TWM589392U - Hybrid power generator - Google Patents

Abstract

This creation is to provide a hybrid power generator, which is to install the generator on the base, and drive the body and the rotor provided with one of the magnet or the coil in the generator to rotate in opposite directions, and the drive body The power source that rotates in the opposite direction to the rotor can be set to the same or different, according to which, by rotating the body and the rotor in the opposite direction, the magnetic field around the coil can be greatly increased, thereby increasing the induction caused by the electromagnetic induction of the coil Current, to achieve the effect of improving power conversion efficiency and power generation.

Description

Hybrid generator

This creation relates to a hybrid electric power generator, especially a system that sets the body and rotor of the generator to reverse rotation, so that the magnetic field around the coil changes greatly, thereby achieving the effect of increasing the amount of electromagnetic induction power generation and power conversion efficiency of the coil Hybrid generator.

Press, the generator uses various powers (such as water power or wind power or fire power or motor power or other power machinery drive shaft power, etc.) to make the coil rotate between the two poles of the magnet; when the coil rotates, the magnetic field in the coil changes, Therefore, the induced current is a device that uses the principle of "electromagnetic induction" to convert the work done by power into electrical energy. That is, the principle of "electromagnetic induction" is that when the magnetic field near the coil changes, the coil can generate an induced current, and the generator is a device that uses this electromagnetic induction to generate electricity.

In addition, the conventional generators are roughly divided into axial magnetic field generators and radial magnetic field generators, which mainly include a body and a rotor. The rotor is provided with one of the magnet or the coil, and the body is provided with the other. Rotating the rotor can change the magnetic field around the coil to generate electricity. Therefore, when the number of coils is constant, the amount of change in the magnetic field is directly proportional to the amount of power generation. In order to increase the amount of change in the magnetic field, it is necessary to increase the rotation speed of the rotor or increase the number of magnets. However, increase the rotation speed of the rotor and Increasing the number of magnets will lead to a significant increase in the rotational energy input to the rotor, so it will not increase the power conversion efficiency of the generator, and there is room for improvement The lack of goodness.

The main purpose of this creation is to provide a hybrid power generator, which can improve the above deficiencies and enable the generator to achieve the effect of improving the power conversion efficiency and generating capacity without changing the design structure of the existing body and rotor.

In order to achieve the above purpose, this creative system installs the generator on the base, and drives the body and the rotor provided with one of the magnet or the coil in the generator to rotate in opposite directions, and the drive body and the rotor rotate in reverse The power source can be set to the same or different, according to which, by rotating the body and the rotor in the opposite direction, the magnetic field around the coil can be greatly improved, thereby increasing the induction current generated by the electromagnetic induction of the coil and increasing the electrical energy. Conversion efficiency and power generation effect.

In order for your reviewing committee to have a better understanding and recognition of the purpose, features and functions of this creation, we hereby explain in detail with the drawings and examples:

A‧‧‧Bearing

B‧‧‧Bearing

C‧‧‧Bearing

D‧‧‧ Transmission components

E‧‧‧ Transmission components

10‧‧‧Dock

20‧‧‧Generator

201‧‧‧Body

202‧‧‧Rotor

203‧‧‧First power shaft

204‧‧‧ First drive wheel

205‧‧‧Second power shaft

206‧‧‧Second drive wheel

207‧‧‧support body

208‧‧‧Axial channel

30‧‧‧Power output device

301‧‧‧Wire

302‧‧‧Swivel joint

40‧‧‧Power plant

401‧‧‧The first prime mover

4011‧‧‧Variable speed system

402‧‧‧Steering gear set

4020‧‧‧The first shaft

4021‧‧‧First gear

4022‧‧‧Second gear

4023‧‧‧ third gear

4024‧‧‧second shaft

4025‧‧‧The third shaft

4026‧‧‧ third drive wheel

4027‧‧‧ fourth driving wheel

4028‧‧‧ First drive belt

4029‧‧‧Second drive belt

403‧‧‧Motive

4031‧‧‧ Third drive belt

404‧‧‧The third prime mover

4041‧‧‧The fourth driving belt

The first figure is a three-dimensional schematic diagram of the first embodiment of the present creation.

The second diagram is a schematic diagram of the top view of the first diagram.

The third diagram is a schematic top view of the second embodiment of the present creation.

The fourth diagram is a schematic top view of the third embodiment of the present creation.

The fifth diagram is a schematic top view of the fourth embodiment of the present creation.

Please refer to the first and second figures, the author creates a hybrid power generator, including a base 10, a generator 20, a power output device 30 and a power device 40; The base 10 is provided with a generator 20 installed; the generator 20 is freely installed on the base 10, and is mainly provided with a body 201 and a rotor 202 installed in the body 201; the rotor 202 is provided with a magnet or a coil In one of them, a first power shaft 203 is provided in the center of the rotor 202. The first power shaft 203 extends from the body 201 and freely rotates and is positioned on the base 10. The first power shaft 203 is connected to the rotor 202. The opposite end is provided with a first driving wheel 204; the body 201 is provided with another one corresponding to the magnet or coil of the rotor 202, and a second power shaft 205 is provided in the center of the body 201, the second power shaft 205 It corresponds to the same axis as the first power shaft 203 connected to the rotor and is freely rotatably positioned on the base 10. The second power shaft 205 is provided with a second driving wheel 206 at the opposite end of the connecting body 201; The second power shaft 201 is provided with a supporting body 207, and one end of the supporting body 207 is freely pivoted on the first power shaft 203, according to which, the second power shaft 205 and the body 201 can be positioned more stably And smooth rotation, meanwhile, the first power shaft 203 and the rotor 202 can be positioned and rotated more smoothly; the first power shaft 203 or the second power shaft 205 is provided with an axial channel 208 ( In this case, the axial passage 208 is provided on the second power shaft 205 as an example); the power output device 30 is provided with a wire 301 connected to the generator 20, and the wire 301 can pass through the first power shaft 203 or the second power shaft The preset axial channel 208 of 205 is connected to the outside and transmits the power generated by the generator 20 to the outside, or the wire 301 can cooperate with the collector ring (not shown) through the carbon brush to transmit the power generated by the generator 20 Outside; wherein, after the wire 301 passes through the axial channel 208, and can be connected to the rotary joint 302 to transmit the power generated by the generator 20 to the outside; the power device 40 is the first power to transmit power to the generator 20 The shaft 203 and the second power shaft 205 rotate the first power shaft 203 and the second power shaft 205 in opposite directions. The power source transmitted to the first power shaft 203 and the second power shaft 205 may be the same or Not the same, The power source is provided with at least one prime mover, wherein the power source is the same power device 40 is provided with at least a first prime mover 401 and a steering gear set 402, the first prime mover 401 generally refers to all machines that use energy to generate motive power, such as heat engines , Hydraulic engine, wind engine, electric motor (motor), etc., the first prime mover 401 can transmit power to the steering gear set 402 through the transmission system 4011, the steering gear set 402 at least includes a first rotating shaft 4020 connected to the transmission system 4011 The first gear 4021, and the second gear 4022 and the third gear 4023 driven by the first gear 4021 and rotating in opposite directions to each other, the second gear 4022 and the third gear 4023 are transmitted through the second rotating shaft 4024 and the third gear The three rotating shafts 4025 are pivotally mounted on the base 10. The second rotating shaft 4024 and the third rotating shaft 4025 respectively transmit the power of the first prime mover 401 to the first power shaft 203 and the second power shaft of the generator 20 through the transmission assembly D. 205, the transmission assembly D includes various transmission wheels or driving belts, wherein the second rotating shaft 4024 is provided with a third driving wheel 4026 at the opposite end of the second gear 4022, and the third rotating shaft 4025 is provided A fourth drive wheel 4027 is provided at the opposite end of the third gear 4023, and a first drive belt 4028 is connected between the third drive wheel 4026 and the first drive wheel 204 on the first power shaft 203 of the generator 20. A second drive belt 4029 is connected between the fourth drive wheel 4027 and the second drive wheel 206 on the second power shaft 205 of the generator 20, according to which the power of the first prime mover 401 can be synchronously transmitted to The first power shaft 203 and the second power shaft 205 of the generator 20, and cause the first power shaft 203 and the second power shaft 205 to rotate in opposite directions to each other; in addition, please cooperate with the third figure, the power source is The different power devices 40 are provided with at least a second prime mover 403 and a third prime mover 404. The second prime mover 403 and the third prime mover 404 generally refer to any machinery that uses energy to generate motive power, such as heat engines, wind engines, hydro engines, and electric motors. (Motor) etc., the second prime mover 403 and the third prime mover 404 respectively transmit power to the first power shaft 203 and the second power shaft 205 of the generator 20 in different rotation directions through the transmission assembly E, the transmission assembly E Contains various types of transmission wheels or drive belts, where, The second prime mover 403 can be connected to the first drive wheel 204 of the first power shaft 203 of the generator 20 through a third drive belt 4031, and the third prime mover 404 can be interlocked with the second of the generator 20 through the fourth drive belt 4041 The second drive wheel 206 of the power shaft 205, and causes the first power shaft 203 and the second power shaft 205 of the generator 20 to rotate in opposite directions; the above, wherein the first power shaft 203 and the second of the generator 20 The power shaft 205 can be pivotally installed on the base 10 through the bearing A to ensure the stability and smoothness of free rotation.

As mentioned above, the supporting body 207 installed on the second power shaft 205 of the generator 20 can be pivotally installed on the first power shaft 203 through the bearing B. With the cooperation of the bearing A, the first The first power shaft 203 and the second power shaft 205 have better positioning stability and smooth rotation.

As mentioned above, the second rotating shaft 4024 and the third rotating shaft 4025 of the power device 40 can be pivotally mounted on the base 10 through the bearing C, respectively, to ensure the stability and smoothness of free rotation.

That is, with the original composition as described above, when the power device 40 cooperates with the first prime mover 401 and the steering gear set 402, power is transmitted to the first power shaft 203 and the second power shaft 205 of the generator 20 in different rotation directions, respectively , Or the power device 40 transmits the respective power to the first power shaft 203 and the second power shaft 205 of the generator 20 through the second prime mover 403 and the third prime mover 404 respectively, so that the first power shaft of the generator 20 203 and the second power shaft 205 rotate in opposite directions to each other, and after the rotor 202 and the body 201 of the generator 20 also rotate in opposite directions to each other, the corresponding magnets respectively installed on the rotor 202 or the body 201 of the generator 20 And the coil, since they will rotate in opposite directions, the magnetic field around the coil will be greatly increased to increase the induction current generated by the electromagnetic induction of the coil; that is, through this creation, the magnet or the coil will be provided The motor body 201 and the rotor 202 can rotate in opposite directions to each other, instead of the conventional generator system, the rotor only rotates in one direction. The amount of magnetic field induced by the coil of the generator 20 is bound to be The magnetic field change induced by the coil of the conventional generator is greatly increased, which can directly increase the induction current generated by the electromagnetic induction of the coil, and this creation can directly increase the power generation of the electromagnetic induction of the coil without increasing the rotor speed or the number of magnets as is conventional. Under the circumstances, the effect of improving the efficiency of power conversion can also be achieved.

As mentioned above, since the power device 40 of the present invention can transmit the same power source or different power sources to the first power shaft 203 and the second power shaft 205 of the generator 20 respectively, it should be installed and used by the generator 20 The field or requirements are different. In this creation, the way of inputting the power source of the generator 20 can be freely selected. As shown in the fourth figure, this creation can also be combined with the first prime mover 401 and the steering gear set 402, and the transmission component D with the third The prime mover 404 and the transmission assembly E respectively drive the first power shaft 203 and the second power shaft 205 of the generator 20 to rotate in opposite directions to each other, or as shown in the fifth figure, the creation can also use the first prime mover 401 and the steering The gear set 402 and the transmission assembly D are matched with the second prime mover 403 and the transmission assembly E to drive the second power shaft 205 and the first power shaft 203 of the generator 20 to rotate in opposite directions; accordingly, the hybrid power is input to the generator 20 The embodiment of the invention can also achieve the effects of increasing the electromagnetic induction power generation of the coil and improving the efficiency of electric energy conversion.

In other words, using this creation will have at least the following advantages:

1. The setting is simple and economical.

2. It is easy and convenient to assemble, operate and implement.

3. It can substantially increase the power generation of the electromagnetic induction of the coil.

4. It can effectively improve the power conversion efficiency.

In summary, the creation of a hybrid power generator obviously provides better performance than the conventional ones. Although its devices and structure do not appear complicated and cumbersome, the overall operation concept is rich in the specificity of implementation. And it is an application that has not been seen in the same type of products at present. New patent applications have the "newness and progress" requirements. I would like to invite the reviewing committee to review and grant the patent, without any regret.

However, the above is only the preferred embodiment of this creation, and all other functional changes and modifications made in accordance with the spirit of this creation should still be included in the patent application of this creation.

A‧‧‧Bearing

B‧‧‧Bearing

C‧‧‧Bearing

D‧‧‧ Transmission components

10‧‧‧Dock

20‧‧‧Generator

201‧‧‧Body

202‧‧‧Rotor

203‧‧‧First power shaft

204‧‧‧ First drive wheel

205‧‧‧Second power shaft

206‧‧‧Second drive wheel

207‧‧‧support body

208‧‧‧Axial channel

30‧‧‧Power output device

301‧‧‧Wire

302‧‧‧Swivel joint

40‧‧‧Power plant

401‧‧‧The first prime mover

4011‧‧‧Variable speed system

402‧‧‧Steering gear set

4020‧‧‧The first shaft

4021‧‧‧First gear

4022‧‧‧Second gear

4023‧‧‧ third gear

4024‧‧‧second shaft

4025‧‧‧The third shaft

4026‧‧‧ third drive wheel

4027‧‧‧ fourth driving wheel

4028‧‧‧ First drive belt

4029‧‧‧Second drive belt

Claims (8)

A hybrid power generator includes a base, a generator, a power transmission device, and a power device; wherein, the base is provided for the generator to be installed; the generator is freely rotated and is installed on the base, and is provided with a body and a safety device A rotor provided in the body, the rotor is provided with one of magnets or coils, and a first power shaft is provided at the center of the rotor. The first power shaft extends from the body and freely rotates and is positioned on the base. A power shaft is connected to the opposite end of the rotor and is provided with a first driving wheel; the body is provided with another one corresponding to the magnet or coil of the rotor; a second power shaft is provided on the body, and the second power shaft is Corresponding to the same axis as the first power shaft connected to the rotor and freely rotating and positioned on the base, the second power shaft is provided with a second driving wheel at the opposite end of the connecting body; the power output device is provided with a wire connected to the generator Motor, the wire is used to transmit the power generated by the generator to the outside; the power device transmits power to the first power shaft and the second power shaft of the generator, and makes the first power shaft and the second power shaft rotate in opposite directions , The power source transmitted to the first power shaft and the second power shaft are the same or different, the power source of the power device is provided with at least one prime mover, and the prime mover is connected to the first power shaft via transmission components The first drive wheel and the second drive wheel installed on the second power shaft; using the above, a hybrid power generator can be completed. The hybrid power generator as described in item 1 of the scope of the patent application, wherein the second power shaft of the generator is provided with a support body, and one end of the support body is freely pivoted on the first rotating shaft of the generator. The hybrid generator as described in item 1 of the patent application scope, wherein the first The force shaft is provided with an axial channel to communicate with the outside, and the axial channel can be used for the lead wire of the power output device to pass through. The hybrid power generator as described in item 1 of the patent application scope, wherein the second power shaft of the generator is provided with an axial channel to communicate with the outside, and the axial channel can be used for the lead wire of the power output device to pass through. The hybrid power generator as described in item 1 of the patent application scope, wherein the power device of the same power source is provided with at least a first prime mover and a steering gear set, the first prime mover is connected to the steering gear set through a transmission system, the The steering gear set includes at least a first rotating shaft connected to the transmission system and a first gear provided on the first rotating shaft, and a second gear and a third gear respectively connected to the first gear and rotating in opposite directions to each other, The second gear and the third gear train are pivotally mounted on the base through the second and third rotation shafts, respectively, and the second and third rotation shafts are respectively connected to the first power shaft of the generator through the transmission assembly The first drive wheel and the second drive wheel on the second power shaft. The hybrid power generator according to item 5 of the patent application scope, wherein the second rotating shaft is provided with a third driving wheel at the opposite end where the second gear is installed, and the third rotating shaft is provided at the opposite end where the third gear is installed A fourth drive wheel is provided, a first drive belt is connected between the third drive wheel and the first drive wheel on the first power shaft, and a second drive wheel is connected between the fourth drive wheel and the second power shaft A second driving belt is connected between the driving wheels. The hybrid power generator as described in item 1 of the scope of the patent application, wherein the power device of the different power source is provided with a second prime mover and a third prime mover, the second prime mover and the third prime mover are transmitted through the transmission assembly, respectively Connected to the first drive wheel on the first power shaft of the generator and the second drive wheel on the second power shaft. The hybrid power generator as described in item 1 of the patent application scope, wherein the transmission assembly of the power device is a transmission wheel and a driving belt.

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