CN202063234U - Body jiggling gravitational potential energy recycling device for moped - Google Patents
Body jiggling gravitational potential energy recycling device for moped Download PDFInfo
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- CN202063234U CN202063234U CN2011201193643U CN201120119364U CN202063234U CN 202063234 U CN202063234 U CN 202063234U CN 2011201193643 U CN2011201193643 U CN 2011201193643U CN 201120119364 U CN201120119364 U CN 201120119364U CN 202063234 U CN202063234 U CN 202063234U
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Abstract
The utility model discloses a body jiggling gravitational potential energy recycling device for a moped, which is capable of converting gravitational potential energy generated by a vertically jiggling human body in the running process of a moped into elastic potential energy which serves as elastic power for driving the moped. The body jiggling gravitational potential energy recycling device comprises a seat component, a transmission case component, a lever, a tension spring, a short connecting rod, a unidirectional shifting component, a long connecting rod, a pull pulley set, a traction rope and a frame, wherein a spiral spring is disposed between a spiral spring shaft and a spiral spring casing, the unidirectional shifting component is used for transmitting gravitational potential energy generated by the seat component in vertical motion into the spiral spring through the lever, the pulley set and a unidirectional rotary bearing, and the spiral spring storing the elastic kinetic energy drives a bicycle to run through a transmission mechanism. Practice shows that energy can be saved by from 5% to 10% after the body jiggling gravitational potential energy recycling device is mounted on the power assisted bicycle.
Description
Technical field:
The jolt recycle device of gravitional force of the human body that the utility model relates to a kind of bicycle, morpet, power-assisted three-wheel.
Background technology:
At present, the traffic means of transport of single low price is mainly bicycle, Electrical Bicycle and motor bike, can be divided into cart and three-wheel vehicle by wheel, what the walking-replacing tool of 5～10 kilometers roads generally used is Moped Scooter, be called for short Electrical Bicycle, Electrical Bicycle need not people and just steps on and can walk fast with pedal, and charging is comparatively convenient, obtains the public's approval.In recent years, Electrical Bicycle has obtained fast development, the first-selected walking-replacing tool of the short-distance trip of the people of samll cities and towns during it has become.People are in the process of using Electrical Bicycle, because pavement roughness, in the process of travelling, people are sitting in and will inevitably produce fitfull on the stool and pitch, contained a large amount of gravitional force in the process of pitching, owing to there is not corresponding recycle device, these gravitional force have all been wasted in vain, do not obtain recycling, very unfortunate.The applicant designs Electrical Bicycle elastic force storage device through long term studies, and it can be with electric vehicle and bicycle in the process of moving because of the human body gravitional force that produces that pitches be converted into elastic force potential energy, and can be as the elastic drive power that drives morpet.
The utility model content:
The purpose of this utility model provides a kind of boosted vehicle human body gravitional force recycle device that jolts, it can be with boosted vehicle in the process of moving because of the human body gravitional force that produces that pitches be converted into elastic force potential energy, and can be as the elastic drive power that drives boosted vehicle.
A kind of boosted vehicle human body gravitional force recycle device that jolts, it is characterized in that, comprise a stool parts, lever, the transmission gearbox parts, extension spring, short connecting rod, the unidirectional parts of stirring, long connecting rod, pulling force assembly pulley and vehicle frame, described transmission gearbox parts comprise winder, transition axis, output shaft, clockwork spring, the clockwork spring shell, output chain gear, the unidirectional rotation sprocket wheel, casing, supporting pin, gear A, gear B, gear C and gear D, the inner of clockwork spring is fixed on the winder, the outer end of clockwork spring is fixed on the clockwork spring shell, clockwork spring shell and gear A all are sleeved on the winder, clockwork spring shell and gear A end face fixedly are connected as a single entity, winder, transition axis and output shaft all are installed on the casing by pair of bearings free to rotately, gear B and gear C are fixedly mounted on the transition axis, gear D, output chain gear and unidirectional rotation sprocket wheel all are installed on the output shaft; The end of exerting pressure of described lever is hinged with a lower end of stool bar, and the stay cord end is captiveed joint with the terminal of drag rope, and the strong point of lever is arranged on exerts pressure between end and the stay cord end, and the strong point and the supporting pin of lever are hinged; The described unidirectional parts of stirring comprise bearing seat, unidirectional rotation bearing and driving lever, be installed on the winder to the interference of unidirectional rotation bearing cone, the outer ring is installed on the bearing seat, driving lever is captiveed joint with bearing seat, the upper end of driving lever is hinged with short connecting rod and long connecting rod respectively, the other end of short connecting rod and the upper end of extension spring are hinged, and the lower end of extension spring is fixed on the pin of casing lateral surface, and the movable pulley in the other end of long connecting rod and the pulling force assembly pulley is hinged; Described pulling force assembly pulley comprises set pin, movable pulley, fixed pulley and drag rope, and the top of drag rope is fixed on the set pin, and the end of drag rope is fixed on the stay cord end of lever, middle pile warp movable pulley and fixed pulley.
Further, described seat stool parts comprise a stool, seat stool bar, seat stool spring, guide finger and setting nut, the upper end of the present stool bar of seat stool fixed installation, the epimere of present stool bar is provided with outside thread, and the middle part of present stool bar is provided with guide groove, and setting nut spins on the outside thread of epimere of present stool bar, seat stool spring housing is contained on the stool bar, seat stool bar is sleeved in the stool bar orienting sleeve, and stool bar orienting sleeve is captiveed joint with vehicle frame, guide finger intert in guide groove and with stool bar orienting sleeve heavy keying fit.
Further, between stool bar orienting sleeve and seat stool bar, be provided with plain bearing.
Further, be provided with end face turning rolls and end face roller in the outer end of driving lever, the end face turning rolls is installed on the driving lever by mandrel, the end face roller is installed on the end face turning rolls, lateral surface at casing is fixed with the end face guide rail, the end face roller rotates along the end face guide rail, guarantees that driving lever rotates in same plane.
Further, clockwork spring shell and gear A all are contained on the winder by bearing carrier ring.
When human body compressing seat stool bar pressurizes downwards, force the end of exerting pressure of lever to move down, lever rotates with the strong point, forces the stay cord end upwards to move, at this moment, drag rope on three fixed pulleys and movable pulley is in strained condition, forces movable pulley to move up, and rotates thereby drive driving lever, because driving lever is captiveed joint with bearing seat, the unidirectional rotation bearing is housed in bearing seat, therefore drives winder and rotate, make clockwork spring store elastic force potential energy; When human body upwards jolted, the end of exerting pressure of lever upwards moved, and the stay cord end is to moving down, and drag rope is in relaxed state, and at this moment, driving lever resets under the effect of extension spring fast.This mechanism can be converted into elastic force potential energy because of the human body gravitional force that produces that pitches in the process of walking with boosted vehicle, and constantly be stored in the clockwork spring, the elastic force potential energy that is stored in the clockwork spring forces the clockwork spring shell to rotate again, thereby driven gear A rotates, drive output shaft and rotate by gear A, gear B, gear C, gear D, drive the rotation of boosted vehicle trailing wheel by output chain gear, the unidirectional rotation sprocket wheel is driven by the foot-operated real floral disc of boosted vehicle; Making it becomes the auxiliary elastic drive power that the driving bicycle advances, and has made full use of the gravitional force that bicycle pitches and produces because of human body in the process of walking.Facts have proved, on electric assisted bicycle, be equipped with the utility model, can save energy 5%～10%.
Description of drawings:
Fig. 1 is a transmission scheme drawing of the present utility model;
Fig. 2 is the structural representation of transmission gearbox parts;
Fig. 3 is the unidirectional connection structure scheme drawing between parts and the transmission gearbox parts of stirring;
Fig. 4 is a kind of structural representation of seat stool parts;
Fig. 5 is a kind of mounting structure scheme drawing of fixed pulley;
Fig. 6 is a kind of structural representation of lever;
Fig. 7 is a kind of distributed architecture scheme drawing of pulling force assembly pulley;
Among the figure: 1-seat stool parts; The 2-lever; 3-transmission gearbox parts; The 4-extension spring; The 5-short connecting rod; The unidirectional parts of stirring of 6-; The 7-long connecting rod; 8-pulling force assembly pulley; 11-seat stool; 12-seat stool bar; 13-seat stool spring; The 14-guide finger; The 15-setting nut; The 16-outside thread; The 17-guide groove; The 21-end of exerting pressure; 22-stay cord end; The 23-strong point; The 31-winder; The 32-transition axis; The 33-output shaft; The 34-clockwork spring; 35-clockwork spring shell; The 36-output chain gear; 37-unidirectional rotation sprocket wheel; The 38-casing; The 39-supporting pin; The 41-pin; The 51-gear A; The 52-gear B; The 53-gear C; The 54-gear D; The 61-bearing seat; 62-unidirectional rotation bearing; The 63-driving lever; The 64-mandrel; 65-end face turning rolls; 66-end face roller; 67-end face guide rail; The 81-set pin; The 82-movable pulley; The 83-fixed pulley; The 84-drag rope; The 85-roller shaft; 91-stool bar orienting sleeve; The 92-plain bearing.
The specific embodiment:
Be described in detail below in conjunction with 1～7 pair of specific embodiment of the present utility model of accompanying drawing:
A kind of boosted vehicle human body gravitional force recycle device that jolts, as accompanying drawing 1～shown in Figure 7, comprise a stool parts 1, lever 2, transmission gearbox parts 3, extension spring 4, short connecting rod 5, the unidirectional parts 6 of stirring, long connecting rod 7, pulling force assembly pulley 8 and vehicle frame, described seat stool parts 1 comprise a stool 11, seat stool bar 12, seat stool spring 13, guide finger 14 and setting nut 15, the upper end of the present stool bar 12 of seat stool 11 fixed installations, the epimere of present stool bar 12 is provided with outside thread 16, the middle part of present stool bar 12 is provided with guide groove 17, setting nut 15 spins on the outside thread 16 of epimere of present stool bar 12, on the present stool bar 12 of seat stool spring 13 suits, in stool bar orienting sleeve 91, be provided with plain bearing 92, seat stool bar 12 is sleeved in the plain bearing 92, stool bar orienting sleeve 91 is captiveed joint with vehicle frame, guide finger 14 intert in guide groove 17 and with stool bar orienting sleeve 91 heavy keying fit; Described lever 2 one ends are the end 21 of exerting pressure, the other end is a stay cord end 22, the strong point 23 is arranged on exerts pressure between end 21 and the stay cord end 22, the strong point 23 holds 21 distances less than the distance to stay cord end 22 to exerting pressure, the end 21 of exerting pressure of lever 2 is hinged with a lower end of stool bar 12, stay cord end 22 is captiveed joint with the terminal of drag rope 84, and the strong point 23 of lever 2 is hinged with the supporting pin 39 that is fixed on casing 38 lateral surfaces; Described transmission gearbox parts 3 comprise winder 31, transition axis 32, output shaft 33, clockwork spring 34, clockwork spring shell 35, output chain gear 36, unidirectional rotation sprocket wheel 37, casing 38, supporting pin 39, gear A 51, gear B 52, gear C 53 and gear D 54, the inner of clockwork spring 34 is fixed on the winder 31, the outer end of clockwork spring 34 is fixed on the clockwork spring shell 35, clockwork spring shell 35 and gear A 51 all are contained on the winder 31 by bearing carrier ring, clockwork spring shell 35 and gear A 51 end faces fixedly are connected as a single entity, winder 31, transition axis 32 and output shaft 33 all are installed on the casing 38 by pair of bearings free to rotately, gear B 52 and gear C 53 are fixedly mounted on the transition axis 32, gear D 54, output chain gear 36 and unidirectional rotation sprocket wheel 37 all are installed on the output shaft 33; The described unidirectional parts 6 of stirring comprise bearing seat 61, unidirectional rotation bearing 62 and driving lever 63, the inner ring of unidirectional rotation bearing 62 is installed on the winder 31, the outer ring is installed on the bearing seat 61, driving lever 63 is captiveed joint with bearing seat 61, be provided with end face turning rolls 65 and end face roller 66 in the outer end of driving lever 63, end face turning rolls 65 is installed on the driving lever 63 by mandrel 64, end face roller 66 is installed on the end face turning rolls 65, lateral surface at casing 38 is fixed with end face guide rail 67, end face roller 66 rotates along end face guide rail 67, guarantees that driving lever 63 rotates in same plane; The outer end of driving lever 63 is hinged with short connecting rod 5 and long connecting rod 7 respectively, and the upper end of the other end of short connecting rod 5 and extension spring 4 is hinged, and the lower end of extension spring 4 is fixed on the pin 41 of casing 38 lateral surfaces, and the other end of long connecting rod 7 and movable pulley 82 are hinged; Described pulling force assembly pulley 8 comprises set pin 81, movable pulley 82, fixed pulley 83 and drag rope 84, the top of drag rope 84 is fixed on the set pin 81, the end of drag rope 84 is fixed on the stay cord end 22 of lever 2, middle pile warp movable pulley 82 and fixed pulley 83, fixed pulley 83 is fixed on the casing 38 by roller shaft 85.
Working process of the present utility model is as follows:
When seat stool bar 12 pressurization downwards, force the end 21 of exerting pressure of lever 2 to move down, lever 2 rotates with the strong point 23, forces stay cord end 22 upwards to move, at this moment, drag rope 84 on three fixed pulleys 83 and movable pulley 82 is in strained condition, forces movable pulley 82 to move up, and rotates thereby drive driving lever 63, because driving lever 63 is captiveed joint with bearing seat 61, unidirectional rotation bearing 62 is housed in bearing seat 61, therefore drives winder 31 and rotate, make clockwork spring 34 store elastic force potential energy; When human body upwards jolts, the end 21 of exerting pressure of lever 2 upwards moves, stay cord end 22 is to moving down, drag rope 84 is in relaxed state, at this moment, driving lever 63 is returning quickly under the effect of extension spring 4, this mechanism can be converted into elastic force potential energy because of the human body gravitional force that produces that pitches in the process of walking with bicycle, and constantly be stored in the clockwork spring 34, the elastic force potential energy that is stored in the clockwork spring 34 forces clockwork spring shell 35 to rotate again, thereby driven gear A51 rotates, by gear A 51, gear B 52, gear C 53, gear D 54 drives output shaft 33 and rotates, and makes it to become the auxiliary elastic drive power that the driving bicycle advances.
Claims (5)
1. boosted vehicle human body gravitional force recycle device that jolts, it is characterized in that: comprise a stool parts (1), lever (2), transmission gearbox parts (3), extension spring (4), short connecting rod (5), the unidirectional parts (6) of stirring, long connecting rod (7), pulling force assembly pulley (8) and vehicle frame, described transmission gearbox parts (3) comprise winder (31), transition axis (32), output shaft (33), clockwork spring (34), clockwork spring shell (35), output chain gear (36), unidirectional rotation sprocket wheel (37), casing (38), supporting pin (39), gear A (51), gear B (52), gear C (53) and gear D (54), the inner of clockwork spring (34) is fixed on the winder (31), the outer end of clockwork spring (34) is fixed on the clockwork spring shell (35), clockwork spring shell (35) and gear A (51) all are sleeved on the winder (31), clockwork spring shell (35) and gear A (51) end face fixedly are connected as a single entity, winder (31), transition axis (32) and output shaft (33) all are installed on the casing (38) by pair of bearings free to rotately, gear B (52) and gear C (53) are fixedly mounted on the transition axis (32), gear D (54), output chain gear (36) and unidirectional rotation sprocket wheel (37) all are installed on the output shaft (33); The end (21) of exerting pressure of described lever (2) is hinged with a lower end of stool bar (12), the terminal captive joint of stay cord end (22) and drag rope (84), the strong point (23) of lever (2) is arranged on exerts pressure between end (21) and the stay cord end (22), and the strong point (23) of lever (2) is hinged with supporting pin (39); The described unidirectional parts (6) of stirring comprise bearing seat (61), unidirectional rotation bearing (62) and driving lever (63), be installed on the winder (31) to the inner ring interference of unidirectional rotation bearing (62), the outer ring is installed on the bearing seat (61), driving lever (63) is captiveed joint with bearing seat (61), the upper end of driving lever (63) is hinged with short connecting rod (5) and long connecting rod (7) respectively, the upper end of the other end of short connecting rod (5) and extension spring (4) is hinged, the lower end of extension spring (4) is fixed on the pin (41) of casing (38) lateral surface, and the movable pulley (82) in the other end of long connecting rod (7) and the pulling force assembly pulley (8) is hinged; Described pulling force assembly pulley (8) comprises set pin (81), movable pulley (82), fixed pulley (83) and drag rope (84), the top of drag rope (84) is fixed on the set pin (81), the end of drag rope (84) is fixed on the stay cord end (22) of lever (2), middle pile warp movable pulley (82) and fixed pulley (83).
2. according to the described boosted vehicle human body of the claim 1 gravitional force recycle device that jolts, it is characterized in that: described seat stool parts (1) comprise a stool (11), seat stool bar (12), seat stool spring (13), guide finger (14) and setting nut (15), the upper end of the present stool bar (12) of seat stool (11) fixed installation, the epimere of present stool bar (12) is provided with outside thread (16), the middle part of present stool bar (12) is provided with guide groove (17), setting nut (15) spins on the outside thread (16) of epimere of present stool bar (12), on the present stool bar (12) of seat stool spring (13) suit, seat stool bar (12) is sleeved in the stool bar orienting sleeve (91), stool bar orienting sleeve (91) is captiveed joint with vehicle frame, guide finger (14) intert in guide groove (17) and with stool bar orienting sleeve (91) heavy keying fit.
3. according to the described boosted vehicle human body of the claim 2 gravitional force recycle device that jolts, it is characterized in that: between stool bar orienting sleeve (91) and seat stool bar (12), be provided with plain bearing (92).
4. according to the described boosted vehicle human body of the claim 1 gravitional force recycle device that jolts, it is characterized in that: be provided with end face turning rolls (65) and end face roller (66) in the outer end of driving lever (63), end face turning rolls (65) is installed on the driving lever (63) by mandrel (64), end face roller (66) is installed on the end face turning rolls (65), lateral surface at casing (38) is fixed with end face guide rail (67), end face roller (66) rotates along end face guide rail (67), guarantees that driving lever (63) rotates in same plane.
5. according to the described boosted vehicle human body of the claim 1 gravitional force recycle device that jolts, it is characterized in that: clockwork spring shell (35) and gear A (51) all are contained on the winder (31) by bearing carrier ring.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011201193643U CN202063234U (en) | 2011-04-21 | 2011-04-21 | Body jiggling gravitational potential energy recycling device for moped |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011201193643U CN202063234U (en) | 2011-04-21 | 2011-04-21 | Body jiggling gravitational potential energy recycling device for moped |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202063234U true CN202063234U (en) | 2011-12-07 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2011201193643U Expired - Fee Related CN202063234U (en) | 2011-04-21 | 2011-04-21 | Body jiggling gravitational potential energy recycling device for moped |
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| Country | Link |
|---|---|
| CN (1) | CN202063234U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102233935A (en) * | 2011-04-21 | 2011-11-09 | 江苏磁源动力科技有限公司 | Moped human body tossing gravity potential energy recycling device |
-
2011
- 2011-04-21 CN CN2011201193643U patent/CN202063234U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102233935A (en) * | 2011-04-21 | 2011-11-09 | 江苏磁源动力科技有限公司 | Moped human body tossing gravity potential energy recycling device |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20111207 Termination date: 20150421 |
|
| EXPY | Termination of patent right or utility model |