CN209293974U - Power generator and power-generating shoe for power-generating shoe - Google Patents
Power generator and power-generating shoe for power-generating shoe Download PDFInfo
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- CN209293974U CN209293974U CN201821197179.4U CN201821197179U CN209293974U CN 209293974 U CN209293974 U CN 209293974U CN 201821197179 U CN201821197179 U CN 201821197179U CN 209293974 U CN209293974 U CN 209293974U
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Abstract
The utility model discloses a kind of power generator and power-generating shoe for power-generating shoe, power generator for power-generating shoe is for being assemblied in power-generating shoe bottom and trampling power generation using frequent, power generator for power-generating shoe includes driving mechanism and power generation mechanism, driving mechanism includes the load-bearing part for being moved down using active force is trampled, return unit for resetting the load-bearing part after moving down, it is used for mobile with load-bearing part in load-bearing part bottom and the power part and the driving wheel for being used to for the pressing force that power part transmits being changed into rotation torque that active force transmits downwards is trampled into load-bearing part carrying, the free end hovering position of power part corresponds to the tooth paddy region of driving wheel；The rotation torque of driving wheel is transferred to power generation mechanism and generates electricity.The generating device structure of power-generating shoe, which is realized, effectively converts electric energy for the mechanical energy for frequently trampling generation, and structure is simple, components are few, and stable electric generation can be realized by not needing multi-stage mechanical transmission.
Description
Technical field
The utility model relates to dislocation generation fields, particularly, are related to a kind of power generator for power-generating shoe.In addition,
The utility model further relates to a kind of power-generating shoe including the above-mentioned power generator for power-generating shoe.
Background technique
The emergence of mobile power source in recent years, it is more and more to the crowd of high quality of products demand, however movement in the market
Power supply unit is difficult to meet the charging whenever and wherever possible that people want again, the requirement of continuation of the journey for a long time.Most of these products at present
Using storage battery power supply, the volume of equipment is larger and heavier mass, is not easy to carry.
Shoes are life appliances indispensable in people's daily life, and generator is mounted in shoe body, are being walked by people
During, constantly overcome gravity foot-up and put down, move in circles acting, converts electric energy for mechanical energy.
A kind of snow boot of CN201621329080.6, by rack drives ratchet wheel, ratchet drives electrical power generators, and mechanical energy is turned
Turn to electric energy；A kind of new-generation shoes of CN201520920880.4 carry out hard sliding panel using spring to reset operation downwards,
Vertical bar is set to move up and down, band carry-over bar meshed gears rotates, so that permanent magnet generator be driven to generate electricity.Usually make in the prior art
With the mode of rack gear meshing gear, electrical power generators are driven, but rack and pinion noise in transmission process is big, abrasion is big,
The technical problems such as gap adjustment difficulty between rack and pinion is larger.
Utility model content
The utility model provides the power-generating shoe and power-generating shoe of a kind of power generator for power-generating shoe, to solve existing skill
The footwear apparatus that generates electricity in art is complicated, the big technical problem of each parts wear.
The technical solution adopted in the utility model is as follows:
A kind of power generator for power-generating shoe is used for for being assemblied in power-generating shoe bottom and using frequently power generation is trampled
The power generator of power-generating shoe includes driving mechanism and power generation mechanism, and driving mechanism includes for using trampling active force to moving down
Dynamic load-bearing part, the return unit for resetting the load-bearing part after moving down are used to move with load-bearing part in load-bearing part bottom
It moves and the power part and the pressing force for being used to transmit power part that active force transmits downwards is trampled into load-bearing part carrying
It is changed into the driving wheel of rotation torque, the free end hovering position of power part corresponds to the tooth paddy region of driving wheel；Driving wheel
Rotation torque is transferred to power generation mechanism and generates electricity.
Further, load-bearing part includes for trampling and utilizing the pedal trampling active force and moving down, be used to support and step on
Plate is simultaneously used to support the pedal moved down with hinged first support portion of the first end of pedal, the second end in pedal
The second support portion, be laid between the second end of pedal and the second support portion for pedal reset the first return unit；Power
The dynamic structural that portion uses the lower surface direction in load-bearing part to move, after being equipped between load-bearing part and power part for making displacement
Dynamic structural reset telescopic second return unit；Load-bearing part is equipped with the locating part for limiting dynamic structural displacement, or
Person, the second support portion are equipped with the locating part for limiting dynamic structural displacement.
Further, the direction of motion of dynamic structural and the rotation direction of driving wheel are laid in the same direction；Dynamic structural and transmission
Take turns eccentric setting.
Further, load-bearing part is laid with the fixed chute for installing positioning power construction and the second return unit；It is fixed
A dynamic structural and second return unit are equipped in sliding slot, alternatively, being equipped with a dynamic structural and two in fixed chute
Second return unit, two the second return units are in same axis and respectively from dynamic structural sandwich power parts.
Further, the first support portion and/or the second support portion are using in support plate, supporting block, support column and support bar
At least one；Dynamic structural is using at least one of power plate, power item, power rail and power block；Second return unit is adopted
With elastic force regulating part or pulling force regulating part.
Further, driving wheel is using at least one of ratchet, bevel gear, gear with curved teeth and spur gear；Driving wheel is one
It is a, alternatively, driving wheel be it is multiple, multiple driving wheels are laid along same axis interval and the tooth Gu Junyu power of multiple driving wheels
The free end hovering position in portion is corresponding.
It further, further include gearbox, driving mechanism rotation torque is transferred to gearbox, the transmitting of gearbox rotation torque
To power generation mechanism and generate electricity；It further include the output end in power generation mechanism equipped with interface module；Power generation mechanism is one,
Alternatively, power generation mechanism is that multiple, multiple power generation mechanism uses connects in parallel or series；The output end of interface module connects
Electrical equipment；The output end of interface module connects energy storage device.
Another aspect according to the present utility model, additionally provides a kind of power-generating shoe, including shoes body, and shoes body includes sole
And vamp, sole are provided with the above-mentioned power generator for power-generating shoe.
Further, for being surrounded by waterproof shell outside the power generator of power-generating shoe, waterproof shell is double-layer structure, and internal layer is
Coat of metal, outer layer are rubber waterproof layer, and the outlet of waterproof shell is blocked by marine glue；Waterproof is provided on load-bearing part
Flexible layer.
Further, the lighting device connecting with power generation mechanism output end is arranged in shoes body；The upper surface of sole and/or shoes
The heating element connecting with power generation mechanism output end is arranged in the inner surface in face；The output end of power generation mechanism is equipped with power interface.
The utility model has the following beneficial effects:
The utility model is used for the power generator of power-generating shoe, including driving mechanism and power generation mechanism, driving device include
Load-bearing part, return unit, power part and driving wheel.Power generator for power-generating shoe realizes there is the mechanical energy for frequently trampling generation
Effect is converted into electric energy, and structure is simple, components are few, does not need multi-stage mechanical transmission.During trampling, load-bearing part is by weight
Power moves, and active force is passed to driving wheel by power part, and power part drives driving wheel to rotate, and the rotation of driving wheel is turned round
Square is transferred to power generation mechanism and generates electricity；During foot-up, return unit resets load-bearing part, guarantees that load-bearing part is located at and steps on
The initial stage stepped on completes a cycle power generation.During trampling each time, power part turnes down to identical position, i.e., often
The active force once transmitted is identical, guarantees driving wheel always towards same direction accelerated service, driving wheel constant-torque is transferred to
Power generation mechanism guarantees power generation mechanism stable electric generation.The free end hovering position of power part corresponds to the tooth paddy region of driving wheel, subtracts
Few abrasion of the power part to driving wheel, extends the service life of transmission gear.
The utility model power-generating shoe, the generating device structure letter including the power generator for power-generating shoe, for power-generating shoe
Single, components are few, and occupied space volume is few, are easily installed in sole.Power-generating shoe realization has the mechanical energy for frequently trampling generation
Effect is converted into electric energy, and with energy-saving and environmental protection function, the power generator for power-generating shoe is removably attachable to sole, side
Just it replaces.
Other than objects, features and advantages described above, there are also other purposes, feature and excellent for the utility model
Point.Below with reference to accompanying drawings, the utility model is described in further detail.
Detailed description of the invention
The attached drawing constituted part of this application is used to provide a further understanding of the present invention, the utility model
Illustrative embodiments and their description are not constituteed improper limits to the present invention for explaining the utility model.In attached drawing
In:
Fig. 1 is the power generator schematic diagram for power-generating shoe of the preferred embodiment in the utility model one；
Fig. 2 is that the vertical view of the power generator for power-generating shoe for removing driving mechanism of the preferred embodiment in the utility model is shown
It is intended to；
Fig. 3 is the power generator schematic diagram for power-generating shoe of the preferred embodiment in the utility model two；
Fig. 4 is that schematic diagram is connected in series in the preferred embodiment in the utility model power generation mechanism；And
Fig. 5 is that the preferred embodiment in the utility model power generation mechanism is connected in parallel schematic diagram.
Description of symbols:
1, driving mechanism；2, power generation mechanism；11, load-bearing part；12, return unit；13, power part；14, driving wheel；111, it steps on
Plate；112, the first support portion；113, the second support portion；121, the first return unit；122, the second return unit；131, dynamic structural；
133, locating part；3, gearbox；4, interface module.
Specific embodiment
It should be noted that in the absence of conflict, the features in the embodiments and the embodiments of the present application can phase
Mutually combination.The utility model will be described in detail below with reference to the accompanying drawings and embodiments.
Fig. 1 is the power generator schematic diagram for power-generating shoe of the preferred embodiment in the utility model one；Fig. 2 is that this is practical new
The schematic top plan view of the power generator for power-generating shoe for removing driving mechanism of type preferred embodiment；Fig. 3 is the utility model
The power generator schematic diagram for power-generating shoe of preferred embodiment two；Fig. 4 is the preferred embodiment in the utility model power generation mechanism string
Join connection schematic diagram；Fig. 5 is that the preferred embodiment in the utility model power generation mechanism is connected in parallel schematic diagram.
As shown in Figure 1, Figure 2 and Figure 3, the power generator for power-generating shoe of the present embodiment, for being assemblied in generating sole of shoe
Portion and using frequently trampling power generation, the power generator for power-generating shoe includes driving mechanism 1 and power generation mechanism 2, driving mechanism 1
Including the reset for utilizing the load-bearing part 11 trampling active force and moving down, for resetting the load-bearing part after moving down 11
Part 12 is used for mobile with load-bearing part 11 and tramples what active force transmitted downwards for what load-bearing part 11 carried in 11 bottom of load-bearing part
Power part 13 and pressing force for transmitting power part 13 are changed into the driving wheel 14 of rotation torque, power part 13
Free end hovering position corresponds to the tooth paddy region of driving wheel 14；The rotation torque of driving wheel 14 is transferred to power generation mechanism 2 and goes forward side by side
Row power generation.The utility model is used for the power generator of power-generating shoe, including driving mechanism 1 and power generation mechanism 2, driving device include
Load-bearing part 11, return unit 12, power part 13 and driving wheel 14.Power generator realization for power-generating shoe will frequently trample generation
Mechanical energy is effectively converted into electric energy, and structure is simple, components are few, does not need multi-stage mechanical transmission.During trampling, hold
Holder 11 is moved by gravity, active force is passed to driving wheel 14 by power part 13, power part 13 drives driving wheel 14
Rotation, the rotation torque of driving wheel 14 are transferred to power generation mechanism 2 and generate electricity；During foot-up, return unit 12 to hold
Holder 11 resets, and guarantees that load-bearing part 11 is located at the initial stage trampled, and completes a cycle power generation.During trampling each time,
Power part 13 turnes down to identical position, i.e., the active force transmitted each time is identical, guarantees driving wheel 14 always towards same
Direction accelerated service, 14 constant-torque of driving wheel are transferred to power generation mechanism 2, guarantee 2 stable electric generation of power generation mechanism.Power part 13
Free end hovering position corresponds to the tooth paddy region of driving wheel 14, reduces abrasion of the power part 13 to driving wheel 14, extends transmitting
The service life of gear.
Above-mentioned power generation mechanism 2 is generated electricity by the circumgyration incision magnetic line of force, is sent out using disk generator, dc generator, permanent magnetism
At least one of motor, synchronous generator or influence generator.Optionally, power generation mechanism 2 uses disk generator.Disc type hair
Motor volume is small, light weight, high-efficient, and the effective occupied space for reducing power generation mechanism 2, further reduction is for power-generating shoe
The volume of power generator facilitates installation.
As shown in Figure 1, Figure 2 and Figure 3, in the present embodiment, load-bearing part 11 include for trample and using trample active force to
The pedal 111 of lower movement, be used to support pedal 111 and with hinged first support portion 112 of the first end of pedal 111, place
The second support portion 113 of the pedal 111 moved down is used to support in the second end of pedal 111, the second end of pedal 111 and the
The first return unit 121 resetted for pedal 111 is laid between two support portions 113.Power part 13 is using in load-bearing part 11
Lower surface direction movement dynamic structural 131, between load-bearing part 11 and power part 13 be equipped with for make displacement after power structure
Make telescopic second return unit 122 of 131 resets.Load-bearing part 11 is equipped with the locating part for limiting the displacement of dynamic structural 131
133, alternatively, the second support portion 113 is equipped with the locating part 133 for limiting the displacement of dynamic structural 131.Above-mentioned load-bearing part 11 is stepped on
Plate 111, the first support portion 112, the second support portion 113 constitute the main body frame of load-bearing part 11, at power generation mechanism 2 and driving wheel 14
Inside main body frame, power generation mechanism 2 and driving wheel 14 is effectively protected by the breakage of external force.Locating part 133 is held for limiting
11 moving range of holder guarantees that the free end hovering position of the dynamic structural 131 on load-bearing part 11 corresponds to the tooth of driving wheel 14
Paddy region prevents dynamic structural 131 to be displaced excessive, be detached from driving wheel 14 tooth paddy region, avoid pressing force sky do work or
The pressing force that driving wheel 14 is born is not identical.Optionally, return unit 12 is using elastic reset item, elastic reset piece or elasticity
At least one of reset surface.The displacement of 12 maximal dilation of return unit is equal to 11 maximum downward displacement of load-bearing part.
Above-mentioned 131 surface of dynamic structural has coating or protective layer, in the reciprocal motion process of dynamic structural 131, with
Improve 131 wearability of dynamic structural.
Above-mentioned 111 first end of pedal is connect with 112 hinge of the first support portion, 111 first end of pedal and the second support portion 113
Between the first return unit 121 is set, at angle, 131 free end hovering position of dynamic structural is corresponding for pedal 111 and horizontal plane at this time
In the tooth paddy region of driving wheel 14, telescopic second return unit 122 is in equilibrium state.During trampling, the effect of trampling
Power acts on pedal 111, and pedal 111 drives dynamic structural 131 to bottom offset, 14 Forced rotation of driving wheel, driving wheel 14
Rotation torque is transferred to power generation mechanism 2 and generates electricity, and position occurs for the gear resistance that dynamic structural 131 is driven wheel 14
It moves, the lower surface direction along load-bearing part 11 moves, and the second return unit 122 deforms, and as pressing force continues to push, moves
Power construction 131 moves to locating part 133 and stop motion, tramples active force, 14 resistance of driving wheel, the first return unit at this time
The obstruction power relative equilibrium of 121 elastic force, the pulling force of the second return unit 122 and locating part 133；The effect of trampling during foot-up
Power, 14 resistance of driving wheel disappear, and the first return unit 121 and the second return unit 122 reset pedal 111 and dynamic structural 131
To original state.It loops back and forth like this and effectively converts electric energy for mechanical energy.
As shown in figures 1 and 3, in the present embodiment, the direction of motion of dynamic structural 131 and the rotation direction of driving wheel 14 are same
To laying.Dynamic structural 131 and 14 eccentric setting of driving wheel.The direction of motion of above-mentioned dynamic structural 131 and turning for driving wheel 14
Dynamic direction is laid in the same direction, is guaranteed that dynamic structural 131 will trample active force and all pass to driving wheel 14, is avoided the wasting of resources, mention
High generation efficiency.Above-mentioned dynamic structural 131 and 14 eccentric setting of driving wheel, so that pushing impetus is to deviate turning for driving wheel 14
Shaft position.It avoids being pressed under dynamic structural 131 in 14 shaft of driving wheel and constitutes lower pressure and hindered into rotation torque transmittance process
Hinder and cannot achieve the problem of driving wheel 14 rotates so as to cause downward pressure.
As shown in figures 1 and 3, in the present embodiment, load-bearing part 11 is laid with for installing positioning power construction 131 and second
The fixed chute of return unit 122.A dynamic structural 131 and second return unit 122 are equipped in fixed chute, alternatively, solid
Determine to be equipped with a dynamic structural 131 and two the second return units 122 in sliding slot, two the second return units 122 are in same axis
And respectively from 131 sandwich power part 13 of dynamic structural.Above-mentioned fixed chute has guiding role, and dynamic structural 131 is along solid
Determine sliding slot sliding, the movement trend of control dynamic structural 131 prevents to deviate, so that trample active force acts on biography completely
Driving wheel 14 improves generating efficiency.
As shown in figures 1 and 3, in the present embodiment, the first support portion 112 and/or the second support portion 113 using support plate,
At least one of supporting block, support column and support bar.Dynamic structural 131 is using power plate, power item, power rail and power block
At least one of.Second return unit 122 uses elastic force regulating part or pulling force regulating part.Above-mentioned support portion using support plate,
Supporting block, support column and support bar, above-mentioned dynamic structural 131 are common using power plate, power item, power rail and power block
Machining shape, it is easy to process, can draw materials everywhere.Above-mentioned second return unit 122 uses elastic force regulating part or pulling force regulating part,
The dynamic structural 131 being subjected to displacement is restored by elastic force or pulling force to initial position.Optionally, above-mentioned second return unit 122
Using spring part.
As shown in figures 1 and 3, in the present embodiment, driving wheel 14 is using in ratchet, bevel gear, gear with curved teeth and spur gear
It is at least one.The free end hovering position of power part 13 corresponds to the tooth paddy region of driving wheel 14.Therefore the driving wheel 14 of selection
It needs to cooperate with the free end of power part 13, using use ratchet, bevel gear, gear with curved teeth or spur gear, prevents power part
During 13 move downward, free end slips the tooth paddy of driving wheel 14, so that the pressing force of transmitting fails to be completely converted into
Rotation torque.Optionally, driving wheel 14 uses ratchet, and the free end of power part 13 is equipped with pawl, ratchet and click-fit.It is above-mentioned
Power part 13 moves reciprocatingly, and ratchet one-directionally rotates, and rotation torque is transferred to power generation mechanism 2, so that power generation mechanism 2 is sent out
Electricity.
Above-mentioned driving wheel 14 be one, alternatively, driving wheel 14 be it is multiple, multiple driving wheels 14 are laid along same axis interval
And the free end hovering position of the tooth Gu Junyu power part 13 of multiple driving wheels 14 is corresponding.Above-mentioned multiple driving wheels 14 coaxially turn
Dynamic, corresponding with the free end hovering position of power part 13, the rotation torque of multiple driving wheels 14 is identical and is synchronously transmitted to
Power generation mechanism 2 increases rotation torque power so that power generation mechanism 2 generates electricity, and increases the generated energy of power generation mechanism 2.
Above-mentioned 14 surface of driving wheel has coating or protective layer, mutual with dynamic structural 131 in 14 rotation process of driving wheel
Cooperation, coating or protective layer can protect the abrasion that driving wheel 14 is subject to, and improve the stability and service life of driving wheel 14.
It as shown in Figure 4 and Figure 5, further include gearbox 3 in the present embodiment, 1 rotation torque of driving mechanism is transferred to gearbox
3,3 rotation torque of gearbox is transferred to power generation mechanism 2 and generates electricity.Above-mentioned power transformation box 3 is by the rotation of slow driving wheel 14
Conversion of motion at high speed rotary motion.Driving wheel 14 can be connected by gearbox 3 and driven generator structure 2, can also incite somebody to action
Driving wheel 14 is directly connected to and driven generator structure 2.Optionally, gearbox 3 uses transmission gear group.Transmission gear group it is ultimate
Gear is transferred to power generation mechanism 2 by rotation torque, and the low speed rotation acceleration of gear is converted power generation mechanism 2 by transmission gear group
High-speed rotation, to generate biggish voltage.It further include the output end in power generation mechanism 2 equipped with interface module 4.It is above-mentioned
Interface module 4, which has, rectifies and adjusts output voltage effect, can be to a variety of electric power supplies.Power generation mechanism 2 is one, or
Person, power generation mechanism 2 are that multiple, multiple uses of power generation mechanism 2 connects in parallel or series.Above-mentioned power generation mechanism 2 using in parallel or
Person is connected in series, and improves power supply quality, increases the reliability of power supply, connect into big electric power, so that the power generation for power-generating shoe fills
The application range set is wider.Optionally.The output end of interface module 4 connects electrical equipment.The output of interface module 4
End connection energy storage device.Direct continued power realizes conversion of the mechanical energy to electric energy, energy conservation and environmental protection.
According to the another aspect of utility model, a kind of power-generating shoe, including shoes body are also provided, shoes body includes sole and shoes
Face, sole are provided with the above-mentioned power generator for power-generating shoe.Hair including the power generator for power-generating shoe, for power-generating shoe
Electric installation structure is simple, and components are few, and occupied space volume is few, is easily installed in sole.Power-generating shoe, which is realized, will frequently trample production
Raw mechanical energy is effectively converted into electric energy, and with energy-saving and environmental protection function, the power generator for power-generating shoe removably connects
It connects in sole, is convenient for changing.The above-mentioned power generator for power-generating shoe is mountable in heel position, sole position, arch of the foot position,
Multiple power generations for power-generating shoe can be installed in sole and filled according to the volume size of the power generator for power-generating shoe
It sets.
As shown in figures 1 and 3, in the present embodiment, for being surrounded by waterproof shell, waterproof shell outside the power generator of power-generating shoe
For double-layer structure, internal layer is coat of metal, and outer layer is rubber waterproof layer, and the outlet of waterproof shell is blocked by marine glue.On
It states and is surrounded by waterproof shell outside the power generator of power-generating shoe, waterproof shell is double-layer structure, and waterproof layer avoids power-generating shoe from intaking and lead
The power generator of power-generating shoe is caused to destroy, coat of metal can play good support to the power generator of power-generating shoe and protection is made
With.The flexible layer of waterproof is provided on the load-bearing part 11 of power generator.Above-mentioned flexible layer can mitigate and alleviate rushing when landing
Power is hit, feeling of fatigue is reduced.
As shown in figures 1 and 3, in the present embodiment, the lighting device connecting with 2 output end of power generation mechanism is arranged in shoes body.
Above-mentioned shoes body is provided with lighting device, can install lighting device in positions such as sole front end, vamp, sole bevel edges, can also
It is easy to disassemble to be fixed on shoes surface.Convenient walk at night of above-mentioned lighting device is provided in illumination, can also play warning
Other people effect.The heating element connecting with 2 output end of power generation mechanism is arranged in the upper surface of sole and/or the inner surface of vamp.
Power-generating shoe voluntarily quickly power generation heating, energy conservation and environmental protection are realized in the setting of heating element.The output end of power generation mechanism 2 connects equipped with power supply
Mouthful.Above-mentioned power interface may be mounted at rear root shoe cover position, vamp position, bevel edge position, also extend to outside shoes
Fixed position.Power interface can be multiple USB interfaces, electricity jack etc., power interface connection battery, mobile phone, cardiac pacing
The common electrical equipment such as device, persistently charges at any time, safe ready.
Embodiment one is when it is implemented, 111 first end of pedal is connect with 112 hinge of the first support portion, 111 first end of pedal
First return unit 121 is set between the second support portion 113, and pedal 111 and horizontal plane are at angle at this time, and dynamic structural 131 is certainly
Correspond to the tooth paddy region of driving wheel 14 by end hovering position, telescopic second return unit 122 is in equilibrium state.
It during trampling, tramples active force and acts on pedal 111, pedal 111 drives dynamic structural 131 to bottom
It moves, 14 Forced rotation of driving wheel, the rotation torque of driving wheel 14 is transferred to gearbox 3, and the gear of gearbox 3 is driven to rotate and add
Speed, 3 rotation torque of gearbox are transferred to power generation mechanism 2, and the gear of gearbox 3 is connected with the gear of power generation mechanism 2, and drives hair
2 high speed rotation of motor structure, cutting magnetic induction line simultaneously generate electricity, and the output end of power generation mechanism 2 is equipped with interface module 4, interface circuit
The output end of module 4 connects electrical equipment.The gear resistance that dynamic structural 131 is driven wheel 14 is subjected to displacement, along carrying
The lower surface direction of part 11 moves, and the second return unit 122 deforms, as pressing force continues to push, dynamic structural 131
Move to the locating part 133 that 111 lower surface of pedal is set and stop motion, trample at this time active force, 14 resistance of driving wheel,
The obstruction power relative equilibrium of the elastic force of first return unit 121, the pulling force of the second return unit 122 and locating part 133.
During foot-up, active force is trampled, 14 resistance of driving wheel disappears, the first return unit 121 and the second return unit
Pedal 111 and dynamic structural 131 are reset to original state by 122, and completing one-time mechanical can be to the conversion of electric energy.
Embodiment two is when it is implemented, 111 first end of pedal is connect with 112 hinge of the first support portion, 111 first end of pedal
First return unit 121 is set between the second support portion 113, and pedal 111 and horizontal plane are at angle at this time, and dynamic structural 131 is certainly
Correspond to the tooth paddy region of driving wheel 14 by end hovering position, telescopic second return unit 122 is in equilibrium state.
It during trampling, tramples active force and acts on pedal 111, pedal 111 drives dynamic structural 131 to bottom
It moving, 14 Forced rotation of driving wheel, the rotation torque that the rotation torque of driving wheel 14 is transferred to driving wheel 14 is transferred to gearbox 3,
The gear of gearbox 3 is driven to rotate and accelerate, 3 rotation torque of gearbox is transferred to power generation mechanism 2, the gear and hair of gearbox 3
The gear of motor structure 2 is connected, and drives 2 high speed rotation of power generation mechanism, and cutting magnetic induction line simultaneously generates electricity, the output end of power generation mechanism 2
Equipped with interface module 4, the output end of interface module 4 connects energy storage device.Dynamic structural 131 is driven wheel 14
Gear resistance is subjected to displacement, and the lower surface direction along load-bearing part 11 moves, and the second return unit 122 deforms, with pushing
Active force continues to push, and dynamic structural 131 moves to the end of the locating part 133 on the second support portion 113 and stop motion, this
When trample the pulling force and locating part of active force, 14 resistance of driving wheel, the elastic force of the first return unit 121, the second return unit 122
133 obstruction power relative equilibrium.
During foot-up, active force is trampled, 14 resistance of driving wheel disappears, the first return unit 121 and the second return unit
Pedal 111 and dynamic structural 131 are reset to original state by 122, and completing one-time mechanical can be to the conversion of electric energy.
The above descriptions are merely preferred embodiments of the present invention, is not intended to limit the utility model, for this
For the technical staff in field, various modifications and changes may be made to the present invention.It is all in the spirit and principles of the utility model
Within, any modification, equivalent replacement, improvement and so on should be included within the scope of protection of this utility model.
Claims (10)
1. a kind of power generator for power-generating shoe, for being assemblied in power-generating shoe bottom and using frequently power generation is trampled, for sending out
The power generator of electric shoes includes driving mechanism (1) and power generation mechanism (2),
It is characterized in that,
The driving mechanism (1) includes for utilizing the load-bearing part trampling active force and moving down (11), for making to move down
The return unit (12) of load-bearing part (11) reset afterwards is used for mobile with load-bearing part (11) and will carry in load-bearing part (11) bottom
The power part (13) that active force transmits downwards and the suppressing action for transmitting power part (13) are trampled in part (11) carrying
Power is changed into the driving wheel (14) of rotation torque,
The free end hovering position of the power part (13) corresponds to the tooth paddy region of the driving wheel (14)；
The rotation torque of the driving wheel (14) is transferred to the power generation mechanism (2) and generates electricity.
2. the power generator according to claim 1 for power-generating shoe, which is characterized in that
The load-bearing part (11) includes for trampling and utilizing the pedal (111) trampling active force and moving down, be used to support institute
State pedal (111) and with hinged first support portion (112) of the first end of the pedal (111), in the pedal
(111) second end is used to support the second support portion (113) of the pedal (111) moved down, the pedal (111)
The first return unit (121) resetted for the pedal (111) is laid between second end and second support portion (113)；
The dynamic structural (131) that the power part (13) is moved using the lower surface direction in the load-bearing part (11), it is described
It is equipped between load-bearing part (11) and the power part (13) scalable for resetting the dynamic structural (131) after being displaced
The second return unit (122)；
The load-bearing part (11) is equipped with the locating part (133) for limiting dynamic structural (131) displacement, or
Second support portion (113) is equipped with the locating part (133) for limiting dynamic structural (131) displacement.
3. the power generator according to claim 2 for power-generating shoe, which is characterized in that
The direction of motion of the dynamic structural (131) and the rotation direction of the driving wheel (14) are laid in the same direction；
The dynamic structural (131) and the driving wheel (14) eccentric setting.
4. the power generator according to claim 2 for power-generating shoe, which is characterized in that
The load-bearing part (11), which is laid with, positions the dynamic structural (131) and second return unit (122) for install
Fixed chute；
A dynamic structural (131) and second return unit (122) are equipped in the fixed chute, or
A dynamic structural (131) and two the second return units (122) are equipped in the fixed chute, two described second reset
Part (122) is in same axis and respectively from power part (13) described in the dynamic structural (131) sandwich.
5. the power generator according to claim 2 for power-generating shoe, which is characterized in that
First support portion (112) and/or second support portion (113) use support plate, supporting block, support column and support
At least one of item；
The dynamic structural (131) is using at least one of power plate, power item, power rail and power block；
Second return unit (122) uses elastic force regulating part or pulling force regulating part.
6. the power generator according to any one of claims 1 to 5 for power-generating shoe, which is characterized in that
The driving wheel (14) is using at least one of ratchet, bevel gear, gear with curved teeth and spur gear；
The driving wheel (14) is one, alternatively,
The driving wheel (14) is multiple, the multiple same axis interval laying of driving wheel (14) and the multiple driving wheel
(14) tooth paddy is corresponding with the free end hovering position of the power part (13).
7. the power generator according to any one of claims 1 to 5 for power-generating shoe, which is characterized in that
It further include gearbox (3), driving mechanism (1) rotation torque is transferred to the gearbox (3), the gearbox (3)
Rotation torque is transferred to the power generation mechanism (2) and generates electricity；
It further include the output end in the power generation mechanism (2) equipped with interface module (4)；
The power generation mechanism (2) is one, or
The power generation mechanism (2) be it is multiple, multiple power generation mechanisms (2) using connecting in parallel or series；
The output end of the interface module (4) connects electrical equipment；
The output end of the interface module (4) connects energy storage device.
8. a kind of power-generating shoe, including shoes body, the shoes body includes sole and vamp, which is characterized in that the sole setting
It has the right to require 1 to 7 described in any item power generator for power-generating shoe.
9. power-generating shoe according to claim 8, which is characterized in that
Waterproof shell is surrounded by outside the power generator for power-generating shoe, the waterproof shell is double-layer structure, and internal layer is metal
Protective layer, outer layer are rubber waterproof layer, and the outlet of the waterproof shell is blocked by marine glue；
The flexible layer of waterproof is provided on the load-bearing part (11).
10. power-generating shoe according to claim 8, which is characterized in that
The lighting device connecting with power generation mechanism (2) output end is arranged in the shoes body；
The electric heating member that the setting of the inner surface of the upper surface of the sole and/or the vamp is connect with power generation mechanism (2) output end
Part；
The output end of the power generation mechanism (2) is equipped with power interface.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821197179.4U CN209293974U (en) | 2018-07-26 | 2018-07-26 | Power generator and power-generating shoe for power-generating shoe |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821197179.4U CN209293974U (en) | 2018-07-26 | 2018-07-26 | Power generator and power-generating shoe for power-generating shoe |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209293974U true CN209293974U (en) | 2019-08-23 |
Family
ID=67651716
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821197179.4U Expired - Fee Related CN209293974U (en) | 2018-07-26 | 2018-07-26 | Power generator and power-generating shoe for power-generating shoe |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209293974U (en) |
-
2018
- 2018-07-26 CN CN201821197179.4U patent/CN209293974U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20190823 Termination date: 20200726 |