control of Feeding (derived from amount of milk), but also accept some user constraints (lower / upper bounds for each type of food respectively).<br /> ** Control of Robotic manipulator (joints, gripper).<br /> ** Collection &amp; storage of the stored animal &amp; product data.<br /> * SOFTWARE<br /> ** Microcontroller programs capable of controlling at least two AMOR system blocks (stacked next to each other).<br /> ** compare ELECTRONICS.<br /> <br /> <br /> =DETAILS=<br /> http://howto.dragontale.de/?id=blog&amp;blogcat=dIY_u_engineering_u_science</div>

JanArdaron https://wiki.opensourceecology.de/index.php?title=Benutzer:JanArdaron&diff=8206 2013-04-14T16:26:23Z

<p>JanArdaron: Created page with &quot;I'm just a student of some space and aircraft systems, and I realised this is all quite tedious - but it's also interesting matter I think.&quot;</p> <hr /> <div>I'm just a student of some space and aircraft systems, and I realised this is all quite tedious - but it's also interesting matter I think.</div>

JanArdaron https://wiki.opensourceecology.de/index.php?title=Vorlage:Projects_list&diff=8205 2013-04-14T16:23:38Z

<p>JanArdaron: </p> <hr /> <div>* [[Milking robot]] - This is my most serious and determined project after solving our farm's energy problem (German taxes rose significantly, what result in extra cost in the range of thousand Euros for heavy power consumption farms - milk cooling, water boilers for cleaning milking systems, heating, fuel, ...). I will drive this project forward heavily this autumn.<br /> * [[Fuel cell]] - In the last years fuel cell technology advanced significantly, involving air cathode and single chamber designs and utilizing low-cost materials as charcoal for the anode. Especially for farmers (having a lot of animals dung) this could prove valuable.<br /> * [[Cold fusion reactor]] - If not overkill. Defkalion Inc., JET Energy Inc. and MIT have the hard part done. No radioactive rays measured. This would require some of our chemists to get involved.<br /> * [[Magnet Motor]] - Inventor Yildiz's 250W output version, probably Tesla-wave harvesting here too, hence longitudinal waves, eddy currents.<br /> * [[Tesla Bedini Desulfation Charger]] - Desulfation battery charger using longitudal waves travelling through earth all the time as other rays (neutrinos, ...) do to harvest energy. Would be useful for our (opensourceecology's) Pb batteries if we really want those for desulfation, too.<br /> * [[Aluminium Air Battery]] - the newest technology up to be avaible in 2017. Extremely lightweight. Resulting in significant electric vehicles range extension (factor of 10).<br /> * [[Wind Turbine]] - open collaboration on Wind Turbine. ''Needs'': research, development and prototyping. See the [[Wind Turbine#Open_Tasks|open tasks]].<br /> * [[Holzvergaserofen]] - kleiner emissionsarmer und hocheffizienter Holzvergaserofen.<br /> * [[Zn/O-Brennstoffzelle]] - möglichst langfristigen Speicherlösung für elektrische Energie.<br /> * [[Filamaker]] - Plastik Schredder und Extruder.<br /> * [[Rollhacke]] - für die ökologische Landwirtschaft. ''Bedarf'': Videoaufnahme<br /> * [[Hoflader]] - klein, sehr gut manövrierbar in kleinen Räumen und mit kleinem Frontlader. ''Bedarf'': Konstrukteur für das Design.<br /> * [[Induktionsofen]] - 1 bis 5KW. ''Bedarf'': Fachwissen in Elektronik für Induktionsofen - zur Prüfung und Verbesserung der aktuellen Pläne.<br /> * [[Universal Prototyping Kit]] - Baukastensystem (Construction Kit) mit strukturellen Elementen, ähnlich einem Metallbaukasten<br /> * [[CNC Circuit Mill]] - ''Needs'': research, development and prototyping.</div>

JanArdaron https://wiki.opensourceecology.de/index.php?title=Vorlage:Projects_list&diff=8204 2013-04-14T16:22:42Z

<p>JanArdaron: </p> <hr /> <div>* [[Milking robot]] - This is my most serious and determined project after solving our farm's energy problem (German taxes rose significantly, what result in extra cost in the range of thousand Euros for heavy power consumption farms - milk cooling, water boilers for cleaning milking systems, heating, fuel, ...). I will drive this project forward heavily this summer.<br /> * [[Fuel cell]] - In the last years fuel cell technology advanced significantly, involving air cathode and single chamber designs and utilizing low-cost materials as charcoal for the anode. Especially for farmers (having a lot of animals dung) this could prove valuable.<br /> * [[Cold fusion reactor]] - If not overkill. Defkalion Inc., JET Energy Inc. and MIT have the hard part done. No radioactive rays measured. This would require some of our chemists to get involved.<br /> * [[Magnet Motor]] - Inventor Yildiz's 250W output version, probably Tesla-wave harvesting here too, hence longitudinal waves, eddy currents.<br /> * [[Tesla Bedini Desulfation Charger]] - Desulfation battery charger using longitudal waves travelling through earth all the time as other rays (neutrinos, ...) do to harvest energy. Would be useful for our (opensourceecology's) Pb batteries if we really want those for desulfation, too.<br /> * [[Aluminium Air Battery]] - the newest technology up to be avaible in 2017. Extremely lightweight. Resulting in significant electric vehicles range extension (factor of 10).<br /> * [[Wind Turbine]] - open collaboration on Wind Turbine. ''Needs'': research, development and prototyping. See the [[Wind Turbine#Open_Tasks|open tasks]].<br /> * [[Holzvergaserofen]] - kleiner emissionsarmer und hocheffizienter Holzvergaserofen.<br /> * [[Zn/O-Brennstoffzelle]] - möglichst langfristigen Speicherlösung für elektrische Energie.<br /> * [[Filamaker]] - Plastik Schredder und Extruder.<br /> * [[Rollhacke]] - für die ökologische Landwirtschaft. ''Bedarf'': Videoaufnahme<br /> * [[Hoflader]] - klein, sehr gut manövrierbar in kleinen Räumen und mit kleinem Frontlader. ''Bedarf'': Konstrukteur für das Design.<br /> * [[Induktionsofen]] - 1 bis 5KW. ''Bedarf'': Fachwissen in Elektronik für Induktionsofen - zur Prüfung und Verbesserung der aktuellen Pläne.<br /> * [[Universal Prototyping Kit]] - Baukastensystem (Construction Kit) mit strukturellen Elementen, ähnlich einem Metallbaukasten<br /> * [[CNC Circuit Mill]] - ''Needs'': research, development and prototyping.</div>

JanArdaron https://wiki.opensourceecology.de/index.php?title=Vorlage:Projects_list&diff=8203 2013-04-14T16:20:28Z

<p>JanArdaron: </p> <hr /> <div>* [[Milking robot]] - This is my most serious and determined project after solving the energy problem. I will drive this project forward heavily this summer.<br /> * [[Fuel cell]] - In the last years fuel cell technology advanced significantly, involving air cathode and single chamber designs and utilizing low-cost materials as charcoal for the anode. Especially for farmers (having a lot of animals dung) this could prove valuable.<br /> * [[Cold fusion reactor]] - If not overkill. Defkalion Inc., JET Energy Inc. and MIT have the hard part done. No radioactive rays measured. This would require some of our chemists to get involved.<br /> * [[Magnet Motor]] - Inventor Yildiz's 250W output version, probably Tesla-wave harvesting here too, hence longitudinal waves, eddy currents.<br /> * [[Tesla Bedini Desulfation Charger]] - Desulfation battery charger using longitudal waves travelling through earth all the time as other rays (neutrinos, ...) do to harvest energy. Would be useful for our (opensourceecology's) Pb batteries if we really want those for desulfation, too.<br /> * [[Aluminium Air Battery]] - the newest technology up to be avaible in 2017. Extremely lightweight. Resulting in significant electric vehicles range extension (factor of 10).<br /> * [[Wind Turbine]] - open collaboration on Wind Turbine. ''Needs'': research, development and prototyping. See the [[Wind Turbine#Open_Tasks|open tasks]].<br /> * [[Holzvergaserofen]] - kleiner emissionsarmer und hocheffizienter Holzvergaserofen.<br /> * [[Zn/O-Brennstoffzelle]] - möglichst langfristigen Speicherlösung für elektrische Energie.<br /> * [[Filamaker]] - Plastik Schredder und Extruder.<br /> * [[Rollhacke]] - für die ökologische Landwirtschaft. ''Bedarf'': Videoaufnahme<br /> * [[Hoflader]] - klein, sehr gut manövrierbar in kleinen Räumen und mit kleinem Frontlader. ''Bedarf'': Konstrukteur für das Design.<br /> * [[Induktionsofen]] - 1 bis 5KW. ''Bedarf'': Fachwissen in Elektronik für Induktionsofen - zur Prüfung und Verbesserung der aktuellen Pläne.<br /> * [[Universal Prototyping Kit]] - Baukastensystem (Construction Kit) mit strukturellen Elementen, ähnlich einem Metallbaukasten<br /> * [[CNC Circuit Mill]] - ''Needs'': research, development and prototyping.</div>

JanArdaron https://wiki.opensourceecology.de/index.php?title=Magnet_Motor&diff=8202 2013-04-14T16:06:39Z

<p>JanArdaron: </p> <hr /> <div>{{GVCS Header}}<br /> <br /> <br /> =Overview=<br /> ==Background==<br /> I know this will not be easy to take serious. So it was for me. Until I got around its possibility after several years (myself I have been conducting research on this topic for mor than a decade, I'm student of aerospace systems currently and work for university for more than 3 years simultaneously.). Anyway, I think this would add a lot to Open source ecology. It would make things a lot easier at the same time. (I'm already planning an electrical power cube, stays to be determined whether we have to use conventional batteries, LiFePO4 chemistry, fuel cells, heavily cooled air/water, solar or one of those &quot;exotic&quot; generators, i.e. Bedini Tesla or Magnet Motor.) So much as a background.<br /> <br /> ==Magnet Motor in General==<br /> [[Image:MagnetMotor_Demonstration_UniversityDelft.jpg|thumb|400px|Magnet Motor of Halil Yildiz partly disassembled as of demonstration at University of Delft]]<br /> <br /> The '''Magnet Motor''' is a machine that converts some up to date unknown fields or vacuum fluctuations (as predicted by Quantentheorie [Reference:1, Mathematical Model by Assistant Prof. J.L. Duarte of University of Eindhoven, Department of Electrical Engineering]) into kinetic energy which could further be converted to electrical energy by attaching a generator.<br /> <br /> ==Power output scalabity==<br /> So far it hast proven to give at least 250 W as output but it is fairly scalable (as Yildiz somewhere explained and yes it sounds logical as we could just scale its size up, thus torque).<br /> <br /> As of after the Inventor's Exposition in Geneva, April 2013, it became apparent, that the power output ''depends proportionally on the permanent'' magnets (i.e. the strength of the created magnetic fields). [citation needed]<br /> <br /> Thus in general the power output can be increased by increasing size of the Magnet motor or the quality of the magnets (to be investigated if the system works with strong neodym magnets).<br /> <br /> <br /> <br /> <br /> ==Demonstrations of feasability==<br /> [TODO: REFERENCES TO BE ADDED]<br /> *1 Geneva Demonstration (currently running, live stream see e.g. here: http://www.youtube.com/watch?v=U8RMLuR8Ybw&amp;list=UUnF2pFCQbYgxmqx3imNsTCQ)<br /> *2 Currently tested by an independent but not published university within Europe (30 days test in isolated room, currently delayed because of the involved scientists/universities - perhaps they could get to the source of the motor or still try to by altering isolation state to see when the magnet motor (MM) starts working -- at least this is what I did).<br /> *3 Delft University Demonstration [includes motor disassembly, http://www.youtube.com/watch?v=D5K_wB-xsuM]<br /> *4 some other university demonstration I forgot<br /> *5 Approximately 46 of these prototype MMs have been constructed so far by Halil Yildiz, who engineers this somewhat exotic technology since 33 years.<br /> <br /> <br /> <br /> <br /> =Details=<br /> ==Papers &amp; Patents==<br /> *[1] http://pesn.com/2013/01/05/9602260_Assistant_Professor_Presents_Scientific_Model_for_Yildiz_Magnet_Motor/ModelingYildizMotor_v01.pdf<br /> *[2] http://www.bsmhturk.com/images/documents/WO2009019001A2.pdf &lt;-- The international patent with lots of details, so far still not too easy to construct Mr. Halil Yildiz' motor/generator without his help (reverse engineering would be the only other chance but I think we should go with getting him convinced of our open source ecology).<br /> *[3] http://www.bsmhturk.com/in_the_news/introducing_yildiz_motor.html &lt;-- Further patents<br /> <br /> <br /> <br /> <br /> ==Product Ecology==<br /> {{Product Ecology<br /> |Product = {{Magnet Motor}}<br /> <br /> |From=<br /> (required for construction)<br /> *{{Furnace}}<br /> *{{CNC Multimachine}}<br /> *{{Lathe}}<br /> *{{Aluminium Extractor}}<br /> <br /> <br /> |Uses=<br /> *{{Battery}}<br /> *{{Generator}}<br /> <br /> |Creates=<br /> *[[Mechanical Energy]]<br /> *[[Electricity]]<br /> <br /> |Enables=<br /> *{{Life Trac}} (Hoflader)<br /> *{{Support Trac}} (Handmäher/Schubtraktor)<br /> <br /> |Components=<br /> *Rigid Mount<br /> *Housing (IP44 or IP55 proven best, so that it could be used for micro hydro et al.)<br /> *Axle<br /> *Magnets (which nature strong or better not to use neodym magnet still to research)<br /> <br /> *[[DC generator]]<br /> **Hence an ELC (Electronic load controller), Sensors (Current sensor, Voltage sensor)<br /> *[[Battery]]<br /> *=&gt;Diode<br /> *=&gt;Wires<br /> *Bearings<br /> }}<br /> <br /> <br /> <br /> ==Status==<br /> <br /> [[Open Source Ecology America]] (founders, Marcin Jabubowski),[[Open Source Ecology Europe]] are in the [[Research phase]]. Prototypes of Halil Yildiz exist, patents and papers give some reference.<br /> <br /> <br /> =Conclusion=<br /> This project would add up a very important point to open source ecology: if once we have Pb batteries and<br /> open source steam engine done, but the magnet motor and cold fusion are reality (what they definitely already are!) and also have more backhold in our thinking then we will be somewhat disappointed. Thus let's just do it the way engineering works, we should prefer the simplest and most flexible solution, hence being the realization of the Magnet Motor or the Tesla Bedini Motor (I know people think of it as a scam - then I ask you, was Tesla's laser system impossible? Despite all those early critics: no! Was Einstein's theory a scam? - In spite of the massive opposition: no! Was the invention of flight a scam or were all theories always perfect? No, now planes are common for us. So what about the current theory electromagnetics where there are flaws between both accepted hypotheses both of Laplace and Maxwell? [it's just about eddy currents -- and still longitudinal waves with what Tesla dealt for so long are getting more and more theory behind the working practice as demonstrated as early as of 1900s by Tesla? Think of his robot remote control ...])<br /> <br /> <br /> <br /> <br /> = See also =<br /> * [[Generator]]<br /> * [[Electronic load controller (ELC)]]<br /> * [[Tesla Bedini Desulfation Charger]]<br /> <br /> * http://pesn.com/2013/04/10/9602292_Yildiz_All-Magnet-Motor_Demo_Blog/<br /> <br /> <br /> {{GVCS Footer}}<br /> [[Category:Energie]]</div>

JanArdaron https://wiki.opensourceecology.de/index.php?title=Datei:MagnetMotor_Demonstration_UniversityDelft.jpg&diff=8170 2013-04-12T22:21:11Z

<p>JanArdaron: Extracted from video: http://www.youtube.com/watch?v=D5K_wB-xsuM&amp;t=3m10s</p> <hr /> <div>Extracted from video: http://www.youtube.com/watch?v=D5K_wB-xsuM&amp;t=3m10s</div>

JanArdaron https://wiki.opensourceecology.de/index.php?title=Magnet_Motor&diff=8169 2013-04-12T22:19:31Z

<p>JanArdaron: </p> <hr /> <div>{{GVCS Header}}<br /> <br /> <br /> =Overview=<br /> ==Background==<br /> I know this will not be easy to take serious. So it was for me. Until I got around its possibility after several years (myself I have been conducting research on this topic for mor than a decade, I'm student of aerospace systems currently and work for university for more than 3 years simultaneously.). Anyway, I think this would add a lot to Open source ecology. It would make things a lot easier at the same time. (I'm already planning an electrical power cube, stays to be determined whether we have to use conventional batteries, LiFePO4 chemistry, fuel cells, heavily cooled air/water, solar or one of those &quot;exotic&quot; generators, i.e. Bedini Tesla or Magnet Motor.) So much as a background.<br /> <br /> ==Magnet Motor in General==<br /> [[Image:MagnetMotor_Demonstration_UniversityDelft.jpg|thumb|400px|Magnet Motor of Halil Yildiz partly disassembled as of demonstration at University of Delft]]<br /> <br /> The '''Magnet Motor''' is a machine that converts some up to date unknown fields or vacuum fluctuations (as predicted by Quantentheorie [Reference:1, Mathematical Model by Assistant Prof. J.L. Duarte of University of Eindhoven, Department of Electrical Engineering]) into kinetic energy which could further be converted to electrical energy by attaching a generator.<br /> <br /> ==Power output scalabity==<br /> So far it hast proven to give at least 250 W as output but it is fairly scalable (as Yildiz somewhere explained and yes it sounds logical as we could just scale its size up, thus torque).<br /> <br /> <br /> ==Demonstrations of feasability==<br /> [TODO: REFERENCES TO BE ADDED]<br /> *1 Geneva Demonstration (currently running, live stream see e.g. here: http://www.youtube.com/watch?v=U8RMLuR8Ybw&amp;list=UUnF2pFCQbYgxmqx3imNsTCQ)<br /> *2 Currently tested by an independent but not published university within Europe (30 days test in isolated room, currently delayed because of the involved scientists/universities - perhaps they could get to the source of the motor or still try to by altering isolation state to see when the magnet motor (MM) starts working -- at least this is what I did).<br /> *3 Delft University Demonstration [includes motor disassembly, http://www.youtube.com/watch?v=D5K_wB-xsuM]<br /> *4 some other university demonstration I forgot<br /> *5 Approximately 46 of these prototype MMs have been constructed so far by Halil Yildiz, who engineers this somewhat exotic technology since 33 years.<br /> <br /> <br /> <br /> <br /> =Details=<br /> ==Papers &amp; Patents==<br /> *[1] http://pesn.com/2013/01/05/9602260_Assistant_Professor_Presents_Scientific_Model_for_Yildiz_Magnet_Motor/ModelingYildizMotor_v01.pdf<br /> *[2] http://www.bsmhturk.com/images/documents/WO2009019001A2.pdf &lt;-- The international patent with lots of details, so far still not too easy to construct Mr. Halil Yildiz' motor/generator without his help (reverse engineering would be the only other chance but I think we should go with getting him convinced of our open source ecology).<br /> *[3] http://www.bsmhturk.com/in_the_news/introducing_yildiz_motor.html &lt;-- Further patents<br /> <br /> <br /> <br /> <br /> ==Product Ecology==<br /> {{Product Ecology<br /> |Product = {{Magnet Motor}}<br /> <br /> |From=<br /> (required for construction)<br /> *{{Furnace}}<br /> *{{CNC Multimachine}}<br /> *{{Lathe}}<br /> *{{Aluminium Extractor}}<br /> <br /> <br /> |Uses=<br /> *{{Battery}}<br /> *{{Generator}}<br /> <br /> |Creates=<br /> *[[Mechanical Energy]]<br /> *[[Electricity]]<br /> <br /> |Enables=<br /> *{{Life Trac}} (Hoflader)<br /> *{{Support Trac}} (Handmäher/Schubtraktor)<br /> <br /> |Components=<br /> *Rigid Mount<br /> *Housing (IP44 or IP55 proven best, so that it could be used for micro hydro et al.)<br /> *Axle<br /> *Magnets (which nature strong or better not to use neodym magnet still to research)<br /> <br /> *[[DC generator]]<br /> **Hence an ELC (Electronic load controller), Sensors (Current sensor, Voltage sensor)<br /> *[[Battery]]<br /> *=&gt;Diode<br /> *=&gt;Wires<br /> *Bearings<br /> }}<br /> <br /> <br /> <br /> ==Status==<br /> <br /> [[Open Source Ecology America]] (founders, Marcin Jabubowski),[[Open Source Ecology Europe]] are in the [[Research phase]]. Prototypes of Halil Yildiz exist, patents and papers give some reference.<br /> <br /> <br /> =Conclusion=<br /> This project would add up a very important point to open source ecology: if once we have Pb batteries and<br /> open source steam engine done, but the magnet motor and cold fusion are reality (what they definitely already are!) and also have more backhold in our thinking then we will be somewhat disappointed. Thus let's just do it the way engineering works, we should prefer the simplest and most flexible solution, hence being the realization of the Magnet Motor or the Tesla Bedini Motor (I know people think of it as a scam - then I ask you, was Tesla's laser system impossible? Despite all those early critics: no! Was Einstein's theory a scam? - In spite of the massive opposition: no! Was the invention of flight a scam or were all theories always perfect? No, now planes are common for us. So what about the current theory electromagnetics where there are flaws between both accepted hypotheses both of Laplace and Maxwell? [it's just about eddy currents -- and still longitudinal waves with what Tesla dealt for so long are getting more and more theory behind the working practice as demonstrated as early as of 1900s by Tesla? Think of his robot remote control ...])<br /> <br /> <br /> <br /> <br /> = See also =<br /> * [[Generator]]<br /> * [[Electronic load controller (ELC)]]<br /> * [[Tesla Bedini Desulfation Charger]]<br /> <br /> * http://pesn.com/2013/04/10/9602292_Yildiz_All-Magnet-Motor_Demo_Blog/<br /> <br /> <br /> {{GVCS Footer}}<br /> [[Category:Energie]]</div>

JanArdaron https://wiki.opensourceecology.de/index.php?title=Magnet_Motor&diff=8163 2013-04-12T05:29:17Z

<p>JanArdaron: </p> <hr /> <div>{{GVCS Header}}<br /> <br /> <br /> =Overview=<br /> ==Background==<br /> I know this will not be easy to take serious. So it was for me. Until I got around its possibility after several years (myself I have been conducting research on this topic for mor than a decade, I'm student of aerospace systems currently and work for university for more than 3 years simultaneously.). Anyway, I think this would add a lot to Open source ecology. It would make things a lot easier at the same time. (I'm already planning an electrical power cube, stays to be determined whether we have to use conventional batteries, LiFePO4 chemistry, fuel cells, heavily cooled air/water, solar or one of those &quot;exotic&quot; generators, i.e. Bedini Tesla or Magnet Motor.) So much as a background.<br /> <br /> ==Magnet Motor in General==<br /> [[Image:MagnetMotorYildiz.png|thumb|400px|Magnet Motor of Halil Yildiz]]<br /> <br /> The '''Magnet Motor''' is a machine that converts some up to date unknown fields or vacuum fluctuations (as predicted by Quantentheorie [Reference:1, Mathematical Model by Assistant Prof. J.L. Duarte of University of Eindhoven, Department of Electrical Engineering]) into kinetic energy which could further be converted to electrical energy by attaching a generator.<br /> <br /> ==Power output scalabity==<br /> So far it hast proven to give at least 250 W as output but it is fairly scalable (as Yildiz somewhere explained and yes it sounds logical as we could just scale its size up, thus torque).<br /> <br /> <br /> ==Demonstrations of feasability==<br /> [TODO: REFERENCES TO BE ADDED]<br /> *1 Geneva Demonstration (currently running, live stream see e.g. here: http://www.youtube.com/watch?v=U8RMLuR8Ybw&amp;list=UUnF2pFCQbYgxmqx3imNsTCQ)<br /> *2 Currently tested by an independent but not published university within Europe (30 days test in isolated room, currently delayed because of the involved scientists/universities - perhaps they could get to the source of the motor or still try to by altering isolation state to see when the magnet motor (MM) starts working -- at least this is what I did).<br /> *3 Delft University Demonstration [includes motor disassembly, http://www.youtube.com/watch?v=D5K_wB-xsuM]<br /> *4 some other university demonstration I forgot<br /> *5 Approximately 46 of these prototype MMs have been constructed so far by Halil Yildiz, who engineers this somewhat exotic technology since 33 years.<br /> <br /> <br /> <br /> <br /> =Details=<br /> ==Papers &amp; Patents==<br /> *[1] http://pesn.com/2013/01/05/9602260_Assistant_Professor_Presents_Scientific_Model_for_Yildiz_Magnet_Motor/ModelingYildizMotor_v01.pdf<br /> *[2] http://www.bsmhturk.com/images/documents/WO2009019001A2.pdf &lt;-- The international patent with lots of details, so far still not too easy to construct Mr. Halil Yildiz' motor/generator without his help (reverse engineering would be the only other chance but I think we should go with getting him convinced of our open source ecology).<br /> *[3] http://www.bsmhturk.com/in_the_news/introducing_yildiz_motor.html &lt;-- Further patents<br /> <br /> <br /> <br /> <br /> ==Product Ecology==<br /> {{Product Ecology<br /> |Product = {{Magnet Motor}}<br /> <br /> |From=<br /> (required for construction)<br /> *{{Furnace}}<br /> *{{CNC Multimachine}}<br /> *{{Lathe}}<br /> *{{Aluminium Extractor}}<br /> <br /> <br /> |Uses=<br /> *{{Battery}}<br /> *{{Generator}}<br /> <br /> |Creates=<br /> *[[Mechanical Energy]]<br /> *[[Electricity]]<br /> <br /> |Enables=<br /> *{{Life Trac}} (Hoflader)<br /> *{{Support Trac}} (Handmäher/Schubtraktor)<br /> <br /> |Components=<br /> *Rigid Mount<br /> *Housing (IP44 or IP55 proven best, so that it could be used for micro hydro et al.)<br /> *Axle<br /> *Magnets (which nature strong or better not to use neodym magnet still to research)<br /> <br /> *[[DC generator]]<br /> **Hence an ELC (Electronic load controller), Sensors (Current sensor, Voltage sensor)<br /> *[[Battery]]<br /> *=&gt;Diode<br /> *=&gt;Wires<br /> *Bearings<br /> }}<br /> <br /> <br /> <br /> ==Status==<br /> <br /> [[Open Source Ecology America]] (founders, Marcin Jabubowski),[[Open Source Ecology Europe]] are in the [[Research phase]]. Prototypes of Halil Yildiz exist, patents and papers give some reference.<br /> <br /> <br /> =Conclusion=<br /> This project would add up a very important point to open source ecology: if once we have Pb batteries and<br /> open source steam engine done, but the magnet motor and cold fusion are reality (what they definitely already are!) and also have more backhold in our thinking then we will be somewhat disappointed. Thus let's just do it the way engineering works, we should prefer the simplest and most flexible solution, hence being the realization of the Magnet Motor or the Tesla Bedini Motor (I know people think of it as a scam - then I ask you, was Tesla's laser system impossible? Despite all those early critics: no! Was Einstein's theory a scam? - In spite of the massive opposition: no! Was the invention of flight a scam or were all theories always perfect? No, now planes are common for us. So what about the current theory electromagnetics where there are flaws between both accepted hypotheses both of Laplace and Maxwell? [it's just about eddy currents -- and still longitudinal waves with what Tesla dealt for so long are getting more and more theory behind the working practice as demonstrated as early as of 1900s by Tesla? Think of his robot remote control ...])<br /> <br /> <br /> <br /> <br /> = See also =<br /> * [[Generator]]<br /> * [[Electronic load controller (ELC)]]<br /> * [[Tesla Bedini Desulfation Charger]]<br /> <br /> * http://pesn.com/2013/04/10/9602292_Yildiz_All-Magnet-Motor_Demo_Blog/<br /> <br /> <br /> {{GVCS Footer}}<br /> [[Category:Energie]]</div>

JanArdaron https://wiki.opensourceecology.de/index.php?title=Magnet_Motor&diff=8162 2013-04-12T05:28:33Z

<p>JanArdaron: </p> <hr /> <div>{{GVCS Header}}<br /> <br /> <br /> =Overview=<br /> ==Background==<br /> I know this will not be easy to take serious. So it was for me. Until I got around its possibility after several years (myself I have been conducting research on this topic for mor than a decade, I'm student of aerospace systems currently and work for university for more than 3 years simultaneously.). Anyway, I think this would add a lot to Open source ecology. It would make things a lot easier at the same time. (I'm already planning an electrical power cube, stays to be determined whether we have to use conventional batteries, LiFePO4 chemistry, fuel cells, heavily cooled air/water, solar or one of those &quot;exotic&quot; generators, i.e. Bedini Tesla or Magnet Motor.) So much as a background.<br /> <br /> ==Magnet Motor in General==<br /> [[Image:MagnetMotorYildiz.png|thumb|400px|Magnet Motor of Halil Yildiz]]<br /> <br /> The '''Magnet Motor''' is a machine that converts some up to date unknown fields or vacuum fluctuations (as predicted by Quantentheorie [Reference:1, Mathematical Model by Assistant Prof. J.L. Duarte of University of Eindhoven, Department of Electrical Engineering]) into kinetic energy which could further be converted to electrical energy by attaching a generator.<br /> <br /> ==Power output scalabity==<br /> So far it hast proven to give at least 250 W as output but it is fairly scalable (as Yildiz somewhere explained and yes it sounds logical as we could just scale its size up, thus torque).<br /> <br /> <br /> ==Demonstrations of feasability==<br /> [TODO: REFERENCES TO BE ADDED]<br /> *1 Geneva Demonstration (currently running, live stream see e.g. here: http://www.youtube.com/watch?v=U8RMLuR8Ybw&amp;list=UUnF2pFCQbYgxmqx3imNsTCQ)<br /> *2 Currently tested by an independent but not published university within Europe (30 days test in isolated room, currently delayed because of the involved scientists/universities - perhaps they could get to the source of the motor or still try to by altering isolation state to see when the magnet motor (MM) starts working -- at least this is what I did).<br /> *3 Delft University Demonstration [includes motor disassembly, http://www.youtube.com/watch?v=D5K_wB-xsuM]<br /> *4 some other university demonstration I forgot<br /> *5 Approximately 46 of these prototype MMs have been constructed so far by Halil Yildiz, who engineers this somewhat exotic technology since 33 years.<br /> <br /> <br /> <br /> <br /> =Details=<br /> ==Papers &amp; Patents==<br /> *[1] http://pesn.com/2013/01/05/9602260_Assistant_Professor_Presents_Scientific_Model_for_Yildiz_Magnet_Motor/ModelingYildizMotor_v01.pdf<br /> *[2] http://www.bsmhturk.com/images/documents/WO2009019001A2.pdf &lt;-- The international patent with lots of details, so far still not too easy to construct Mr. Halil Yildiz' motor/generator without his help (reverse engineering would be the only other chance but I think we should go with getting him convinced of our open source ecology).<br /> *[3] http://www.bsmhturk.com/in_the_news/introducing_yildiz_motor.html &lt;-- Further patents<br /> <br /> <br /> <br /> <br /> ==Product Ecology==<br /> {{Product Ecology<br /> |Product = {{Magnet Motor}}<br /> <br /> |From=<br /> (required for construction)<br /> *{{Furnace}}<br /> *{{CNC Multimachine}}<br /> *{{Lathe}}<br /> *{{Aluminium Extractor}}<br /> <br /> <br /> |Uses=<br /> *{{Battery}}<br /> *{{Generator}}<br /> <br /> |Creates=<br /> *[[Mechanical Energy]]<br /> *[[Electricity]]<br /> <br /> |Enables=<br /> *{{Life Trac}} (Hoflader)<br /> *{{Support Trac}} (Handmäher/Schubtraktor)<br /> <br /> |Components=<br /> *Rigid Mount<br /> *Housing (IP44 or IP55 proven best, so that it could be used for micro hydro et al.)<br /> *Axle<br /> *Magnets (which nature strong or better not to use neodym magnet still to research)<br /> <br /> *[[DC generator]]<br /> **Hence an ELC (Electronic load controller), Sensors (Current sensor, Voltage sensor)<br /> *[[Battery]]<br /> *=&gt;Diode<br /> *=&gt;Wires<br /> *Bearings<br /> }}<br /> <br /> <br /> <br /> ==Status==<br /> <br /> [[Open Source Ecology America]] (founders, Marcin Jabubowski),[[Open Source Ecology Europe]] are in the [[Research phase]]. Prototypes of Halil Yildiz exist, patents and papers give some reference.<br /> <br /> <br /> =Conclusion=<br /> This project would add up a very important point to open source ecology: if once we have Pb batteries and<br /> open source steam engine done, but the magnet motor and cold fusion are reality (what they definitely already are!) and also have more backhold in our thinking then we will be somewhat disappointed. Thus let's just do it the way engineering works, we should prefer the simplest and most flexible solution, hence being the realization of the Magnet Motor or the Tesla Bedini Motor (I know people think of it as a scam - then I ask you, was Tesla's laser system impossible? Despite all those early critics: no! Was Einstein's theory a scam? - In spite of the massive opposition: no! Was the invention of flight a scam or were all theories always perfect? No, now planes are common for us. So what about the current theory electromagnetics where there are flaws between both accepted hypotheses both of Laplace and Maxwell? [it's just about eddy currents -- and still longitudinal waves with what Tesla dealt for so long are getting more and more theory behind the working practice as demonstrated as early as of 1900s by Tesla? Think of his robot remote control ...])<br /> <br /> <br /> <br /> <br /> = See also =<br /> * [[Generator]]<br /> * [[Electronic load controller (ELC)]]<br /> * [[Tesla Bedini Motor]]<br /> <br /> * http://pesn.com/2013/04/10/9602292_Yildiz_All-Magnet-Motor_Demo_Blog/<br /> <br /> <br /> {{GVCS Footer}}<br /> [[Category:Energie]]</div>

JanArdaron https://wiki.opensourceecology.de/index.php?title=Magnet_Motor&diff=8161 2013-04-12T05:27:41Z

<p>JanArdaron: </p> <hr /> <div>{{GVCS Header}}<br /> <br /> <br /> =Overview=<br /> ==Background==<br /> I know this will not be easy to take serious. So it was for me. Until I got around its possibility after several years (myself I have been conducting research on this topic for mor than a decade, I'm student of aerospace systems currently and work for university for more than 3 years simultaneously.). Anyway, I think this would add a lot to Open source ecology. It would make things a lot easier at the same time. (I'm already planning an electrical power cube, stays to be determined whether we have to use conventional batteries, LiFePO4 chemistry, fuel cells, heavily cooled air/water, solar or one of those &quot;exotic&quot; generators, i.e. Bedini Tesla or Magnet Motor.) So much as a background.<br /> <br /> ==Magnet Motor in General==<br /> [[Image:MagnetMotorYildiz.png|thumb|400px|Magnet Motor of Halil Yildiz]]<br /> <br /> The '''Magnet Motor''' is a machine that converts some up to date unknown fields or vacuum fluctuations (as predicted by Quantentheorie [Reference:1, Mathematical Model by Assistant Prof. J.L. Duarte of University of Eindhoven, Department of Electrical Engineering]) into kinetic energy which could further be converted to electrical energy by attaching a generator.<br /> <br /> ==Power output scalabity==<br /> So far it hast proven to give at least 250 W as output but it is fairly scalable (as Yildiz somewhere explained and yes it sounds logical as we could just scale its size up, thus torque).<br /> <br /> <br /> ==Demonstrations of feasability==<br /> [TODO: REFERENCES TO BE ADDED]<br /> *1 Geneva Demonstration (currently running, live stream see e.g. here: http://www.youtube.com/watch?v=U8RMLuR8Ybw&amp;list=UUnF2pFCQbYgxmqx3imNsTCQ)<br /> *2 Currently tested by an independent but not published university within Europe (30 days test in isolated room, currently delayed because of the involved scientists/universities - perhaps they could get to the source of the motor or still try to by altering isolation state to see when the magnet motor (MM) starts working -- at least this is what I did).<br /> *3 Delft University Demonstration [includes motor disassembly, http://www.youtube.com/watch?v=D5K_wB-xsuM]<br /> *4 some other university demonstration I forgot<br /> *5 Approximately 46 of these prototype MMs have been constructed so far by Halil Yildiz, who engineers this somewhat exotic technology since 33 years.<br /> <br /> <br /> <br /> <br /> =Details=<br /> ==Papers &amp; Patents==<br /> *[1] http://pesn.com/2013/01/05/9602260_Assistant_Professor_Presents_Scientific_Model_for_Yildiz_Magnet_Motor/ModelingYildizMotor_v01.pdf<br /> *[2] http://www.bsmhturk.com/images/documents/WO2009019001A2.pdf &lt;-- The international patent with lots of details, so far still not too easy to construct Mr. Halil Yildiz' motor/generator without his help (reverse engineering would be the only other chance but I think we should go with getting him convinced of our open source ecology).<br /> *[3] http://www.bsmhturk.com/in_the_news/introducing_yildiz_motor.html &lt;-- Further patents<br /> <br /> <br /> <br /> <br /> ==Product Ecology==<br /> {{Product Ecology<br /> |Product = {{Magnet Motor}}<br /> <br /> |From=<br /> (required for construction)<br /> *{{Furnace}}<br /> *{{CNC Multimachine}}<br /> *{{Lathe}}<br /> *{{Aluminium Extractor}}<br /> <br /> <br /> |Uses=<br /> *{{Battery}}<br /> *{{Generator}}<br /> <br /> |Creates=<br /> *[[Mechanical Energy]]<br /> *[[Electricity]]<br /> <br /> |Enables=<br /> *{{Life Trac}} (Hoflader)<br /> *{{Support Trac}} (Handmäher/Schubtraktor)<br /> <br /> |Components=<br /> *Rigid Mount<br /> *Housing (IP44 or IP55 proven best, so that it could be used for micro hydro et al.)<br /> *Axle<br /> *Magnets (which nature strong or better not to use neodym magnet still to research)<br /> <br /> *[[DC generator]]<br /> **Hence an ELC (Electronic load controller), Sensors (Current sensor, Voltage sensor)<br /> *[[Battery]]<br /> *=&gt;Diode<br /> *=&gt;Wires<br /> *Bearings<br /> }}<br /> <br /> <br /> <br /> ==Status==<br /> <br /> [[Open Source Ecology America]] (founders, Marcin Jabubowski),[[Open Source Ecology Europe]] are in the [[Research phase]]. Prototypes of Halil Yildiz exist, patents and papers give some reference.<br /> <br /> <br /> ==Conclusion==<br /> This project would add up a very important point to open source ecology: if once we have Pb batteries and<br /> open source steam engine done, but the magnet motor and cold fusion are reality (what they definitely already are!) and also have more backhold in our thinking then we will be somewhat disappointed. Thus let's just do it the way engineering works, we should prefer the simplest and most flexible solution, hence being the realization of the Magnet Motor or the Tesla Bedini Motor (I know people think of it as a scam - then I ask you, was Tesla's laser system impossible? Despite all those early critics: no! Was Einstein's theory a scam? - In spite of the massive opposition: no! Was the invention of flight a scam or were all theories always perfect? No, now planes are common for us. So what about the current theory electromagnetics where there are flaws between both accepted hypotheses both of Laplace and Maxwell? [it's just about eddy currents -- and still longitudinal waves with what Tesla dealt for so long are getting more and more theory behind the working practice as demonstrated as early as of 1900s by Tesla? Think of his robot remote control ...])<br /> <br /> <br /> <br /> <br /> == See also ==<br /> * [[Generator]]<br /> * [[Electronic load controller (ELC)]]<br /> * [[Tesla Bedini Motor]]<br /> <br /> * http://pesn.com/2013/04/10/9602292_Yildiz_All-Magnet-Motor_Demo_Blog/<br /> <br /> <br /> {{GVCS Footer}}<br /> [[Category:Energie]]</div>

JanArdaron https://wiki.opensourceecology.de/index.php?title=Cold_fusion_reactor&diff=8160 2013-04-12T05:23:26Z

<p>JanArdaron: </p> <hr /> <div>=Introduction &amp; System Overview, English=<br /> * By Defkalion Inc. http://aromapress.com/~defkalio/wp-content/uploads/2013/01/2012-08-08_NIWeek_-Defkalion-Technical-presentation_-J-Hadjichristos.pdf<br /> * JET Energy Inc. MIT IAP january special course http://coldfusionnow.org/wp-content/uploads/2012/12/HagelsteinPdemonstra.pdf<br /> <br /> <br /> =DIY feasability=<br /> * It's to be investigated if cold fusion (rather LENR = Low Energy Nuclear Reactions) is (are) suitable for a DIY project.<br /> * =&gt; Controversy to open source ecology methology of easy construction?<br /> <br /> <br /> <br /> =Papers &amp; Patents=<br /> * U.S. navy open research. http://lenr-canr.org/wordpress/?page_id=952<br /> * Defkalion Technical Paper. http://aromapress.com/~defkalio/wp-content/uploads/2013/01/ICCF-17-Hadjichristos-Technical-Characteristics-Paper.pdf</div>

JanArdaron https://wiki.opensourceecology.de/index.php?title=Cold_fusion_reactor&diff=8159 2013-04-12T05:23:13Z

<p>JanArdaron: </p> <hr /> <div>=Introduction &amp; System Overview, English=<br /> * By Defkalion Inc. http://aromapress.com/~defkalio/wp-content/uploads/2013/01/2012-08-08_NIWeek_-Defkalion-Technical-presentation_-J-Hadjichristos.pdf<br /> * JET Energy Inc. MIT IAP january special course http://coldfusionnow.org/wp-content/uploads/2012/12/HagelsteinPdemonstra.pdf<br /> <br /> <br /> =DIY feasability=<br /> * It's to be investigated if cold fusion (rather LENR = Low Energy Nuclear Reactions) is (are) suitable for a DIY project.<br /> * =&gt; Controversy to open source ecology methology of easy construction?<br /> <br /> <br /> <br /> =Papers &amp; Patents=<br /> * U.S. navy open research. http://lenr-canr.org/wordpress/?page_id=952<br /> * Defkalion http://aromapress.com/~defkalio/wp-content/uploads/2013/01/ICCF-17-Hadjichristos-Technical-Characteristics-Paper.pdf</div>

JanArdaron https://wiki.opensourceecology.de/index.php?title=Cold_fusion_reactor&diff=8158 2013-04-12T05:20:34Z

<p>JanArdaron: </p> <hr /> <div>=Introduction &amp; System Overview, English=<br /> * By Defkalion Inc. http://aromapress.com/~defkalio/wp-content/uploads/2013/01/2012-08-08_NIWeek_-Defkalion-Technical-presentation_-J-Hadjichristos.pdf<br /> * JET Energy Inc. MIT IAP january special course http://coldfusionnow.org/wp-content/uploads/2012/12/HagelsteinPdemonstra.pdf<br /> <br /> <br /> =DIY feasability=<br /> * It's to be investigated if cold fusion (rather LENR = Low Energy Nuclear Reactions) is (are) suitable for a DIY project.<br /> * =&gt; Controversy to open source ecology methology of easy construction?<br /> <br /> <br /> <br /> =Papers &amp; Patents=<br /> * U.S. navy open research. http://lenr-canr.org/wordpress/?page_id=952</div>

JanArdaron https://wiki.opensourceecology.de/index.php?title=Cold_fusion_reactor&diff=8157 2013-04-12T05:18:56Z

<p>JanArdaron: </p> <hr /> <div>=Introduction &amp; System Overview, English=<br /> * By Defkalion Inc. http://aromapress.com/~defkalio/wp-content/uploads/2013/01/2012-08-08_NIWeek_-Defkalion-Technical-presentation_-J-Hadjichristos.pdf<br /> * JET Energy Inc. MIT IAP january special course http://coldfusionnow.org/wp-content/uploads/2012/12/HagelsteinPdemonstra.pdf<br /> <br /> <br /> =DIY feasability=<br /> * It's to be investigated if cold fusion (rather LENR = Low Energy Nuclear Reactions) is (are) suitable for a DIY project.<br /> * =&gt; Controversy to open source ecology methology of easy construction?</div>

JanArdaron https://wiki.opensourceecology.de/index.php?title=Cold_fusion_reactor&diff=8156 2013-04-12T05:18:37Z

<p>JanArdaron: Created page with &quot;=Introduction &amp; System Overview, English= * By Defkalion Inc. http://aromapress.com/~defkalio/wp-content/uploads/2013/01/2012-08-08_NIWeek_-Defkalion-Technical-presentation_-J...&quot;</p> <hr /> <div>=Introduction &amp; System Overview, English=<br /> * By Defkalion Inc.<br /> http://aromapress.com/~defkalio/wp-content/uploads/2013/01/2012-08-08_NIWeek_-Defkalion-Technical-presentation_-J-Hadjichristos.pdf<br /> * JET Energy Inc. MIT IAP january special course<br /> http://coldfusionnow.org/wp-content/uploads/2012/12/HagelsteinPdemonstra.pdf<br /> <br /> <br /> =DIY feasability=<br /> * It's to be investigated if cold fusion (rather LENR = Low Energy Nuclear Reactions) is (are) suitable for a DIY project.<br /> * =&gt; Controversy to open source ecology methology of easy construction?</div>

JanArdaron https://wiki.opensourceecology.de/index.php?title=Vorlage:Projects_list&diff=8155 2013-04-12T04:46:36Z

<p>JanArdaron: </p> <hr /> <div>* [[Cold fusion reactor]] - If not overkill. Defkalion Inc., JET Energy Inc. and MIT have the hard part done. No radioactive rays measured. This would require some of our chemists to get involved.<br /> * [[Magnet Motor]] - Inventor Yildiz's 250W output version, probably Tesla-wave harvesting here too, hence longitudinal waves, eddy currents.<br /> * [[Tesla Bedini Desulfation Charger]] - Desulfation battery charger using longitudal waves travelling through earth all the time as other rays (neutrinos, ...) do to harvest energy. Would be useful for our (opensourceecology's) Pb batteries if we really want those for desulfation, too.<br /> * [[Wind Turbine]] - open collaboration on Wind Turbine. ''Needs'': research, development and prototyping. See the [[Wind Turbine#Open_Tasks|open tasks]].<br /> * [[Holzvergaserofen]] - kleiner emissionsarmer und hocheffizienter Holzvergaserofen.<br /> * [[Zn/O-Brennstoffzelle]] - möglichst langfristigen Speicherlösung für elektrische Energie.<br /> * [[Filamaker]] - Plastik Schredder und Extruder.<br /> * [[Rollhacke]] - für die ökologische Landwirtschaft. ''Bedarf'': Videoaufnahme<br /> * [[Hoflader]] - klein, sehr gut manövrierbar in kleinen Räumen und mit kleinem Frontlader. ''Bedarf'': Konstrukteur für das Design.<br /> * [[Induktionsofen]] - 1 bis 5KW. ''Bedarf'': Fachwissen in Elektronik für Induktionsofen - zur Prüfung und Verbesserung der aktuellen Pläne.<br /> * [[Universal Prototyping Kit]] - Baukastensystem (Construction Kit) mit strukturellen Elementen, ähnlich einem Metallbaukasten<br /> * [[CNC Circuit Mill]] - ''Needs'': research, development and prototyping.</div>

JanArdaron https://wiki.opensourceecology.de/index.php?title=Magnet_Motor&diff=8154 2013-04-12T04:43:51Z

<p>JanArdaron: /* Demonstrations of feasability */</p> <hr /> <div>{{GVCS Header}}<br /> <br /> <br /> =Overview=<br /> ==Background==<br /> I know this will not be easy to take serious. So it was for me. Until I got around its possibility after several years (myself I have been conducting research on this topic for mor than a decade, I'm student of aerospace systems currently and work for university for more than 3 years simultaneously.). Anyway, I think this would add a lot to Open source ecology. It would make things a lot easier at the same time. (I'm already planning an electrical power cube, stays to be determined whether we have to use conventional batteries, LiFePO4 chemistry, fuel cells, heavily cooled air/water, solar or one of those &quot;exotic&quot; generators, i.e. Bedini Tesla or Magnet Motor.) So much as a background.<br /> <br /> ==Magnet Motor in General==<br /> [[Image:MagnetMotorYildiz.png|thumb|400px|Magnet Motor of Halil Yildiz]]<br /> <br /> The '''Magnet Motor''' is a machine that converts some up to date unknown fields or vacuum fluctuations (as predicted by Quantentheorie [Reference:1, Mathematical Model by Assistant Prof. J.L. Duarte of University of Eindhoven, Department of Electrical Engineering]) into kinetic energy which could further be converted to electrical energy by attaching a generator.<br /> <br /> ==Power output scalabity==<br /> So far it hast proven to give at least 250 W as output but it is fairly scalable (as Yildiz somewhere explained and yes it sounds logical as we could just scale its size up, thus torque).<br /> <br /> <br /> ==Demonstrations of feasability==<br /> [TODO: REFERENCES TO BE ADDED]<br /> *1 Geneva Demonstration (currently running, live stream see e.g. here: http://www.youtube.com/watch?v=U8RMLuR8Ybw&amp;list=UUnF2pFCQbYgxmqx3imNsTCQ)<br /> *2 Currently tested by an independent but not published university within Europe (30 days test in isolated room, currently delayed because of the involved scientists/universities - perhaps they could get to the source of the motor or still try to by altering isolation state to see when the magnet motor (MM) starts working -- at least this is what I did).<br /> *3 Delft University Demonstration [includes motor disassembly, http://www.youtube.com/watch?v=D5K_wB-xsuM]<br /> *4 some other university demonstration I forgot<br /> *5 Approximately 46 of these prototype MMs have been constructed so far by Halil Yildiz, who engineers this somewhat exotic technology since 33 years.<br /> <br /> =Details=<br /> ==Papers &amp; Patents==<br /> *[1] http://pesn.com/2013/01/05/9602260_Assistant_Professor_Presents_Scientific_Model_for_Yildiz_Magnet_Motor/ModelingYildizMotor_v01.pdf<br /> *[2] http://www.bsmhturk.com/images/documents/WO2009019001A2.pdf &lt;-- The international patent with lots of details, so far still not too easy to construct Mr. Halil Yildiz' motor/generator without his help (reverse engineering would be the only other chance but I think we should go with getting him convinced of our open source ecology).<br /> *[3] http://www.bsmhturk.com/in_the_news/introducing_yildiz_motor.html &lt;-- Further patents<br /> <br /> <br /> <br /> <br /> ==Product Ecology==<br /> {{Product Ecology<br /> |Product = {{Magnet Motor}}<br /> <br /> |From=<br /> (required for construction)<br /> *{{Furnace}}<br /> *{{CNC Multimachine}}<br /> *{{Lathe}}<br /> *{{Aluminium Extractor}}<br /> <br /> <br /> |Uses=<br /> *{{Battery}}<br /> *{{Generator}}<br /> <br /> |Creates=<br /> *[[Mechanical Energy]]<br /> *[[Electricity]]<br /> <br /> |Enables=<br /> *{{Life Trac}} (Hoflader)<br /> *{{Support Trac}} (Handmäher/Schubtraktor)<br /> <br /> |Components=<br /> *Rigid Mount<br /> *Housing (IP44 or IP55 proven best, so that it could be used for micro hydro et al.)<br /> *Axle<br /> *Magnets (which nature strong or better not to use neodym magnet still to research)<br /> <br /> *[[DC generator]]<br /> **Hence an ELC (Electronic load controller), Sensors (Current sensor, Voltage sensor)<br /> *[[Battery]]<br /> *=&gt;Diode<br /> *=&gt;Wires<br /> *Bearings<br /> }}<br /> <br /> <br /> <br /> ==Status==<br /> <br /> [[Open Source Ecology America]] (founders, Marcin Jabubowski),[[Open Source Ecology Europe]] are in the [[Research phase]]. Prototypes of Halil Yildiz exist, patents and papers give some reference.<br /> <br /> <br /> ==Conclusion==<br /> This project would add up a very important point to open source ecology: if once we have Pb batteries and<br /> open source steam engine done, but the magnet motor and cold fusion are reality (what they definitely already are!) and also have more backhold in our thinking then we will be somewhat disappointed. Thus let's just do it the way engineering works, we should prefer the simplest and most flexible solution, hence being the realization of the Magnet Motor or the Tesla Bedini Motor (I know people think of it as a scam - then I ask you, was Tesla's laser system impossible? Despite all those early critics: no! Was Einstein's theory a scam? - In spite of the massive opposition: no! Was the invention of flight a scam or were all theories always perfect? No, now planes are common for us. So what about the current theory electromagnetics where there are flaws between both accepted hypotheses both of Laplace and Maxwell? [it's just about eddy currents -- and still longitudinal waves with what Tesla dealt for so long are getting more and more theory behind the working practice as demonstrated as early as of 1900s by Tesla? Think of his robot remote control ...])<br /> <br /> <br /> <br /> <br /> == See also ==<br /> * [[Generator]]<br /> * [[Electronic load controller (ELC)]]<br /> * [[Tesla Bedini Motor]]<br /> <br /> * http://pesn.com/2013/04/10/9602292_Yildiz_All-Magnet-Motor_Demo_Blog/<br /> <br /> <br /> {{GVCS Footer}}<br /> [[Category:Energie]]</div>

JanArdaron https://wiki.opensourceecology.de/index.php?title=Magnet_Motor&diff=8093 2013-04-11T11:13:10Z

<p>JanArdaron: </p> <hr /> <div>{{GVCS Header}}<br /> <br /> <br /> =Overview=<br /> ==Background==<br /> I know this will not be easy to take serious. So it was for me. Until I got around its possibility after several years (myself I have been conducting research on this topic for mor than a decade, I'm student of aerospace systems currently and work for university for more than 3 years simultaneously.). Anyway, I think this would add a lot to Open source ecology. It would make things a lot easier at the same time. (I'm already planning an electrical power cube, stays to be determined whether we have to use conventional batteries, LiFePO4 chemistry, fuel cells, heavily cooled air/water, solar or one of those &quot;exotic&quot; generators, i.e. Bedini Tesla or Magnet Motor.) So much as a background.<br /> <br /> ==Magnet Motor in General==<br /> [[Image:MagnetMotorYildiz.png|thumb|400px|Magnet Motor of Halil Yildiz]]<br /> <br /> The '''Magnet Motor''' is a machine that converts some up to date unknown fields or vacuum fluctuations (as predicted by Quantentheorie [Reference:1, Mathematical Model by Assistant Prof. J.L. Duarte of University of Eindhoven, Department of Electrical Engineering]) into kinetic energy which could further be converted to electrical energy by attaching a generator.<br /> <br /> ==Power output scalabity==<br /> So far it hast proven to give at least 250 W as output but it is fairly scalable (as Yildiz somewhere explained and yes it sounds logical as we could just scale its size up, thus torque).<br /> <br /> <br /> ==Demonstrations of feasability==<br /> [TODO: REFERENCES TO BE ADDED]<br /> *1 Geneva Demonstration (currently running, live stream see e.g. here: http://www.youtube.com/watch?v=U8RMLuR8Ybw&amp;list=UUnF2pFCQbYgxmqx3imNsTCQ)<br /> *2 Currently tested by an independent but not published university within Europe (30 days test in isolated room, currently delayed because of the involved scientists/universities - perhaps they could get to the source of the motor or still try to by altering isolation state to see when the magnet motor (MM) starts working -- at least this is what I did).<br /> *3 Delft University Demonstration<br /> *4 some other university demonstration I forgot<br /> *5 Approximately 46 of these prototype MMs have been constructed so far by Halil Yildiz, who engineers this somewhat exotic technology since 33 years.<br /> <br /> <br /> =Details=<br /> ==Papers &amp; Patents==<br /> *[1] http://pesn.com/2013/01/05/9602260_Assistant_Professor_Presents_Scientific_Model_for_Yildiz_Magnet_Motor/ModelingYildizMotor_v01.pdf<br /> *[2] http://www.bsmhturk.com/images/documents/WO2009019001A2.pdf &lt;-- The international patent with lots of details, so far still not too easy to construct Mr. Halil Yildiz' motor/generator without his help (reverse engineering would be the only other chance but I think we should go with getting him convinced of our open source ecology).<br /> *[3] http://www.bsmhturk.com/in_the_news/introducing_yildiz_motor.html &lt;-- Further patents<br /> <br /> <br /> <br /> <br /> ==Product Ecology==<br /> {{Product Ecology<br /> |Product = {{Magnet Motor}}<br /> <br /> |From=<br /> (required for construction)<br /> *{{Furnace}}<br /> *{{CNC Multimachine}}<br /> *{{Lathe}}<br /> *{{Aluminium Extractor}}<br /> <br /> <br /> |Uses=<br /> *{{Battery}}<br /> *{{Generator}}<br /> <br /> |Creates=<br /> *[[Mechanical Energy]]<br /> *[[Electricity]]<br /> <br /> |Enables=<br /> *{{Life Trac}} (Hoflader)<br /> *{{Support Trac}} (Handmäher/Schubtraktor)<br /> <br /> |Components=<br /> *Rigid Mount<br /> *Housing (IP44 or IP55 proven best, so that it could be used for micro hydro et al.)<br /> *Axle<br /> *Magnets (which nature strong or better not to use neodym magnet still to research)<br /> <br /> *[[DC generator]]<br /> **Hence an ELC (Electronic load controller), Sensors (Current sensor, Voltage sensor)<br /> *[[Battery]]<br /> *=&gt;Diode<br /> *=&gt;Wires<br /> *Bearings<br /> }}<br /> <br /> <br /> <br /> ==Status==<br /> <br /> [[Open Source Ecology America]] (founders, Marcin Jabubowski),[[Open Source Ecology Europe]] are in the [[Research phase]]. Prototypes of Halil Yildiz exist, patents and papers give some reference.<br /> <br /> <br /> ==Conclusion==<br /> This project would add up a very important point to open source ecology: if once we have Pb batteries and<br /> open source steam engine done, but the magnet motor and cold fusion are reality (what they definitely already are!) and also have more backhold in our thinking then we will be somewhat disappointed. Thus let's just do it the way engineering works, we should prefer the simplest and most flexible solution, hence being the realization of the Magnet Motor or the Tesla Bedini Motor (I know people think of it as a scam - then I ask you, was Tesla's laser system impossible? Despite all those early critics: no! Was Einstein's theory a scam? - In spite of the massive opposition: no! Was the invention of flight a scam or were all theories always perfect? No, now planes are common for us. So what about the current theory electromagnetics where there are flaws between both accepted hypotheses both of Laplace and Maxwell? [it's just about eddy currents -- and still longitudinal waves with what Tesla dealt for so long are getting more and more theory behind the working practice as demonstrated as early as of 1900s by Tesla? Think of his robot remote control ...])<br /> <br /> <br /> <br /> <br /> == See also ==<br /> * [[Generator]]<br /> * [[Electronic load controller (ELC)]]<br /> * [[Tesla Bedini Motor]]<br /> <br /> * http://pesn.com/2013/04/10/9602292_Yildiz_All-Magnet-Motor_Demo_Blog/<br /> <br /> <br /> {{GVCS Footer}}<br /> [[Category:Energy]]</div>

JanArdaron https://wiki.opensourceecology.de/index.php?title=Magnet_Motor&diff=8092 2013-04-11T11:11:55Z

<p>JanArdaron: </p> <hr /> <div>{{GVCS Header}}<br /> <br /> <br /> =Overview=<br /> ==Background==<br /> I know this will not be easy to take serious. So it was for me. Until I got around its possibility after several years (myself I have been conducting research on this topic for mor than a decade, I'm student of aerospace systems currently and work for university for more than 3 years simultaneously.). Anyway, I think this would add a lot to Open source ecology. It would make things a lot easier at the same time. (I'm already planning an electrical power cube, stays to be determined whether we have to use conventional batteries, LiFePO4 chemistry, fuel cells, heavily cooled air/water, solar or one of those &quot;exotic&quot; generators, i.e. Bedini Tesla or Magnet Motor.) So much as a background.<br /> <br /> ==Magnet Motor==<br /> [[Image:MagnetMotorYildiz.png|thumb|400px|Magnet Motor of Halil Yildiz]]<br /> <br /> The '''Magnet Motor''' is a machine that converts some up to date unknown fields or vacuum fluctuations (as predicted by Quantentheorie [Reference:1, Mathematical Model by Assistant Prof. J.L. Duarte of University of Eindhoven, Department of Electrical Engineering]) into kinetic energy which could further be converted to electrical energy by attaching a generator.<br /> <br /> '''Power output scalabity<br /> So far it hast proven to give at least 250 W as output but it is scalable.<br /> <br /> <br /> '''Demonstrations of feasability<br /> [TODO: REFERENCES TO BE ADDED]<br /> *1 Geneva Demonstration (currently running, live stream see e.g. here: http://www.youtube.com/watch?v=U8RMLuR8Ybw&amp;list=UUnF2pFCQbYgxmqx3imNsTCQ)<br /> *2 Currently tested by an independent but not published university within Europe (30 days test in isolated room, currently delayed because of the involved scientists/universities - perhaps they could get to the source of the motor or still try to by altering isolation state to see when the magnet motor (MM) starts working -- at least this is what I did).<br /> *3 Delft University Demonstration<br /> *4 some other university demonstration I forgot<br /> *5 Approximately 46 of these prototype MMs have been constructed so far by Halil Yildiz, who engineers this somewhat exotic technology since 33 years.<br /> <br /> <br /> =Details=<br /> ==Papers &amp; Patents==<br /> *[1] http://pesn.com/2013/01/05/9602260_Assistant_Professor_Presents_Scientific_Model_for_Yildiz_Magnet_Motor/ModelingYildizMotor_v01.pdf<br /> *[2] http://www.bsmhturk.com/images/documents/WO2009019001A2.pdf &lt;-- The international patent with lots of details, so far still not too easy to construct Mr. Halil Yildiz' motor/generator without his help (reverse engineering would be the only other chance but I think we should go with getting him convinced of our open source ecology).<br /> *[3] http://www.bsmhturk.com/in_the_news/introducing_yildiz_motor.html &lt;-- Further patents<br /> <br /> <br /> <br /> <br /> ==Product Ecology==<br /> {{Product Ecology<br /> |Product = {{Magnet Motor}}<br /> <br /> |From=<br /> (required for construction)<br /> *{{Furnace}}<br /> *{{CNC Multimachine}}<br /> *{{Lathe}}<br /> *{{Aluminium Extractor}}<br /> <br /> <br /> |Uses=<br /> *{{Battery}}<br /> *{{Generator}}<br /> <br /> |Creates=<br /> *[[Mechanical Energy]]<br /> *[[Electricity]]<br /> <br /> |Enables=<br /> *{{Life Trac}} (Hoflader)<br /> *{{Support Trac}} (Handmäher/Schubtraktor)<br /> <br /> |Components=<br /> *Rigid Mount<br /> *Housing (IP44 or IP55 proven best, so that it could be used for micro hydro et al.)<br /> *Axle<br /> *Magnets (which nature strong or better not to use neodym magnet still to research)<br /> <br /> *[[DC generator]]<br /> **Hence an ELC (Electronic load controller), Sensors (Current sensor, Voltage sensor)<br /> *[[Battery]]<br /> *=&gt;Diode<br /> *=&gt;Wires<br /> *Bearings<br /> }}<br /> <br /> <br /> <br /> ==Status==<br /> <br /> [[Open Source Ecology America]] (founders, Marcin Jabubowski),[[Open Source Ecology Europe]] are in the [[Research phase]]. Prototypes of Halil Yildiz exist, patents and papers give some reference.<br /> <br /> <br /> ==Conclusion==<br /> This project would add up a very important point to open source ecology: if once we have Pb batteries and<br /> open source steam engine done, but the magnet motor and cold fusion are reality (what they definitely already are!) and also have more backhold in our thinking then we will be somewhat disappointed. Thus let's just do it the way engineering works, we should prefer the simplest and most flexible solution, hence being the realization of the Magnet Motor or the Tesla Bedini Motor (I know people think of it as a scam - then I ask you, was Tesla's laser system impossible? Despite all those early critics: no! Was Einstein's theory a scam? - In spite of the massive opposition: no! Was the invention of flight a scam or were all theories always perfect? No, now planes are common for us. So what about the current theory electromagnetics where there are flaws between both accepted hypotheses both of Laplace and Maxwell? [it's just about eddy currents -- and still longitudinal waves with what Tesla dealt for so long are getting more and more theory behind the working practice as demonstrated as early as of 1900s by Tesla? Think of his robot remote control ...])<br /> <br /> <br /> <br /> <br /> == See also ==<br /> * [[Generator]]<br /> * [[Electronic load controller (ELC)]]<br /> * [[Tesla Bedini Motor]]<br /> <br /> * http://pesn.com/2013/04/10/9602292_Yildiz_All-Magnet-Motor_Demo_Blog/<br /> <br /> <br /> {{GVCS Footer}}<br /> [[Category:Energy]]</div>

JanArdaron https://wiki.opensourceecology.de/index.php?title=Magnet_Motor&diff=8091 2013-04-11T11:08:33Z

<p>JanArdaron: </p> <hr /> <div>{{GVCS Header}}<br /> <br /> <br /> =Overview=<br /> I know this will not be easy to take serious. So it was for me. Until I got around its possibility after several years (myself I have been conducting research on this topic for mor than a decade, I'm student of aerospace systems currently and work for university for more than 3 years simultaneously.).<br /> [[Image:MagnetMotorYildiz.png|thumb|400px|Magnet Motor of Halil Yildiz]]<br /> <br /> The '''Magnet Motor''' is a machine that converts some up to date unknown fields or vacuum fluctuations (as predicted by Quantentheorie [Reference:1, Mathematical Model by Assistant Prof. J.L. Duarte of University of Eindhoven, Department of Electrical Engineering]) into kinetic energy which could further be converted to electrical energy by attaching a generator.<br /> <br /> '''Power output scalabity<br /> So far it hast proven to give at least 250 W as output but it is scalable.<br /> <br /> <br /> '''Demonstrations of feasability<br /> [TODO: REFERENCES TO BE ADDED]<br /> *1 Geneva Demonstration (currently running, live stream see e.g. here: http://www.youtube.com/watch?v=U8RMLuR8Ybw&amp;list=UUnF2pFCQbYgxmqx3imNsTCQ)<br /> *2 Currently tested by an independent but not published university within Europe (30 days test in isolated room, currently delayed because of the involved scientists/universities - perhaps they could get to the source of the motor or still try to by altering isolation state to see when the magnet motor (MM) starts working -- at least this is what I did).<br /> *3 Delft University Demonstration<br /> *4 some other university demonstration I forgot<br /> *5 Approximately 46 of these prototype MMs have been constructed so far by Halil Yildiz, who engineers this somewhat exotic technology since 33 years.<br /> <br /> <br /> =Details=<br /> ==Papers &amp; Patents==<br /> *[1] http://pesn.com/2013/01/05/9602260_Assistant_Professor_Presents_Scientific_Model_for_Yildiz_Magnet_Motor/ModelingYildizMotor_v01.pdf<br /> *[2] http://www.bsmhturk.com/images/documents/WO2009019001A2.pdf &lt;-- The international patent with lots of details, so far still not too easy to construct Mr. Halil Yildiz' motor/generator without his help (reverse engineering would be the only other chance but I think we should go with getting him convinced of our open source ecology).<br /> *[3] http://www.bsmhturk.com/in_the_news/introducing_yildiz_motor.html &lt;-- Further patents<br /> <br /> <br /> <br /> <br /> ==Product Ecology==<br /> {{Product Ecology<br /> |Product = {{Magnet Motor}}<br /> <br /> |From=<br /> (required for construction)<br /> *{{Furnace}}<br /> *{{CNC Multimachine}}<br /> *{{Lathe}}<br /> *{{Aluminium Extractor}}<br /> <br /> <br /> |Uses=<br /> *{{Battery}}<br /> *{{Generator}}<br /> <br /> |Creates=<br /> *[[Mechanical Energy]]<br /> *[[Electricity]]<br /> <br /> |Enables=<br /> *{{Life Trac}} (Hoflader)<br /> *{{Support Trac}} (Handmäher/Schubtraktor)<br /> <br /> |Components=<br /> *Rigid Mount<br /> *Housing (IP44 or IP55 proven best, so that it could be used for micro hydro et al.)<br /> *Axle<br /> *Magnets (which nature strong or better not to use neodym magnet still to research)<br /> <br /> *[[DC generator]]<br /> **Hence an ELC (Electronic load controller), Sensors (Current sensor, Voltage sensor)<br /> *[[Battery]]<br /> *=&gt;Diode<br /> *=&gt;Wires<br /> *Bearings<br /> }}<br /> <br /> <br /> <br /> ==Status==<br /> <br /> [[Open Source Ecology America]] (founders, Marcin Jabubowski),[[Open Source Ecology Europe]] are in the [[Research phase]]. Prototypes of Halil Yildiz exist, patents and papers give some reference.<br /> <br /> <br /> ==Conclusion==<br /> This project would add up a very important point to open source ecology: if once we have Pb batteries and<br /> open source steam engine done, but the magnet motor and cold fusion are reality (what they definitely already are!) and also have more backhold in our thinking then we will be somewhat disappointed. Thus let's just do it the way engineering works, we should prefer the simplest and most flexible solution, hence being the realization of the Magnet Motor or the Tesla Bedini Motor (I know people think of it as a scam - then I ask you, was Tesla's laser system impossible? Despite all those early critics: no! Was Einstein's theory a scam? - In spite of the massive opposition: no! Was the invention of flight a scam or were all theories always perfect? No, now planes are common for us. So what about the current theory electromagnetics where there are flaws between both accepted hypotheses both of Laplace and Maxwell? [it's just about eddy currents -- and still longitudinal waves with what Tesla dealt for so long are getting more and more theory behind the working practice as demonstrated as early as of 1900s by Tesla? Think of his robot remote control ...])<br /> <br /> <br /> <br /> <br /> == See also ==<br /> * [[Generator]]<br /> * [[Electronic load controller (ELC)]]<br /> * [[Tesla Bedini Motor]]<br /> <br /> * http://pesn.com/2013/04/10/9602292_Yildiz_All-Magnet-Motor_Demo_Blog/<br /> <br /> <br /> {{GVCS Footer}}<br /> [[Category:Energy]]</div>

JanArdaron https://wiki.opensourceecology.de/index.php?title=Magnet_Motor&diff=8090 2013-04-11T11:06:55Z

<p>JanArdaron: </p> <hr /> <div>{{GVCS Header}}<br /> <br /> <br /> =Overview=<br /> I know this will not be easy to take serious. So it was for me. Until I got around its possibility after several years (myself I have been conducting research on this topic for mor than a decade, I'm student of aerospace systems currently.).<br /> [[Image:MagnetMotorYildiz.png|thumb|400px|Magnet Motor of Halil Yildiz]]<br /> <br /> The '''Magnet Motor''' is a machine that converts some up to date unknown fields or vacuum fluctuations (as predicted by Quantentheorie [Reference:1, Mathematical Model by Assistant Prof. J.L. Duarte of University of Eindhoven, Department of Electrical Engineering]) into kinetic energy which could further be converted to electrical energy by attaching a generator.<br /> <br /> '''Power output scalabity<br /> So far it hast proven to give at least 250 W as output but it is scalable.<br /> <br /> <br /> '''Demonstrations of feasability<br /> [TODO: REFERENCES TO BE ADDED]<br /> *1 Geneva Demonstration (currently running, live stream see e.g. here: http://www.youtube.com/watch?v=U8RMLuR8Ybw&amp;list=UUnF2pFCQbYgxmqx3imNsTCQ)<br /> *2 Currently tested by an independent but not published university within Europe (30 days test in isolated room, currently delayed because of the involved scientists/universities - perhaps they could get to the source of the motor or still try to by altering isolation state to see when the magnet motor (MM) starts working -- at least this is what I did).<br /> *3 Delft University Demonstration<br /> *4 some other university demonstration I forgot<br /> *5 Approximately 46 of these prototype MMs have been constructed so far by Halil Yildiz, who engineers this somewhat exotic technology since 33 years.<br /> <br /> <br /> =Details=<br /> ==Papers &amp; Patents==<br /> *[1] http://pesn.com/2013/01/05/9602260_Assistant_Professor_Presents_Scientific_Model_for_Yildiz_Magnet_Motor/ModelingYildizMotor_v01.pdf<br /> *[2] http://www.bsmhturk.com/images/documents/WO2009019001A2.pdf &lt;-- The international patent with lots of details, so far still not too easy to construct Mr. Halil Yildiz' motor/generator without his help (reverse engineering would be the only other chance but I think we should go with getting him convinced of our open source ecology).<br /> *[3] http://www.bsmhturk.com/in_the_news/introducing_yildiz_motor.html &lt;-- Further patents<br /> <br /> <br /> <br /> <br /> ==Product Ecology==<br /> {{Product Ecology<br /> |Product = {{Magnet Motor}}<br /> <br /> |From=<br /> (required for construction)<br /> *{{Furnace}}<br /> *{{CNC Multimachine}}<br /> *{{Lathe}}<br /> *{{Aluminium Extractor}}<br /> <br /> <br /> |Uses=<br /> *{{Battery}}<br /> *{{Generator}}<br /> <br /> |Creates=<br /> *[[Mechanical Energy]]<br /> *[[Electricity]]<br /> <br /> |Enables=<br /> *{{Life Trac}} (Hoflader)<br /> *{{Support Trac}} (Handmäher/Schubtraktor)<br /> <br /> |Components=<br /> *Rigid Mount<br /> *Housing (IP44 or IP55 proven best, so that it could be used for micro hydro et al.)<br /> *Axle<br /> *Magnets (which nature strong or better not to use neodym magnet still to research)<br /> <br /> *[[DC generator]]<br /> **Hence an ELC (Electronic load controller), Sensors (Current sensor, Voltage sensor)<br /> *[[Battery]]<br /> *=&gt;Diode<br /> *=&gt;Wires<br /> *Bearings<br /> }}<br /> <br /> <br /> <br /> ==Status==<br /> <br /> [[Open Source Ecology America]] (founders, Marcin Jabubowski),[[Open Source Ecology Europe]] are in the [[Research phase]]. Prototypes of Halil Yildiz exist, patents and papers give some reference.<br /> <br /> <br /> ==Conclusion==<br /> This project would add up a very important point to open source ecology: if once we have Pb batteries and<br /> open source steam engine done, but the magnet motor and cold fusion are reality (what they definitely already are!) and also have more backhold in our thinking then we will be somewhat disappointed. Thus let's just do it the way engineering works, we should prefer the simplest and most flexible solution, hence being the realization of the Magnet Motor or the Tesla Bedini Motor (I know people think of it as a scam - then I ask you, was Tesla's laser system impossible? Despite all those early critics: no! Was Einstein's theory a scam? - In spite of the massive opposition: no! Was the invention of flight a scam or were all theories always perfect? No, now planes are common for us. So what about the current theory electromagnetics where there are flaws between both accepted hypotheses both of Laplace and Maxwell? [it's just about eddy currents -- and still longitudinal waves with what Tesla dealt for so long are getting more and more theory behind the working practice as demonstrated as early as of 1900s by Tesla? Think of his robot remote control ...])<br /> <br /> <br /> <br /> <br /> == See also ==<br /> * [[Generator]]<br /> * [[Electronic load controller (ELC)]]<br /> * [[Tesla Bedini Motor]]<br /> <br /> * http://pesn.com/2013/04/10/9602292_Yildiz_All-Magnet-Motor_Demo_Blog/<br /> <br /> <br /> {{GVCS Footer}}<br /> [[Category:Energy]]</div>

JanArdaron https://wiki.opensourceecology.de/index.php?title=Magnet_Motor&diff=8089 2013-04-11T11:04:19Z

<p>JanArdaron: </p> <hr /> <div>{{GVCS Header}}<br /> <br /> <br /> =Overview=<br /> [[Image:MagnetMotorYildiz.png|thumb|400px|Magnet Motor of Halil Yildiz]]<br /> <br /> The '''Magnet Motor''' is a machine that converts some up to date unknown fields or vacuum fluctuations (as predicted by Quantentheorie [Reference:1, Mathematical Model by Assistant Prof. J.L. Duarte of University of Eindhoven, Department of Electrical Engineering]) into kinetic energy which could further be converted to electrical energy by attaching a generator.<br /> <br /> '''Power output scalabity<br /> So far it hast proven to give at least 250 W as output but it is scalable.<br /> <br /> <br /> '''Demonstrations of feasability<br /> [TODO: REFERENCES TO BE ADDED]<br /> *1 Geneva Demonstration (currently running, live stream see e.g. here: http://www.youtube.com/watch?v=U8RMLuR8Ybw&amp;list=UUnF2pFCQbYgxmqx3imNsTCQ)<br /> *2 Currently tested by an independent but not published university within Europe (30 days test in isolated room, currently delayed because of the involved scientists/universities - perhaps they could get to the source of the motor or still try to by altering isolation state to see when the magnet motor (MM) starts working -- at least this is what I did).<br /> *3 Delft University Demonstration<br /> *4 some other university demonstration I forgot<br /> *5 Approximately 46 of these prototype MMs have been constructed so far by Halil Yildiz, who engineers this somewhat exotic technology since 33 years.<br /> <br /> <br /> =Details=<br /> ==Papers &amp; Patents==<br /> *[1] http://pesn.com/2013/01/05/9602260_Assistant_Professor_Presents_Scientific_Model_for_Yildiz_Magnet_Motor/ModelingYildizMotor_v01.pdf<br /> *[2] http://www.bsmhturk.com/images/documents/WO2009019001A2.pdf &lt;-- The international patent with lots of details, so far still not too easy to construct Mr. Halil Yildiz' motor/generator without his help (reverse engineering would be the only other chance but I think we should go with getting him convinced of our open source ecology).<br /> *[3] http://www.bsmhturk.com/in_the_news/introducing_yildiz_motor.html &lt;-- Further patents<br /> <br /> <br /> <br /> <br /> ==Product Ecology==<br /> {{Product Ecology<br /> |Product = {{Magnet Motor}}<br /> <br /> |From=<br /> (required for construction)<br /> *{{Furnace}}<br /> *{{CNC Multimachine}}<br /> *{{Lathe}}<br /> *{{Aluminium Extractor}}<br /> <br /> <br /> |Uses=<br /> *{{Battery}}<br /> *{{Generator}}<br /> <br /> |Creates=<br /> *[[Mechanical Energy]]<br /> *[[Electricity]]<br /> <br /> |Enables=<br /> *{{Life Trac}} (Hoflader)<br /> *{{Support Trac}} (Handmäher/Schubtraktor)<br /> <br /> |Components=<br /> *Rigid Mount<br /> *Housing (IP44 or IP55 proven best, so that it could be used for micro hydro et al.)<br /> *Axle<br /> *Magnets (which nature strong or better not to use neodym magnet still to research)<br /> <br /> *[[DC generator]]<br /> **Hence an ELC (Electronic load controller), Sensors (Current sensor, Voltage sensor)<br /> *[[Battery]]<br /> *=&gt;Diode<br /> *=&gt;Wires<br /> *Bearings<br /> }}<br /> <br /> <br /> <br /> ==Status==<br /> <br /> [[Open Source Ecology America]] (founders, Marcin Jabubowski),[[Open Source Ecology Europe]] are in the [[Research phase]]. Prototypes of Halil Yildiz exist, patents and papers give some reference.<br /> <br /> <br /> ==Conclusion==<br /> This project would add up a very important point to open source ecology: if once we have Pb batteries and<br /> open source steam engine done, but the magnet motor and cold fusion are reality (what they definitely already are!) and also have more backhold in our thinking then we will be somewhat disappointed. Thus let's just do it the way engineering works, we should prefer the simplest and most flexible solution, hence being the realization of the Magnet Motor or the Tesla Bedini Motor (I know people think of it as a scam - then I ask you, was Tesla's laser system impossible? Despite all those early critics: no! Was Einstein's theory a scam? - In spite of the massive opposition: no! Was the invention of flight a scam or were all theories always perfect? No, now planes are common for us. So what about the current theory electromagnetics where there are flaws between both accepted hypotheses both of Laplace and Maxwell? [it's just about eddy currents -- and still longitudinal waves with what Tesla dealt for so long are getting more and more theory behind the working practice as demonstrated as early as of 1900s by Tesla? Think of his robot remote control ...])<br /> <br /> <br /> <br /> <br /> == See also ==<br /> * [[Generator]]<br /> * [[Electronic load controller (ELC)]]<br /> * [[Tesla Bedini Motor]]<br /> <br /> * http://pesn.com/2013/04/10/9602292_Yildiz_All-Magnet-Motor_Demo_Blog/<br /> <br /> <br /> {{GVCS Footer}}<br /> [[Category:Energy]]</div>

JanArdaron https://wiki.opensourceecology.de/index.php?title=Magnet_Motor&diff=8088 2013-04-11T11:03:49Z

<p>JanArdaron: </p> <hr /> <div>{{GVCS Header}}<br /> <br /> <br /> =Overview=<br /> [[Image:MagnetMotorYildiz.png|thumb|400px|Magnet Motor of Halil Yildiz]]<br /> <br /> The '''Magnet Motor''' is a machine that converts some up to date unknown fields or vacuum fluctuations (as predicted by Quantentheorie [Reference:1, Mathematical Model by Assistant Prof. J.L. Duarte of University of Eindhoven, Department of Electrical Engineering]) into kinetic energy which could further be converted to electrical energy by attaching a generator.<br /> <br /> '''Power output scalabity<br /> So far it hast proven to give at least 250 W as output but it is scalable.<br /> <br /> <br /> '''Demonstrations of feasability<br /> [TODO: REFERENCES TO BE ADDED]<br /> *1 Geneva Demonstration (currently running, live stream see e.g. here: http://www.youtube.com/watch?v=U8RMLuR8Ybw&amp;list=UUnF2pFCQbYgxmqx3imNsTCQ)<br /> *2 Currently tested by an independent but not published university within Europe (30 days test in isolated room, currently delayed because of the involved scientists/universities - perhaps they could get to the source of the motor or still try to by altering isolation state to see when the magnet motor (MM) starts working -- at least this is what I did).<br /> *3 Delft University Demonstration<br /> *4 some other university demonstration I forgot<br /> *5 Approximately 46 of these prototype MMs have been constructed so far by Halil Yildiz, who engineers this somewhat exotic technology since 33 years.<br /> <br /> <br /> ==Details==<br /> =Papers &amp; Patents=<br /> *[1] http://pesn.com/2013/01/05/9602260_Assistant_Professor_Presents_Scientific_Model_for_Yildiz_Magnet_Motor/ModelingYildizMotor_v01.pdf<br /> *[2] http://www.bsmhturk.com/images/documents/WO2009019001A2.pdf &lt;-- The international patent with lots of details, so far still not too easy to construct Mr. Halil Yildiz' motor/generator without his help (reverse engineering would be the only other chance but I think we should go with getting him convinced of our open source ecology).<br /> *[3] http://www.bsmhturk.com/in_the_news/introducing_yildiz_motor.html &lt;-- Further patents<br /> <br /> <br /> <br /> <br /> ==Product Ecology==<br /> {{Product Ecology<br /> |Product = {{Magnet Motor}}<br /> <br /> |From=<br /> (required for construction)<br /> *{{Furnace}}<br /> *{{CNC Multimachine}}<br /> *{{Lathe}}<br /> *{{Aluminium Extractor}}<br /> <br /> <br /> |Uses=<br /> *{{Battery}}<br /> *{{Generator}}<br /> <br /> |Creates=<br /> *[[Mechanical Energy]]<br /> *[[Electricity]]<br /> <br /> |Enables=<br /> *{{Life Trac}} (Hoflader)<br /> *{{Support Trac}} (Handmäher/Schubtraktor)<br /> <br /> |Components=<br /> *Rigid Mount<br /> *Housing (IP44 or IP55 proven best, so that it could be used for micro hydro et al.)<br /> *Axle<br /> *Magnets (which nature strong or better not to use neodym magnet still to research)<br /> <br /> *[[DC generator]]<br /> **Hence an ELC (Electronic load controller), Sensors (Current sensor, Voltage sensor)<br /> *[[Battery]]<br /> *=&gt;Diode<br /> *=&gt;Wires<br /> *Bearings<br /> }}<br /> <br /> <br /> <br /> ==Status==<br /> <br /> [[Open Source Ecology America]] (founders, Marcin Jabubowski),[[Open Source Ecology Europe]] are in the [[Research phase]]. Prototypes of Halil Yildiz exist, patents and papers give some reference.<br /> <br /> <br /> ==Conclusion==<br /> This project would add up a very important point to open source ecology: if once we have Pb batteries and<br /> open source steam engine done, but the magnet motor and cold fusion are reality (what they definitely already are!) and also have more backhold in our thinking then we will be somewhat disappointed. Thus let's just do it the way engineering works, we should prefer the simplest and most flexible solution, hence being the realization of the Magnet Motor or the Tesla Bedini Motor (I know people think of it as a scam - then I ask you, was Tesla's laser system impossible? Despite all those early critics: no! Was Einstein's theory a scam? - In spite of the massive opposition: no! Was the invention of flight a scam or were all theories always perfect? No, now planes are common for us. So what about the current theory electromagnetics where there are flaws between both accepted hypotheses both of Laplace and Maxwell? [it's just about eddy currents -- and still longitudinal waves with what Tesla dealt for so long are getting more and more theory behind the working practice as demonstrated as early as of 1900s by Tesla? Think of his robot remote control ...])<br /> <br /> <br /> <br /> <br /> == See also ==<br /> * [[Generator]]<br /> * [[Electronic load controller (ELC)]]<br /> * [[Tesla Bedini Motor]]<br /> <br /> * http://pesn.com/2013/04/10/9602292_Yildiz_All-Magnet-Motor_Demo_Blog/<br /> <br /> <br /> {{GVCS Footer}}<br /> [[Category:Energy]]</div>

JanArdaron https://wiki.opensourceecology.de/index.php?title=Magnet_Motor&diff=8087 2013-04-11T11:02:52Z

<p>JanArdaron: </p> <hr /> <div>{{GVCS Header}}<br /> <br /> <br /> =Overview=<br /> [[Image:MagnetMotorYildiz.png|thumb|400px|Wind Turbine]]<br /> <br /> The '''Magnet Motor''' is a machine that converts some up to date unknown fields or vacuum fluctuations (as predicted by Quantentheorie [Reference:1, Mathematical Model by Assistant Prof. J.L. Duarte of University of Eindhoven, Department of Electrical Engineering]) into kinetic energy which could further be converted to electrical energy by attaching a generator.<br /> <br /> '''Power output scalabity<br /> So far it hast proven to give at least 250 W as output but it is scalable.<br /> <br /> <br /> '''Demonstrations of feasability<br /> [TODO: REFERENCES TO BE ADDED]<br /> *1 Geneva Demonstration (currently running, live stream see e.g. here: http://www.youtube.com/watch?v=U8RMLuR8Ybw&amp;list=UUnF2pFCQbYgxmqx3imNsTCQ)<br /> *2 Currently tested by an independent but not published university within Europe (30 days test in isolated room, currently delayed because of the involved scientists/universities - perhaps they could get to the source of the motor or still try to by altering isolation state to see when the magnet motor (MM) starts working -- at least this is what I did).<br /> *3 Delft University Demonstration<br /> *4 some other university demonstration I forgot<br /> *5 Approximately 46 of these prototype MMs have been constructed so far by Halil Yildiz, who engineers this somewhat exotic technology since 33 years.<br /> <br /> <br /> ==Details==<br /> =Papers &amp; Patents=<br /> *[1] http://pesn.com/2013/01/05/9602260_Assistant_Professor_Presents_Scientific_Model_for_Yildiz_Magnet_Motor/ModelingYildizMotor_v01.pdf<br /> *[2] http://www.bsmhturk.com/images/documents/WO2009019001A2.pdf &lt;-- The international patent with lots of details, so far still not too easy to construct Mr. Halil Yildiz' motor/generator without his help (reverse engineering would be the only other chance but I think we should go with getting him convinced of our open source ecology).<br /> *[3] http://www.bsmhturk.com/in_the_news/introducing_yildiz_motor.html &lt;-- Further patents<br /> <br /> <br /> <br /> <br /> ==Product Ecology==<br /> {{Product Ecology<br /> |Product = {{Magnet Motor}}<br /> <br /> |From=<br /> (required for construction)<br /> *{{Furnace}}<br /> *{{CNC Multimachine}}<br /> *{{Lathe}}<br /> *{{Aluminium Extractor}}<br /> <br /> <br /> |Uses=<br /> *{{Battery}}<br /> *{{Generator}}<br /> <br /> |Creates=<br /> *[[Mechanical Energy]]<br /> *[[Electricity]]<br /> <br /> |Enables=<br /> *{{Life Trac}} (Hoflader)<br /> *{{Support Trac}} (Handmäher/Schubtraktor)<br /> <br /> |Components=<br /> *Rigid Mount<br /> *Housing (IP44 or IP55 proven best, so that it could be used for micro hydro et al.)<br /> *Axle<br /> *Magnets (which nature strong or better not to use neodym magnet still to research)<br /> <br /> *[[DC generator]]<br /> **Hence an ELC (Electronic load controller), Sensors (Current sensor, Voltage sensor)<br /> *[[Battery]]<br /> *=&gt;Diode<br /> *=&gt;Wires<br /> *Bearings<br /> }}<br /> <br /> <br /> <br /> ==Status==<br /> <br /> [[Open Source Ecology America]] (founders, Marcin Jabubowski),[[Open Source Ecology Europe]] are in the [[Research phase]]. Prototypes of Halil Yildiz exist, patents and papers give some reference.<br /> <br /> <br /> ==Conclusion==<br /> This project would add up a very important point to open source ecology: if once we have Pb batteries and<br /> open source steam engine done, but the magnet motor and cold fusion are reality (what they definitely already are!) and also have more backhold in our thinking then we will be somewhat disappointed. Thus let's just do it the way engineering works, we should prefer the simplest and most flexible solution, hence being the realization of the Magnet Motor or the Tesla Bedini Motor (I know people think of it as a scam - then I ask you, was Tesla's laser system impossible? Despite all those early critics: no! Was Einstein's theory a scam? - In spite of the massive opposition: no! Was the invention of flight a scam or were all theories always perfect? No, now planes are common for us. So what about the current theory electromagnetics where there are flaws between both accepted hypotheses both of Laplace and Maxwell? [it's just about eddy currents -- and still longitudinal waves with what Tesla dealt for so long are getting more and more theory behind the working practice as demonstrated as early as of 1900s by Tesla? Think of his robot remote control ...])<br /> <br /> <br /> <br /> <br /> == See also ==<br /> * [[Generator]]<br /> * [[Electronic load controller (ELC)]]<br /> * [[Tesla Bedini Motor]]<br /> <br /> * http://pesn.com/2013/04/10/9602292_Yildiz_All-Magnet-Motor_Demo_Blog/<br /> <br /> <br /> {{GVCS Footer}}<br /> [[Category:Energy]]</div>

JanArdaron https://wiki.opensourceecology.de/index.php?title=Magnet_Motor&diff=8086 2013-04-11T11:00:51Z

<p>JanArdaron: Created page with &quot;{{GVCS Header}} =Overview= Wind Turbine The '''Magnet Motor''' is a machine that converts some up to date unknown fields or vacu...&quot;</p> <hr /> <div>{{GVCS Header}}<br /> <br /> <br /> =Overview=<br /> [[Image:MagnetMotorYildiz.png|thumb|400px|Wind Turbine]]<br /> <br /> The '''Magnet Motor''' is a machine that converts some up to date unknown fields or vacuum fluctuations (as predicted by Quantentheorie [Reference:1, Mathematical Model by Assistant Prof. J.L. Duarte of University of Eindhoven, Department of Electrical Engineering]) into kinetic energy which could further be converted to electrical energy by attaching a generator.<br /> <br /> '''Power output scalabity<br /> So far it hast proven to give at least 250 W as output but it is scalable.<br /> <br /> <br /> '''Demonstrations of feasability<br /> [TODO: REFERENCES TO BE ADDED]<br /> 1 Geneva Demonstration (currently running, live stream see e.g. here: http://www.youtube.com/watch?v=U8RMLuR8Ybw&amp;list=UUnF2pFCQbYgxmqx3imNsTCQ)<br /> 2 Currently tested by an independent but not published university within Europe (30 days test in isolated room, currently delayed because of the involved scientists/universities - perhaps they could get to the source of the motor or still try to by altering isolation state to see when the magnet motor (MM) starts working -- at least this is what I did).<br /> 3 Delft University Demonstration<br /> 4 some other university demonstration I forgot<br /> 5 Approximately 46 of these prototype MMs have been constructed so far by Halil Yildiz, who engineers this somewhat exotic technology since 33 years.<br /> <br /> <br /> ==Details==<br /> =Papers &amp; Patents=<br /> [1] http://pesn.com/2013/01/05/9602260_Assistant_Professor_Presents_Scientific_Model_for_Yildiz_Magnet_Motor/ModelingYildizMotor_v01.pdf<br /> [2] http://www.bsmhturk.com/images/documents/WO2009019001A2.pdf &lt;-- The international patent with lots of details, so far still not too easy to construct Mr. Halil Yildiz' motor/generator without his help (reverse engineering would be the only other chance but I think we should go with getting him convinced of our open source ecology).<br /> [3] http://www.bsmhturk.com/in_the_news/introducing_yildiz_motor.html &lt;-- Further patents<br /> <br /> <br /> <br /> <br /> ==Product Ecology==<br /> {{Product Ecology<br /> |Product = {{Magnet Motor}}<br /> <br /> |From=<br /> (required for construction)<br /> *{{Furnace}}<br /> *{{CNC Multimachine}}<br /> *{{Lathe}}<br /> *{{Aluminium Extractor}}<br /> <br /> <br /> |Uses=<br /> *{{Battery}}<br /> *{{Generator}}<br /> <br /> |Creates=<br /> *[[Mechanical Energy]]<br /> *[[Electricity]]<br /> <br /> |Enables=<br /> *{{Life Trac}} (Hoflader)<br /> *{{Support Trac}} (Handmäher/Schubtraktor)<br /> <br /> |Components=<br /> *Rigid Mount<br /> *Housing (IP44 or IP55 proven best, so that it could be used for micro hydro et al.)<br /> *Axle<br /> *Magnets (which nature strong or better not to use neodym magnet still to research)<br /> <br /> *[[DC generator]]<br /> **Hence an ELC (Electronic load controller), Sensors (Current sensor, Voltage sensor)<br /> *[[Battery]]<br /> *=&gt;Diode<br /> *=&gt;Wires<br /> *Bearings<br /> }}<br /> <br /> <br /> <br /> ==Status==<br /> <br /> [[Open Source Ecology America]] (founders, Marcin Jabubowski),[[Open Source Ecology Europe]] are in the [[Research phase]]. Prototypes of Halil Yildiz exist, patents and papers give some reference.<br /> <br /> <br /> ==Conclusion==<br /> This project would add up a very important point to open source ecology: if once we have Pb batteries and<br /> open source steam engine done, but the magnet motor and cold fusion are reality (what they definitely already are!) and also have more backhold in our thinking then we will be somewhat disappointed. Thus let's just do it the way engineering works, we should prefer the simplest and most flexible solution, hence being the realization of the Magnet Motor or the Tesla Bedini Motor (I know people think of it as a scam - then I ask you, was Tesla's laser system impossible? Despite all those early critics: no! Was Einstein's theory a scam? - In spite of the massive opposition: no! Was the invention of flight a scam or were all theories always perfect? No, now planes are common for us. So what about the current theory electromagnetics where there are flaws between both accepted hypotheses both of Laplace and Maxwell? [it's just about eddy currents -- and still longitudinal waves with what Tesla dealt for so long are getting more and more theory behind the working practice as demonstrated as early as of 1900s by Tesla? Think of his robot remote control ...])<br /> <br /> <br /> <br /> <br /> == See also ==<br /> * [[Generator]]<br /> * [[Electronic load controller (ELC)]]<br /> * [[Tesla Bedini Motor]]<br /> <br /> <br /> * [[Wikipedia:Magnet motor|Wikipedia: Magnet motor]]<br /> * [[Wikipedia:Wind turbine design|Wikipedia: Wind turbine design]]<br /> * [[Wikipedia:Small wind turbine|Wikipedia: Small wind turbine]]<br /> <br /> * [http://onawi.org/ Onawi ]<br /> <br /> {{GVCS Footer}}<br /> [[Category:Energy]]<br /> <br /> http://pesn.com/2013/01/05/9602260_Assistant_Professor_Presents_Scientific_Model_for_Yildiz_Magnet_Motor/ModelingYildizMotor_v01.pdf</div>

JanArdaron https://wiki.opensourceecology.de/index.php?title=Vorlage:Projects_list&diff=8085 2013-04-11T06:56:40Z

<p>JanArdaron: </p> <hr /> <div>* [[Cold fusion reactor]] - Defkalion Inc., JET Energy Inc. and MIT have the hard part done. No radioactive rays measured.<br /> * [[Magnet Motor]] - Inventor Yildiz's 250W output version,.<br /> * [[Tesla Bedini Motor]] - Desulfation battery charger at least! Use longitudal waves travelling through earth all the time to harvest energy. Would be useful for our (opensourceecology's) Pb batteries if we really want those for desulfation, too.<br /> * [[Wind Turbine]] - open collaboration on Wind Turbine. ''Needs'': research, development and prototyping. See the [[Wind Turbine#Open_Tasks|open tasks]].<br /> * [[Holzvergaserofen]] - kleiner emissionsarmer und hocheffizienter Holzvergaserofen.<br /> * [[Zn/O-Brennstoffzelle]] - möglichst langfristigen Speicherlösung für elektrische Energie.<br /> * [[Filamaker]] - Plastik Schredder und Extruder.<br /> * [[Rollhacke]] - für die ökologische Landwirtschaft. ''Bedarf'': Videoaufnahme<br /> * [[Hoflader]] - klein, sehr gut manövrierbar in kleinen Räumen und mit kleinem Frontlader. ''Bedarf'': Konstrukteur für das Design.<br /> * [[Induktionsofen]] - 1 bis 5KW. ''Bedarf'': Fachwissen in Elektronik für Induktionsofen - zur Prüfung und Verbesserung der aktuellen Pläne.<br /> * [[Universal Prototyping Kit]] - Baukastensystem (Construction Kit) mit strukturellen Elementen, ähnlich einem Metallbaukasten<br /> * [[CNC Circuit Mill]] - ''Needs'': research, development and prototyping.</div>

JanArdaron