CN204637569U - A kind of inertia cycle and emitter thereof - Google Patents
A kind of inertia cycle and emitter thereof Download PDFInfo
- Publication number
- CN204637569U CN204637569U CN201520214658.2U CN201520214658U CN204637569U CN 204637569 U CN204637569 U CN 204637569U CN 201520214658 U CN201520214658 U CN 201520214658U CN 204637569 U CN204637569 U CN 204637569U
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- axle bed
- wheel
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- tie rod
- flying wheel
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Abstract
The utility model discloses a kind of inertia cycle, include car shell and the chassis with front-wheel and trailing wheel, also include a tie rod, the position that described chassis rear portion is positioned at trailing wheel is provided with the actuating mechanism of flying wheel and setting and flying wheel, described flying wheel matches realization with trailing wheel can synchronous axial system, the centre of described trailing wheel is provided with the through hole passed for tie rod, when described tie rod coordinates with described actuating mechanism through through hole and realizes extracting tie rod out, actuating mechanism drives flying wheel to rotate, flying wheel drives inertia cycle to walk again, pull tie rod can make flying wheel accumulation of energy, therefore car is walking farther, and its structure is simple, design cost is low, not fragile again, long service life.The invention also discloses a kind of emitter, this emitter can launch at least two inertia cycles simultaneously, and design is unique, and playing method is special, recreational stronger, can obtain liking and welcoming of consumers in general.
Description
Technical field
The utility model relates to a kind of toy car, is a kind of inertia cycle and emitter thereof specifically.
Background technology
Along with society and scientific and technological development, existing toy car also designs become increasingly complex, diverse in function, emulation, distortion, electronic, remote control, induction etc., this invisible cost of these toy cars that makes improves greatly, and constitutional detail many again without with, knock because of carelessness or throw and will damage several times, so make toy car gradually away from the child that family economic status is poor.The simple toy car of current fraction is the toy car utilizing inertial drive or accumulation of energy to drive, and utilize the toy car of inertial drive to be by hand push, toy car is walked, this car does not have energy storage effect, and car moves is reluctant, recreational not strong; And the toy car utilizing energy storage equipment to drive is generally clockwork spring car, this car follows the string because clockwork spring is easily out of shape and then easily damages, and lacks interest equally.
Summary of the invention
For the problem existing for above-mentioned prior art, the purpose of this utility model is to provide that a kind of structure is simple, cost is low, the life-span is long, the inertia cycle that the interest of distance walking is strong can be grown again, there is provided a kind of this inertia cycle that coordinates to use in addition, and enhancing that many inertia cycles launch simultaneously can be realized to play interesting emitter.
For achieving the above object, the technical scheme that the utility model adopts is: a kind of inertia cycle, include car shell and the chassis with front-wheel and trailing wheel, characterized by further comprising a tie rod, the position that described chassis rear portion is positioned at trailing wheel is provided with the actuating mechanism of flying wheel and setting and flying wheel, described flying wheel matches realization with trailing wheel can synchronous axial system, the centre of described trailing wheel is provided with the through hole passed for tie rod, and when described tie rod coordinates with described actuating mechanism through through hole and realizes extracting tie rod out, actuating mechanism drives flying wheel to rotate.
In order to make its structure unique and reduce costs further, above-mentioned trailing wheel is be installed on the single wheel structure in the middle of chassis, above-mentioned flying wheel and actuating mechanism form hub portion jointly, are equipped with a tire outside described flying wheel, and described wheel hub and tire form described trailing wheel jointly.
In order to improve the action effect of flying wheel, the diameter of above-mentioned trailing wheel is 2-5 times of front wheel diameter, and above-mentioned chassis corresponds to low early and high after tilted shape, and the both sides, rear portion of described chassis are designed to the round wheel shape of imitative trailing wheel shape.
Actuating mechanism of the present utility model includes interlock axle bed, spacing axle bed and movable the core of the card, described interlock axle bed and spacing axle bed are inserted into also mutually affixed the middle endoporus of flying wheel from the both sides of above-mentioned flying wheel respectively and realize interlock axle bed, spacing axle bed and flying wheel three synchronous axial system, container cavity is formed in the middle of after described spacing axle bed and interlock axle bed dock, described movable the core of the card is mobilizable to be placed in described container cavity, described interlock axle bed and spacing axle bed are equipped with the through hole that can pass for above-mentioned tie rod, the centre of described movable the core of the card is provided with the pulling eye that can coordinate with tie rod and realizes drive activity the core of the card when tie rod stretches into or pulls out and rotates, by tie rod insert match with the pulling eye of movable the core of the card after when tie rod is extracted out drive activity the core of the card with link that axle bed matches and the axle bed that realizes linking drives flying wheel to rotate.
Wherein, above-mentioned movable the core of the card is provided with trip facing to the side in above-mentioned interlock axle bed direction, on at the bottom of the inner chamber chamber of described interlock axle bed, correspondence is provided with the card convex matched with trip, when above-mentioned tie rod pulls out from the through hole direction of interlock axle bed, movable the core of the card is driven the bottom, chamber of interlock axle bed and makes trip and the clamping of card convex phase, and then realizes the rotation of active card core ribbon dynamic interlock axle bed.
Further, the outer of above-mentioned interlock axle bed is arranged with some projections, the endoporus correspondence of above-mentioned flying wheel is provided with groove, and described interlock axle bed is inserted into the endoporus of flying wheel from one end of flying wheel and makes projection and fit depressions and the axle bed that realizes linking drives flying wheel synchronous axial system.
Further, the projection end of above-mentioned interlock axle bed is concaved with screw, above-mentioned spacing axle bed is provided with a boss, and on described boss, the position of corresponding described screw is provided with counterbore, by screw through counterbore screw in screw realize interlock axle bed and spacing axle bed affixed.
Can pass in the middle of trailing wheel to realize tie rod, the utility model eliminates the application of countershaft, but employing is respectively provided with a plate in the both sides, rear portion of above-mentioned chassis, on described plate, correspondence is provided with tri-angle-holed, the two ends correspondence of above-mentioned actuating mechanism is provided with convex axle, described convex axle extend into respectively tri-angle-holed in and to realize the relative chassis of actuating mechanism rotatable, the both sides, rear portion of described chassis are provided with slot for plate grafting.
A kind of and above-mentioned inertia cycle with the use of emitter, it is characterized in that including launching seat, described launching seat is provided with the placement position that at least two can be placed above-mentioned inertia cycle, described placement position is arranged side by side, on described launching seat, the corresponding position being placed on the through hole of the inertia cycle placing position is provided with circular hole, and the diameter of described circular hole is greater than above-mentioned tie rod.
Recreational in order to strengthen further, above-mentioned launching seat is positioned at the rear portion of placing position and is provided with a platform, described platform has spliced eye, and the bottom correspondence of described ornament is provided with connection-peg, is matched and realize ornament to be fixed on platform by connection-peg and spliced eye.
The beneficial effects of the utility model are: when being matched with the actuating mechanism of flying wheel by tie rod and realize extracting tie rod out, actuating mechanism drives flying wheel to rotate, flying wheel drives inertia cycle to walk again, pull tie rod can make flying wheel accumulation of energy, therefore car is walking farther, and its structure is simple, design cost is low, not fragile again, long service life; Start toy car by tie rod, its playing method is unique, interesting strong; Also be provided with emitter in addition, this emitter can launch at least two inertia cycles simultaneously, and design is unique, and playing method is special, recreational stronger, can obtain liking and welcoming of consumers in general.
Below in conjunction with drawings and Examples, the utility model is described in further detail.
Accompanying drawing explanation
Fig. 1 is the perspective view of the utility model inertia cycle.
Fig. 2 is the decomposition texture schematic diagram of the utility model inertia cycle.
Fig. 3 is the sectional structure schematic diagram of the utility model inertia cycle trailing wheel part.
Fig. 4 is the perspective view that in the utility model tie rod pull-out process, trip coordinates with card convex.
Fig. 5 is the perspective view of the utility model emitter.
Fig. 6 is the perspective view that the utility model emitter coordinates with inertia cycle.
Detailed description of the invention
As shown in Figures 1 to 4, the utility model inertia cycle, include car shell 11 and the chassis 12 with front-wheel 2 and trailing wheel 3, also include a tie rod 9, the position that described chassis 12 rear portion is positioned at trailing wheel 3 is provided with the actuating mechanism 5 of flying wheel 4 and setting and flying wheel 4, described flying wheel 4 matches realization with trailing wheel 3 can synchronous axial system, the centre of described trailing wheel 3 is provided with the through hole 10 passed for tie rod 9, when described tie rod 9 coordinates with described actuating mechanism 5 through through hole 10 and realizes extracting tie rod 9 out, actuating mechanism 5 drives flying wheel 4 to rotate, flying wheel 4 drives inertia cycle to walk again, pull tie rod 9 can make flying wheel 4 accumulation of energy, therefore car is walking farther, and its structure is simple, design cost is low, not fragile again, long service life.
As shown in Figure 2, the trailing wheel 3 of this embodiment is for being installed on the single wheel structure in the middle of chassis 12, and above-mentioned flying wheel 4 and actuating mechanism 5 form hub portion jointly, are equipped with a tire 41 outside described flying wheel 4, and described wheel hub and tire 41 be the described trailing wheel 3 of composition jointly.Trailing wheel 3 diameter of this embodiment is 2-5 times of front-wheel 2 diameter, above-mentioned chassis 12 corresponds to low early and high after tilted shape, the both sides, rear portion of described chassis 12 are designed to the round wheel shape 121 of imitative trailing wheel shape, that is designed by flying wheel 4 is larger, can increase its inertia, what toy car was walked is farther.As shown in Figure 2 or Figure 3, the actuating mechanism 5 of this embodiment includes interlock axle bed 51, spacing axle bed 52 and movable the core of the card 53, described interlock axle bed 51 and spacing axle bed 52 are inserted into also mutually affixed the middle endoporus of flying wheel 4 from the both sides of above-mentioned flying wheel 4 respectively and realize interlock axle bed 51, spacing axle bed 52 and flying wheel 53 three synchronous axial system, described spacing axle bed 52 and interlock axle bed 51 dock rear middle formation container cavity, described movable the core of the card 53 is mobilizable to be placed in described container cavity, described interlock axle bed 51 and spacing axle bed 52 are equipped with the through hole 10 that can pass for above-mentioned tie rod 9, the centre of described movable the core of the card 53 is provided with the pulling eye 531 that can coordinate with tie rod 9 and realizes drive activity the core of the card 53 when tie rod 9 stretches into or pulls out and rotates, by tie rod 9 insert match with the pulling eye 531 of movable the core of the card 53 after when tie rod 9 is extracted out drive activity the core of the card 53 with link that axle bed 51 matches and the axle bed 51 that realizes linking drives flying wheel 4 to rotate.Wherein, as shown in Figure 4, the side that the movable the core of the card 53 of this embodiment faces toward above-mentioned interlock axle bed 51 direction is provided with trip 532, on at the bottom of the inner chamber chamber of described interlock axle bed 51, correspondence is provided with the card convex 512 matched with trip 532, when above-mentioned tie rod 9 pulls out from through hole 10 direction of interlock axle bed 51, movable the core of the card 53 is driven the bottom, chamber of interlock axle bed 51 and makes trip 532 and card convex 512 clampings mutually, and then realization activity the core of the card 53 drives the axle bed 51 that links to rotate.Some projections 511 are arranged with at interlock the outer of axle bed 51, the endoporus correspondence of above-mentioned flying wheel 4 is provided with groove 42, and described interlock axle bed 51 is inserted into the endoporus of flying wheel 4 from one end of flying wheel 4 and projection 511 is matched with groove 42 and the axle bed 51 that realizes linking drives flying wheel 4 synchronous axial system.Projection 511 end of above-mentioned interlock axle bed 51 is concaved with screw 513, above-mentioned spacing axle bed 52 is provided with a boss 521, on described boss 521, the position of corresponding described screw 513 is provided with counterbore 522, screws in realization interlock axle bed 51 in screw 513 affixed with spacing axle bed 52 by screw through counterbore 522.The both sides, rear portion of above-mentioned chassis 12 are respectively provided with a square plate 13, on described plate 13, correspondence is provided with tri-angle-holed 130, the interlock outer end of axle bed 51 and the outer end correspondence of spacing axle bed 52 are provided with convex axle 50, described convex axle 50 extend into respectively in tri-angle-holed 130 and realizes actuating mechanism 5 relatively chassis 12 is rotatable, the both sides, rear portion of described chassis 12 are provided with slot 122 for plate 13 grafting, eliminate and turn shaft design, pass for tie rod 9 because the intermediate demand of trailing wheel 3 is provided with through hole 10.
As shown in Figure 5, the emitter of this embodiment includes launching seat 7, described launching seat 7 is provided with the placement position 71 that two can be placed above-mentioned inertia cycle, described placement position 71 is arranged side by side, on described launching seat 7, the corresponding position being placed on the through hole 10 of the inertia cycle placing position 71 is provided with circular hole 70, and the diameter of described circular hole 70 is greater than above-mentioned tie rod 9.In addition ornament 8 is also included, above-mentioned launching seat 7 is positioned at the rear portion of placing position 71 and is provided with a platform 72, described platform 72 has spliced eye 73, the bottom correspondence of described ornament 8 is provided with connection-peg 81, is matched by connection-peg 81 and spliced eye 73 and is realized ornament 8 to be fixed on platform 72.
The inertia cycle of this embodiment can be played separately, namely direct by tie rod 9 from the side at interlock axle bed 51 place through trailing wheel 3, in the process that tie rod 9 inserts, tie rod 9 also moves towards the direction at spacing axle bed 52 place on backwards rotation limit, drive activity the core of the card 53 limit through the pulling eye 531 of movable the core of the card 53, the trip 532 of movable the core of the card 53 does not coordinate with the card convex 512 of interlock axle bed 51 in the process, therefore flying wheel 4 keeps motionless; And in the process of pull-out tie rod 9, it is close towards interlock axle bed 51 that limit is forward rotated on tie rod 9 drive activity the core of the card limit 53, when close to state as shown in Figure 4, namely the trip 532 of movable the core of the card 53 matches with the card convex 512 at the bottom of interlock axle bed 51 chamber, the now rotation of movable the core of the card 53 then drives interlock axle bed 51 to rotate, and then realize flying wheel 4 and rotate, flying wheel 4 drives toy car to walk.Due to the relation of structural design, so tie rod 9 must insert from interlock direction, axle bed 51 place, if insert the other way around, then during pull-out tie rod 9, movable the core of the card 53 dallies, do not drive interlock axle bed 51 to rotate, therefore the indicateing arm which direction to insert tie rod 9 from during design, can be marked with on chassis 12.
The inertia cycle of this embodiment also can coordinate emitter to use together, as shown in Figure 6, place in position 71 for two that two inertia cycles can be placed into respectively launching seat 7, and the through hole 10 of inertia cycle is aligned with circular hole 70, then tie rod 9 is inserted circular hole 70 from correct direction, here when correct direction refers to that tie rod 9 pulls out, movable the core of the card 53 can drive the direction that interlock axle bed 51 rotates, therefore when pulling out tie rod 9, the flying wheel 4 of two inertia cycles on emitter is realized two inertia cycles and launches simultaneously by driving simultaneously, therefore can competition game be carried out, interest is stronger.
Although the utility model describes with reference to specific embodiment, this description not meaning that is construed as limiting the utility model.With reference to description of the present utility model, other changes of the disclosed embodiments, all can expect for those skilled in the art, this change should belong in appended claims limited range.
Claims (10)
1. an inertia cycle, include car shell (11) and the chassis (12) with front-wheel (2) and trailing wheel (3), characterized by further comprising a tie rod (9), the position that described chassis (12) rear portion is positioned at trailing wheel (3) is provided with flying wheel (4) and arranges and the actuating mechanism (5) of flying wheel (4), described flying wheel (4) matches realization with trailing wheel (3) can synchronous axial system, the centre of described trailing wheel (3) is provided with the through hole (10) passed for tie rod (9), when described tie rod (9) realizes extracting tie rod (9) out through through hole (10) coordinates with described actuating mechanism (5), actuating mechanism (5) drives flying wheel (4) to rotate.
2. inertia cycle according to claim 1, it is characterized in that above-mentioned trailing wheel (3) is for being installed on the single wheel structure in the middle of chassis (12), above-mentioned flying wheel (4) and actuating mechanism (5) form hub portion jointly, a tire (41) is equipped with, described wheel hub and tire (41) the described trailing wheel of composition (3) jointly outside described flying wheel (4).
3. inertia cycle according to claim 2, it is characterized in that the diameter of above-mentioned trailing wheel (3) is 2-5 times of front-wheel (2) diameter, above-mentioned chassis (12) corresponds to low early and high after tilted shape, and the both sides, rear portion of described chassis (12) are designed to the round wheel shape (121) of imitative trailing wheel shape.
4. inertia cycle according to claim 1 and 2, it is characterized in that above-mentioned actuating mechanism (5) includes interlock axle bed (51), spacing axle bed (52) and movable the core of the card (53), described interlock axle bed (51) and spacing axle bed (52) are inserted into also mutually affixed the middle endoporus of flying wheel (4) from the both sides of above-mentioned flying wheel (4) respectively and realize interlock axle bed (51), spacing axle bed (52) and flying wheel (4) three's synchronous axial system, described spacing axle bed (52) and the rear middle formation container cavity of interlock axle bed (51) docking, described movable the core of the card (53) is mobilizable to be placed in described container cavity, described interlock axle bed (51) and spacing axle bed (52) are equipped with the through hole (10) that can pass for above-mentioned tie rod (9), the centre of described movable the core of the card (53) is provided with the pulling eye (531) that can coordinate with tie rod (9) and realizes drive activity the core of the card (53) when tie rod (9) stretches into or pulls out and rotates, by tie rod (9) insert match with the pulling eye (531) of movable the core of the card (53) after when tie rod (9) is extracted out drive activity the core of the card (53) with link that axle bed (51) matches and the axle bed (51) that realizes linking drives flying wheel (4) to rotate.
5. inertia cycle according to claim 4, it is characterized in that above-mentioned movable the core of the card (53) is provided with trip (532) facing to the side in above-mentioned interlock axle bed (51) direction, on at the bottom of the inner chamber chamber of described interlock axle bed (51), correspondence is provided with the card convex (512) matched with trip (532), when above-mentioned tie rod (9) pulls out from through hole (10) direction of interlock axle bed (51), movable the core of the card (53) is driven the bottom, chamber of interlock axle bed (51) and makes trip (532) and card convex (512) phase clamping, and then realization activity the core of the card (53) drives interlock axle bed (51) to rotate.
6. inertia cycle according to claim 4, it is characterized in that the outer of above-mentioned interlock axle bed (51) is arranged with some projections (511), the endoporus correspondence of above-mentioned flying wheel (4) is provided with groove (42), and described interlock axle bed (51) is inserted into the endoporus of flying wheel (4) from one end of flying wheel (4) and projection (511) is matched with groove (42) and the axle bed (51) that realizes linking drives flying wheel (4) synchronous axial system.
7. inertia cycle according to claim 6, it is characterized in that projection (511) end of above-mentioned interlock axle bed (51) is concaved with screw (513), above-mentioned spacing axle bed (52) is provided with a boss (521), the position of the upper corresponding described screw (513) of described boss (521) is provided with counterbore (522), screws in realization interlock axle bed (51) in screw (513) affixed with spacing axle bed (52) by screw through counterbore (522).
8. inertia cycle according to claim 2, it is characterized in that the both sides, rear portion of above-mentioned chassis (12) are respectively provided with a plate (6), the upper correspondence of described plate (6) is provided with tri-angle-holed (60), the two ends correspondence of above-mentioned actuating mechanism (5) is provided with convex axle (50), described convex axle (50) extend into respectively in tri-angle-holed (60) and realizes the relative chassis of actuating mechanism (12) rotatably, and the both sides, rear portion of described chassis (12) are provided with the slot (122) for plate (13) grafting.
9. one kind with above-mentioned inertia cycle with the use of emitter, it is characterized in that including launching seat (7), described launching seat (7) is provided with the placement position (71) that at least two can be placed above-mentioned inertia cycle, described placement position (71) is arranged side by side, the position that the upper correspondence of described launching seat (7) is placed on the through hole (10) of the inertia cycle placing position (71) is provided with circular hole (70), and the diameter of described circular hole (70) is greater than above-mentioned tie rod (9).
10. emitter according to claim 9, characterized by further comprising ornament (8), above-mentioned launching seat (7) is positioned at the rear portion of placing position (71) and is provided with a platform (72), described platform (72) has spliced eye (73), the bottom correspondence of described ornament (8) is provided with connection-peg (81), is matched by connection-peg (81) and spliced eye (73) and is realized ornament (8) to be fixed on platform (72).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520214658.2U CN204637569U (en) | 2015-04-11 | 2015-04-11 | A kind of inertia cycle and emitter thereof |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520214658.2U CN204637569U (en) | 2015-04-11 | 2015-04-11 | A kind of inertia cycle and emitter thereof |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204637569U true CN204637569U (en) | 2015-09-16 |
Family
ID=54090348
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520214658.2U Expired - Fee Related CN204637569U (en) | 2015-04-11 | 2015-04-11 | A kind of inertia cycle and emitter thereof |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204637569U (en) |
-
2015
- 2015-04-11 CN CN201520214658.2U patent/CN204637569U/en not_active Expired - Fee Related
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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 | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20150916 Termination date: 20160411 |