CN206492205U

CN206492205U - Toy

Info

Publication number: CN206492205U
Application number: CN201720139047.5U
Authority: CN
Inventors: 蔡东青
Original assignee: Alpha Group Co Ltd; Guangzhou Alpha Culture Co Ltd
Current assignee: Alpha Group Co Ltd; Guangzhou Alpha Culture Co Ltd
Priority date: 2017-02-15
Filing date: 2017-02-15
Publication date: 2017-09-15
Anticipated expiration: 2027-02-15

Abstract

The utility model discloses a kind of toy, the toy includes：Body；Accessory, the accessory sets on the body and can ejected；Lock drive mechanism, the locking drive mechanism is set on the body and locking piece and actuator including being connected with each other, the locking piece is with the mate to lock and discharge the accessory, and the actuator drives the accessory to eject the body when the locking piece discharges the accessory；Draw off gear, the draw off gear is set on the body and the draw off gear is connected with the accessory by connecting line, and connecting line described in the draw off gear folding and unfolding by the accessory after accessory ejection to withdraw the body.According to toy of the present utility model, by setting draw off gear, accessory body can be withdrawn after accessory is ejected, the accessory after ejection need not be manually picked up, it is easy to lose so as to facilitate playing for child, the interest that raising child plays, and accessory not to allow.

Description

Toy

Technical field

The utility model is related to toy technique field, more particularly, to a kind of toy.

Background technology

Toy has become one of child's childhood essential toy, the moulding of existing toy, style, work( Can be also more and more, wherein the toy that can launch accessory forward is liked by many children, but in correlation technique can be to The toy of preceding transmitting accessory, accessory can be only launched forward, it is impossible to carry out accessory automatic drawing back, it usually needs manually pick up bullet Accessory, is then installed on the body of toy by the accessory gone out again.

Because accessory can typically be ejected a very long segment distance, it is required for going to after ejection accessory every time to match somebody with somebody in front of accessory Part pickup is returned, so that by causing certain puzzlement to playing for child, child easily loses interest to it, and accessory It is ejected it is also possible to accessory can be caused to lose, so as to reduce the enjoyment of toy.In addition, the accessory of the toy in correlation technique The distance of ejection is not limited, so as to will have certain potential safety hazard during being at play.

Utility model content

The utility model is intended at least solve one of technical problem in correlation technique to a certain extent.Therefore, this reality With a kind of toy of new proposition, the toy can withdraw accessory after accessory is ejected body, no by setting draw off gear Need to manually pick up the accessory after ejection, so as to facilitate playing for child, improve the interest that child plays, and match somebody with somebody Part is not allowed easy to lose.In addition, the distance that accessory is ejected is limited by draw off gear, so as to improve the safety in play activity Property.

According to the toy of the utility model embodiment, including：Body；Accessory, the accessory is set on the body and can Ejection；Drive mechanism is locked, the locking drive mechanism is set on the body and the locking piece including being connected with each other and driving Part, the locking piece is with the mate to lock and discharge the accessory, and the actuator discharges institute in the locking piece The accessory is driven to eject the body when stating accessory；Draw off gear, the draw off gear set on the body and it is described receive Put device with the accessory by connecting line to be connected, connecting line described in the draw off gear folding and unfolding is with the general after accessory ejection The accessory withdraws the body.

According to the toy of the utility model embodiment, by setting draw off gear, accessory can be received after accessory is ejected Return body, it is not necessary to manually pick up the accessory after ejection, so as to facilitate playing for child, it is emerging that raising child plays Interest, and accessory do not allow it is easy to lose.In addition, the distance that accessory is ejected is limited by draw off gear, played so as to improve Security in journey.

In addition, according to the toy of the utility model embodiment, can also have following additional technical feature：

According to some embodiments of the present utility model, the toy also includes：First trigger member, first trigger member can Set movably forward and backward on the body, first trigger member can coordinate or depart from the draw off gear, when the folding and unfolding Device by the accessory after ejection towards the body withdraw when, the draw off gear and first trigger member coordinate to drive State the movement of the first trigger member；The flip piece on the body bottom wall, the flip piece and the described first triggering are located at turnablely Part coordinates so that by flip piece positioning, on the body, when first trigger member is triggered mobile, described first touches Outbox and the flip piece are disengaged from, and the flip piece overturns and has an effect to drive the body to turn over supporting surface Turn.

According to some embodiments of the present utility model, in addition to variant part and the second trigger member, the variant part is deformable Ground is set on the body, and the variant part has the first form and the second form, and second trigger member is located at the body Go up and can coordinate or separate with the variant part, when second trigger member and variant part cooperation, the variant part quilt Be positioned at first form, when second trigger member and the crushed element from when, the variant part is deformed into the second shape State.

According to some embodiments of the present utility model, the toy also includes：First trigger member, first trigger member can Set movably forward and backward on the body, first trigger member can coordinate or depart from the draw off gear, when the folding and unfolding Device by the accessory after ejection towards the body withdraw when, the draw off gear and first trigger member coordinate to drive State the movement of the first trigger member；The flip piece on the body bottom wall, the flip piece and the described first triggering are located at turnablely Part coordinates so that by flip piece positioning, on the body, when first trigger member is triggered mobile, described first touches Outbox and the flip piece are disengaged from, and the flip piece overturns and has an effect to drive the body to turn over supporting surface Turn, wherein, second trigger member can be set on the body movably forward and backward, at least a portion of second trigger member to Lower to stretch out the body bottom wall, when the flip piece is overturn, a part for the flip piece coordinates with second trigger member To drive second trigger member to move second trigger member is departed from the variant part.

According to some embodiments of the present utility model, in addition to the first toy disks, the locking drive mechanism can on move down Set dynamicly on the body, the body is provided with the clamp port for being used for clamping first toy disks, the locking piece bag The trigger unit being connected with each other and sticking department are included, the sticking department can be with the mate or disengaging, the bottom of the trigger unit Extend in the clamp port, when the clamp port clamps first toy disks trigger unit be triggered and to moving up Dynamic, the sticking department departs to discharge the accessory with the accessory.

According to some embodiments of the present utility model, the first magnet is provided with the clamp port, first toy disks are Magnetic part that can be with first magnet adsorption.

According to some embodiments of the present utility model, the toy also includes the second toy disks, and second toy disks are fitted In being positioned on supporting surface, it can coordinate after the accessory ejects the body with second toy disks.

According to some embodiments of the present utility model, the draw off gear includes to store the energy storage state of energy and releasing The clockwork spring disk rotated between the de-energized state of exoergic amount and the drive component for driving the clockwork spring disk to be rotated in the energy storage state, One end of the connecting line is connected with the accessory and the other end is wrapped on the clockwork spring disk.

According to some embodiments of the present utility model, the drive component includes：Gear, the gear and the clockwork spring disk It is connected；Pull-push piece, the pull-push piece can between the retrieving position of the withdrawn position of the body and the withdrawal body is extracted out Movably set on the body, the pull-push piece is provided with the tooth-strip part extended along its length, the tooth-strip part and institute Gear engagement is stated to drive the clockwork spring disk to rotate when the pull-push piece is moved.

According to some embodiments of the present utility model, the drive component also includes：Driving member, one end of the driving member Be connected with the clockwork spring disk, the other end of the driving member can coordinate and depart from the gear, when the driving member with it is described When gear cooperates, the gear drives the driving member to rotate, when the driving member is disengaged from the gear, institute Gear is stated to rotate relative to the driving member.

According to some embodiments of the present utility model, the gear includes gear and connecting portion, the driving member with The connecting portion is connected, and the connecting portion is provided with the first limiting section, and the driving member is provided with the second limiting section, described first Limiting section and second limiting section mutually only can be supported or separated.

According to some embodiments of the present utility model, the drive component also includes：Back-moving spring, the back-moving spring One end is connected with the body and the other end is connected with the pull-push piece, and the pull-push piece is described at the withdrawn position to be resetted Spring is stretched to drive the pull-push piece to move towards the retrieving position.

According to some embodiments of the present utility model, clockwork spring disk locking mechanism, the clockwork spring disk are additionally provided with the body Bayonet socket is provided with, the clockwork spring disk locking mechanism includes：Vertically extending rotary shaft, the rotary shaft is located at described On body；First movable part, first movable part is rotatably arranged in the rotary shaft, and first movable part is around described turn Moving axis has first position, the second place and the 3rd position during rotating, when first movable part is located at described first During position, the outer wall of first movable part and the clockwork spring disk stops to the clockwork spring disk can be rotated under energy storage state, work as institute When stating the first movable part positioned at the second place, at least a portion of first movable part is caught in the bayonet socket, described Clockwork spring disk is locked, when first movable part is located at three positions, and the clockwork spring disk is released and can release energy shape described Rotated under state；Second movable part, second movable part be rotatably arranged in the rotary shaft and with first movable part It is arranged side by side along the vertical direction, second movable part can be in the close position of the neighbouring clockwork spring disk and away from the clockwork spring disk Separate location between rotate, the inner of the accessory can coordinate with second movable part with drive second movable part by The separate location is rotated towards the close position, and second movable part is provided with the vertical direction through its thickness Chute, first movable part is provided with projection, and the projection is slidably fit into the chute；Elastic component, the bullet Property part two ends only supported with the body and first movable part be against the chute often to drive the projection to stop respectively One end of the neighbouring clockwork spring disk；Resetting means, the two ends of the resetting means respectively with the body and second activity Part is connected often to drive second movable part to move towards the separate location.

According to some embodiments of the present utility model, provided with damping between first movable part and second movable part Part.

According to some embodiments of the present utility model, the toy is toy car, and the body is on car body, the car body Provided with the wheel that the car body can be driven to move.

Additional aspect and advantage of the present utility model will be set forth in part in the description, partly by from following description In become obvious, or by it is of the present utility model practice recognize.

Brief description of the drawings

Of the present utility model above-mentioned and/or additional aspect and advantage will from description of the accompanying drawings below to embodiment is combined Become substantially and be readily appreciated that, wherein：

Fig. 1 is the structural representation of the toy according to the utility model embodiment, and wherein variant part is in the first form；

Fig. 2 is the structural representation of the toy according to the utility model embodiment, and wherein variant part is in the second form；

Fig. 3 is that the structural representation of the toy body according to the utility model embodiment, wherein flip piece and first are triggered Part is in mated condition；

Fig. 4 is that the structural representation of the toy body according to the utility model embodiment, wherein flip piece and first are triggered Part is in disengaged position；

Fig. 5 is the structural representation of the toy body bottom wall according to the utility model embodiment；

Fig. 6 is the structural representation of the flip piece of the toy according to the utility model embodiment；

Fig. 7 is the part-structure schematic diagram of the toy according to the utility model embodiment, wherein the first movable part is located at the At two positions；

Fig. 8 is enlarged drawing at A in Fig. 7；

Fig. 9 is the part-structure schematic diagram of the toy according to the utility model embodiment, wherein the first movable part is located at the At three positions；

Figure 10 is enlarged drawing at B in Fig. 9；

Figure 11 is the sectional view of the part-structure of the toy according to the utility model embodiment；

Figure 12 is the part-structure schematic diagram of the toy according to the utility model embodiment；

Figure 13 is enlarged drawing at C in Figure 12；

Figure 14 is the part-structure schematic diagram of the toy according to the utility model embodiment；

Figure 15 is the structural representation of the accessory of the toy according to the utility model embodiment；

Figure 16 is the structural representation of the clockwork spring disk locking mechanism according to the toy of the utility model embodiment；

Figure 17 is the part-structure schematic diagram of the draw off gear of the toy according to the utility model embodiment；

Figure 18 is the structural representation of the clockwork spring disk of the draw off gear shown in Figure 17；

Figure 19 is the structural representation of another angle of the clockwork spring disk shown in Figure 18；

Figure 20 is the driving member of the draw off gear shown in Figure 17 and the structural representation of gear mated condition；

Figure 21 is the structural representation of the gear shown in Figure 20；

Figure 22 is the structural representation of the locking piece of the toy according to the utility model embodiment；

Figure 23 is the structural representation of another angle of the locking piece of the toy according to the utility model embodiment；

Figure 24 is the structural representation of the first trigger member of the toy according to the utility model embodiment；

Figure 25 is the structural representation of the second trigger member of the toy according to the utility model embodiment；

Figure 26 is the structural representation of the pull-push piece of the toy according to the utility model embodiment；

Figure 27 is the part-structure schematic diagram of the clockwork spring disk locking mechanism according to the toy of the utility model embodiment.

Reference：

Toy 100；

Body 1；Clamp port 11；First passes through hole 12；Second passes through hole 13；

Accessory 2；Auxiliary section 21；Groove 211；

Wire connecting portion 22；Base 221；Upper lid 222；

Lock drive mechanism 3；Locking piece 31；Trigger unit 311；Sticking department 312；Actuator 32；

Draw off gear 4；Clockwork spring disk 41；Bayonet socket 411；

Drive component 42；Gear 421；Gear 4211；Connecting portion 4212；

Pull-push piece 422；First supporting leg 4221；Second supporting leg 4222；Handheld Division 4223；

Driving member 423；Assembling groove 4231；

Back-moving spring 424；

First trigger member 5；First retaining part 51；First locating dowel 52；

Flip piece 6；Protuberance 61；

Clockwork spring disk locking mechanism 7；Rotary shaft 71；

First movable part 72；The first noumenon 721；Second retaining part 722；3rd retaining part 723；

Second movable part 73；Second body 731；4th retaining part 732；

Elastic component 74；Resetting means 75；Damping piece 76；

Variant part 8；First variant part 81；Second variant part 82；3rd variant part 83；

Second trigger member 9；5th retaining part 91；Second locating dowel 92；

First toy disks 101；First magnet 102；Second toy disks 103；Second magnet 104；

Connecting line 201；Tooth-strip part 202；First limiting section 203；Second limiting section 204；Drive division 205；

First buckle 301；First neck 302；Second buckle 303；

Chute 401；Projection 402；

Connecting groove 501；Connection bump 502；

First spring 601；3rd spring 602；

Torsion spring 700；Wheel 800.

Embodiment

Embodiment of the present utility model is described below in detail, the example of the embodiment is shown in the drawings, wherein from beginning Same or similar element or element with same or like function are represented to same or similar label eventually.Below by ginseng The embodiment for examining accompanying drawing description is exemplary, is only used for explaining the utility model, and it is not intended that to of the present utility model Limitation.

In description of the present utility model, it is to be understood that term " on ", " under ", "front", "rear", "left", "right", The orientation or position relationship of the instruction such as " vertical ", " level ", " top ", " bottom ", " interior ", " outer " be based on orientation shown in the drawings or Position relationship, is for only for ease of description the utility model and simplifies description, rather than indicate or imply the device or member of meaning Part must have specific orientation, with specific azimuth configuration and operation, therefore it is not intended that to limitation of the present utility model.

, it is necessary to which explanation, unless otherwise clearly defined and limited, term " are pacified in description of the present utility model Dress ", " connected ", " connection " should be interpreted broadly, for example, it may be fixedly connected or be detachably connected, or integratedly Connection；Can be mechanical connection or electrical connection；Can be joined directly together, can also be indirectly connected to by intermediary, Can be connection or the interaction relationship of two elements of two element internals.For one of ordinary skill in the art Speech, concrete meaning of the above-mentioned term in the utility model can be understood as the case may be.

The toy 100 according to the utility model embodiment is described below with reference to Fig. 1-Figure 27.

As shown in Fig. 1-Figure 27, included according to the toy 100 of the utility model embodiment：Body 1, accessory 2, locking driving Mechanism 3 and draw off gear 4.

Accessory 2 is located on body 1 and can ejected, and wherein accessory 1 can be ejected towards any direction of body 1, for example may be used , certainly can also be towards orientation such as the rears, left side or right side of body 1 to be ejected (as shown in Figure 2) towards the front of body 1 Ejection, locking drive mechanism 3 is located on body 1 and locking piece 31 and actuator 32 including being connected with each other, and locking piece 31 is with matching somebody with somebody Part 2 coordinates to lock and discharge accessory 2, and the driving accessory 2 ejection body 1 when locking piece 31 discharges accessory 2 of actuator 32 is received Put that device 4 is located on body 1 and draw off gear 4 is connected with accessory 2 by connecting line 201, draw off gear 4 can folding and unfolding connecting line 201 with accessory 2 ejection after accessory 2 is withdrawn into body 1.

Specifically, accessory 2 is located at body 1 and coordinated with locking piece 31, and locking piece 31 can lock and discharge accessory 2, That is, accessory 2 can be locked on body 1 by locking piece 31 can also discharge accessory 2, when locking piece 31 locks accessory 2 When being scheduled on body 1, accessory 2 can not eject body 1, when locking piece 31 discharges accessory 2, and now locking piece 31 can drive Body 1 is ejected under the driving of moving part 32, after accessory 2 is released ejection, draw off gear 4 is recoverable to connecting line 201, so that Accessory 2 is withdrawn into body 1；When needing to launch accessory 2 again, draw off gear 4 loosens to connecting line 201, locking piece 31 Accessory 2 is discharged, actuator 32 ejects accessory 2, after accessory 2 is ejected, draw off gear 4 withdraws connecting line 201 again, Accessory 2 is withdrawn body 1 to treat next ejection again, is so moved in circles.

According to the toy 100 of the utility model embodiment, by setting draw off gear 4, it will can match somebody with somebody after accessory 2 is ejected Part 2 withdraws body 1, it is not necessary to manually pick up the accessory 2 after ejection, so as to facilitate playing for child, improves child The interest played, and accessory 2 do not allow it is easy to lose.In addition, the distance that accessory 2 is ejected is limited by draw off gear 4, so as to To improve the security in play activity.

In some embodiments of the present utility model, as shown in Fig. 7-Figure 14, the draw off gear 4 includes can be in storage energy The clockwork spring disk 41 and driving clockwork spring disk 41 rotated between the energy storage state of amount and the de-energized state released energy turns in energy storage state Dynamic drive component 42, one end of connecting line 201 is connected with accessory 2 and the other end is wrapped on clockwork spring disk 41.Specifically, lock is worked as When determining the locking accessory 2 of part 31, the driving clockwork spring of drive component 42 disk 41 is rotated under energy storage state, and connecting line 201 is relaxed；Work as lock When determining the release accessory 2 of part 31, accessory 2 ejects body 1 under the driving of actuator 32, and clockwork spring disk 41 will turn under de-energized state Dynamic, connecting line 201 is retracted, so that accessory 2 is withdrawn into body 1, draw off gear 4 is simple in construction and can run high by property.

As shown in Figure 15, accessory 2 has wire connecting portion 22, and wire connecting portion 22 includes base 221 and upper lid 222, upper lid 222 Lid is located on base 221 and the upper lid 222 and base 221 limit wire connection cavity jointly, and base 221 is provided with what is upwardly extended The threading hole of wire connection cavity is communicated with binding post, wire connecting portion 22, one end of connecting line 201 enters wire connection cavity by threading hole It is interior, and be connected on binding post, after the completion of connecting line 201 is connected, upper lid 222 is connected on base 221, alternatively, Fixation can be attached by fastener between upper lid 222 and base 221 (such as screw).

Further, as shown in Figure 14, drive component 42 includes gear 421 and pull-push piece 422, gear 421 and clockwork spring Disk 41 is connected, and pull-push piece 422 is movably arranged between the retrieving position of the withdrawn position of body 1 and withdrawal body 1 is extracted out On body 1, pull-push piece 422 is provided with the tooth-strip part 202 that extends along its length, tooth-strip part 202 engaged with gear 421 with Drive clockwork spring disk 41 to rotate when pull-push piece 422 is moved, thus drive clockwork spring disk 41 to be rotated in energy storage state, the knot of draw off gear 4 Structure is simple, easy to assembly.

Preferably, as shown in Figure 14 and Figure 17-Figure 21, above-mentioned drive component 42 also includes the driving member 423 of driving member 423 One end (upper end of driving member 423 as shown in Figure 20) be connected with clockwork spring disk 41, the other end (such as Figure 20 of driving member 423 Shown in driving member 423 lower end) can coordinate and depart from gear 421, when driving member 423 and gear 421 cooperate, Gear 421 can drive driving member 423 to rotate, while driving member 423 drives clockwork spring disk 41 to rotate, that is to say, that work as driving member 423 with gear 421 when cooperating, and gear 421 drives clockwork spring disk 41 to be rotated in energy storage state to store energy by driving member 423 Amount, connecting line 201 is relaxed；When driving member 423 and gear 421 are disengaged from, gear 421 is relative to 423 turns of driving member Dynamic, now gear 421 is rotated, and driving member 423 and clockwork spring disk 41 are not rotated.

Specifically, when pull-push piece 422 is moved in withdrawn position, pull-push piece 422 coordinates with drive gear with gear 421 421 rotate, and during gear 421 is rotated, gear 421 coordinates with driving member 423, rotate to drive biography by gear 421 Moving part 423 is rotated, and thus drives clockwork spring disk 41 to be rotated in energy storage state to store energy, connecting line 201 is relaxed with described Body 1 is ejected when accessory 2 is released；When pull-push piece 422 is moved in retrieving position, pull-push piece 422 and gear 421 coordinate with Drive gear 421 is rotated backward, during gear 421 is rotated backward, and gear 421 departs from driving member 423, now tooth Wheel 421, which is rotated, can't drive driving member 423 to rotate, and now clockwork spring disk 41 will not be rotated, that is to say, that by setting driving member 423, when pull-push piece 422 is moved in withdrawn position, gear 421 will drive clockwork spring disk 41 to be rotated under energy storage state, push away Draw piece 422 is when retrieving position is moved, and now gear 421 will not drive clockwork spring disk 41 to be rotated under de-energized state, thus, When pull-push piece 422 resets towards retrieving position, do not result in clockwork spring disk 41 and release energy, it is possible thereby to avoid multiple in pull-push piece 422 During position, connecting line 201 is retracted, so as to cause accessory 2 can not eject body 1 in release.

Further, gear 421 can include gear 4211 and connecting portion 4212, driving member 423 and connecting portion 4212 are connected, and wherein connecting portion 4212 is provided with the first limiting section 203, and driving member 423 is provided with the second limiting section 204, first The limiting section 204 of limiting section 203 and second mutually only can be supported or separated.As shown in Figure 20 and Figure 21, connecting portion 4212 can be formed For vertically extending column structure, the bottom wall of driving member 423 is provided with the assembling groove 4231 of bottom-open, first Limiting section 203 is the bulge-structure for being formed as being located on the periphery wall of connecting portion 4212, and the second limiting section 204 is formed as being located at Bulge-structure on the inwall of assembling groove 4231, connecting portion 4212 coordinates in assembling groove 4231, is rotated in gear 421 During, the first limiting section 203 and the second limiting section 204 are only supported or separated, and when pull-push piece 422 is moved in withdrawn position, are pushed away Draw piece 422 is rotated with moving gear 421, when gear 421 turns to the first limiting section 203 and the second limiting section 204 is mutually only supported, Gear 421 drives driving member 423 to rotate, so as to drive clockwork spring disk 41 to be rotated in energy storage state；When pull-push piece 422 is in retrieving position When mobile, the drive gear 421 of pull-push piece 422 is rotated backward, and now the first limiting section 203 and the second limiting section 204 are separated, gear While 421 rotation, driving member 423 and clockwork spring disk 41 are not rotated, and clockwork spring disk 41 is still within energy storage state.

As shown in Figure 14, drive component 42 can also include back-moving spring 424, one end and the body 1 of back-moving spring 424 It is connected and the other end is connected with pull-push piece 422, the back-moving spring 424 at withdrawn position of pull-push piece 422 is stretched to drive push-and-pull Part 422 is moved towards retrieving position, when the driving of back-moving spring 424 pull-push piece 422 is moved towards retrieving position, driving member 423 It is disengaged from gear 421, so that pull-push piece 422 is during reset, clockwork spring disk 41 will not rotate and cause Connecting line 201 is retracted.

Connected mode between clockwork spring disk 41 and driving member 423 can carry out arbitrarily selected according to actual needs, for example, send out Connecting groove 501 can be provided with one of them of bar disk 41 and driving member 423, another is provided with suitable with connecting groove 501 The connection bump 502 matched somebody with somebody, clockwork spring disk 41 and driving member 423 are realized by the cooperation between connection bump 502 and connecting groove 501 Between connection, it is easy to assembly, and connection reliability is high.For example shown in Figure 19-Figure 20, connecting groove 501 is formed in clockwork spring On the bottom wall of disk 41, connection bump 502 is formed on the roof of driving member 423, it is preferable that connecting groove 501 can be formed as Runway connected in star 211, so that the cooperation between clockwork spring disk 41 and driving member 423 is more stablized, reliably.

In some embodiments of the present utility model, as shown in Figure 14 and Figure 26, pull-push piece 422 includes the first supporting leg 4221st, the second supporting leg 4222 and Handheld Division 4223, the first supporting leg 4221 and the second supporting leg 4222 extend along the longitudinal direction, and the Spacing side by side is set in left-right direction for one supporting leg 4221 and the second supporting leg 4222, and gear 421 is located at the first supporting leg 4221 and second Between supporting leg 4222, tooth-strip part 202 is formed on the first supporting leg 4221, and back-moving spring 424 is connected with the second supporting leg 4222, hand Portion 4223 is held to be located between the first supporting leg 4221 and the second supporting leg 4222, when pull-push piece 422 is located at retrieving position, Handheld Division 4223 at least a portion stretches out body 1, so as to more facilitate the pull of pull-push piece 422.

In some embodiments of the present utility model, as shown in Fig. 8, Figure 10 and Figure 16, clockwork spring disk is additionally provided with body 1 Locking mechanism 7, clockwork spring disk 41 is provided with bayonet socket 411, and clockwork spring disk locking mechanism 7 includes rotary shaft 71, the first movable part 72, second Movable part 73, elastic component 74 and resetting means 75, rotary shaft 71 are located on body 1 and vertically extending, the first movable part 72 are rotatably arranged in rotary shaft 71, the first movable part 72 around rotary shaft 71 rotate during have first position (figure not Show), the second place (as shown in Figs. 7-8) and the 3rd position (as shown in Fig. 9-Figure 10), when the first movable part 72 is located at the During one position, the outer wall of the first movable part 72 and clockwork spring disk 41 stops to clockwork spring disk 41 can be rotated under energy storage state, when the first work When moving part 72 is located at the second place, at least a portion of the first movable part 72 is caught in bayonet socket 411, and clockwork spring disk 41 is locked, when When first movable part 72 is located at three positions, clockwork spring disk 41 is released and can rotated under de-energized state.Second movable part 73 can Rotationally it is located in rotary shaft 71 and is arranged side by side along the vertical direction with the first movable part 72, the second movable part 73 can be in neighbouring hair Rotated between the separate location (as shown in Figure 10) of the close position (as shown in Figure 8) of bar disk 41 and remote clockwork spring disk 41, The inner of accessory 2 can coordinate with the second movable part 73 to drive the second movable part 73 to be rotated by separate location towards close position, Second movable part 73 is provided with projection 402 provided with the chute 401 for running through its thickness in the vertical direction, the first movable part 72, Projection 402 is slidably fit into chute 401, the two ends of elastic component 74 only supported with the movable part 72 of body 1 and first respectively with Often driving projection 402 stops the one end for the neighbouring clockwork spring disk 41 for being against chute 401, the two ends of resetting means 75 respectively with body 1 and Second movable part 73 is connected often to drive the second movable part 73 to be directed away from position movement.

When the accessory 2 of ejection is installed on body 1, accessory 2 is promoted backward accessory 2 is locked in into body 1 On, when accessory 2 is promoted backward, accessory 2 the inner with the second movable part 73 stop supports, accessory 2 will drive the second movable part 73 by Separate location is rotated (from the front to the back) towards close position, and now the first movable part 72 will be moved rearwardly into first position (not shown), now the first movable part 72 and clockwork spring disk 41 contact, now can by pull-push piece 422 towards withdrawn position move Dynamic, gear 421 will drive driving member 423 and clockwork spring disk 41 to rotate, and the storage energy of clockwork spring disk 41, connecting line 201 is relaxed, connected The length that line 201 is relaxed is relevant with the quantity of the bayonet socket 411 on clockwork spring disk 41, and bayonet socket 411 can set one or more, When bayonet socket 411 sets one (as shown in Fig. 7-Figure 10), the length that connecting line 201 is relaxed is the girth of clockwork spring disk 41, card The design of 411 quantity of mouth and position can be arbitrarily selected as needed.(the now clockwork spring disk after the completion of connecting line 201 is relaxed 41 energy storage terminate), the first movable part 72 is located at the second place, and at least a portion of the first movable part 72 is caught in bayonet socket 411 Interior, clockwork spring disk 41 is locked (as shown in Fig. 7-Fig. 8), and the energy that now clockwork spring disk 41 is stored is locked, and connecting line 201 In relaxation state, now pull-push piece 422 will reset in the presence of back-moving spring 424；When launching accessory 2, lock first Part 31 discharges accessory 2, and accessory 2 is ejected under the driving of actuator 32, and the distance that accessory 2 is ejected is relaxed with connecting line 201 Length it is roughly equal, accessory 2 eject after, the second movable part 73 be directed away from the presence of resetting means 75 position movement, Thus the first movable part 72 is driven to move at the 3rd position, now clockwork spring disk 41 will be released and be rotated under de-energized state, Connecting line 201 will be retracted, and thus accessory 2 is retracted on body 1.Alternatively, resetting means 75 can be torsion spring, elasticity Part 74 can be spring.

Preferably, as shown in Figure 27, it is also provided with damping piece between the first movable part 72 and the second movable part 73 76, by setting damping piece 76, the first movable part 72 and the second movable part between the first movable part 72 and the second movable part 73 73 moments that will not be ejected in accessory 2 just moved towards the front end of body 1, but in the presence of damping piece 76, slowly to Preceding movement, is just retracted so as to moment for avoiding accessory 2 from being ejected.Damping piece 76 can be formed as ring-type and be set in rotation It is easy for installation on axle 71.In addition, damping piece 76 can be made up of elastomeric material, this is certainly not limited to, damping piece 76 can be with It is made up of plastic or other material.

Alternatively, as shown in Figure 16, the first movable part 72 stops including the first noumenon 721, the second retaining part 722 and the 3rd Support 723, the first noumenon 721 can be the slab construction extended in the horizontal plane, the second retaining part 722 and the 3rd retaining part 723 intervals are located on the first noumenon 721, and the second retaining part 722 is to be formed on the side wall of the first noumenon 721 in the horizontal direction The bulge-structure of extension, when the first movable part 72 is located at first position, the periphery wall of the second retaining part 722 and clockwork spring disk 41 Only support, clockwork spring disk 41 is rotated by storage energy pull-push piece 422, when the first movable part 72 is located at the second place, the Two retaining parts 722 are caught in bayonet socket 411, and clockwork spring disk 41 is locked, and when the first movable part 72 is located at three positions, second only supports Portion 722 departs from clockwork spring disk 41, and clockwork spring disk 41 can be rotated in de-energized state.3rd retaining part 723 can be by the first noumenon The turnup structure that 721 edge is upwardly extended, the two ends of elastic component 74 are only against on the retaining part 723 of body 1 and the 3rd respectively.

Second movable part 73 includes the second body 731 and the 4th retaining part 732, and the second body 731 can be in horizontal plane The slab construction of interior extension, the 4th retaining part 732 is the turnup structure upwardly extended by the edge of the second body 731, accessory 2 The inner coordinates or separated with the 4th retaining part 732.In addition, as shown in figure 16, chute 401 can be formed on the second body 731, Projection 402 is formed on the first noumenon 721.First movable part 72 and the second movable part 73 are simple in construction, facilitate toy 100 whole The assembling of body and the integrated operation reliability of toy 100 height.

In some embodiments of the present utility model, toy 100 also includes the first trigger member 5 and flip piece 6, the first triggering Part 5 can be located on body 1 movably forward and backward, and the first trigger member 5 can coordinate or depart from draw off gear 4, when draw off gear 4 is by bullet Accessory 2 after going out towards body 1 withdraw when, draw off gear 4 coordinates with the first trigger member 5 to drive the first trigger member 5 to move, and turns over Turn part 6 to be located at turnablely on the bottom wall of body 1, the trigger member 5 of flip piece 6 and first coordinates flip piece 6 being positioned at body 1 On, when the first trigger member 5 is triggered mobile, the first trigger member 5 and flip piece 6 are disengaged from, flip piece 6 overturn and with branch Have an effect to drive body 1 to overturn in support face (supporting surface can be ground etc.).

That is, when draw off gear 4 withdraws accessory 2 towards body, the first trigger member 5 is triggered, the first triggering Part 5 and flip piece 6 are disengaged from, and flip piece 6 overturns and has an effect to drive body 1 to overturn with supporting surface.In short, During accessory 2 is withdrawn towards body 1, the first trigger member 5 is triggered, and toy 100 is overturn, it is possible thereby to increase object for appreciation The interest of tool 100.

In a specific example of the present utility model, as shown in Fig. 3-Fig. 4 and Figure 11, toy 100 includes the first triggering Part 5 and flip piece 6, the first trigger member 5 can be located on body 1 movably forward and backward, and the first trigger member 5 can be located at driving member 423 Front, driving member 423 be provided with can drive the first trigger member 5 move drive division 205, when clockwork spring disk 41 be in de-energized state When, drive division 205 coordinates with the first trigger member 5 to drive the first trigger member 5 to move, and flip piece 6 is located at the bottom of body 1 turnablely On wall, the trigger member 5 of flip piece 6 and first coordinates so that flip piece 6 is positioned on body 1, when the first trigger member 5 is triggered movement When, the first trigger member 5 and flip piece 6 are disengaged from, and flip piece 6 overturns and sent out with supporting surface (supporting surface can be ground etc.) It is raw to act on driving body 1 to overturn.That is, when clockwork spring disk 41 is in de-energized state, clockwork spring disk 41 drives transmission Part 423 is rotated, and now accessory 2 is withdrawn towards body 1, while driving member 423 is during rotation, the drive on driving member 423 Dynamic portion 205 triggers the first trigger member 5, and drive division 205 promotes the first trigger member 5 to move forward, so that the He of the first trigger member 5 Flip piece 6 is disengaged from, and flip piece 6 overturns and has an effect to drive body 1 to overturn with supporting surface.

As shown in Figure 12-Figure 13 and Figure 20, drive division 205 can be convex on the periphery wall of driving member 423 to be formed Rise, the first trigger member 5 has the first retaining part 51 coordinated with drive division 205, the first retaining part 51 is formed as inclining from left to right Oblique inclined-plane, it is possible thereby to be easy to the cooperation and separation between the retaining part 51 of drive division 205 and first, driving member 423 was driven Cheng Gengjia is smooth.

Further, as shown in Fig. 3, Figure 11 and Figure 12, one of them of the first trigger member 5 and flip piece 6 are provided with First buckle 301 and another is provided with the first neck 302 for being adapted with the first buckle 301, when the first trigger member 5 is triggered When, the first buckle 301 and the first neck 302 depart from, and thus the trigger member 5 of flip piece 6 and first, which departs from, coordinates, and flip piece 6 is overturn And have an effect to drive body 1 to overturn with supporting surface.

As shown in Figure 24, the first trigger member 5 extends along the longitudinal direction, and the first retaining part 51 is formed in the first trigger member 5 Rear end, the first buckle 301 forms the front end in the first trigger member 5 and along extending downwardly.As shown in figure 12, the first trigger member 5 Front end and body 1 between can be provided with the first spring 601 for extending along the longitudinal direction, the rear and front end point of the first spring 601 On the front end face that the trigger member 5 of body 1 and first Zhi be against, after the first trigger member 5 is triggered, it can be in the first spring Resetted under 601 driving.Preferably, as shown in Figure 24, the front end of the first trigger member 5 is provided with the first locating dowel extended forward 52, one end of the first spring 601 is set in the first locating dowel 52, so that the positioning of the first spring 601 is more stablized.

As shown in Fig. 3-Fig. 4, flip piece 6 can by rotating shaft and torsion spring 700 it is turnable be positioned at the bottom wall of body 1 On, flip piece 6 and torsion spring 700 are rotatably connected in rotating shaft, and one end of torsion spring 700 is connected with the bottom wall of body 1, the other end Be connected with flip piece 6, when flip piece 6 is locked by the first trigger member 5 (such as Fig. 3) as shown in, now torsion spring 700 storage potential energy； When flip piece 6 is unlocked, flip piece 6 overturns 180 ° in the presence of torsion spring 700, and flip piece 6 is overturn to position as shown in Figure 4 Put place.

In some embodiments of the present utility model, as Figure 1-Figure 5, toy 100 also includes variant part 8 and second and touched Outbox 9, the deformable ground of variant part 8 is located on body 1, and variant part 8 has the first form (such as shown in Fig. 1) and the second shape State (such as shown in Fig. 2), the second trigger member 9 is located on body 1 and can coordinate or separate with variant part 8, when the second trigger member 9 When coordinating with variant part 8, variant part 8 is positioned in the first form, when the second trigger member 9 is separated with variant part 8, variant part 8 It is deformed into the second form.

Further, as Figure 1-Figure 5, one of them of the trigger member 9 of variant part 8 and second is provided with the second buckle 303 and another is provided with the second neck for being adapted with the second buckle 303, by between the second buckle 303 and the second neck Cooperation variant part 8 can be positioned at the first form, when the second buckle 303 departs from the second neck, variant part 8 is deformed For the second form.

In an alternative embodiment of the present utility model, as shown in Figure 11, the second trigger member 9 can be set movably forward and backward On body 1, at least a portion of the second trigger member 9 extends downwardly from the bottom wall of body 1, when flip piece 6 is overturn, flip piece 6 A part coordinates to drive the movement of the second trigger member 9 so that the second trigger member 9 departs from variant part 8 with the second trigger member 9.As schemed Shown in 25, the second trigger member 9 extends along the longitudinal direction, and the second buckle 303 forms the front end in the second trigger member 9 and prolonged upwards Stretch, the bottom wall of the second trigger member 9 is provided with downward projection of 5th retaining part 91, and the 5th retaining part 91 tilts prolong from top to bottom Stretch, the 5th retaining part 91 stretches out the bottom wall of body 1, when flip piece 6 is overturn, the 5th retaining part 91 is only supported with flip piece 6, and is driven Dynamic second trigger member 9 is moved rearwards by, and the second trigger member 9 and variant part 8 depart from, and variant part 8 is deformed into the second form.

Preferably, the second spring extended between the second trigger member 9 and body 1 provided with fore-and-aft direction, the two of second spring End is only supported with the second trigger member 9 and body 1 respectively, so that after being triggered and being moved rearwards by the second trigger member 9, and it can be the Resetted under the driving of two springs.As shown in Figure 25, the rear end of the second trigger member 9 is provided with the second locating dowel 92 extended back, One end of second spring is set in the second locating dowel 92, so that the positioning of second spring is more stablized.

As shown in Figure 5 and Figure 6, the bottom wall of body 1 be provided with above-below direction through its thickness first pass through the He of hole 12 Second passes through hole 13, the first buckle 301 to coordinate after passing through hole 12 through first with the first neck 302, and the 5th retaining part 91 is passed through Second passes through the stretching bottom wall of body 1 behind hole 13, and second passes through hole 13 to be formed as the strip extended along the longitudinal direction.

As shown in fig. 6, flip piece 6 is provided with protuberance 61, when flip piece 6 is overturn, the protuberance 61 on flip piece 6 Coordinate with the 5th retaining part 91, to drive the second trigger member 9 to be moved rearwards by so that the second trigger member 9 departs from variant part 8, become Shape portion 8 is deformed into the second form.

As shown in Fig. 1-Fig. 2, variant part 8 can be included along the first variant part 81 and the second variant part 82, the second deformation Portion 82 is located at the rear portion of the first variant part 81, and the first variant part 81 is connected with the second variant part 82 by torsion spring, the first variant part 81 are respectively arranged on the left side and the right side the 3rd variant part 83, the 3rd variant part 83 can for the wing of animal shape, certainly not It is limited to this, the 3rd variant part 83 is connected also by torsion spring with the first variant part 81, when the second trigger member 9 and variant part 8 coordinate When, variant part 8 is located at the first form as shown in Figure 1, and the first variant part 81 and the second variant part 82 are located substantially at same flat In face, the 3rd variant part 83 of the both sides of the first variant part 81 is also stacked on the first variant part 81, when the second trigger member 9 and deformation When portion 8 departs from, variant part 8 is deformed into the second form as shown in Figure 2, and the first variant part 81 and the second variant part 82 are in " V " type, while the 3rd variant part 83 of the both sides of the first variant part 81 also deploys (as stretching open wings animal).

In some embodiments of the present utility model, as shown in figs. 2 and 11, toy 100 also includes the first toy disks 101, locking drive mechanism 3 can be located on body 1 up or down, and body 1, which is provided with, to be used to clamp the first toy disks 101 Clamp port 11, locking piece 31 includes the trigger unit 311 that is connected with each other and sticking department 312, sticking department 312 can coordinate with accessory 2 or Depart from, the bottom of trigger unit 311 is extended in clamp port 11, the quilt of trigger unit 311 when clamp port 11 clamps the first toy disks 101 Trigger and move up, sticking department 312 departs to discharge accessory 2 with accessory 2.Specifically, the first toy is clamped in clamp port 11 During disk 101, the first toy disks 101 will be contacted with trigger unit 311, and trigger unit 311 will be promoted to move up, sticking department 312 depart from accessory 2, and accessory 2 is released.

The first magnet 102 can be provided with clamp port 11, the first toy disks 101 are the magnetic that can be adsorbed with the first magnet 102 Property part, such first toy disks 101 can be sucked in clamp port 11 by the first magnet 102.As shown in figure 11, the first magnet 102 It can be set adjacent to clamp port 11, so that the first toy disks 101 are more easy to be inhaled into clamp port 11.

Further, as shown in Figure 11, Figure 22-Figure 23, trigger unit 311 is located at the lower section of sticking department 312 and trigger unit 311 tilt extension from top to bottom, and sticking department 312 is formed as through hole, and accessory 2 includes matching somebody with somebody for coordinating or depart from sticking department 312 Conjunction portion 21, auxiliary section 21 is provided with groove 211, and inwall and the groove 211 of through hole coordinate so that accessory 2 is locked on body 1, The inwall of through hole departs to discharge accessory 2 with groove 211 when trigger unit 311 is triggered.

It should be noted that position of the clamp port 11 on body 1 can carry out any setting according to actual needs, such as Front portion, rear portion, left side, right side, top or bottom of body 1 etc. can be located at, clamp port 11 clamps the first toy disks 101 can be with By manually inserting the first toy disks 101 in clamp port 11, by mobile body 1 or the first toy disks 101 can also be moved, So as to clamp the first toy disks 101 automatically.

For example, in the example shown in Fig. 2 and Figure 11, locking drive mechanism 3 can be located at before body 1 up or down Portion, the front portion of body 1 is provided with the clamp port 11 for being used for clamping the first toy disks 101, can be by the first toy disks when being at play 101 are placed on the front of body 1, then promote body 1 towards the direction of the first toy disks 101, so as to be played in body 1 and first First toy disks 101 are clamped in clamp port 11 automatically when tool disk 101 contacts with each other or be neighbouring；Similarly, can also be by body 1 It is positioned on supporting surface, then the first toy disks 101 is promoted or launched towards the direction of clamp port 11 of body 1, when body 1 First toy disks 101 are clamped in clamp port 11 automatically when being contacted with each other with the first toy disks 101 or be neighbouring, the interest of toy 100 Taste is higher, and playing method is more diversified.It is by mobile body 1 or mobile first toy disks 101 that first toy disks 101 are automatic It is clamped in clamp port 11, the hand brain coordination ability of child can be tempered, improves sense of direction and the dynamics sense of child etc. Control ability.

It is understood that when the first toy disks 101 are taken out in clamp port 11, can drive in any manner Locking piece 31 resets.Locking piece 31 is promoted to reset manually for example, can press down on, or can also be in locking piece 31 and this The 3rd vertically extending spring 602 (as shown in figures 7 and 9) is provided between body 1, the two ends of the 3rd spring 602 are distinguished Only it is against between locking piece 31 and body 1, locking piece 31 can automatically reset under the driving of the 3rd spring 602.

Alternatively, as shown in figures 7 and 9, actuator 32 can be the spring extended along the longitudinal direction, the two ends point of spring It Zhi not be against on body 1 and accessory 2, when accessory 2 is locked on body 1, spring is in compressive state, when accessory 2 is unlocked When, accessory 2 is ejected under the action of the spring.

In some embodiments of the present utility model, toy 100 also includes the second toy disks 103, the second toy disks 103 (such as ground) is suitable for placement on supporting surface, can coordinate when after the ejection body 1 of accessory 2 with the second toy disks 103, thus may be used To increase the interest of toy 100.

For example, in the example shown in Fig. 2 and Figure 15, the outer end of accessory 2 is provided with the second magnet 104, the second toy disks 103 magnetic part for that can be adsorbed with the second magnet 104, can be adsorbed, thus when after the ejection body 1 of accessory 2 with the second toy disks 103 The interest of toy 100 can be increased.Certainly, the fit system between the toy disks 103 of accessory 2 and second is not limited to this, example Such as, claw portion can be provided with accessory 2, after accessory 2 ejects body 1, the second toy disks 103 can be clamped in claw portion, matched somebody with somebody Fit system between the toy disks 103 of part 2 and second is more diversified.

In some embodiments of the present utility model, as Figure 1-Figure 2, toy 100 can be toy car, and body 1 is Car body, car body is provided with the wheel 800 that car body can be driven to move, and toy car can be slided on the support surface, so as to increase The interest of toy 100.

Below with reference to tools of Fig. 1-Figure 27 so that toy 100 is toy car as an example to the toy 100 of the utility model embodiment Body playing method is described in detail, and wherein toy car 100 includes above-mentioned car body 1, accessory 2, locking drive mechanism 3, draw off gear 4th, the first trigger member 5, flip piece 6, clockwork spring disk locking mechanism 7, variant part 8, the second trigger member 9, the first toy disks 101, first Magnet 102, the second magnet 104 and the second toy disks 103, variant part 8 have the first form and the second form.

The first toy disks 101 and the second toy disks 103 are removed and are positioned on clamp port 11 and accessory 2 respectively first On supporting surface (such as ground), now in the effect of the 3rd spring 602, lower movement resets locking piece 31 automatically, then by accessory 2 are installed on car body 1, and now the inner of accessory 2 will only support with the 4th retaining part 732 of the second movable part 73, and promote the The close position (backward) of two movable parts 73 to neighbouring clockwork spring disk 41 is mobile, and now the first movable part 72 is also moved rearwardly into first At position, now the second retaining part 722 of the first movable part 72 and the periphery wall of clockwork spring disk 41 stop to, the groove 211 of accessory 2 with The through-hole wall of locking piece 31 coordinates accessory 2 being locked on car body 1；Then pull-push piece is pulled towards withdrawn position (backward) 422, the tooth-strip part 202 in pull-push piece 422 is engaged with gear 421 to be rotated with band moving gear 421, when gear 421 turns to first When the limiting section 204 of limiting section 203 and second mutually only supports position, gear 421 will drive 41 turns of driving member 423 and clockwork spring disk It is dynamic, the now storage of clockwork spring disk 41 energy, the connecting line 201 between clockwork spring disk 41 and accessory 2 is relaxed, when clockwork spring disk 41 is turned to During its bayonet socket 411 and second retaining part, 722 mutual cooperation state, clockwork spring disk 41 is locked at the position, and clockwork spring disk 41 will not Rotate, now the first movable part 72 is located at the second place (as shown in Fig. 7-Fig. 8), pull-push piece after clockwork spring disk 41 is locked 422 will be reset to retrieving position (as shown in Figure 14) in the presence of back-moving spring 424, in above process driving member 423 On the trigger member 5 of drive division 205 and first be disengaged position, the first trigger member 5 will not be triggered movement, need exist for explanation It is that the trigger member 5 of drive division 205 and first is that disengaged position refers to not producing mutually between the trigger member 5 of drive division 205 and first The state of effect, can be specifically, between the trigger member 5 of drive division 205 and first released state, or drive division 205 and the One trigger member 5 contacts with each other but does not produce state only instead.

Then flip piece 6 can be rotated, coordinate the trigger member 5 of flip piece 6 and first with by the horizontal location of flip piece 6 in car On body 1, the variant part 8 of toy car 100 is folded as the first form as shown in Figure 1 in addition, makes the second trigger member 9 and deformation Portion 8 coordinates variant part 8 being locked in the first form.

Then toy car 100 is launched or promoted towards the first toy disks 101, the first magnet 102 on car body 1 is by first In the suction clamp port 11 of toy disks 101, now the first toy disks 101 will touch the trigger unit 311 of locking piece 31, locking piece 31 entirety are moved up, and locking piece 31 discharges accessory 2, and accessory 2 is ejected under the driving of actuator 32, what accessory 2 was ejected The equal length that length is relaxed with connecting line 201, accessory 2 will adsorb the second toy disks 103 while car body 1 is ejected.

After accessory 2 is released injection, the second movable part 73 will be reset under the driving of resetting means 75 away from hair The separate location (as shown in Fig. 9-Figure 10) of bar disk 41, while the first movable part 72 will be moved under the driving of the second movable part 73 To the 3rd position, now the first movable part 72 is separated with clockwork spring disk 41, and clockwork spring disk 41 is rotated under de-energized state and released energy, Connecting line 201 is retracted simultaneously, so that accessory 2 is retracted into car body 1.

When clockwork spring disk 41 is rotated under de-energized state, except the drive division for withdrawing accessory 2 on car body 1, driving member 423 205 only will support (as shown in figure 13) with the first retaining part 51 of the first trigger member 5, and the first trigger member 5 will be towards before car body 1 End movement, so that the first buckle 301 departs from the first neck 302 on flip piece 6, the court in the presence of torsion spring of flip piece 6 Overturn and had an effect with supporting surface to the rear of car body 1 and overturn with band motor vehicles bodies 1.

Flip piece 6 is overturn after 180 °, and the protuberance 61 on flip piece 6 stops the 5th retaining part 91 with the second trigger member 9 Support, and drive the second trigger member 9 to be moved rearwards by, thus the second trigger member 9 departs from variant part 8 coordinates, and variant part 8 is unlocked It is deformed into the second form.

The toy car 100 is available for a child individually to play, and can also simultaneously be played for multiple children, and this practicality is new The toy car 100 of type embodiment, by setting draw off gear 4, can withdraw car body 1 by accessory 2 after accessory 2 is ejected, be not required to The accessory 2 after ejection is manually picked up, so as to facilitate playing for child, the interest that child plays is improved, and match somebody with somebody Part 2 is not allowed easy to lose.In addition, the toy car 100 of the utility model embodiment, accessory 2 can be not only launched forward, can also be entered Row upset and deformation, so as to increase the interest of toy car 100.

In the description of this specification, reference term " one embodiment ", " some embodiments ", " illustrative examples ", The description of " example ", " specific example " or " some examples " etc. means to combine specific features, the knot that the embodiment or example are described Structure, material or feature are contained at least one embodiment of the present utility model or example.In this manual, to above-mentioned art The schematic representation of language is not necessarily referring to identical embodiment or example.Moreover, description specific features, structure, material or Person's feature can in an appropriate manner be combined in any one or more embodiments or example.

While there has been shown and described that embodiment of the present utility model, it will be understood by those skilled in the art that： These embodiments can be carried out with a variety of changes, modification in the case where not departing from principle of the present utility model and objective, replaced And modification, scope of the present utility model limits by claim and its equivalent.

Claims

1. a kind of toy, it is characterised in that including：

Body；

Accessory, the accessory sets on the body and can ejected；

Drive mechanism is locked, the locking drive mechanism is set on the body and the locking piece including being connected with each other and driving Part, the locking piece is with the mate to lock and discharge the accessory, and the actuator discharges institute in the locking piece The accessory is driven to eject the body when stating accessory；

Draw off gear, the draw off gear is set on the body and the draw off gear passes through connecting line phase with the accessory Even, connecting line described in the draw off gear folding and unfolding by the accessory after accessory ejection to withdraw the body.

2. toy according to claim 1, it is characterised in that the toy also includes：

First trigger member, first trigger member can be set on the body movably forward and backward, first trigger member with it is described Draw off gear can coordinate or depart from, when the draw off gear withdraws the accessory after ejection towards the body, the folding and unfolding Device coordinates to drive first trigger member to move with first trigger member；

The flip piece on the body bottom wall is located at turnablely, and the flip piece coordinates with by described in first trigger member Flip piece is positioned on the body, when first trigger member is triggered mobile, first trigger member and the upset Part is disengaged from, and the flip piece overturns and has an effect to drive the body to overturn with supporting surface.

3. toy according to claim 1, it is characterised in that also including variant part and the second trigger member, the variant part Deformable ground is set on the body, and the variant part has the first form and the second form, and second trigger member is located at institute State on body and can coordinate or separate with the variant part, when second trigger member and variant part cooperation, the change Shape portion is positioned in first form, when second trigger member and the crushed element from when, the variant part is deformed into Second form.

4. toy according to claim 3, it is characterised in that the toy also includes：

The flip piece on the body bottom wall is located at turnablely, and the flip piece coordinates with by described in first trigger member Flip piece is positioned on the body, when first trigger member is triggered mobile, first trigger member and the upset Part is disengaged from, and the flip piece overturns and has an effect to drive the body to overturn with supporting surface；

Wherein, second trigger member can be set on the body movably forward and backward, at least a portion of second trigger member The body bottom wall is extended downwardly from, when the flip piece is overturn, a part for the flip piece is matched somebody with somebody with second trigger member Close and to drive second trigger member to move second trigger member is departed from the variant part.

5. toy according to claim 1, it is characterised in that also including the first toy disks, the locking drive mechanism can Set up or down on the body, the body is provided with the clamp port for being used for clamping first toy disks, the lock Determine trigger unit and sticking department that part includes being connected with each other, the sticking department can be with the mate or disengaging, the trigger unit Bottom extend in the clamp port, the clamp port clamp first toy disks when trigger unit be triggered and to Upper movement, the sticking department departs to discharge the accessory with the accessory.

6. toy according to claim 5, it is characterised in that the first magnet is provided with the clamp port, described first plays It is magnetic part that can be with first magnet adsorption to have disk.

7. toy according to claim 1, it is characterised in that the toy also includes the second toy disks, described second plays Tool disk is suitable for placement on supporting surface, can be coordinated after the accessory ejects the body with second toy disks.

8. toy according to claim 1, it is characterised in that the draw off gear includes that the energy storage shape of energy can be being stored The clockwork spring disk rotated between state and the de-energized state released energy and the drive for driving the clockwork spring disk to be rotated in the energy storage state Dynamic component, one end of the connecting line is connected with the accessory and the other end is wrapped on the clockwork spring disk.

9. toy according to claim 8, it is characterised in that the drive component includes：

Gear, the gear is connected with the clockwork spring disk；

Pull-push piece, the pull-push piece is extracting removable between the withdrawn position of the body and the retrieving position for withdrawing the body out Set dynamicly on the body, the pull-push piece is provided with the tooth-strip part that extends along its length, the tooth-strip part with it is described Gear engages to drive the clockwork spring disk to rotate when the pull-push piece is moved.

10. toy according to claim 9, it is characterised in that the drive component also includes：

Driving member, one end of the driving member is connected with the clockwork spring disk, and the other end of the driving member can match somebody with somebody with the gear Close and depart from, when the driving member and gear mutual cooperation, the gear drives the driving member to rotate, and is passed when described When moving part is disengaged from the gear, the gear is rotated relative to the driving member.

11. toy according to claim 10, it is characterised in that the gear includes gear and connecting portion, described Driving member is connected with the connecting portion, and the connecting portion is provided with the first limiting section, and the driving member is provided with the second limiting section, First limiting section and second limiting section mutually only can be supported or separated.

12. toy according to claim 9, it is characterised in that the drive component also includes：

Back-moving spring, one end of the back-moving spring is connected with the body and the other end is connected with the pull-push piece, described to push away Draw piece back-moving spring at the withdrawn position is stretched to drive the pull-push piece to move towards the retrieving position.

13. toy according to claim 8, it is characterised in that clockwork spring disk locking mechanism is additionally provided with the body, described Clockwork spring disk is provided with bayonet socket, and the clockwork spring disk locking mechanism includes：

Vertically extending rotary shaft, the rotary shaft is set on the body；

First movable part, first movable part is rotatably arranged in the rotary shaft, and first movable part is around described turn Moving axis has first position, the second place and the 3rd position during rotating, when first movable part is located at described first During position, the outer wall of first movable part and the clockwork spring disk stops to the clockwork spring disk can be rotated under energy storage state, work as institute When stating the first movable part positioned at the second place, at least a portion of first movable part is caught in the bayonet socket, described Clockwork spring disk is locked, when first movable part is located at three positions, and the clockwork spring disk is released and can release energy shape described Rotated under state；

Second movable part, second movable part be rotatably arranged in the rotary shaft and with first movable part vertically Direction is arranged side by side, and second movable part can be in the close position of the neighbouring clockwork spring disk and remote away from the clockwork spring disk Rotated between position, the inner of the accessory can coordinate to drive second movable part by described remote with second movable part Rotated from the close position is positioned against, second movable part is provided with the chute for running through its thickness in the vertical direction, First movable part is provided with projection, and the projection is slidably fit into the chute；

Elastic component, the two ends of the elastic component are only supported often to drive the projection with the body and first movable part respectively Only it is against one end of the neighbouring clockwork spring disk of the chute；

Resetting means, the two ends of the resetting means are connected described often to drive with the body and second movable part respectively Second movable part is moved towards the separate location.

14. toy according to claim 13, it is characterised in that between first movable part and second movable part Provided with damping piece.

15. toy according to claim 1, it is characterised in that the toy is toy car, the body is car body, institute State car body and be provided with the wheel that the car body can be driven to move.