TW201330465A - Cycle power generating device - Google Patents

Abstract

A cycle power generating device comprises an inertia wheel mechanism, a motor, a generator, a battery and a control box. The inertia wheel mechanism comprises a frame body, an inertial flywheel, a first drive wheel and a second drive wheel. The inertia flywheel has a shaft rotatably incorporated in the frame body. The first and second drive wheels are coaxially combined onto the shaft, and the second drive wheel can be connected to an engine through a second connection member.The motor uses a first connection member to connect with the first drive wheels. The power generator is connected to the shaft of the inertia flywheel for transforming the rotation power into electricity. The battery can store the electric power output from the power generator. The control box has a mains input port, at least one electricity output port, and a control circuit. The mains power input port receives the external mains electricity. The electricity output port is used for outputting electricity to the external loads. The control circuit can supply the electricity delivered by the power generator to electricity output port, the motor and the battery, and it can supply the electricity of mains input port or the battery to the motor. With the above structure, efficacies of environmental protection, energy conservation and applicability in diverse environments can be achieved.

Description

Circulating power plant

The present invention relates to a technical field of a power generation device, and more particularly to a cycle power generation device that is environmentally friendly, energy-saving, and applicable to various environments.

At present, the most common and environmentally friendly power generation device is a solar power generator, a wind power generator or a hydroelectric generator that uses natural forces such as sunlight, wind power or water power, but the generator is not only complicated in structure, expensive in production, and bulky. And its use is also very limited, so it is only suitable for some special places, such as the beach, dams, etc. Therefore, most of the current general buildings, night markets, homes, etc. still use fuel generators for power output. However, the fuel generator currently used is not limited by the place of use, but because it directly uses fuel to drive a power device to generate kinetic energy, the kinetic energy is converted into electrical energy and output for use. Therefore, in the process of power generation, in order to enable the power device to continuously generate kinetic energy for conversion into electricity, the fuel needs continuous combustion consumption, and thus consumes a large amount of fuel, and the current crude oil price is gradually rising, energy and environmental protection. In an environment where problems are getting worse, the efficiency of consuming such a large amount of fuel in exchange for electricity is gradually uneconomical. Moreover, the conventional fuel generators ensure the stability of the power supply, and the converted power is usually greater than the power used for output, so that the power that is not output for use is wasted. In particular, the conventional fuel generator system needs to burn fuel as an energy source, and the fuel oil is polluted when it is burnt, so it is not suitable for indoor or other closed places.

In view of the above, the inventors have intensively conceived the above-mentioned problems, and actively researched and improved the trial and development to design the present invention.

The main object of the present invention is to provide a plurality of different power sources that can be selected to be activated to generate electricity for output to other external electrical devices and as a source of power for continued power generation, and the remaining power can be stored as The source of power for the next start, and thus it is environmentally friendly, energy-saving, and a cycle power generation device that can be applied to various environments and the like.

The cycle power generation device of the present invention comprises an inertia wheel mechanism, a motor, a generator, a battery and a control box. The inertia wheel mechanism includes a frame body, an inertia flywheel, a first drive wheel and a second drive wheel. The inertia flywheel has an axle for rotatably coupling to the frame. The inertia flywheel can generate a large torque output and a continuously rotating endurance force to convert the low power input into a high power output. The first and second driving wheels are coaxially coupled to the axle, and the second driving wheel is coupled to an engine by a second coupling member, such that the engine can drive the inertia flywheel to rotate through the second driving wheel. The motor is coupled to the first drive wheel by a first link to enable the motor to drive the flywheel to rotate through the first drive wheel. The generator is coupled to the axle of the inertia flywheel to convert the rotational power of the inertia flywheel into electrical power. The battery can store the power output by the generator. The control box has a mains input port, at least one power output port, and a control circuit. The mains input is available for input to the external mains. The power output 埠 is available for outputting power to an external power device. The control circuit can supply power output from the generator to the power output port, the motor, and the battery, and can supply the utility input or the battery power to the motor.

In this way, after the inertia flywheel is rotated by the motor, the inertial force of the inertia flywheel can be utilized to generate a large torque output and a continuously rotating endurance force, thereby converting the smaller power input of the motor into a high power output. In addition to the external power generation device, the generator can also provide power for the motor to continue to operate, thereby achieving the effect of circulating power generation, thereby saving energy and being more environmentally friendly. Moreover, the surplus power output by the generator for use can also be stored in the battery for use as the power for starting the motor next time, so that the power converted and output by the generator can be effectively utilized to reduce waste. In particular, the utility input port, the battery and the second drive train are available for the user to select to use the utility power, the battery or the engine as a power source for starting the rotation of the inertia flywheel according to actual needs or environmental restrictions, so that It is therefore applicable to a variety of environments.

In the present invention, the cycle power generating device may further include a maglev device coupled to the axle of the inertia flywheel to generate a maglev rotation by inputting electric power to drive the axle of the inertia flywheel to rotate. The control circuit of the control box can supply the power output by the generator to the maglev device. The rotary power of the inertia flywheel can be provided by the maglev device.

Referring to the first to third figures, the cycle power generation device of the present invention includes an inertia wheel mechanism 1, a motor 2, a generator 3, a battery 4, and a control box 5. The inertia wheel mechanism 1 includes a frame body 10, an inertia flywheel 12, a first drive wheel 13 and a second drive wheel 14. The inertia flywheel 12 is tapered from the center to the both ends in a tapered shape, and has an axle 120 projecting from both ends, and is rotatably coupled to the frame body 10 by bearings, so that the inertia flywheel 12 is rotated. It produces a large torque output and continuous rotation of the endurance to convert the low power input to a high power output. The first driving wheel 13 is a pulley and is coaxially coupled to the wheel shaft 120 to protrude from one end of the frame body 10. The second drive wheel 14 is a pulley and is coaxially coupled to one end of the axle 120 that projects out of the frame 10. The other end of the axle 120 protruding from the outside of the frame 10 is further provided with an output wheel 121, which is a pulley.

The motor 2 is coupled to the first driving wheel 13 by a first connecting member 20, and the motor 2 can drive the inertia flywheel 12 to rotate through the first driving wheel 13. The first connecting member 20 is a belt.

The generator 3 is coupled to the output wheel 121 by an output coupling member 30, so that the kinetic energy of the inertia flywheel 12 can be transmitted to the generator 3 through the output wheel 121 for the generator 3 to use the inertia flywheel 12 The rotary power is converted into electricity.

The battery 4 can store the power output by the generator 3, and it can store enough power to start the operation of the motor 2.

The control box 5 has a mains input port 50, at least one power output port 51 and a control circuit 52. The mains input port 50 can be a socket for a power line to be connected to one of the external power sources, or a power line can be directly connected to one of the external power sources for external mains input. The power output port 51 can be a socket or a power transmission line with a socket that can be used for external electrical devices to be plugged for outputting power to the external consumer. The control circuit 52 is electrically connected to the mains input port 50, the electric power output port 51, the battery 4, the generator 3 and the motor 2. The control circuit 52 can supply the electric power output by the generator 3 to The power output port 51, the motor 3 and the battery 4, and the power of the mains input port 50 or the battery 4 are supplied to the motor 2.

In the second figure, the control circuit 52 has a rectified boost circuit unit 53 and a charging circuit unit 54. The generator 3 is connected in series with the charging circuit unit 54, the battery 4, and the rectification boosting circuit unit 53. The rectification boosting circuit unit 53 can adjust the electric power output by the battery 4 to the electric power that can be used by the motor 2 and then output the electric power to the motor 2, and the charging circuit unit 54 can adjust the electric power output by the electric generator 3 into the electric battery 4. The power that can be stored then stores the power in the battery 4.

Please refer to the third figure, which is a schematic diagram of the first state of use of the present invention. It is pointed out that when the utility power is input to the control box 5, the control box 5 adjusts the commercial power to the power for starting the motor 2, and transmits the power to the motor 2, so that the motor 2 transmits the first A drive wheel 13 drives the inertia flywheel 12 to rotate. After the inertia flywheel 12 rotates, an inertial large torque output and a continuously rotating endurance force are generated, thereby converting the smaller input power generated by the motor 2 into a high power output to the generator 3, and the generator 3 is further The rotation of the inertia flywheel 12 is converted into electric power and transmitted back to the control box 5, which on the one hand outputs the electric power to the outside to supply power to the external electric device, then disconnects the input of the mains, and then supplies the electric power to The motor 2 can be used as a power source instead of the commercial power as the power source for continuously operating the motor 2, thereby forming a state of cycle power generation, and can be an optimum green energy source without external power. On the other hand, the remaining power is stored in the battery 4 so that it can be used to start the motor 2 when there is no mains supply next time. Thus, the cycle power generation device of the present invention can be applied to a place where it is convenient to connect to a commercial power source, and it does not generate air pollution during operation.

Please refer to the fourth figure, which is a schematic diagram of the second state of use of the present invention. It is pointed out that when the battery 4 has the foregoing manner or other means pre-stored with sufficient power to start the operation of the motor 2, the battery 4 can directly supply power to the motor 2 through the control box 5, so that The motor 2 drives the inertia flywheel 12 to rotate, and the generator 3 converts the rotational power of the inertia flywheel 12 into electric power and transmits it back to the control box 5. Similarly, the control box 5 can simultaneously output the power to the outside to provide external power consumption and power to the motor 2 as the power for the motor 2 to continue to operate, thereby replacing the utility power. The source, in order to form a state of cycle power generation, achieves the purpose of greatly saving energy. On the other hand, the remaining power can be stored again in the battery 4 for use as the next time the motor 2 is started. In this way, the cycle power generation device of the present invention can be operated without connecting to the mains, so that it can be more environmentally friendly and save energy, in particular, it can be applied to a place without a commercial power or any other environment, of course, Air pollution does not occur during operation.

Please refer to the fifth figure, which is a schematic diagram of the third use state of the present invention. It is noted that the second driving wheel 14 can be coupled to an engine 6 by a second connecting member 140, so that the engine 6 can directly drive the inertia flywheel 12 to rotate through the second driving wheel 14, wherein the second link The piece 140 is a pulley. Then, the generator 3 converts the rotational power of the inertia flywheel 12 into electric power and transmits it back to the control box 5, so that the control box 5 outputs the power to the outside on the one hand to provide external electric device power and provide the same. The motor 2 is in a state of generating a cycle power generation as electric power for continuously operating the motor 2, and replaces the engine 6 as a power source, thereby achieving a significant energy saving. On the other hand, the remaining power can be stored in the battery 4 for use as the next time the motor 2 is started. Thus, the cycle power generation device of the present invention can be operated without connecting to the commercial power, and is suitable for use in the case where there is no commercial power nearby. In the present invention, the engine 6 may be a fuel-driven fuel engine or a human-powered human engine. The engine 6 can have a main engine 60, a transmission 61 and a clutch 62. The transmission 61 can amplify or reduce the output speed of the main unit 60. The clutch 62 can control whether the output power of the main unit 60 is transmitted to the first The second drive wheel 14 is provided for facilitating the stopping of the engine 6.

In the present invention, the output wheel 121, the first driving wheel 13 and the second driving wheel 14 may also be a sprocket or a gear, and the output connecting member 30, the first connecting member 20 and the second connecting member The piece 140 can also be a chain or gear.

Referring to FIG. 6 , it is another embodiment of the present invention, and its structure is substantially the same as that of the above embodiment. The difference is that the embodiment further includes a maglev device 7 for coupling with the axle 120 of the inertia flywheel 12 . The maglev device 7 can generate magnetism for driving the rotation of the axle 120 of the inertia flywheel 12 by inputting electric power. The rectifying boosting circuit unit 53 of the control circuit 52 in the control box 5 is electrically connected to the maglev device 7 (please refer to the second figure), so that the control box 5 can convert the output of the generator 3. The power or battery 4 is supplied to the maglev device 7. Thus, the maglev device 7 can provide the inertia flywheel 12 rotation or auxiliary power to further rotate the inertia flywheel 12 at a high speed.

Since the cycle power generating device of the present invention can drive the inertia flywheel 12 to rotate by the motor 2 to generate a large torque output and a continuously rotating endurance force, the smaller power input of the motor 2 is converted into a high power output. The generator 3 allows the power converted and output by the generator 3 to be used in addition to an external power device, and can also be supplied to the motor 2 to operate or the power required by the maglev device 7 to continue to generate electricity. It can achieve the effect of cycle power generation, and save energy and environmental protection. Moreover, the remaining power after the generator 3 converts the output for use can also be stored in the battery 4 for the power required to start the motor 2 or the maglev device 7 next time, so that the generator 3 can be converted and outputted. The power can be effectively utilized to reduce waste. In particular, the mains input port 50, the battery 4 and the second drive wheel 14 are available for the user to select to use the mains, the battery 4 or the engine 6 as the starting of the inertia flywheel 12 according to actual needs or environmental constraints. The power source is made to make it suitable for a variety of environments.

In summary, since the present invention has the above advantages and practical value, and has not seen the same or similar technology published or disclosed before, the present invention has met the novelty and progressive requirements of the invention patent, and applied according to law. .

1. . . Inertial wheel mechanism

10. . . Frame

12. . . Inertial flywheel

120. . . axle

121. . . Output wheel

13. . . First drive wheel

14. . . Second drive wheel

140. . . Second link

2. . . motor

20. . . First link

3. . . generator

30. . . Output link

4. . . Battery

5. . . control box

50. . . Mains input

51. . . Power output埠

52. . . Control circuit

53. . . Rectifier boost circuit unit

54. . . Charging circuit unit

6. . . engine

60. . . Host

61. . . transmission

62. . . clutch

7. . . Maglev device

The first figure is a block diagram of the system of the present invention.

The second figure is a diagram of the power storage architecture of the present invention.

The third figure is a schematic structural view of the present invention.

The fourth figure is a schematic view of the second state of use of the present invention.

The fifth figure is a schematic view of the third use state of the present invention.

The sixth figure is another embodiment of the present invention.

1. . . Inertial wheel mechanism

12. . . Inertial flywheel

13. . . First drive wheel

14. . . Second drive wheel

2. . . motor

3. . . generator

4. . . Battery

5. . . control box

50. . . Mains input

51. . . Power output埠

52. . . Control circuit

6. . . engine

Claims (7)

A cycle power generation device comprising: an inertia wheel mechanism comprising a frame body, an inertia flywheel, a first drive wheel and a second drive wheel, the inertia flywheel having an axle for rotatably coupling to the frame body After the inertia flywheel rotates, a large torque output and a continuously rotating endurance force are generated to convert the low power input into a high power output, and the first and second driving wheels are coaxially coupled to the axle, and the second driving wheel can utilize one The second connecting member is coupled to an engine such that the engine can drive the inertia flywheel to rotate through the second driving wheel; a motor is coupled to the first driving wheel by a first connecting member to enable the motor to pass through the first connecting member a driving wheel drives the inertia flywheel to rotate; a generator is coupled to the axle of the inertia flywheel for converting the rotational power of the inertia flywheel into electric power; and a battery for storing the power output by the generator; a control box having a mains input port, at least one power output port, and a control circuit, wherein the mains input port is available for input to an external mains, and the power output port is available for output The electric power to the external device, the control circuit of the power output of the generator may be supplied to the power output port, the motor and the battery, and the utility power input port or the battery power supply to the motor. The cycle power generating device of claim 1, wherein the first connecting member is one of a belt, a chain or a gear, and the second connecting member can be one of a belt, a chain or a gear. The cycle power generation device of claim 1, wherein the inertia flywheel has an output wheel at one end of the first and second drive wheels opposite to the axle of the inertia flywheel, and the generator is coupled to the output wheel by an output link. The kinetic energy of the inertia flywheel can be transmitted to the generator through the output wheel, and the output wheel can be one of a pulley, a sprocket or a gear, and the output link can be one of a belt, a chain or a gear. The cycle power generation device according to claim 1, wherein the control circuit has a rectification boosting circuit unit and a charging circuit unit, and the generator and the charging circuit unit, the battery and the rectifying boosting circuit unit are The rectifying stepping circuit unit can adjust the power outputted by the battery to the electric power usable by the motor and transmit it to the motor, and the charging circuit unit can adjust the electric power output by the generator to the battery energy. The stored electricity is then stored in the battery. The cycle power generation device of claim 1, wherein the engine system is a fuel engine. The cycle power generation device of claim 1, wherein the engine system is a human engine. The cycle power generation device according to any one of claims 1 to 6, further comprising a magnetic levitation device coupled to an axle of the inertia flywheel, the magnetic levitation device being capable of generating magnetic force by inputting electric power to drive the inertia The axle of the flywheel rotates, and the control circuit of the control box can supply the power output by the generator to the maglev device.