CN204704350U - The gear-box of pull type energy storage - Google Patents
The gear-box of pull type energy storage Download PDFInfo
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- CN204704350U CN204704350U CN201520373315.0U CN201520373315U CN204704350U CN 204704350 U CN204704350 U CN 204704350U CN 201520373315 U CN201520373315 U CN 201520373315U CN 204704350 U CN204704350 U CN 204704350U
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- drain pan
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Abstract
The utility model belongs to gear-box technical field, in particular to a kind of gear-box of pull type energy storage, comprise face-piece and drain pan, the one side of the close face-piece of drain pan is provided with the first gear, the second gear, output gear, output shaft, wobble gear and can pulls parts, output gear is sheathed on output shaft, parts can be pulled be arranged at rotationally on drain pan, can pull on parts and be provided with tooth sector, and can pull on parts and be also provided with spring; Tooth sector and the second gears meshing, the second gear and the first gears meshing, the first gear engages with wobble gear, and when releasing energy, wobble gear engages with output gear.Relative to prior art, the utility model achieves the cochain of pull type, adds the diversity of cochain form, and structure is simple, more laborsaving; And unclamp and can pull parts, can also realize putting chain fast.
Description
Technical field
The utility model belongs to gear-box technical field, and particularly a kind of cochain facilitates, puts the gear-box of chain pull type energy storage fast.
Background technique
Gear-box is again tooth case or gearbox, and it is increased by the gears meshing varied in size or reduced the speed of rotating.At present, the upper chain structure of general gear-box or too simply require great effort, otherwise too complicated, cost is too high.And the cochain mode of gear-box of the prior art is too single, people can not be met to its diversified demand.
In view of this, the necessary gear-box a kind of cochain convenience being provided, putting chain pull type energy storage fast, it adopts the parts pulled being with tooth sector, achieve the cochain of pull type, add the diversity of cochain form, and structure is simple, more laborsaving.
Model utility content
The purpose of this utility model is: for the deficiencies in the prior art, and the gear-box that a kind of cochain is convenient, put chain pull type energy storage is fast provided, it adopts the parts pulled being with tooth sector, achieve the cochain of pull type, add the diversity of cochain form, and structure is simple, more laborsaving; And unclamp and can pull parts, can also realize putting chain fast.
To achieve these goals, the utility model adopts following technological scheme:
The gear-box of pull type energy storage, comprise face-piece and drain pan, containing space is formed between described face-piece and described drain pan, the one side of the close described face-piece of described drain pan is provided with the first gear, the second gear, output gear, output shaft, wobble gear and can pulls parts, described output gear is sheathed on described output shaft, described parts of pulling are arranged on described drain pan rotationally, and described pulling on parts is provided with tooth sector, and described pulling on parts is also provided with spring;
Described tooth sector and described second gears meshing, described second gear and described first gears meshing, described first gear engages with described wobble gear, and when releasing energy, described wobble gear engages with described output gear.
One as the gear-box of the utility model pull type energy storage is improved, described parts of pulling comprise main part, with the stationary axle of center hole and the handle part that is connected with described main part, described tooth sector is arranged at the side of described main part, and described stationary axle is through described main part, described spring housing is located on described stationary axle, and described parts of pulling are by being fixed on described face-piece and described drain pan through the fixed block of described center hole.
One as the gear-box of the utility model pull type energy storage is improved, described spring is set to torsion spring, one end of the close described main part of described handle part is provided with breach, and one end of described torsion spring is positioned at described breach, and the other end of described torsion spring stretches out from described containing space.
One as the gear-box of the utility model pull type energy storage is improved, and described first gear comprises first fluted disc, the first small tooth plate and the first coupling shaft, and described first fluted disc is connected by described first coupling shaft with described first small tooth plate.
One as the gear-box of the utility model pull type energy storage is improved, described second gear comprises second largest fluted disc, the second small tooth plate and the second coupling shaft, described second largest fluted disc is connected by described second coupling shaft with described second small tooth plate, described first small tooth plate and described second largest fluted disc engagement, described second small tooth plate and the engagement of described tooth sector.
One as the gear-box of the utility model pull type energy storage is improved, described wobble gear comprises the third-largest fluted disc, the 3rd small tooth plate and the 3rd coupling shaft, described the third-largest fluted disc is connected by described 3rd coupling shaft with described 3rd small tooth plate, described 3rd small tooth plate and described first fluted disc engagement, when releasing energy, described the third-largest fluted disc and the engagement of described output gear.
One as the gear-box of the utility model pull type energy storage is improved, described face-piece is provided with the first arc positioning hole, described drain pan is provided with the second arc positioning hole, one end of described 3rd coupling shaft embeds in described first arc positioning hole, and the other end of described 3rd coupling shaft embeds in described second arc positioning hole.
One as the gear-box of the utility model pull type energy storage is improved, and the part edge of described drain pan is upwards extended with the first side wall, described the first side wall is provided with the fixing column that several extend towards face-piece direction;
The part edge of described face-piece is extended with the second sidewall downwards, described second sidewall is provided with the through hole mated with described fixing column;
Described drain pan is connected by the fixing column embedded in described through hole with described face-piece.
One as the gear-box of the utility model pull type energy storage is improved, and the fringe region not extending the first side wall of described drain pan is formed can for described 4th region of pulling parts and pulling the first area of 90 °, the second area supplying described wobble gear part to stretch out, the 3rd region supplying described output gear part to stretch out and stretching out for described tooth sector part;
The fringe region not extending the second sidewall of described face-piece formed corresponding with described first area arrange the 5th region, the SECTOR-SEVEN territory of stretching out with corresponding the 6th region that arranges, described 3rd region and described first gear parts of confession.
One as the gear-box of the utility model pull type energy storage is improved, and the first side wall between described first area and described 4th region is provided with one can be played position-limiting action described fixing column to one end of described spring.
Working principle of the present utility model is:
During energy storage, pull clockwise can pull parts with hand, spring can be related together compacted, thus storage elasticity potential energy.Meanwhile, tooth sector rotates clockwise, and drives the second gear, the second gear driven first gear, the first gear driven wobble gear, and under the effect of gear forces, wobble gear can swing to the out of mesh position with output gear, and now output shaft does not rotate.Therefore can pull in parts carry out uplink operation pulling, the output shaft of gear-box can not rotate.
When releasing energy: when unclamping spanner after complete holddown spring, spring release elastic potential energy, drive tooth sector rotates counterclockwise, transmission arrives wobble gear through the second gear, the first gear, under the effect of gear forces, wobble gear can swing to the position be meshed with output gear, so, and output shaft rotation.
Relative to prior art, the utility model adopts one to be with the parts pulled of tooth sector, can pull parts make spring-compressed stored energy by pulling.Unclamp and can pull parts, spring releases energy and drives tooth sector counter-rotation, by the transmission of gear at different levels, rotation is transferred to output shaft.The utility model achieves the cochain of pull type, adds the diversity of cochain form, and structure is simple, more laborsaving; And unclamp and can pull parts, can also realize putting chain fast.
Accompanying drawing explanation
Below in conjunction with specification drawings and specific embodiments, the utility model and Advantageous Effects thereof are described in detail, wherein:
Fig. 1 is one of perspective view of the present utility model.
Fig. 2 is perspective view two of the present utility model.
Fig. 3 is that the utility model removes one of perspective view after face-piece.
Fig. 4 is the perspective view after the utility model removes face-piece, wobble gear.
Fig. 5 is the perspective view two after the utility model removes face-piece.
Fig. 6 is that the utility model removes one of perspective view after drain pan.
Fig. 7 is the perspective view two after the utility model removes drain pan.
Wherein:
1-face-piece;
11-first arc positioning hole, 12-second sidewall, 13-through hole, 14-the 5th region, 15-the 6th region, 16-SECTOR-SEVEN territory;
2-drain pan;
21-second arc positioning hole, 22-the first side wall, 23-fixing column, 24-first area, 25-second area, 26-the 3rd region, 27-the 4th region;
3-first gear;
The first fluted disc of 31-, 32-first small tooth plate, 33-first coupling shaft;
4-second gear;
The second largest fluted disc of 41-, 42-second small tooth plate, 43-second coupling shaft;
5-output gear;
6-output shaft;
7-wobble gear;
The third-largest fluted disc of 71-, 72-the 3rd small tooth plate, 73-the 3rd coupling shaft;
8-can pull parts;
81-tooth sector, 82-main part, 83-stationary axle, 831-center hole, 84-handle part, 841-breach;
9-spring;
10-fixed block.
Embodiment
Below in conjunction with embodiment and Figure of description, the utility model is described in further detail, but mode of execution of the present utility model is not limited thereto.
As shown in Fig. 1 to 7, the gear-box of a kind of pull type energy storage that the utility model provides, comprise face-piece 1 and drain pan 2, containing space is formed between face-piece 1 and drain pan 2, the one side of the close face-piece 1 of drain pan 2 is provided with the first gear 3, second gear 4, output gear 5, output shaft 6, wobble gear 7 and parts 8 can be pulled, output gear 5 is sheathed on output shaft 6, can pull parts 8 is arranged on drain pan 2 rotationally, can pull on parts 8 and be provided with tooth sector 81, pull when can pull parts 8 or parts 8 return can be pulled and can move with tooth sector 81, and can pull on parts 8 and also be provided with spring 9, for realizing energy storage and exoergic,
Tooth sector 81 engages with the second gear 4, second gear 4 engages with the first gear 3, and the first gear 3 engages with wobble gear 7, when releasing energy, wobble gear 7 engages with output gear 5, when energy storage, wobble gear 7 is in position out of mesh with output gear 5, thus, during energy storage, output shaft 6 can not export rotation, and when releasing energy, output shaft 6 can export rotation.
Parts 8 can be pulled and comprise main part 82, with the stationary axle 83 of center hole 831 and the handle part 84 that is connected with main part 82, tooth sector 81 is arranged at the side of main part 82, and stationary axle 83 is through main part 82, spring 9 is sheathed on stationary axle 83, can pull parts 8 and is fixed on face-piece 1 and drain pan 2 by the fixed block 10 through center hole 831.Wherein, handle part 84 is positioned at outside containing space.Main part 82 can rotate around fixed block 10.
Spring 9 is set to torsion spring, one end of the close main part 82 of handle part 84 is provided with breach 841, one end of torsion spring is positioned at breach 841, the other end of torsion spring stretches out from containing space, and when pulling handle part 84, the torsion spring being positioned at breach 841 can move thereupon together, the other end of torsion spring then limited live, thus when pulling handle part 84, spring 9 can be compacted, thus storage elasticity potential energy.During release handle portion 84, spring 9 releases energy, and drives tooth sector 81 counter-rotation, by the transmission of gear at different levels, rotation is transferred to output shaft 6.
First gear 3 comprises first fluted disc 31, first small tooth plate 32 and the first coupling shaft 33, and first fluted disc 31 is connected by the first coupling shaft 33 with the first small tooth plate 32.Second gear 4 comprises second largest fluted disc 41, second small tooth plate 42 and the second coupling shaft 43, second largest fluted disc 41 is connected by the second coupling shaft 43 with the second small tooth plate 42, first small tooth plate 32 and second largest fluted disc 41 engage, and the second small tooth plate 42 and tooth sector 81 engage.
Wobble gear 7 comprises the third-largest fluted disc 71, the 3rd small tooth plate 72 and the 3rd coupling shaft 73, the third-largest fluted disc 71 is connected by the 3rd coupling shaft 73 with the 3rd small tooth plate 72,3rd small tooth plate 72 and first fluted disc 31 engage, when releasing energy, the third-largest fluted disc 71 and output gear 5 engage, during energy storage, the third-largest fluted disc 71 is in position out of mesh with output gear 5.
Face-piece 1 is provided with the first arc positioning hole 11, drain pan 2 is provided with the second arc positioning hole 21, one end of 3rd coupling shaft 73 embeds in the first arc positioning hole 11, and the other end of the 3rd coupling shaft 73 embeds in the second arc positioning hole 21, thus realizes the swing of wobble gear 7.First arc positioning hole 11 and the first arc positioning hole 21 the range of movement and track that can limit the 3rd coupling shaft 73 are set.
The part edge of drain pan 2 is upwards extended with the first side wall 22, the first side wall 22 is provided with the fixing column 23 that several extend towards face-piece 1 direction; The part edge of face-piece 1 is extended with downwards on the second sidewall 12, second sidewall 12 and is provided with the through hole 13 mated with fixing column 23; Drain pan 2 is connected by the fixing column 23 embedded in through hole 13 with face-piece 1.This assembling mode is simple, be easy to realize, cost is low, and assembling and dismounting are easily.
The fringe region not extending the first side wall 22 of drain pan 2 is formed can for pulling parts 8 and pull the first area 24 of 90 °, the second area 25 stretched out for wobble gear 7 part, the 3rd region 26 of stretching out for output gear 5 part and the 4th region 27 of stretching out for tooth sector 81 part; The first side wall 22 is not continuous print, but has been spaced apart, so that make operative gear stretch out, reduces the volume of whole gear-box, and is convenient to heat radiation, and what is more important, the motion can pulling parts 8 is convenient in first area 24.
The fringe region not extending the second sidewall 12 of face-piece 1 formed corresponding with first area 24 arrange the 5th region 14, the SECTOR-SEVEN territory 16 of stretching out with corresponding the 6th region 15 that arranges, the 3rd region 26 and confession the first gear 3 part.Second sidewall 12 is not continuous print, but has been spaced apart, so that make operative gear stretch out, reduces the volume of whole gear-box, and is convenient to heat radiation, and what is more important, the motion can pulling parts 8 is convenient in the 5th region 14.
The first side wall 22 between first area 24 and the 4th region 27 is provided with one can be played position-limiting action fixing column 23 to one end of spring 9.That is, one end of torsion spring is positioned at breach 841, and the other end post 23 that is then fixed limits, pull can pull parts 8 time torsion spring the other end be fixed, one end of torsion spring then followed by can pull parts 8 and move together, so just makes torsion spring compacted.
Working principle of the present utility model is:
During energy storage, as Fig. 1,3, shown in 4 and 6, the handle part 84 can pulling parts 8 is in the position vertical with the length direction of face-piece 1, and now, spring 9 is in free state, handle part 84 is pulled clockwise with hand, handle part 84 is made to move on the position parallel with the length direction of face-piece 1, as shown in Fig. 2,5 and 7, now, spring 9 can be related together compacted, thus storage elasticity potential energy.Meanwhile, tooth sector 81 rotates clockwise, and drives the second gear 4, second gear 4 to drive the first gear 3, first gear 3 to drive wobble gear 7.Move due in the region that the 3rd coupling shaft 73 of wobble gear 7 can limit at the first arc positioning hole 11 and the first arc positioning hole 21, now, under the effect of gear forces, the two ends of the 3rd coupling shaft 73 of wobble gear 7 can swing to the 11A position of 21A position on drain pan 2 and face-piece 1 respectively, now, wobble gear 7 is in the position of not engaging with output gear 5, and therefore output shaft 6 can not rotate.Therefore when pulling gear cochain, the output shaft 6 of gear-box can not rotate.
When releasing energy: when release handle portion 84 after complete holddown spring 9, spring 9 discharges elastic potential energy, tooth sector 81 is driven to rotate counterclockwise, transmission is through the second gear 4, wobble gear 7 is arrived after first gear 3, under the effect of gear forces, the two ends of the 3rd coupling shaft 73 of wobble gear 7 can be swung to the 11B position of 21B position on drain pan 2 and face-piece 1 respectively respectively by the 11A position of the 21A position on drain pan 2 and face-piece 1, now, wobble gear 7 is in the position of engaging with output gear 5, thus output shaft 6 rotates, after spring 9 releases energy, the handle part 84 can pulling parts 8 is returned to again the position vertical with the length direction of face-piece 1 (as Fig. 1, 3, shown in 4 and 6), realize resetting.
The announcement of book and instruction according to the above description, the utility model those skilled in the art can also change above-mentioned mode of execution and revise.Therefore, the utility model is not limited to embodiment disclosed and described above, also should fall in the protection domain of claim of the present utility model modifications and changes more of the present utility model.In addition, although employ some specific terms in this specification, these terms just for convenience of description, do not form any restriction to the utility model.
Claims (10)
1. the gear-box of pull type energy storage, comprises face-piece and drain pan, forms containing space, it is characterized in that between described face-piece and described drain pan:
The one side of the close described face-piece of described drain pan is provided with the first gear, the second gear, output gear, output shaft, wobble gear and can pulls parts, described output gear is sheathed on described output shaft, described parts of pulling are arranged on described drain pan rotationally, described pulling on parts is provided with tooth sector, and described pulling on parts is also provided with spring;
Described tooth sector and described second gears meshing, described second gear and described first gears meshing, described first gear engages with described wobble gear, and when releasing energy, described wobble gear engages with described output gear.
2. the gear-box of pull type energy storage according to claim 1, it is characterized in that: described parts of pulling comprise main part, with the stationary axle of center hole and the handle part that is connected with described main part, described tooth sector is arranged at the side of described main part, and described stationary axle is through described main part, described spring housing is located on described stationary axle, and described parts of pulling are by being fixed on described face-piece and described drain pan through the fixed block of described center hole.
3. the gear-box of pull type energy storage according to claim 2, it is characterized in that: described spring is set to torsion spring, one end of the close described main part of described handle part is provided with breach, and one end of described torsion spring is positioned at described breach, and the other end of described torsion spring stretches out from described containing space.
4. the gear-box of pull type energy storage according to claim 1, is characterized in that: described first gear comprises first fluted disc, the first small tooth plate and the first coupling shaft, and described first fluted disc is connected by described first coupling shaft with described first small tooth plate.
5. the gear-box of pull type energy storage according to claim 4, it is characterized in that: described second gear comprises second largest fluted disc, the second small tooth plate and the second coupling shaft, described second largest fluted disc is connected by described second coupling shaft with described second small tooth plate, described first small tooth plate and described second largest fluted disc engagement, described second small tooth plate and the engagement of described tooth sector.
6. the gear-box of pull type energy storage according to claim 4, it is characterized in that: described wobble gear comprises the third-largest fluted disc, the 3rd small tooth plate and the 3rd coupling shaft, described the third-largest fluted disc is connected by described 3rd coupling shaft with described 3rd small tooth plate, described 3rd small tooth plate and described first fluted disc engagement, when releasing energy, described the third-largest fluted disc and the engagement of described output gear.
7. the gear-box of pull type energy storage according to claim 6, it is characterized in that: described face-piece is provided with the first arc positioning hole, described drain pan is provided with the second arc positioning hole, one end of described 3rd coupling shaft embeds in described first arc positioning hole, and the other end of described 3rd coupling shaft embeds in described second arc positioning hole.
8. the gear-box of pull type energy storage according to claim 1, is characterized in that: the part edge of described drain pan is upwards extended with the first side wall, described the first side wall is provided with the fixing column that several extend towards face-piece direction;
The part edge of described face-piece is extended with the second sidewall downwards, described second sidewall is provided with the through hole mated with described fixing column;
Described drain pan is connected by the fixing column embedded in described through hole with described face-piece.
9. the gear-box of pull type energy storage according to claim 8, is characterized in that: the fringe region not extending the first side wall of described drain pan is formed can for described 4th region of pulling parts and pulling the first area of 90 °, the second area supplying described wobble gear part to stretch out, the 3rd region supplying described output gear part to stretch out and stretching out for described tooth sector part;
The fringe region not extending the second sidewall of described face-piece formed corresponding with described first area arrange the 5th region, the SECTOR-SEVEN territory of stretching out with corresponding the 6th region that arranges, described 3rd region and described first gear parts of confession.
10. the gear-box of pull type energy storage according to claim 9, is characterized in that: the first side wall between described first area and described 4th region is provided with one can be played position-limiting action described fixing column to one end of described spring.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520373315.0U CN204704350U (en) | 2015-06-02 | 2015-06-02 | The gear-box of pull type energy storage |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520373315.0U CN204704350U (en) | 2015-06-02 | 2015-06-02 | The gear-box of pull type energy storage |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204704350U true CN204704350U (en) | 2015-10-14 |
Family
ID=54283969
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520373315.0U Active CN204704350U (en) | 2015-06-02 | 2015-06-02 | The gear-box of pull type energy storage |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204704350U (en) |
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2015
- 2015-06-02 CN CN201520373315.0U patent/CN204704350U/en active Active
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