TW201347366A - Second-generation wheel generator (an axis of two core linked to the motor generats) - Google Patents

Second-generation wheel generator (an axis of two core linked to the motor generats) Download PDF

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TW201347366A
TW201347366A TW101116283A TW101116283A TW201347366A TW 201347366 A TW201347366 A TW 201347366A TW 101116283 A TW101116283 A TW 101116283A TW 101116283 A TW101116283 A TW 101116283A TW 201347366 A TW201347366 A TW 201347366A
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Taiwan
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motor
generator
core
rotor
axis
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TW101116283A
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Chinese (zh)
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Jin-Tian An
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Jin-Tian An
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    • Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02T—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO TRANSPORTATION
    • Y02T10/00—Road transport of goods or passengers
    • Y02T10/60—Other road transportation technologies with climate change mitigation effect
    • Y02T10/64—Electric machine technologies in electromobility

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Abstract

The present invention is to a combination of electric motor (motor) and the generator two sets of equipment as a group, a rotor, a shaft, the original motor of a certain child and the generator of a shaft a rotor is a certain sub-composed of one axis two rotor two stators, referred to as an axis of twocore linked to the motor generator. Motor (motor) or a generator each set of rotor and a stator, the rotor can be rotated, while the stator is fixed and surrounded by the rotor, the motor is the external current into the rotor or stator generate electromagnetic fields to drive the rotor and shaft. Motor principle and the principle of the generator are very similar. The generator is gear leather rely on external forces, such as a rotating shaft of the rotor produces a magnetic field to the line of rings of the stator voltage, the only difference between the two in one rely on the external current into the rotating rotor, one rotation of the rotor to generate electricity by external forces.. Motors and generators the same internal structure and operation principle. An axis of two core with dynamic motor generator motor and generator shaft changed to a shaft two rotor-stator (twins) principle unchanged. So it is convenient, and a rotation motor, generator followed rotate, so that does not occupy space, two generators do not need the belt and other gear excess objects driven, so that materials and design will save a lot. One axis and two core linked to the volume size of the motor generator can be work requirements to make general motors and generators, the generator output power in accordance with the work required to million voltage on the power plants, small can to micro-volts to 6 volts. An axis of two core with moving motor generator practical use in the home, electric cars, power plants, as long as the generator equipment platform can be used.

Description

第二代車輪發電機(一軸二芯連動馬達發電機)Second-generation wheel generator (one-axis two-core motor generator)

本發明為(車輪發電機)第一代之延伸是將現在所使用的交直流單相或三相的多相感應電動機(馬達)與發電機兩組機械改良設計合體，成為一組內部一支迴轉軸兩個轉子(芯)兩組定子，內部其他原件不變。就只有(迴轉軸)改成一支，稱為一軸二芯連動馬達發電機。馬達可以使用電池的DC馬達或改換AC馬達，連動馬達發電機也可以依附在引擎上，只要在需要馬達及發電機同時運作或是引擎連發電機只要是同一支迴轉軸上使用時就可使用，(連動馬達發電機也可以前後顛倒，前為發電機後為馬達可依工作平台需要而定製)，它不站空間，並且環保，跟現在的發電機使用的汽柴油引擎發電，電力功能是一樣的但汽柴油會污染空氣。而連動馬達發電機是靠前馬達來帶動後面發電機，可省去鏈條齒輪皮帶等現有的附加零件，也可依附在引擎軸上，引擎在那發電機就依附在那，而交直流發電機就直接結合在馬達上。The first generation of the invention is a (wheel generator) extension that combines the current AC-DC single-phase or three-phase multi-phase induction motor (motor) with the generator two sets of mechanical improvement design into a group of internal ones. Two rotors (cores) of the two axes of the rotary shaft, the other internal components are unchanged. Only one (rotary axis) is changed into one, which is called a one-axis two-core linkage motor generator. The motor can use the battery's DC motor or change the AC motor. The linked motor generator can also be attached to the engine. It can be used when the motor and the generator are required to operate at the same time or the engine and the generator can be used on the same rotary shaft. (The motor generator can also be turned upside down. The front is the generator and the motor can be customized according to the needs of the working platform.) It does not stand in space, and is environmentally friendly. It is powered by the gasoline and diesel engines used by the current generators. It is the same, but gasoline and diesel will pollute the air. The linked motor generator is driven by the front motor to drive the rear generator, which can save the existing additional parts such as the chain gear belt, and can also be attached to the engine shaft, where the engine is attached, and the AC and DC generator It is directly bonded to the motor.

一軸二芯連動馬達發電機，內部是一支迴轉軸上有二個轉子，第一個轉子為DC馬達轉子，第二個轉子為發電機轉子，分鐵芯或磁極芯轉子，DC馬達一起動直接帶動發電機立既發電，不需外在配件。交流馬達及交流發電機製作形式一樣，連動馬達發電機可平躺，可直立可依地形所需而定，電力大小，大依情況所需而製作，小可到微型馬達。連動馬達發電機最為環保，它是用電池發動馬達再由連動發電機發電，將電流直接傳到電池儲存巡環系統後再將電流傳到前面的馬達，成為一套巡環系統一直巡環，(一軸二芯連動馬達發電機，可依小電流馬達來帶動強大的電流發電機發電，例如前為DC馬達後為AC發電機)。One-axis two-core linkage motor generator, inside is a rotary shaft with two rotors, the first rotor is a DC motor rotor, the second rotor is a generator rotor, a split core or a pole core rotor, and the DC motor moves together Directly drive the generator to generate electricity, no external accessories. The AC motor and the alternator are produced in the same form. The motor generator can be lying flat. It can be erected according to the terrain. The power is large and can be made according to the situation. It can be used as a micro motor. The linkage motor generator is the most environmentally friendly. It uses the battery to start the motor and then generates electricity by the linkage generator. The current is directly transmitted to the battery storage patrol system and then the current is transmitted to the front motor, which becomes a patrol system. (One-axis two-core motor generator can drive a powerful current generator to generate electricity according to a small current motor, for example, an AC generator after DC motor).

本發明是將現有的單相或三相交直流多感應電動機(馬達)與發電機兩組機械組合成一組。內部一支迴轉軸兩個轉子，前為電動機轉子帶動後面的發電機轉子一體成型，定子與其他的原有內部原件不變，並除去現有的齒輪或皮帶多餘零件，不站空間，且環保，而且不影響電動機與發電機的運轉，一軸二芯前後也可顛倒，前為發電機後為馬達也可以，只要是一支迴轉軸上兩個轉子前後都對掉也可以，這樣實用性更廣。The invention combines the existing single-phase or three-phase AC/DC multiple induction motor (motor) and the generator into a group. Inside, there are two rotors with one rotary shaft. The front of the rotor is driven by the rotor of the motor. The stator and other original internal components are unchanged. The existing gears or belts are removed, and the space is not occupied. Moreover, it does not affect the operation of the motor and the generator. The front and rear of the two shafts can also be reversed. The front is the generator and the motor can also be used. As long as the two rotors on one rotary shaft are turned back and forth, it is more practical. .

一軸二芯DC連動馬達發電機，是一支迴轉軸上有兩個轉子和一般電動機及發電機兩者是分開的不同，例如一軸二芯連動馬達發電機定製出場時就是一軸二芯，如圖二、2-1一支迴轉軸，2-2前絕缘鐵芯線圈轉子槽。2-3磁極芯轉子。2-4前絕缘鐵芯線圈轉子槽。2-5鼠籠式轉子。圖三、一軸二芯(DC馬達)與(鐵芯)轉子內部透視圖。3-1軸承珠。3-2滑片。3-3銅滑環。3-4前絕缘鐵芯線圈轉子槽。3-5整流子。3-6滑片。3-7軸承珠。3-8軸承珠。3-9滑片。3-10銅滑環。3-11鼠籠式轉子。3-12整流子。3-13滑片。3-14軸承珠。圖四、一軸二芯(DC馬達)與磁極芯轉子。4-1軸承珠。4-2滑片4-3銅滑環。4-4前絕缘鐵芯線圈轉子槽。4-5整流子。4-6滑片。4-7軸承珠。4-8軸承珠。4-9滑片。4-10磁極心轉子。4-11整流子。4-12滑片。4-13軸承珠。一軸二芯連動馬達發電機，一支迴轉軸上有兩個轉子順序排列，圖五、(DC馬達)與(鐵芯發電機)直立爆炸圖。5-1風口上封蓋。5-2風扇外殻風口蓋。5-3風扇外殻下底座。5-4風扇散熱葉片。5-5軸承。5-6定子罩框。5-7定子N極磁鐵。5-8定子S極磁鐵。5-9前、後未端蓋。5-10中間固定隔環。5-11定子鐵芯。5-12軸承。5-13定子罩框。5-14後端蓋。5-15未端直立底座。圖六、側視細部圖，6-1迴轉軸。6-2軸承。6-3定子罩框。6-4軸承珠。6-5滑片。6-6銅滑環。6-7線圈。6-8定子N極磁鐵。6-9定子S極磁鐵。6-10前絕缘鐵芯線圈轉子槽。6-11整流子。6-12滑片。6-13左右卯釘。6-14左右碳刷棒。6-15正負極輸出端子。6-16軸承珠。6-17前、後未端蓋。6-18中間固定隔環。6-19軸承。6-20定子罩框。6-21軸承珠。6-22正負極輸出端子。6-23銅滑環。6-24絕缘紙。6-25線圈。6-26鼠籠式轉子。6-27定子鐵芯。6-28整流子。6-29滑片。6-30軸承珠。6-31左右卯釘。6-32左右碳刷棒。6-33正負極輸出端子。6-34未端直立底座。圖七為平式。7-1風口上封蓋。7-2風扇外殻風口蓋。7-3風扇外殻下底座。7-4風扇散熱葉片。7-5軸承。7-6定子N極磁鐵。7-7定子S極磁鐵。7-8定子罩框。7-9前、後未端蓋。7-10中間固定隔環底座。7-11。軸承。7-12定子罩框。7-13定子鐵芯。7-14未端底座通風板。圖八、(DC馬達)與(磁極芯發電機)側面爆炸圖。8-1風口上封蓋。8-2風扇外殻風口蓋。8-3風扇散熱葉片。8-4風扇外殻下底座。8-5軸承。8-7軸承珠。8-8滑片。8-9銅滑環。8-10定子N極磁鐵。8-11定子S極磁鐵。8-12線圈。8-13前絕缘鐵芯線圈轉子槽。8-14整流子。8-15迴轉軸。8-16滑片。8-17左右卯釘。8-18左右碳刷棒。8-19正負極輸出瑞子。8-20正負極輸出端子。8-21前、後未端蓋。8-22軸承珠。8-23中間固定隔環底座。8-24滑片。8-25銅滑環。8-26線圈。8-27絕缘紙。8-28磁極芯轉子。8-29定子鐵芯。8-30軸承。8-31定子罩框。8-32整流子。8-33滑片。8-34左右卯釘。。8-35左右碳刷棒。8-36軸承珠。8-37正負極輸出瑞子。8-38未端底座通風板。圖九、DC連動馬達平式型，9-1風口上封蓋。9-2風扇外殻風口蓋。9-3風扇散熱葉片。9-4平式型圖內部透視圖。圖十、10-1直立型。10-2風扇外殻風口蓋。10-3風扇散熱葉片。10-4直立型內部透視圖。One-axis two-core DC-linked motor generator is a rotor with two rotors and a general motor and generator are separated. For example, a one-axis two-core motor generator is a one-axis two-core when custom-made. Figure 2, 2-1 a rotating shaft, 2-2 front insulated iron core coil rotor slot. 2-3 pole core rotor. 2-4 front insulated iron core coil rotor slot. 2-5 squirrel cage rotor. Figure 3. Internal perspective view of a two-core (DC motor) and (iron core) rotor. 3-1 bearing beads. 3-2 slide. 3-3 copper slip ring. 3-4 front insulated iron core coil rotor slot. 3-5 commutator. 3-6 slides. 3-7 bearing beads. 3-8 bearing beads. 3-9 slides. 3-10 copper slip ring. 3-11 squirrel cage rotor. 3-12 commutator. 3-13 slides. 3-14 bearing beads. Figure 4. One-axis two-core (DC motor) and pole-core rotor. 4-1 bearing beads. 4-2 slide 4-3 copper slip ring. 4-4 front insulated core coil rotor slot. 4-5 commutator. 4-6 slides. 4-7 bearing beads. 4-8 bearing beads. 4-9 slides. 4-10 magnetic pole rotor. 4-11 commutator. 4-12 slides. 4-13 bearing beads. One-axis two-core linkage motor generator, two rotors on a rotary shaft are arranged in sequence, Figure 5, (DC motor) and (core generator) upright explosion diagram. 5-1 on the tuyere. 5-2 fan casing tuyere cover. 5-3 The lower base of the fan case. 5-4 fan cooling blades. 5-5 bearings. 5-6 stator cover. 5-7 stator N-pole magnet. 5-8 stator S pole magnet. 5-9 front and rear end caps. 5-10 intermediate fixed spacer. 5-11 stator core. 5-12 bearings. 5-13 stator cover. 5-14 rear end cover. 5-15 erected stand. Figure 6, side view detail, 6-1 rotary axis. 6-2 bearing. 6-3 stator cover. 6-4 bearing beads. 6-5 slides. 6-6 copper slip ring. 6-7 coils. 6-8 stator N-pole magnet. 6-9 stator S pole magnet. 6-10 front insulated core coil rotor slot. 6-11 commutator. 6-12 slides. 6-13 left and right nails. 6-14 carbon brush sticks. 6-15 positive and negative output terminals. 6-16 bearing beads. 6-17 front and rear end caps. 6-18 intermediate fixed spacer. 6-19 bearings. 6-20 stator cover. 6-21 bearing beads. 6-22 positive and negative output terminals. 6-23 copper slip ring. 6-24 insulation paper. 6-25 coils. 6-26 squirrel cage rotor. 6-27 stator core. 6-28 commutator. 6-29 slides. 6-30 bearing beads. 6-31 or so nails. 6-32 or so carbon brush stick. 6-33 positive and negative output terminals. 6-34 erected stand. Figure 7 is a flat type. 7-1 The cover on the tuyere. 7-2 fan casing tuyere cover. 7-3 fan case lower base. 7-4 fan cooling blades. 7-5 bearings. 7-6 stator N-pole magnet. 7-7 stator S pole magnet. 7-8 stator cover. 7-9 front and rear end caps. 7-10 intermediate fixed spacer base. 7-11. Bearing. 7-12 stator cover. 7-13 stator core. 7-14 end base ventilation plate. Figure 8. Side exploded view of (DC motor) and (pole core generator). 8-1 on the tuyere. 8-2 fan casing tuyere cover. 8-3 fan cooling blades. 8-4 fan case lower base. 8-5 bearings. 8-7 bearing beads. 8-8 slides. 8-9 copper slip ring. 8-10 stator N-pole magnet. 8-11 stator S pole magnet. 8-12 coils. 8-13 front insulated core coil rotor slot. 8-14 commutator. 8-15 rotary axis. 8-16 slides. 8-17 or so nails. Carbon brush sticks around 8-18. 8-19 positive and negative output 瑞子. 8-20 positive and negative output terminals. 8-21 front and rear end caps. 8-22 bearing beads. 8-23 intermediate fixed spacer base. 8-24 slides. 8-25 copper slip ring. 8-26 coils. 8-27 insulation paper. 8-28 pole core rotor. 8-29 stator core. 8-30 bearings. 8-31 stator cover. 8-32 commutator. 8-33 slide. 8-34 nails. . 8-35 carbon brush stick. 8-36 bearing beads. 8-37 positive and negative output 瑞子. 8-38 endless base venting plate. Figure IX, DC linkage motor flat type, 9-1 tuyere cover. 9-2 fan casing tuyere cover. 9-3 fan cooling blades. 9-4 flat type internal perspective view. Figure 10, 10-1 upright type. 10-2 fan casing tuyere cover. 10-3 fan cooling blades. 10-4 upright internal perspective view.

圖三、一軸二芯(DC馬達)與(鐵芯)轉子內部透視圖。Figure 3. Internal perspective view of a two-core (DC motor) and (iron core) rotor.

3-1．．．軸承珠3-1. . . Bearing beads

3-2．．．滑片3-2. . . Slide

3-3．．．銅滑環3-3. . . Copper slip ring

3-4．．．前絕缘鐵芯線圈轉子槽3-4. . . Front insulated core coil rotor slot

3-5．．．整流子3-5. . . Commutator

3-6．．．滑片3-6. . . Slide

3-7．．．軸承珠3-7. . . Bearing beads

3-8．．．軸承珠3-8. . . Bearing beads

3-9．．．滑片3-9. . . Slide

3-10．．．銅滑環3-10. . . Copper slip ring

3-11．．．鼠籠式轉子3-11. . . Squirrel cage rotor

3-12．．．整流子3-12. . . Commutator

3-13．．．滑片3-13. . . Slide

3-14．．．軸圖3-14. . . Axis diagram

六、側視細部圖。Six, side view detail map.

6-1．．．迴轉軸6-1. . . Rotary axis

6-2．．．軸承6-2. . . Bearing

6-3．．．定子罩框6-3. . . Stator cover

6-4．．．軸承珠6-4. . . Bearing beads

6-5．．．滑片6-5. . . Slide

6-6．．．銅滑環6-6. . . Copper slip ring

6-7．．．線圈6-7. . . Coil

6-8．．．定子N極磁鐵6-8. . . Stator N-pole magnet

6-9．．．定子S極磁鐵6-9. . . Stator S pole magnet

6-10．．．前絕缘鐵芯線圈轉子槽6-10. . . Front insulated core coil rotor slot

6-11．．．整流子6-11. . . Commutator

6-12．．．滑片6-12. . . Slide

6-13．．．左右卯釘6-13. . . Left and right nails

6-14．．．左右碳刷棒6-14. . . Left and right carbon brush

6-15．．．正負極輸出端子6-15. . . Positive and negative output terminals

6-16．．．軸承珠6-16. . . Bearing beads

6-17．．．前、後未端蓋6-17. . . Front and rear end caps

6-18．．．中間固定隔環6-18. . . Intermediate fixed spacer

6-19．．．軸承6-19. . . Bearing

6-20．．．定子罩框6-20. . . Stator cover

6-21．．．軸承珠6-21. . . Bearing beads

6-22．．．正負極輸出端子6-22. . . Positive and negative output terminals

6-23．．．銅滑環6-23. . . Copper slip ring

6-24．．．絕缘紙6-24. . . Insulating paper

6-25．．．線圈6-25. . . Coil

6-26．．．鼠籠式轉子6-26. . . Squirrel cage rotor

6-27．．．定子鐵芯6-27. . . Stator core

6-28．．．整流子6-28. . . Commutator

6-29．．．滑片6-29. . . Slide

6-30．．．軸承珠6-30. . . Bearing beads

6-31．．．左右卯釘6-31. . . Left and right nails

6-32．．．左右碳刷棒6-32. . . Left and right carbon brush

6-33．．．正負極輸出端子6-33. . . Positive and negative output terminals

6-34．．．未端直立底座6-34. . . Unterminated stand

圖四、一軸二芯(DC馬達)與磁極芯轉子。Figure 4. One-axis two-core (DC motor) and pole-core rotor.

4-1．．．軸承珠4-1. . . Bearing beads

4-2．．．滑片4-2. . . Slide

4-3．．．銅滑環4-3. . . Copper slip ring

4-4．．．前絕缘鐵芯線圈轉子槽4-4. . . Front insulated core coil rotor slot

4-5．．．整流子4-5. . . Commutator

4-6．．．滑片4-6. . . Slide

4-7．．．軸承珠4-7. . . Bearing beads

4-8．．．軸承珠4-8. . . Bearing beads

4-9．．．滑片4-9. . . Slide

4-10．．．磁極芯轉子4-10. . . Magnetic pole core rotor

4-11．．．整流子4-11. . . Commutator

4-12．．．滑片4-12. . . Slide

4-13．．．軸承珠4-13. . . Bearing beads

圖八、(DC馬達)與(磁極芯發電機)側面爆炸圖。Figure 8. Side exploded view of (DC motor) and (pole core generator).

8-1．．．風口上封蓋8-1. . . Air outlet cover

8-2．．．風扇外殻風口蓋8-2. . . Fan casing tuyere cover

8-3．．．風扇散熱葉片8-3. . . Fan cooling blade

8-4．．．風扇外殻下底座8-4. . . Fan case lower base

8-5．．．軸承8-5. . . Bearing

8-7．．．軸承珠8-7. . . Bearing beads

8-8．．．滑片8-8. . . Slide

8-9．．．銅滑環8-9. . . Copper slip ring

8-10．．．定子N極磁鐵8-10. . . Stator N-pole magnet

8-11．．．定子S極磁鐵8-11. . . Stator S pole magnet

8-12．．．線圈8-12. . . Coil

8-13．．．前絕缘鐵芯線圈轉子槽8-13. . . Front insulated core coil rotor slot

8-14．．．整流子8-14. . . Commutator

8-15．．．迴轉軸8-15. . . Rotary axis

8-16．．．滑片8-16. . . Slide

8-17．．．左右卯釘8-17. . . Left and right nails

8-18．．．左右碳刷棒8-18. . . Left and right carbon brush

8-19．．．正負極輸出端子8-19. . . Positive and negative output terminals

8-20．．．正負極輸出瑞子8-20. . . Positive and negative output

8-21．．．前、後未端蓋8-21. . . Front and rear end caps

8-22．．．軸承珠8-22. . . Bearing beads

8-23．．．中間固定隔環底座8-23. . . Intermediate fixed spacer base

8-24．．．滑片8-24. . . Slide

8-25．．．銅滑環8-25. . . Copper slip ring

8-26．．．線圈8-26. . . Coil

8-27．．．絕缘紙8-27. . . Insulating paper

8-28．．．磁極芯轉子8-28. . . Magnetic pole core rotor

8-29．．．定子鐵芯8-29. . . Stator core

8-30．．．軸承8-30. . . Bearing

8-31．．．定子罩框8-31. . . Stator cover

8-32．．．整流子8-32. . . Commutator

8-33．．．滑片8-33. . . Slide

8-34．．．左右卯釘8-34. . . Left and right nails

8-35．．．左右碳刷棒8-35. . . Left and right carbon brush

8-36．．．軸承珠8-36. . . Bearing beads

8-37．．．正負極輸出端子8-37. . . Positive and negative output terminals

8-38．．．未端底座通風板8-38. . . Endless ventilator

圖1：一軸二芯(DC馬達)與(DC磁極芯)圖。Figure 1: One-axis two-core (DC motor) and (DC pole core) diagrams.

圖2：一軸二芯迴轉軸與(磁極芯‧鐵芯)轉子內部剖面圖。Figure 2: Internal cross-section of a two-axis rotary shaft and a (magnetic core ‧ iron core) rotor.

圖3：一軸二芯(DC馬達)與(鐵芯)轉子內部透視圖。Figure 3: Internal perspective view of a two-core (DC motor) and (core) rotor.

圖4：一軸二芯(DC馬達)與(磁極芯)轉子.側面爆炸圖。Figure 4: One-axis two-core (DC motor) and (pole core) rotor. Side exploded view.

圖5：一軸二芯(DC馬達)興(鐵芯發電機)直立爆炸視圖。Figure 5: Upright exploded view of a two-core (DC motor) (iron core generator).

圖6：一軸二芯(DC馬達)與(鐵芯發電機)側面爆炸圖。Figure 6: Side exploded view of a two-core (DC motor) and (core generator).

圖7：一軸二芯(DC馬達)與(磁極芯發電機)圖。Figure 7: One-axis two-core (DC motor) and (pole-core generator) diagrams.

圖8：一軸二芯(DC馬達)與(磁極芯發電機).側面爆炸圖。Figure 8: One-axis two-core (DC motor) and (pole-core generator). Side exploded view.

圖9：一軸二芯DC連動馬達平式型圖。Figure 9: Flat view of a one-axis two-core DC linked motor.

圖10：一軸二芯DC連動馬達直立型圖。Figure 10: Upright view of a one-axis two-core DC linked motor.

本繪製圖件的是以DC馬達作代表，AC馬達製作法也相同。The drawing diagram is represented by a DC motor, and the AC motor manufacturing method is also the same.

1-1．．．一軸二芯(DC馬達)與(磁極芯發電機)側面圖1-1. . . Side view of one-axis two-core (DC motor) and (pole-core generator)

1-2．．．一軸二芯(DC馬達)與(磁極芯發電機)內部剖面圖1-2. . . Internal sectional view of one-axis two-core (DC motor) and (pole-core generator)

1-3．．．一軸二芯後通風口圖1-3. . . One-axis two-core rear venting diagram

1-4．．．一軸二芯DC馬達)興(鐵芯發電機)直立型側面圖1-4. . . One-axis two-core DC motor) Xing (iron core generator) upright side view

1-5．．．一軸二芯(DC馬達)興(鐵芯發電機)直立型內部剖面圖1-5. . . One-axis two-core (DC motor) Xing (core generator) upright internal section view

Claims (1)

一軸二芯連動馬達發電機是將現有的單相或三相交流、直流多感應電動機(馬達)與發電機兩種機械組合而成一體，新型的連動式電動機與發電機。內部一迴轉軸上兩個轉子，第一個轉子為電動機轉子，第二個轉子為發電機轉子，分鐵芯或磁極芯轉子，馬達起動直接帶動發電機立既發電，不需外在配件。交流馬達及交流發電機製作形式一樣，連動馬達發電機可平躺，可直立可依地形所需而定，電力大小，可依情況所需而製作，小可到微型馬達。連動馬達發電機非常環保，它是用電池發動馬達再連動發電機發電，再將電流直接傳到電池儲存巡環系統上，後再將電流傳到前面的馬達，成為一套巡環系統一直巡環。(一軸二芯連動馬達發電機，可依小電流馬達來帶動強大的電流發電機發電，例如前為DC馬達後為AC發電機)。一軸二芯連動馬達發電機專利範圍：前者為單相或三相多感應AC或DC電動機(馬達)，後者連著AC或DC發電機，外觀一體成型分平躺式與直立式。一軸二芯連動馬達發電機，可依小電流馬達來帶動強大的電流發電機發電，例如前為DC馬達後為AC發電機。(連動馬達發電機也可以前後顛倒，前為發電機後為馬達可依工作平台需要而定製)。圖式簡單說明：圖一：一軸二芯(DC馬達)與(DC.磁極芯)圖。圖二：一軸二芯迴轉軸與(磁極芯.鐵芯)轉子內部剖面圖。圖三：一軸二芯(DC馬達)與(鐵芯)轉子內部透視圖。圖四：一軸二芯(DC馬達)與(磁極芯)轉子.側面爆炸圖。圖五：一軸二芯(DC馬達)興(鐵芯發電機)直立爆炸視圖。圖六：一軸二芯(DC馬達)與(鐵芯發電機)側面爆炸圖。圖七：一軸二芯(DC馬達)與(磁極芯發電機)圖。圖八：一軸二芯(DC馬達)與(磁極芯發電機)側面爆炸圖。圖九：一軸二芯DC連動馬達平式型。圖十：一軸二芯DC連動馬達直立型。The one-axis two-core linkage motor generator is a new type of interlocking motor and generator that combines the existing single-phase or three-phase AC and DC multi-induction motor (motor) and generator. There are two rotors on the inner rotating shaft. The first rotor is the rotor of the motor, and the second rotor is the rotor of the generator. The core is divided into iron core or pole core rotor. The motor starts directly to drive the generator to generate electricity without external components. The AC motor and the alternator are produced in the same form. The motor generator can be laid flat, and can be erected according to the terrain. The power can be made according to the needs of the situation, and the micro motor can be used. The linkage motor generator is very environmentally friendly. It uses the battery to start the motor and then the generator to generate electricity. Then the current is directly transmitted to the battery storage patrol system, and then the current is transmitted to the front motor, which becomes a patrol system. ring. (One-axis two-core motor generator can drive a powerful current generator to generate electricity according to a small current motor, for example, an AC generator after DC motor). The patent range of one-axis two-core linkage motor generator: the former is single-phase or three-phase multi-induction AC or DC motor (motor), the latter is connected with AC or DC generator, and the appearance is integrated into flat and vertical type. The one-axis two-core linkage motor generator can drive a powerful current generator to generate electricity according to a small current motor, for example, an AC generator after the DC motor. (The motor generator can also be turned upside down. The front is the generator and the motor can be customized according to the needs of the working platform). Brief description of the figure: Figure 1: One-axis two-core (DC motor) and (DC. magnetic core) diagram. Figure 2: Internal cross-sectional view of a two-core rotary shaft and a (pole core. iron core) rotor. Figure 3: Internal perspective view of a two-core (DC motor) and (iron core) rotor. Figure 4: One-axis two-core (DC motor) and (pole core) rotor. Side exploded view. Figure 5: Upright explosion view of one-axis two-core (DC motor) Xing (core generator). Figure 6: Side-explosion diagram of one-axis two-core (DC motor) and (core generator). Figure 7: One-axis two-core (DC motor) and (pole-core generator) diagram. Figure 8: Side exploded view of one-axis two-core (DC motor) and (pole-core generator). Figure 9: One-axis two-core DC linkage motor flat type. Figure 10: One-axis two-core DC linkage motor upright type.
TW101116283A 2012-05-08 2012-05-08 Second-generation wheel generator (an axis of two core linked to the motor generats) TW201347366A (en)

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
TWI808910B (en) * 2022-10-11 2023-07-11 迅能全新智慧科技有限公司 Energy-saving drive generator

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
TWI808910B (en) * 2022-10-11 2023-07-11 迅能全新智慧科技有限公司 Energy-saving drive generator

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