CN202740765U - Four-footed animal simulated running toy capable of being ridden - Google Patents
Four-footed animal simulated running toy capable of being ridden Download PDFInfo
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- CN202740765U CN202740765U CN 201220353112 CN201220353112U CN202740765U CN 202740765 U CN202740765 U CN 202740765U CN 201220353112 CN201220353112 CN 201220353112 CN 201220353112 U CN201220353112 U CN 201220353112U CN 202740765 U CN202740765 U CN 202740765U
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Abstract
The utility model discloses a four-footed animal simulated running toy capable of being ridden. The four-footed animal simulated running toy comprises a back part, a head part, front foot parts, back foot part, pedal parts and seat cushion parts, wherein the back part is provided with a main support and a front and back transmission connecting rod, the heat part is arranged at the front end of the back part and is used for adjusting the running direction, the front foot parts are connected with the head part and are arranged at the front end of the back part, the back foot parts are arranged at the back end of the back part, the pedal parts are arranged between the front foot parts and the back foot parts and are connected with the back part, and the seat cushion part is elastically connected with the back part and can elastically move up and down. Due to the adoption of the structure, the running toy is reasonable in design and simple in structure and particularly can generate the running movement feeling.
Description
Technical field
The utility model belongs to the toy field, the imitative quadruped that is specifically related to the to drive toy of running.
Background technology
Zoomimic toy on the general existing market is to slide walking with wheeled mostly, moves singlely, stiff, can not finely embody the attitude that animal is run, and the rider experiences less than the sense of movement of running.
The action that also has minority imitation animal to run in the existing product, but the complex structure of its product, easily damage, adopt more metal and plastic part formation, the problem such as have high, the not anti-use of cost, weight capacity is low, security is low.
The utility model content
The purpose of this utility model has been to disclose a kind of imitative quadruped that drives toy of running, the toy motion that has solved present imitation quadruped walking is single, rider impression is less than the sense of movement of running, high, the not anti-use of cost, the problem such as weight capacity is low and security is low.
For achieving the above object, the utility model adopts following technical scheme:
The imitative quadruped that can the drive toy of running, comprise the back member that is provided with main support and front and back kinematic link, be located at the back member front end be used for regulate the head member of direction of running, be connected and be located at head member back member front position place front foot part, be located at the rear foot parts at back member back-end location place, between front foot part and rear foot parts and the pedal part that is connected with back member, be connected with back member elasticity and do about the reciprocating cushion part of elasticity; Front foot part is provided with the fore wheel structure of doing one-way movement, and rear foot parts are provided with the rear-wheel structure of doing the one-way movement identical with the fore wheel structure direction of motion; Front foot part is connected the front bar syndeton and connects with cushion part, rear foot parts are connected the rear bar syndeton and connect with cushion part, connect by the front and back kinematic link between front foot part and the rear foot parts, foot part and rear foot parts were done displacement movement before cushion part was done and driven when elasticity moves back and forth up and down.
Further, back member comprises the main support that front end is connected with front foot part and the rear end is connected with rear foot parts;
Front foot part comprises front foot rest, is located at the wheel fork and the fore wheel structure of being connected front foot rest lower end and being connected with wheel fork of front foot rest inside, and the upper end of front foot rest is connected with main support, and fore wheel structure comprises front-wheel and makes front-wheel do the front wheel brake button of one-way movement forward;
Rear foot parts comprise rear leg, be located at this rear leg lower end rear foot lid, be located at this rear leg lower end without the bar wheel fork with this rear-wheel structure that is connected without the bar wheel fork, the rear leg upper end is connected with main support and is connected with the front and back kinematic link, and rear-wheel structure comprises trailing wheel and makes trailing wheel do the rear wheel brake button of one-way movement forward;
Pedal part comprises pedal support and the pedal frame that is provided with pedal, and this pedal support one end connects pedal frame and the other end is connected with main support, and the end that the while pedal support is connected with main support also is connected with the front and back kinematic link;
Cushion part comprises seat cushion, be located at the seat cushion that makes that is used for supporting the seat cushion gag lever post of seat cushion on the main support and is located at seat cushion gag lever post inside does the up and down reciprocatingly Flexible Connector of displacement movement;
The front bar syndeton is brace and connecting rod framework, and this front bar syndeton comprises the front rod that an end is connected with front foot rest and the other end is connected with the seat cushion gag lever post, and the front bar syndeton also comprises to be located on the front foot rest and the fore-stock that cooperates with front rod;
The rear bar syndeton is brace and connecting rod framework, and this rear bar syndeton comprises the back link that an end is connected with rear leg and the other end is connected with the seat cushion gag lever post, and the rear bar syndeton also comprises to be located on the rear leg and the after-poppet that cooperates with back link;
Rear foot parts be connected foot part and connect by main support, rear foot parts are connected with front foot part by front and back kinematic link, the pedal support that is connected with the front and back kinematic link and the main support that is connected with pedal support successively simultaneously, above structure has formed drive mechanism; Cushion part is done when elasticity moves back and forth up and down and is done displacement movement by foot part and rear foot parts before this drive mechanism drive.
Further, the lower end of front foot rest is provided with the forward foot in a step lid for the protection of fore wheel structure; The lower end of rear leg is provided with the forward foot in a step lid for the protection of rear-wheel structure.
Further, Flexible Connector one end is located at seat cushion and the other end and is located on the main support to realize that the seat cushion gag lever post does up and down reciprocatingly displacement movement.
Further, back member also comprises for the shell on the back of decorating and protect parts; The seat cushion gag lever post passes shell on the back, and it is affixed that an end is located at seat cushion bottom and the other end and main support.
Further, head member comprises that two ends are provided with the handle sleeve of handle, the turning-bar that is connected with the handle sleeve sidewall and are sheathed on the sleeve pipe that turns to of turning-bar outer wall; Turn to sleeve pipe to pass through the head of the horse support bar and be connected with the front and back kinematic link with the head of the horse pull bar, and the turning-bar bottom is connected to control the direction of displacement of front foot part by steering structure and the wheel fork in the forward wheel components.
Further, steering structure comprise be located at the turning-bar bottom turn to fork, with this turn to that fork is connected turn to square, with turn to that square cooperates turn to rotor, be connected steering link and turn to turning in flakes of fork with being used to the steering link that turns to rotor to be connected; This turns to an end of rotor to be located at front foot rest upper end and to be connected with turning to square, turn to the other end of rotor be located at steering link and with this steering link activity clamping; The upper end of wheel fork is connected with steering link by turning in flakes, and the lower end of wheel fork is connected to control the direction of advance of front-wheel with front-wheel.
Further, an end that turns to rotor to cooperate with steering link is provided with groove, and steering link is provided with the projection that cooperates with this groove, and groove and projection cooperation make and turn to rotor to rotate with respect to steering link.
Further, the shell on the back of shell on the back for being made by fiberglass; The seat cushion of seat cushion for being made by fiberglass; The forward foot in a step lid of forward foot in a step lid for being made by plastic cement; The front-wheel of front-wheel for being made by plastic cement; The rear foot lid that rear foot lid is made for plastic cement is arranged; The trailing wheel of trailing wheel for being made by plastic cement.
Compared with prior art, the beneficial effects of the utility model:
Foot part and rear foot parts are done displacement movement before driving when 1, the utility model utilizes cushion part to do up and down elasticity reciprocating motion, run more true to nature, can allow child adult experience and drive more really impression, and integrate amusement, body-building.
2, drive mechanism of the present utility model, simple in structure, product is light, weight capacity is high, it is flexible, safe to use.
3, steering structure of the present utility model, simple in structure, realized the function that can turn in the process of running, so that product function is diversified, have more recreationally, strengthened the attraction to the client.
4, the utility model shell on the back and seat cushion adopt to adopt fiberglass to consist of, and wheel and pin lid adopt plastic cement to make, have advantages of simple in structure firm, product is light, weight capacity is strong, the use is flexible and safe.
The utility model is reasonable in design, simple in structure, easy to use, can imitate the action that quadruped advances and turns, and particularly can produce the sense of movement of running.Can be decorated different animal-shapedly on profile is decorated, the animal such as four limbs such as can being decorated horse, deer, ox, elephant, tiger or lion are run can imitate its form of running.
The utility model can also be tempered rider's muscle power, and especially children had both tempered muscle power, tempers again development mentality, can amusement can take exercises again, can also experience the sense of movement of running.If the fit on motor just can become electric mechanical toy.In use pollution-free, without any noise.
Description of drawings
In order to be illustrated more clearly in the technical scheme among the utility model embodiment, the accompanying drawing of required use was done to introduce simply during the below will describe embodiment, apparently, accompanying drawing in the following describes only is embodiment more of the present utility model, for those of ordinary skills, under the prerequisite of not paying creative work, can also obtain according to these accompanying drawings other accompanying drawing.
Fig. 1 is the run schematic perspective view of embodiment of toy of imitative quadruped that the utility model can drive;
Fig. 2 is the front elevational schematic of Fig. 1;
Fig. 3 is the elevational schematic view of Fig. 2;
Fig. 4 be among Fig. 3 embodiment along the generalized section of A-A direction;
Fig. 5 is the decomposing schematic representation of Fig. 1;
Fig. 6 is the schematic diagram of middle drive mechanism embodiment illustrated in fig. 1;
Fig. 7 is the schematic diagram that turns to structure in embodiment illustrated in fig. 1.
Among the figure, the 1-back member; The 11-main support; Kinematic link before and after the 12-; The 13-horseback; Foot part before the 2-; Foot rest before the 21-; The 22-wheel fork; 23-forward foot in a step lid; The 24-front-wheel; The 3-steering structure; 31-turns in flakes; The 32-steering link; 321-turns to square key; 33-turns to fork; 34-turns to square; 35-turns to rotor; 4-rear foot parts; The 41-rear leg; 42-rear foot lid; 43-is without the bar wheel fork; The 44-trailing wheel; The 5-pedal part; The 51-pedal support; The 52-pedal; The 53-pedal frame; The 6-cushion part; The 61-seat cushion; 62-seat cushion gag lever post; The 63-spring; 7-front bar syndeton; The 71-front rod; The 72-fore-stock; 8-rear bar syndeton; The 81-back link; The 82-after-poppet; The 9-head member; 91-handle 91; The 92-handle sleeve; The 93-turning-bar; 94-turns to sleeve pipe; 95-head of the horse support bar; 96-head of the horse pull bar.
The specific embodiment
Below in conjunction with the accompanying drawing among the utility model embodiment, the technical scheme among the utility model embodiment is clearly and completely described, obviously, described embodiment only is the utility model part embodiment, rather than whole embodiment.
The imitative quadruped that can the drive toy of running is characterized in that: comprise the back member that is provided with main support and front and back kinematic link, be located at the back member front end be used for regulate the head member of direction of running, be connected and be located at head member back member front position place front foot part, be located at the rear foot parts at back member back-end location place, between front foot part and rear foot parts and the pedal part that is connected with back member, be connected with back member elasticity and do about the reciprocating cushion part of elasticity; Front foot part is provided with the fore wheel structure of doing one-way movement, and rear foot parts are provided with the rear-wheel structure of doing the one-way movement identical with the fore wheel structure direction of motion; Front foot part is connected the front bar syndeton and connects with cushion part, rear foot parts are connected the rear bar syndeton and connect with cushion part, connect by the front and back kinematic link between front foot part and the rear foot parts, foot part and rear foot parts were done displacement movement before cushion part was done and driven when elasticity moves back and forth up and down.
Extremely shown in Figure 7 such as Fig. 1, the imitative quadruped that the present embodiment can the drive toy of running, comprise the back member 1 that is provided with main support 11 and front and back kinematic link 12, the head member 9 that is used for regulating the direction of running of being located at back member 1 front end, with head member 9 be flexibly connected and be located at back member 1 front position place front foot part 2, be located at back member 1 back-end location place rear foot parts 4, between front foot part 2 and the rear foot parts 4 and the pedal part 5 that is connected with back member 1 be connected with back member 5 elasticity and do about the reciprocating cushion part 6 of elasticity.Front foot part 2 is provided with the fore wheel structure of doing one-way movement, and rear foot parts 4 are provided with the rear-wheel structure of doing the one-way movement identical with the fore wheel structure direction of motion.Front foot part 2 and cushion part 6 are flexibly connected by front bar syndeton 7, rear foot parts 4 and cushion part 6 are flexibly connected by rear bar syndeton 8, connect by front and back kinematic link 12 between front foot part 2 and the rear foot parts 4, foot part 2 and rear foot parts 4 were done displacement movement before cushion part 6 was done and driven when elasticity moves back and forth up and down.When the rider presses down cushion part 6, front foot part 2 and rear foot parts 4 relative opening; When slamming pedal part 5, the rider reduces to cushion part 6 applied pressures cushion part 6 elastic recoverys, front foot part 2 and the 4 relative withdrawals of rear foot parts; Because fore wheel structure and rear-wheel structure are all only to do the identical one-way movement of direction, by the above displacement of back and forth sliding realization the present embodiment, bring simultaneously the sense of movement that the rider is run, run more true to nature, can allow child adult experience and drive more really impression, and integrate amusement, body-building.The present embodiment is with reference to the configuration design of horses, and concrete structure is as follows.
In the back member 1, main support 11 front ends and front foot part 2 are connected by connector, and main support 11 rear ends and rear foot parts 4 are connected by connector.Back member 1 also comprises for the horseback 13 of decorating and protect parts.
Rear foot parts 4 comprise rear leg 41, these rear leg 41 lower ends be provided with for the protection of rear-wheel structure and play the rear foot lid 42 of decoration function, without bar wheel fork 43 and rear-wheel structure.Rear leg 41 upper ends are connected with main support 11 and are connected with front and back kinematic link 12.Rear-wheel structure comprises trailing wheel 44 and makes trailing wheel 44 do the rear wheel brake button of one-way movement forward, and the rear wheel brake button can prevent the rollings that trailing wheel 44 occurs backward, thereby guarantees that rear foot parts 4 travel forward in the present embodiment.
Pedal part comprises pedal support 51 and the pedal frame 53 that is provided with pedal 52, and these pedal support 51 1 ends connect pedal frame 53 and the other end is connected with main support 11, and the end that while pedal support 51 is connected with main support 11 also is connected with front and back kinematic link 12.
Cushion part comprises the seat cushion 61 of being located at horseback 13 top positions places, is located at the seat cushion gag lever post 62 that is used for supporting seat cushion 61 on the main support 11, the back-moving spring 63 of being located at seat cushion gag lever post 62 inside.Seat cushion gag lever post 62 passes horseback 13, one ends, and to be located at seat cushion 61 bottoms and the other end and main support affixed.Spring 63 1 ends are located at seat cushion 61 and the other end and are located on the main support 11 to realize that seat cushion gag lever post 62 does up and down reciprocatingly displacement movement.
Front bar syndeton 7 is brace and connecting rod framework, this front bar syndeton 7 comprises an end and the front rod 71 that front foot rest 21 is connected and the other end is connected with seat cushion gag lever post 62, and the front bar syndeton also comprises the fore-stock 72 of being located on the front foot rest 21 and being connected with front rod 71.
Rear bar syndeton 8 is brace and connecting rod framework, and this rear bar syndeton comprises the back link 81 that an end is connected with rear leg and the other end is connected with the seat cushion gag lever post, and rear bar syndeton 8 also comprises to be located on the rear leg 41 and the after-poppet 82 that cooperates with back link 81.In the present embodiment, fore-stock 72 is welded on the front foot rest 21 or is one-body molded with front foot rest 21, and after-poppet 82 is welded on the rear leg 41 or is one-body molded with rear leg 41.
As shown in Figure 6, rear foot parts 4 be connected foot part 2 and connect by main support 11, simultaneously rear foot parts 4 successively by front and back kinematic link 12, the pedal support 51 that is connected with front and back kinematic link 12, be connected main support 11 realizations with pedal support 51 and be connected with front foot part 2, above structure has formed the drive mechanism of the present embodiment; Cushion part 6 is done when elasticity moves back and forth up and down and is done outside or inside reciprocal gliding motility by foot part 2 and rear foot parts 4 before the above drive mechanism drive, thereby realizes the present embodiment displacement.The drive mechanism of the present embodiment, simple in structure, product is light, weight capacity is high, it is flexible, safe to use.
What head member comprised that two ends are arranged with the handle sleeve 92 of handle 91, the turning-bar 93 that is connected with handle sleeve 92 sidewalls and are sheathed on the turning-bar outer wall turns to sleeve pipe 94, and turning-bar 93 bottom ends are connected to control the direction of advance of front-wheel 24 by steering structure 3 and wheel fork 22.Turn to sleeve pipe 94 to be connected with the head of the horse pull bar by head of the horse support bar 95 and be connected with front and back kinematic link 12, advance by front and back kinematic link 12 control front-wheels 24 and trailing wheel 44, thereby realize the present embodiment forward motion.As shown in Figure 7, steering structure 3 comprise be located at turning-bar 93 bottoms turn to fork 33, with turn to that fork 33 is connected turn to square 34, with turn to that square 34 cooperates turn to rotor 35, with the steering link 32 that turns to rotor 35 to be connected be used to be connected steering link 32 and turn to fork 33 turn in flakes 31.This turns to an end of rotor 35 to be located at front foot rest 21 and to be connected with turning to square 34, turn to the other end of rotor 35 be located at steering link 32 and with these steering link 32 spacing activity clampings.An end that turns to rotor 35 to cooperate with steering link 32 is provided with oval-shaped groove 36, steering link 32 is provided with the projection 37 that cooperates with this groove 36, groove 36 and projection 37 cooperations make and turn to rotor 35 to rotate with respect to steering link 32, thereby realize the turning function of steering structure 3.The rider holds handle 91 and changes direction of displacement, and handle 91 is by turning-bar 93, steering structure 3 and turn to fork 33 to change the direction of advance of front-wheels 24, has realized run divertical motion in the process of the present embodiment.Turn to fork 33 and turning-bar 93 one-body molded or welding fabrications.The steering structure of the present embodiment, simple in structure, realized the function that can turn in the process of running, so that product function is diversified, have more recreationally, strengthened the attraction to the client.
The whole skeleton of the present embodiment adopts metal, fiberglass and plastic cement to consist of: horseback 13 and seat cushion 61 are made by fiberglass; Forward foot in a step lid 23, front-wheel 24, rear foot lid 42 and trailing wheel 44 are made by plastic cement; Other parts of the present embodiment adopt metallic iron to make; The main metallic iron latch that adopts is connected with threaded connector between each parts.The present embodiment that adopts above material to make, have advantages of simple in structure firm, product is light, weight capacity is strong, it is flexible and safe to use.
Connector in the present embodiment comprises the connectors such as latch, nut and screw.Shell on the back in the present embodiment has been made the shape of horseback 13, and head piece has been made the shape of horse, but the present embodiment is not limited to the shape of horses, also, the four limbs such as deer, ox, elephant, tiger or lion run animals shaped.
As further specifying the present embodiment, its operating principle now is described: when the rider concentrates on center of gravity seat cushion 61 and presses down cushion part 6, front foot part 2 and rear foot parts 4 open, because front-wheel 24 and trailing wheel 44 be all only rolling forward, this moment, its front foot part 2 moved forward that then foot part 4 is motionless; When the rider again with pin during to pedal 52 application of force before foot part 2 and rear foot parts 4 regain because front-wheel 24 and trailing wheel 44 be all only to roll forward, this moment, its front foot part 2 motionless then foot parts 4 drew in forward; Above action has realized that the present embodiment runs forward.
As to further improvement of this embodiment, but the present embodiment fit on motor also have the driven by motor cushion part to do and pump, can become electric mechanical toy.In use pollution-free, and without any noise.
The imitative quadruped that the present embodiment can drive is run other structure of toy referring to prior art.
Above the utility model embodiment is described in detail, has used specific case herein embodiment of the present utility model is set forth, the explanation of above embodiment just is used for helping to understand core concept of the present utility model.Simultaneously, for one of ordinary skill in the art, according to thought of the present utility model, all will change in specific embodiments and applications, this description should not be construed as restriction of the present utility model.
The utility model is not limited to above-mentioned embodiment, if various changes of the present utility model or modification are not broken away from spirit and scope of the present utility model, if these are changed and modification belongs within claim of the present utility model and the equivalent technologies scope, then the utility model also is intended to comprise these changes and modification.
Claims (9)
1. the imitative quadruped that can the drive toy of running is characterized in that: comprise the back member that is provided with main support and front and back kinematic link, be located at the back member front end be used for regulate the head member of direction of running, be connected and be located at head member back member front position place front foot part, be located at the rear foot parts at back member back-end location place, between front foot part and rear foot parts and the pedal part that is connected with back member, be connected with back member elasticity and do about the reciprocating cushion part of elasticity; Front foot part is provided with the fore wheel structure of doing one-way movement, and rear foot parts are provided with the rear-wheel structure of doing the one-way movement identical with the fore wheel structure direction of motion; Front foot part is connected the front bar syndeton and connects with cushion part, rear foot parts are connected the rear bar syndeton and connect with cushion part, connect by the front and back kinematic link between front foot part and the rear foot parts, foot part and rear foot parts were done displacement movement before cushion part was done and driven when elasticity moves back and forth up and down.
2. toy as claimed in claim 1, it is characterized in that: back member comprises the main support that front end is connected with front foot part and the rear end is connected with rear foot parts;
Front foot part comprises front foot rest, is located at the wheel fork and the fore wheel structure of being connected front foot rest lower end and being connected with wheel fork of front foot rest inside, and the upper end of front foot rest is connected with main support, and fore wheel structure comprises front-wheel and makes front-wheel do the front wheel brake button of one-way movement forward;
Rear foot parts comprise rear leg, be located at this rear leg lower end rear foot lid, be located at this rear leg lower end without the bar wheel fork with this rear-wheel structure that is connected without the bar wheel fork, the rear leg upper end is connected with main support and is connected with the front and back kinematic link, and rear-wheel structure comprises trailing wheel and makes trailing wheel do the rear wheel brake button of one-way movement forward;
Pedal part comprises pedal support and the pedal frame that is provided with pedal, and this pedal support one end connects pedal frame and the other end is connected with main support, and the end that the while pedal support is connected with main support also is connected with the front and back kinematic link;
Cushion part comprises seat cushion, be located at the seat cushion that makes that is used for supporting the seat cushion gag lever post of seat cushion on the main support and is located at seat cushion gag lever post inside does the up and down reciprocatingly Flexible Connector of displacement movement;
The front bar syndeton is brace and connecting rod framework, and this front bar syndeton comprises the front rod that an end is connected with front foot rest and the other end is connected with the seat cushion gag lever post, and the front bar syndeton also comprises to be located on the front foot rest and the fore-stock that cooperates with front rod;
The rear bar syndeton is brace and connecting rod framework, and this rear bar syndeton comprises the back link that an end is connected with rear leg and the other end is connected with the seat cushion gag lever post, and the rear bar syndeton also comprises to be located on the rear leg and the after-poppet that cooperates with back link;
Rear foot parts be connected foot part and connect by main support, rear foot parts are connected with front foot part by front and back kinematic link, the pedal support that is connected with the front and back kinematic link and the main support that is connected with pedal support successively simultaneously, above structure has formed drive mechanism; Cushion part is done when elasticity moves back and forth up and down and is done displacement movement by foot part and rear foot parts before this drive mechanism drive.
3. toy as claimed in claim 2, it is characterized in that: the lower end of front foot rest is provided with the forward foot in a step lid for the protection of fore wheel structure; The lower end of rear leg is provided with the forward foot in a step lid for the protection of rear-wheel structure.
4. toy as claimed in claim 3 is characterized in that: Flexible Connector one end is located at seat cushion and the other end and is located on the main support to realize that the seat cushion gag lever post does up and down reciprocatingly displacement movement.
5. toy as claimed in claim 4 is characterized in that: back member also comprises for decorating and the shell on the back of protection parts; The seat cushion gag lever post passes shell on the back, and it is affixed that an end is located at seat cushion bottom and the other end and main support.
6. such as toy as described in claim 2 to 5 any one, it is characterized in that: head member comprises that two ends are provided with the handle sleeve of handle, the turning-bar that is connected with the handle sleeve sidewall and are sheathed on the sleeve pipe that turns to of turning-bar outer wall; Turn to sleeve pipe to pass through the head of the horse support bar and be connected with the front and back kinematic link with the head of the horse pull bar, and the turning-bar bottom is connected to control the direction of displacement of front foot part by steering structure and the wheel fork in the forward wheel components.
7. toy as claimed in claim 6 is characterized in that: steering structure comprise be located at the turning-bar bottom turn to fork, with this turn to that fork is connected turn to square, with turn to that square cooperates turn to rotor, be connected steering link and turn to turning in flakes of fork with being used to the steering link that turns to rotor to be connected; This turns to an end of rotor to be located at front foot rest upper end and to be connected with turning to square, turn to the other end of rotor be located at steering link and with this steering link activity clamping; The upper end of wheel fork is connected with steering link by turning in flakes, and the lower end of wheel fork is connected to control the direction of advance of front-wheel with front-wheel.
8. toy as claimed in claim 7, it is characterized in that: an end that turns to rotor to cooperate with steering link is provided with groove, and steering link is provided with the projection that cooperates with this groove, and groove and projection cooperate to make and turn to rotor to rotate with respect to steering link.
9. toy as claimed in claim 8 is characterized in that: the shell on the back of shell on the back for being made by fiberglass; The seat cushion of seat cushion for being made by fiberglass; The forward foot in a step lid of forward foot in a step lid for being made by plastic cement; The front-wheel of front-wheel for being made by plastic cement; The rear foot lid that rear foot lid is made for plastic cement is arranged; The trailing wheel of trailing wheel for being made by plastic cement.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220353112 CN202740765U (en) | 2012-07-19 | 2012-07-19 | Four-footed animal simulated running toy capable of being ridden |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220353112 CN202740765U (en) | 2012-07-19 | 2012-07-19 | Four-footed animal simulated running toy capable of being ridden |
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| Publication Number | Publication Date |
|---|---|
| CN202740765U true CN202740765U (en) | 2013-02-20 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201220353112 Expired - Lifetime CN202740765U (en) | 2012-07-19 | 2012-07-19 | Four-footed animal simulated running toy capable of being ridden |
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| CN (1) | CN202740765U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102764506A (en) * | 2012-07-19 | 2012-11-07 | 东莞市爱欢实业投资有限公司 | Ridable quadruped-like running toy |
| CN107376216A (en) * | 2017-08-15 | 2017-11-24 | 东莞市万笠电子科技有限公司 | A kind of machinery is ridden device |
| CN108126346A (en) * | 2018-01-04 | 2018-06-08 | 常州工学院 | A kind of fitness equipment for integrating movement, amusement |
-
2012
- 2012-07-19 CN CN 201220353112 patent/CN202740765U/en not_active Expired - Lifetime
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102764506A (en) * | 2012-07-19 | 2012-11-07 | 东莞市爱欢实业投资有限公司 | Ridable quadruped-like running toy |
| CN107376216A (en) * | 2017-08-15 | 2017-11-24 | 东莞市万笠电子科技有限公司 | A kind of machinery is ridden device |
| CN108126346A (en) * | 2018-01-04 | 2018-06-08 | 常州工学院 | A kind of fitness equipment for integrating movement, amusement |
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