TWM617689U - Hiking pendulum-like power generator - Google Patents

Abstract

This creation is a hiking single pendulum generator, which includes a swing drive group, a magnetic rotation group and a magnetic generator set. The swing drive group drives the magnetic rotation group to act, and the magnetic generator set runs in conjunction with the generation of electricity. , It is easy to form electricity generation through the effect of swing to supply equipment for micro-electricity demand; through the above-mentioned structure setting, the scope of application of the invention is wider, and the demand for electricity usage is effectively reduced, and the cost of electricity consumption is reduced. It has the effect of low usage restriction and stable energy generation.

Description

Trekking single pendulum generator

This creation is related to a walking single pendulum generator, especially a device in the field of technology that is used to generate oscillations when walking and form a swing-coordinated magnetic force to generate driving force for a rotating shaft.

Under the influence of global warming and the greenhouse effect, reducing energy consumption and energy saving and carbon reduction are the issues that people pay attention to. In the design of products, they also pursue energy saving as the goal, in order to maximize the effectiveness of the products. Reduce the use of electricity; and the applicant has been committed to the development of permanent magnet drive devices for a long time. The previously approved invention patent I667408 wave swing permanent magnet drive motor is shown in Figure 7. The float 51 of the wave reciprocating drive group 50 is set in On the horizontal plane, when sea waves or water waves produce swells and waves, the floating ball 51 makes the upper and lower reciprocating shafts 52 and the gear block 53 move up and down relative to the up and down reciprocating fixed seat 54. The gear row block 53 is linked to the driving gear 550 provided in the swing shaft support 55, and the driving gear 550 drives the driven gear 560 provided in the swing gear drive unit 56, so that the driving gear 550 and the driven gear 560 swing left and right. , And the driven gear 560 drives the stator shaft 57 to swing to the left and right, so that the permanent magnet stator pieces 570 of the stator shaft 57 and the permanent magnet rotor pieces 580 provided on the shaft core block 58 repel the same poles to produce torsion rotation. The rotation of the shaft block 58 causes the blades 59 to rotate at the same time to achieve the effect of the fan drive. However, the wave drive has the problem of regional restrictions and cannot be widely used, and the wave swell size and frequency are not fixed, resulting in The energy is in an unstable state and cannot be effectively stored after electric energy conversion, so there is a need for improvement.

In view of the conventional wave-oscillating permanent magnet drive motor, which has limited use and poor storage efficiency after electric energy conversion, this creation is the completion of this creation of a walking single pendulum generator.

The main purpose of this creation is to provide a walking single pendulum generator, which includes a swing drive group, a magnetic rotation group and a magnetic generator set, the swing drive group is provided with a cantilever body and a swing shaft body, the cantilever One end of the body is provided with a weight body, and the swing shaft body is arranged perpendicular to the end side of the cantilever body, the swing shaft body is fixedly provided with a driving gear, and the magnetic rotation group is provided with a seat outer frame body and a permanent magnet rotating shaft Body and a permanent magnet swing shaft body. The outer frame of the seat is provided with a bottom plate, a rotation axis support column and a swing axis support column. There is a rotation pivot hole, and the swing shaft support is provided with an upper rotation pivot hole and a lower rotation pivot hole, and the permanent magnet rotation shaft body is provided with a shaft block at one end, and a shaft block is provided on the upper and lower sides of the shaft block. Permanent magnet rotor piece, and the other end of the permanent magnet rotating shaft body is provided with a positioning and fitting fixed head, and the permanent magnet swing shaft body is fixedly provided with a permanent magnet stator piece at one end, and the other end of the permanent magnet swing shaft body is fixedly provided with a The driven gear, the permanent magnet rotating shaft system is pivoted on the rotating pivot hole of the rotating shaft support, and the permanent magnet rotor piece of the shaft block of the permanent magnet rotating shaft body is arranged toward the inner side of the rotating shaft support, and the permanent magnet The swing axis system is pivoted on the pivot hole provided on the swing axis support. The permanent magnet swing shaft body is provided with a permanent magnet stator piece, which is set toward the inner side of the swing axis support and is permanently connected to the axis block of the permanent magnet rotation axis body. The magnetic rotor pieces are arranged opposite to each other in the same pole, and the driven gear provided at the other end of the permanent magnet swing shaft body is arranged toward the outside of the swing shaft support. One end of the rotating shaft body is provided with a set of fixing holes, and the other end of the rotating shaft body is combined with an electromagnetic coil, and the magnetic pole base is provided with two magnets with different magnetic poles at an interval, and the current collecting ring base is provided with at least two sinks Electric ring, the current collecting ring is respectively connected with a circuit connection, and the electromagnetic coil of the rotating shaft body is arranged between the two magnets with different magnetic poles in the magnetic pole base, and the end of the electromagnetic coil penetrates into the current collecting ring base. On the inner side of the collector ring, the end side of the swing shaft of the swing drive group is pivoted on the outside of the lower rotation pivot hole set by the swing shaft support of the magnetic rotation group. The driven gear set on the magnetic swing shaft is meshed and linked and rotates The positioning and fixing head of the permanent magnet rotating shaft is pivoted in the rotating pivot hole of the rotating shaft pillar, and the fixing is clamped to the sleeve fixing hole of the rotating shaft body of the magnetic generator set to make the rotating shaft rotate continuously.

Preferably, the weight system is arranged in a spherical or conical shape to increase the multiple variability of the creation.

Preferably, a storage battery is further provided, and the storage battery is electrically connected to the circuit wiring of the current loop of the magnetic generator set to store the electric energy generated by the magnetic generator set in the storage battery, so as to increase the multiple practicability of this creation.

Preferably, the magnet of the pole base is a permanent magnet or an electromagnet, and when the magnet of the pole base is an electromagnet, the electromagnet is electrically connected to the circuit wiring of the bus ring to control the magnetism of the electromagnet. In order to increase the multiple variability of this creation.

With the heavy hammer body set in the cantilever body of the swing drive group, the driving force of the swing generates inertial oscillation, which drives the driving gear of the swing shaft body to reciprocate, and the driving gear drives the driven gear meshing with it to drive the permanent magnet swing shaft body And the permanent magnet stator pieces at one end of the permanent magnet rotates, and the permanent magnet rotor piece of the shaft core block arranged on the permanent magnet rotating shaft body produces magnetic repulsion due to the same pole as the permanent magnet stator piece, making the permanent magnet The magnetic rotating shaft body drives the rotating shaft body of the magnetic generator set to rotate, and the electromagnetic coil of the rotating shaft body generates electromagnetic force relative to the magnetic pole base, and the electromagnetic force is guided to the circuit wiring through the current collector ring and then derived, and the effect of the swing is simple to form electricity The device can be used to generate electricity and provide equipment for micro-electricity demand; through the above-mentioned structure setting, the scope of application of the invention is wider, and the demand for electricity usage is effectively reduced, and the cost of electricity consumption is reduced, so as to achieve low usage restriction and energy generation Stable effect.

10: Swing drive group

11: Cantilever body

110: heavy hammer body

12: Swing shaft

120: driving gear

20: Magnetic rotation group

21: Outer frame of support

210: bottom plate

211: Rotating Axis Pillar

211A: Rotating pivot hole

212: Swing axis pillar

212A: Upper pivot pivot hole

212B: Lower pivot pivot hole

22: Permanent magnet rotating shaft body

220: Axle block

221: Permanent magnet rotor sheet

222: Positioning set fixed head

23: Permanent magnet swing shaft

230: Permanent magnet stator sheet

231: driven gear

30: Magnetic generator set

31: Hinge body

310: Fitting fixing hole

311: Electromagnetic coil

32: Magnetic pole base

320: Magnet

33: Remittance ring seat

330: Remittance Ring

331: circuit wiring

40: battery

50: Wave reciprocating drive group

51: Float

52: upper and lower reciprocating shaft

53: row tooth block

54: Up and down reciprocating fixed seat

55: swing axis pillar

550: driving gear

56: Swing gear drive group

560: driven gear

57: stator shaft

570: Permanent magnet stator sheet

58: Axle block

580: Permanent magnet rotor sheet

59: Blade

[Figure 1] is a schematic diagram of the three-dimensional combined state of the walking single pendulum generator of this creation.

[Figure 2] is a schematic diagram of the three-dimensional decomposition and partial enlarged state of the hiking pendulum generator of this creation.

[Figure 3] is a schematic diagram of the side-view partial cross-sectional state of the walking single pendulum generator of this creation.

[Figure 4] It is a schematic diagram of the actuation state of the swing drive unit of the trekking single pendulum generator driving the magnetic rotating unit to rotate so that the magnetic generator unit generates electricity.

[Fig. 5] It is a schematic diagram of the state where the weight body of the swing drive unit of the swing drive unit of the first embodiment of the walking single pendulum generator of this creation is arranged in a cone shape.

[Figure 6] is a schematic diagram of the second embodiment of the magnetic generator set connected to the battery for power storage in the second embodiment of the trekking single pendulum generator of the invention.

[Figure 7] is a schematic diagram of the structure of the conventional wave swing permanent magnet drive motor of the trekking single pendulum generator of this creation.

In order to enable your reviewer to further understand the structure, features and other purposes of this creation, the following preferred embodiments are attached with diagrams for detailed descriptions as follows, but the embodiments described in this diagram are for illustrative purposes. It is not the only restriction on patent application.

Please refer to Figures 1 to 3, which are the three-dimensional combined state, three-dimensional decomposition and partial enlargement state, and the partial sectional state diagram of the side-view partial cross-sectional state of the walking single pendulum generator of this creation, which includes: a swing drive unit 10, the The swing drive unit 10 is provided with a cantilever body 11 and a swing shaft body 12. One end of the cantilever body 11 is provided with a weight body 110. There is a driving gear 120; a magnetic rotation group 20, the magnetic rotation group 20 is provided with a seat outer frame 21, a permanent magnet rotating shaft body 22 and a permanent magnet swing shaft body 23, the seat outer frame body 21 is provided There is a bottom plate 210, a rotation axis post 211, and a swing axis post 212. The rotation axis post 211 and the swing axis post 212 are opposite to the two sides of the bottom plate 210. The rotation axis post 211 is provided with a rotation pivot hole 211A. The swing shaft support 212 is provided with an upper rotation pivot hole 212A and a lower rotation pivot hole 212B, and the permanent magnet rotation shaft body 22 is provided with one end There is a shaft block 220. A permanent magnet rotor piece 221 is opposite to the upper and lower sides of the shaft block 220, and the other end of the permanent magnet rotating shaft body 22 is provided with a positioning sleeve fixing head 222, and the permanent magnet swings One end of the shaft body 23 is fixedly provided with a permanent magnet stator piece 230, and the other end of the permanent magnet swing shaft body 23 is fixedly provided with a driven gear 231. 211A, and the permanent magnet rotor piece 221 of the axis block 220 of the permanent magnet rotating shaft 22 is arranged toward the inner side of the rotating shaft support 211, and the permanent magnet swing shaft 23 is pivoted on the swing shaft support 212 to rotate The pivot hole 212A, the permanent magnet stator piece 230 provided on the permanent magnet swing shaft body 23, is arranged toward the inner side of the swing shaft support 212, and is the same pole as the permanent magnet rotor piece 221 provided on the axis block 220 of the permanent magnet rotation shaft body 22 The driven gear 231 at the other end of the permanent magnet swing shaft body 23 is arranged toward the outside of the swing shaft post 212, and the end side of the swing shaft body 12 of the swing drive group 10 is pivoted at the bottom of the swing shaft post 212. Outside the pivot hole 212B, and the driving gear 120 provided on the swing shaft 12 meshes with the driven gear 231 provided on the permanent magnet swing shaft 23 pivoted on the upper pivot hole 212A; and a magnetic generator set 30, the magnetic power generation The unit 30 is provided with a rotating shaft body 31, a magnetic pole base 32, and a power ring base 33. One end of the rotating shaft body 31 is provided with a set of fixing holes 310, and the other end of the rotating shaft body 31 is combined with an electromagnetic coil 311, and the magnetic pole The base 32 is provided with two magnets 320 with different magnetic poles at intervals. The bus ring base 33 is provided with at least two bus loops 330. The electromagnetic coil 311 is arranged between the two magnets 320 with different magnetic poles in the magnetic pole base 32, and the end of the electromagnetic coil 311 penetrates the inner side of the bus ring 330 of the bus ring base 33, and the rotating shaft body 31 is set to fit The fixing hole 310 fits and fixes the permanent magnet rotation shaft 22 of the magnetic rotation group 20 to the fixed head 222 to make the rotation shaft 31 rotate in conjunction.

With the cooperation of the above-mentioned structure, the creative walking single pendulum generator can be completed.

Please refer to Figures 1 to 4, which are the three-dimensional combined state, three-dimensional decomposition and partial enlargement state, side-view partial cross-sectional state and the swing drive group to drive the magnetic rotating group to rotate to make the magnetic generator set to generate electricity. Schematic diagram of the actuation state, the end side of the swing shaft body 12 of the swing drive unit 10 is pivoted outside the pivot hole 212B of the swing shaft support 212 of the magnetic rotation group 20, and the swing shaft body 12 is provided with the driving gear 120 and The driven gear 231 of the permanent magnet swing shaft 23 pivoted on the upper pivot hole 212A is engaged and linked, and the rotation pivot hole 211A of the rotation axis pillar 211 is pivoted by the positioning sleeve of the permanent magnet rotation shaft 22 with the fixed head 222, sleeved The shaft body 31 of the magnetic generator set 30 is fixedly clamped and fitted with the fixing hole 310, so that the shaft body 31 rotates in a continuous manner. The weight body 110 is set by the cantilever body 11 of the swing driving set 10, which is generated by the driving force of shaking Inertial oscillation drives the driving gear 120 of the oscillating shaft body 12 to reciprocate, and the driving gear 120 drives the driven gear 232 meshing with it, driving the permanent magnet oscillating shaft body 23 and the permanent magnet stator piece 230 provided at one end of it to rotate , And the permanent magnet rotor piece 221 of the shaft block 220 provided on the permanent magnet rotating shaft 22 is opposite to the permanent magnet stator piece 230 and generates a magnetic repulsion force, so that the permanent magnet rotating shaft 22 drives the magnet generator set 30 The rotating shaft body 31 rotates, and the electromagnetic coil 311 of the rotating shaft body 31 generates electromagnetic force with respect to the pole base 32, and the electromagnetic force is guided to the circuit wiring 331 through the bus ring 330 and then derived. It is easy to generate electricity through the effect of swing , And supply equipment for micro-electricity demand; through the above-mentioned structure setting, the scope of application of the invention is wider, and the demand for electricity use is effectively reduced, and the cost of electricity consumption is reduced, so as to achieve low restriction on use and stable energy generation effect.

Please refer to Figures 3 and 5, which are the partial cross-sectional state of the side view of the creative hiking single pendulum generator and the schematic diagram of the state where the weight of the cantilever body of the swing drive unit of the first embodiment is set in a cone shape, and its swing The weight body 110 of the cantilever body 11 of the driving group 10 is arranged in a spherical or conical shape to increase the multiple variability of this creation.

Please refer to Fig. 6, which is a schematic diagram of the second embodiment of the creation of a walking single pendulum generator, a magnetic generator set connected to a battery for power storage. The overall structure is the same as that of Figs. The storage battery 40 is electrically connected to the circuit connection 331 provided in the current loop 330 of the magnetic generator set 30 to store the electric energy generated by the magnetic generator set 30 in the storage battery 40; the magnet 320 of the magnetic pole base 32 is For permanent magnets or electromagnets, when the magnet 320 of the pole base 32 is an electromagnet, the electromagnet is electrically connected to the circuit wiring 331 of the bus ring 330 to control the magnetism of the electromagnet to increase the multiple changes in the creation sex.

In summary, this creation can indeed achieve the above-mentioned functions and purposes, so this creation should meet the requirements of a patent application, and an application should be filed in accordance with the law.

10: Swing drive group

11: Cantilever body

110: heavy hammer body

12: Swing shaft

120: driving gear

20: Magnetic rotation group

21: Outer frame of support

210: bottom plate

211: Rotating Axis Pillar

211A: Rotating pivot hole

212: Swing axis pillar

212A: Upper pivot pivot hole

212B: Lower pivot pivot hole

22: Permanent magnet rotating shaft body

220: Axle block

221: Permanent magnet rotor sheet

222: Positioning set fixed head

23: Permanent magnet swing shaft

230: Permanent magnet stator sheet

231: driven gear

30: Magnetic generator set

31: Hinge body

310: Fitting fixing hole

311: Electromagnetic coil

32: Magnetic pole base

320: Magnet

33: Remittance ring seat

330: Remittance Ring

331: circuit wiring

Claims (7)

A walking single pendulum generator includes: a swing drive group, the swing drive group is provided with a cantilever body and a swing shaft body, one end of the cantilever body is provided with a weight body, and the swing shaft body is opposite to the cantilever body The end side is arranged vertically, the swing shaft body is fixedly provided with a driving gear; a magnetic rotation group, the magnetic rotation group is provided with a seat outer frame, a permanent magnet rotating shaft body and a permanent magnet swing shaft body, the seat The outer frame body is provided with a bottom plate, a rotation axis support column, and a swing axis support column. The rotation axis support column and the swing axis support column are arranged opposite to the two sides of the bottom plate. The rotation axis support column is provided with a rotation pivot hole, and the swing axis support column is provided with There is an upper rotation pivot hole and a lower rotation pivot hole, and the permanent magnet rotating shaft body is provided with an axle center block at one end. One end of the body is fixedly provided with a permanent magnet stator piece, and the other end of the permanent magnet swing shaft body is fixedly provided with a driven gear. The permanent magnet rotor piece of the shaft block is arranged toward the inner side of the rotating shaft support, and the permanent magnet swing shaft system is pivoted on the pivot hole provided on the swing shaft support, and the permanent magnet swing shaft body is provided with a permanent magnet stator piece , Set toward the inner side of the swing shaft support, and set opposite to the permanent magnet rotor piece set on the axis block of the permanent magnet rotating shaft, and the driven gear at the other end of the permanent magnet swing shaft is set toward the outside of the swing shaft support , The end side of the swing shaft body of the swing drive group is pivoted on the outer side of the lower rotation pivot hole set by the swing shaft support, and the driving gear of the swing shaft body is set from the permanent magnet swing shaft body pivoted on the upper rotation pivot hole. The moving gear meshes and interlocks; and a magnetic generator set, the magnetic generator set is provided with a rotating shaft body, a magnetic pole base and a current ring base, and the other end of the rotating shaft body is combined with an electromagnetic coil, and the magnetic pole bases are spaced apart Two magnets with different magnetic poles are arranged oppositely, and the current collecting ring seat is provided with at least two current collecting rings, which are respectively connected with a circuit connection, and the electromagnetic coil of the rotating shaft body is arranged opposite to the magnetic pole seat. Between two magnets with different magnetic poles, and between the electromagnetic coil The end penetrates into the inner side of the collector ring of the collector ring seat, and one end of the rotating shaft body is combined and fixed with one end of the permanent magnet rotating shaft body of the magnetic rotating group, so that the rotating shaft body rotates continuously. For example, the walking single-pendulum generator described in item 1 of the scope of patent application, wherein the permanent magnet rotating shaft of the magnetic rotating unit is provided with a positioning sleeve fixing head, and the rotating shaft of the magnetic generator unit is provided with a set of The fixing hole is fitted with a sleeve fixing hole on the shaft body, and the sleeve fixing is clamped to the set position of the permanent magnet rotating shaft body of the magnetic rotation group to sleeve the fixed head. Such as the hiking single pendulum generator described in item 1 of the scope of patent application, wherein the weight system is arranged in a spherical shape. Such as the hiking single pendulum generator described in item 1 of the scope of patent application, wherein the weight system is arranged in a cone shape. For example, the walking single pendulum generator described in the first item of the scope of patent application, wherein a battery is further provided, and the battery is electrically connected to the circuit wiring of the current loop of the magnetic generator set to generate electricity generated by the magnetic generator set. The electric energy is stored in the battery. For example, the walking single pendulum generator described in the first item of the scope of patent application, wherein the magnets provided in the pole base of the magnetic generator set are permanent magnets. For example, the walking single pendulum generator described in the first item of the scope of patent application, wherein, when the magnet provided in the pole base of the magnetic generator set is an electromagnet, and the electromagnet is electrically connected to the circuit wiring of the bus ring , Carry out the magnetic control of the electromagnet.

Images