CN110251953A

CN110251953A - The toy suit that nested can be deformed

Info

Publication number: CN110251953A
Application number: CN201811647716.5A
Authority: CN
Inventors: 李德铭; 江政潮
Original assignee: Guangdong Original Power Culture Communication Co Ltd; Alpha Group Co Ltd; Guangzhou Alpha Culture Co Ltd
Current assignee: Guangdong Original Power Culture Communication Co Ltd; Alpha Group Co Ltd; Guangzhou Alpha Culture Co Ltd
Priority date: 2018-12-29
Filing date: 2018-12-29
Publication date: 2019-09-20
Anticipated expiration: 2038-12-29
Also published as: CN110251953B

Abstract

The invention discloses a kind of toy suits that nested can be deformed, the toy suit that nested can be deformed includes: the first toy body, first toy body has initial configuration and change shape, first toy body includes matrix, component of taking down the exhibits, locked instrument and coupling unit, component of taking down the exhibits can be located on matrix with taking down the exhibits, and locked instrument is for the component of taking down the exhibits that locks；And second toy body, the second toy body includes initial configuration and change shape, and the second toy body can be combined with coupling unit；Wherein, first toy body of initial configuration and the second toy body of initial configuration are mutually indepedent, when the second toy body is combined with coupling unit, second toy body is deformed into change shape, and second toy body or coupling unit triggering locked instrument release take down the exhibits component, a part after component of taking down the exhibits expansion covers on the second toy body under change shape.Toy suit according to the present invention, playing method is novel, interest is strong.

Description

The toy suit that nested can be deformed

Technical field

The present invention relates to toy technique fields, more particularly, to a kind of toy suit that nested can be deformed.

Background technique

Toy type in the related technology is more single, and interest is not strong, is difficult meet the needs of child.

Summary of the invention

The present invention is directed at least solve one of the technical problems existing in the prior art.For this purpose, one object of the present invention It is the toy suit for proposing that one kind nested can deform, toy suit playing method novelty, the interest that nested can be deformed is strong.

The toy suit according to an embodiment of the present invention that nested can be deformed, comprising: the first toy body, first toy body With initial configuration and change shape, first toy body includes matrix, component of taking down the exhibits, locked instrument and coupling unit, institute Stating component of taking down the exhibits can set on the matrix with taking down the exhibits, and the locked instrument is for the component of taking down the exhibits that locks；And second play Specifically, second toy body includes initial configuration and change shape, and second toy body can mutually be tied with the coupling unit It closes；Wherein, first toy body of initial configuration and second toy body of initial configuration are mutually indepedent, when described second When toy body is combined with the coupling unit, second toy body is deformed into change shape, and second toy body or Coupling unit described in person triggers component of taking down the exhibits described in the locked instrument release, and a part after the component expansion of taking down the exhibits covers On second toy body under change shape.

The toy suit according to an embodiment of the present invention that nested can be deformed, in the combination of the second toy body and the first toy body When component combines, auto Deformation occurs for the first toy body and the second toy body and the first toy body and the second toy body close A part of body, the first toy body under change shape covers on the second toy body under change shape.It is new that toy is set with playing method Grain husk, interest are strong.

In addition, the toy suit according to an embodiment of the present invention that nested can be deformed can also have following supplementary technology special Sign:

According to one embodiment of present invention, described after first toy body is combined with second toy body Second toy body is people's moulding, and first toy body is the machine first moulding covered on the person.

According to one embodiment of present invention, first toy body is vehicle moulding in initial configuration.

According to one embodiment of present invention, be formed as machine first leg after a part expansion of the component of taking down the exhibits, described the After two toy bodies are in conjunction with first toy body, second toy body of artificial type is stood above the machine first leg.

According to one embodiment of present invention, the coupling unit includes: returning face plate, and the returning face plate is rotatably connected on institute It states on matrix, and the returning face plate is located at the bottom of first toy body under initial configuration；Outer touch panel, the outer touch panel with The returning face plate is connected, and the outer touch panel is located at the front side of first toy body under initial configuration；Trigger latch fitting, the touching The front side for first toy body that hair latch fitting is used to be locked at the outer touch panel under initial configuration；Wherein, the locking dress The one end set extends to the bottom of first toy body under initial configuration, when second toy body contacts the triggering lock The outer touch panel is unlocked when part, while returning face plate unlock claps ground and erects the first toy body overturning, the returning face plate The locked instrument unlock is triggered after overturning.

According to one embodiment of present invention, described matrix limits the promotion slot that side is slot end, the component of taking down the exhibits Take down the exhibits component including first, the locked instrument include for described first the first locked instrument for taking down the exhibits component that locks, it is described First component of taking down the exhibits includes: impeller, and in the promotion slot, the impeller is configured to Chang Chaoxiang institute for the impeller cooperation State the sliding of slot end；Sliding bar, the sliding bar are rotatably connected on the impeller, and the sliding bar is extremely under initial configuration Small part is located in the promotion slot, and the impeller slides into the slot end under change shape, and the sliding bar is opposite The first toy body overturning.

According to one embodiment of present invention, the impeller is two, is rotatablely connected one on each impeller The sliding bar, the described first component of taking down the exhibits includes: fronk rack plate, and the fronk rack plate is connected between two sliding bars, A part of coupling unit described in initial configuration is located at the front side of the fronk rack plate, and the fronk rack plate described in change shape turns from top It moves and covers on second toy body.

According to one embodiment of present invention, the component of taking down the exhibits includes multiple, and component of each taking down the exhibits includes corresponding lock It is fixedly mounted with and sets, trigger locked instrument corresponding to another component of taking down the exhibits after component of each taking down the exhibits unlock, take down the exhibits described at least one Component is arranged in pairs on the left and right directions of described matrix.

According to one embodiment of present invention, second toy body is polyhedral in initial configuration, described second Toy body includes clip assembly and multiple expansion parts, is rotatablely connected between the expansion part and the expansion part, at rotation connection Equipped with the expansion elastic component for making the expansion part have expansion trend, the clip assembly includes: to touch unit and locking unit, The touch unit is located on the expansion part, and the locking unit is located on another described expansion part, when the touching When moving cell is stuck on the locking unit, multiple expansion parts overcome the elastic force of the expansion elastic component and collapse so that institute The second toy body is stated in polyhedral, the touch unit is deviate from when second toy body is integrated on the coupling unit The locking unit, multiple expansion parts are unfolded for the elastic force of the expansion elastic component so that second toy body is in variation Form.

According to one embodiment of present invention, the coupling unit is equipped with the first magnetic absorption member, on second toy body Equipped with for second magnetic absorption member attracting with first magnetic absorption member.

Additional aspect and advantage of the invention will be set forth in part in the description, and will partially become from the following description Obviously, or practice through the invention is recognized.

Detailed description of the invention

Above-mentioned and/or additional aspect of the invention and advantage will become from the description of the embodiment in conjunction with the following figures Obviously and it is readily appreciated that, in which:

Fig. 1 is the structural schematic diagram of the toy suit according to an embodiment of the present invention that nested can be deformed, wherein the first toy Body and the second toy body are in initial configuration, and the first toy body and the second toy body are spaced apart, are mutually indepedent；

Fig. 2 is the structural schematic diagram of the toy suit according to an embodiment of the present invention that nested can be deformed, wherein the first toy Body and the second toy body are in initial configuration, and the first toy body and the second toy body approach contact；

Fig. 3 is the structural schematic diagram of the toy suit according to an embodiment of the present invention that nested can be deformed, wherein the second toy For body in conjunction with coupling unit, the second toy body is deformed into deformation state, and the third of the first toy body is taken down the exhibits component expansion；

Fig. 4 is the schematic diagram of another angle of structure shown in Fig. 3；

Fig. 5 is the structural schematic diagram of the toy suit according to an embodiment of the present invention that nested can be deformed, wherein the second toy For body in conjunction with coupling unit, the second toy body is deformed into deformation state, the third of the first toy body take down the exhibits component, the 4th take down the exhibits group Part and the 5th take down the exhibits component expansion；

Fig. 6 is the structural schematic diagram of the toy suit according to an embodiment of the present invention that nested can be deformed, wherein the second toy For body in conjunction with coupling unit, the second toy body is deformed into deformation state, the third of the first toy body take down the exhibits component, the 4th take down the exhibits group Part and the 5th take down the exhibits component expansion, first take down the exhibits component and second take down the exhibits component be in expansion during (be not fully deployed)；

Fig. 7 is the schematic diagram of another angle of structure shown in Fig. 6；

Fig. 8 is the structural schematic diagram of the toy suit according to an embodiment of the present invention that nested can be deformed, wherein the second toy For body in conjunction with coupling unit, the second toy body is deformed into deformation state, and the component of taking down the exhibits of the first toy body is fully deployed (first Toy body is in change shape)；

Fig. 9 is the schematic diagram of another angle of structure shown in Fig. 8；

Figure 10 is structural schematic diagram when the first toy body is in initial configuration；

Figure 11 is the schematic diagram of another angle of the first toy body shown in Figure 10；

Figure 12 is the partial structure diagram of the first toy body shown in Figure 10；

Figure 13 is the partial structure diagram of the first toy body shown in Figure 10；

Figure 14 is the partial structure diagram of the first toy body shown in Figure 10；

Figure 15 is the partial structure diagram of the first toy body shown in Figure 10；

Figure 16 is the cross-sectional view of the first toy body shown in Figure 10；

Figure 17 is structural schematic diagram when the first toy body is in change shape；

Figure 18 is partial structure diagram when the first toy body is in change shape；

Figure 19 is structural schematic diagram when the second toy body is in initial configuration；

Figure 20 is the cross-sectional view of the second toy body shown in Figure 19；

Figure 21 is structural schematic diagram when the second toy body is in change shape；

Figure 22 is another angle schematic diagram of the second toy body shown in Figure 21.

Appended drawing reference:

Toy suit 100；

First toy body 10；

Matrix 1；Push slot 11；Slot end 111；Guide channel 112；Groove 12；Stretch out hole 13；Holding tank 14；

First takes down the exhibits component 21；Impeller 211；Guide post 2111；Sliding bar 212；Slot 2121；Fronk rack plate 213；

Second takes down the exhibits component 22；Big gun rod piece 221；Big gun bar adapter 222；

Third is taken down the exhibits component 23；Accommodation space 231；Holding section 232；Convex block 233；Support protrusion 234；

4th takes down the exhibits component 24；Grab 241；

5th takes down the exhibits component 25；Expansion plate 251；Deployment rod 252；Retention bead 2521；

First locked instrument 31；First latch fitting 311；First contact element 312；

Third locked instrument 32；Clamping portion 321；Trigger unit 322；

4th locked instrument 33；Card adapter plate 331；

Coupling unit 4；Returning face plate 41；Trigger convex block 411；

Outer touch panel 42；Inserting column 421；

Trigger latch fitting 43；Clamping limb 431；

First magnetic absorption member 5；

Second toy body 20；

Clip assembly 6；Touch unit 61；Plug connector 611；Keep elastic component 612；

Locking unit 62；Socket 621；

Part 7 is unfolded；Lower piece 71；Inserting groove 711；Upper main body element 72；Head part 73；First auxiliary section 731；Upper limb part 74； Pin components 75；Second auxiliary section 751；

Second magnetic absorption member 8.

Specific embodiment

The embodiment of the present invention is described below in detail, examples of the embodiments are shown in the accompanying drawings, wherein from beginning to end Same or similar label indicates same or similar element or element with the same or similar functions.Below with reference to attached The embodiment of figure description is exemplary, and for explaining only the invention, and is not considered as limiting the invention.

The toy suit 100 according to an embodiment of the present invention that nested can be deformed is described below with reference to Fig. 1-Figure 22.

With reference to shown in Fig. 1-Figure 22, the toy suit 100 according to an embodiment of the present invention that nested can be deformed includes: the first object for appreciation Specific 10 and second toy body 20.

First toy body 10 has initial configuration (as shown in Fig. 1-Fig. 2 and Figure 10-Figure 11) and change shape (as schemed Shown in 8- Fig. 9 and Figure 17), the first toy body 10 includes matrix 1, component of taking down the exhibits, locked instrument and coupling unit 4, is taken down the exhibits Component can be located on matrix 1 with taking down the exhibits, and locked instrument is for the component of taking down the exhibits that locks.Specifically, shape is folded when component of taking down the exhibits is in When state, as shown in Fig. 1-Fig. 2 and Figure 10-Figure 11, the first toy body 10 is in initial configuration；When taking down the exhibits, component is in expansion When state, as shown in Fig. 8-Fig. 9 and Figure 17, the first toy body 10 is in change shape.Locked instrument and take down the exhibits component can Cooperation or separation, when locked instrument and take down the exhibits component cooperation when, the locked instrument component that will take down the exhibits is locked in collapse state, works as locking When device is separated with component of taking down the exhibits, locked instrument will take down the exhibits component release, component of taking down the exhibits be unfolded so that the first toy body 10 deform To change shape.

Second toy body 20 includes initial configuration (as shown in Fig. 1-Fig. 2 and Figure 19-Figure 20) and change shape (as schemed Shown in 3- Fig. 9 and Figure 21-Figure 22), the second toy body 20 can be combined with coupling unit 4.Wherein, the first of initial configuration Second toy body 20 mutually indepedent (as shown in fig. 1) of toy body 10 and initial configuration when the second toy body 20 and combines group When part 4 combines, as shown in Fig. 3-Fig. 9, the second toy body 20 is deformed into change shape, and the second toy body 20 or combination Component 4 triggers locked instrument and discharges component of taking down the exhibits, and a part after component of taking down the exhibits expansion covers the second toy under change shape On body 20.Thus when the second toy body 20 is combined with coupling unit 4, the first toy body 10 and the second toy body 20 are automatic It deforms and the first toy body 10 and the second toy body 20 is fit, a part of the first toy body 10 under change shape, which covers, to be become Change on the second toy body 20 under form.

Player first folds the first toy body 10 and the second toy body 20 to first when playing toy suit 100 Beginning form (as shown in fig. 1) is bound to the second toy body 20 on coupling unit 4, as shown in Fig. 8-Fig. 9, first Auto Deformation occurs for toy body 10 and the second toy body 20 and the first toy body 10 and the second toy body 20 are fit, changes shape A part of the first toy body 10 under state covers on the second toy body 20 under change shape.

Wherein, how the second toy body 20 is incorporated on coupling unit 4, the application without limitation, such as can court It is thrown to the coupling unit 4 of the first toy body 10 under initial configuration, the second toy body 20 thrown away under initial configuration, So that the second toy body 20 is integrated on the coupling unit 4 of the first toy body 10；Or as shown in Fig. 1-Fig. 2, by One toy body 10 and the second toy body 20 are spaced apart on supporting surface (such as ground or desktop etc.), pass through the second toy of direction 20 direction of body pushes the first toy body 10, or by pushing the second toy body 20 towards 10 direction of the first toy body, to make The second toy body 20 is obtained to be integrated on the coupling unit 4 of the first toy body 10.

The toy suit 100 according to an embodiment of the present invention that nested can be deformed, in the second toy body 20 and the first toy body When 10 coupling unit 4 combines, auto Deformation and the first toy body occur for the first toy body 10 and the second toy body 20 10 and the second toy body 20 it is fit, a part of the first toy body 10 under change shape covers the second toy under change shape On body 20.It is strong that toy is set with 100 playing methods novelty, interest.

In one embodiment of the invention, as shown in Fig. 1-Figure 22, coupling unit 4 is equipped with the first magnetic absorption member 5, the Two toy bodies 20 are equipped with for second magnetic absorption member 8 attracting with the first magnetic absorption member 5, pass through the first magnetic absorption member 5 and the second magnetic The magnetic of part 8 acts on so that the second toy body 20 is incorporated on coupling unit 4, and structure is simple, and combination stability is good.It is optional Ground, the first magnetic absorption member 5 and the second magnetic absorption member 8 can be magnet；Or optionally, the first magnetic absorption member 5 and the second magnetic absorption member 8 One of them is magnet, in the first magnetic absorption member 5 and the second magnetic absorption member 8 another for can with magnet adsorb metalwork (such as Iron block, cobalt block, nickel block etc.).

In one embodiment of the invention, after the first toy body 10 is combined with the second toy body 20, such as Fig. 8-Fig. 9 Shown in, the second toy body 20 is people's moulding, and the first toy body 10 is the machine first moulding covered on the person, i.e. the second toy body 20 Be in artificial type in change shape, the first toy body 10 in change shape Shi Chengji first moulding, in this way the first toy body 10 with After second toy body 20 combines, the second toy body 20 is deformed into artificial type, and the first toy body 10 deforms complete in artificial type On machine first moulding, to form the state such as people and machine first zoarium in animation, the interest that toy is set with 100 is strong.

In an optional example of the invention, as shown in Fig. 3-Fig. 9, a part (the middle institute as follows for component of taking down the exhibits The third stated is taken down the exhibits component 23) be formed as machine first leg after expansion, after the second toy body 20 is combined with the first toy body 10, artificial type The second toy body 20 stand above machine first leg.Optionally, the open accommodation space in side can also be limited in machine first leg 231, at least part (such as pin components 75 described below) of the second toy body 20 is contained in the accommodation space 231.

In an optional example of the invention, matrix 1 limits the promotion slot 11 that side is slot end 111, needs to illustrate , " slot end 111 " described herein refers to pushing the open end of slot 11, such as specifically shows shown in Fig. 1-Figure 18 In example, slot 11 is pushed to extend along the front-rear direction of matrix 1, push the front end of slot 11 that there are open ports, pushes the front end of slot 11 spacious Opening forms the slot end 111 for pushing slot 11.Component of taking down the exhibits includes first taking down the exhibits component 21, and locked instrument includes for locking first It takes down the exhibits the first locked instrument 31 of component 21, the first component 21 of taking down the exhibits includes impeller 211 and sliding bar 212, and impeller 211 is matched It closes and is pushing in slot 11, impeller 211 is configured to the sliding of Chang Chaoxiang slot end 111, such as is pushing between slot 11 and impeller 211 It is arranged elastic component (such as spring etc.), the sliding of 211 Chang Chaoxiang slot end 111 of impeller is driven by elastic component, sliding bar 212 rotates Be connected on impeller 211, initial configuration downslide lever 212 be at least partially disposed at push slot 11 in (such as Fig. 1-Fig. 2 and Shown in Figure 10-Figure 15), impeller 211 slides into slot end 111 under change shape, and sliding bar 212 is with respect to the first toy body 10 overturnings (as shown in Fig. 8-Fig. 9 and Figure 17).

Specifically, under initial configuration, the first locked instrument 31 and first takes down the exhibits the cooperation of component 21 so that first to take down the exhibits group Part 21 locks in collapse state, and as shown in Fig. 1-Fig. 2 and Figure 10-Figure 15, specifically, sliding bar 212 is set to impeller 211 11 slot end 111 of adjacent push slot side, the first locked instrument 31 cooperates with sliding bar 212 and locks sliding bar 212 so that Being at least partially disposed at for sliding bar 212 pushes in slot 11, and impeller 211 is in position (such as Figure 10-far from slot end 111 at this time The position of 11 rear end of adjacent push slot shown in Figure 15), pressure is in set on the elastic component pushed between slot 11 and impeller 211 Contracting energy accumulating state；When the first locked instrument 31 is triggered, the first locked instrument 31 is separated with the first component 21 of taking down the exhibits to discharge One takes down the exhibits component 21, and first takes down the exhibits the expansion deformation of component 21, specifically, when the first locked instrument 31 is triggered, the first locking dress It sets 31 to separate with sliding bar 212, sliding bar 212 is unlocked, and restores to become set on the elastic component pushed between slot 11 and impeller 211 Shape and release can with drive impeller 211 towards slot end 111 slide, impeller 211 towards slot end 111 slide and drive sliding bar 212 all skid off promotion slot 11 (as shown in Fig. 6-Fig. 7), when sliding bar 212, which all skids off, pushes slot 11, sliding bar 212 It can be rotated relative to impeller 211, so that sliding bar 212 is overturn with respect to the first toy body 10, sliding bar 212 is with respect to impeller 211 The direction of rotation and angle can be arbitrarily selected, such as shown in Fig. 8-Fig. 9, and sliding bar 212 is with respect to impeller 211 towards neighbouring Side where second toy body 20 rotates 90 °.

In addition, it is necessary to explanation, when sliding bar 212, which all skids off, pushes slot 11, sliding bar 212 can be in gravity drive Effect is lower to be rotated relative to impeller 211；Certainly, settable at the rotation connection of sliding bar 212 and impeller 211 to make sliding bar 212 have the elastic component (such as torsional spring etc.) that trend is rotated relative to impeller 211, when being at least partially disposed at for sliding bar 212 pushes away When in dynamic slot 11, the elastic component at the rotation connection of sliding bar 212 and impeller 211 is in energy accumulating state, when sliding bar 212 is complete When portion skids off promotion slot 11, the elastic component at the rotation connection of sliding bar 212 and impeller 211 releases energy and drives sliding bar 212 It is rotated relative to impeller 211.

As shown in Fig. 1-Figure 18, the side wall of slot 11 is pushed to be equipped with the guide channel extended along 211 glide direction of impeller 112, impeller 211 is equipped with guide post 2111, and guide post 2111 is slidably fitted in guide channel 112, is being guided by guide post 2111 Sliding in slot 112, so that guiding impeller 211 is pushing the sliding in slot 11.Under initial configuration, such as Fig. 1 and Figure 10-figure Shown in 12, guide post 2111 stop be against guide channel 112 separate slot end 111 one end, under change shape, as Fig. 8-Fig. 9 with And shown in Figure 17-Figure 18, impeller 211 is slided towards slot end 111, while the guide post 2111 of impeller 211 is in guide channel 112 The one end at the interior adjacent grooves end 111 towards guide channel 112 is slided, when impeller 211 slides into slot end 111, impeller 211 Guide post 2111 stops the one end for being against the adjacent grooves end 111 of guide channel 112.

Further, as shown in Fig. 1-Figure 17, impeller 211 is two, and two impellers 211 can be respectively arranged on base The left and right sides of body 1, is rotatablely connected a sliding bar 212 on each impeller 211, and the first component 21 of taking down the exhibits includes fronk rack plate 213, fronk rack plate 213 is connected between two sliding bars 212, is located at fronk rack plate 213 in a part of initial configuration coupling unit 4 Front side (as shown in Fig. 1 and Figure 10-Figure 11), rotate and cover in the second toy from top in change shape fronk rack plate 213 On body 20 (as shown in Fig. 8-Fig. 9 and Figure 17), specifically, under change shape, when sliding bar 212 all skids off promotion slot 11, when sliding bar 212 is rotated relative to impeller 211, sliding bar 212 drives fronk rack plate 213 to rotate from top and covers and plays second On specific 20, so that toy suit 100 can show the moulding that the person drapes over one's shoulders machine first.

In one embodiment of the invention, component of taking down the exhibits include it is multiple, component of each taking down the exhibits includes corresponding locking dress It sets, locked instrument corresponding to another component of taking down the exhibits is triggered after component of each taking down the exhibits unlock, so that the first toy body 10 In deformation, sense of movement is stronger.Such as in the specific example shown in Fig. 1-Figure 17, component of taking down the exhibits includes that third is taken down the exhibits component 23 Take down the exhibits component 24 with the 4th, locked instrument include take down the exhibits for the third that locks component 23 third locked instrument 32 and for locking 4th the 4th locked instrument 33 for taking down the exhibits component 24, third locked instrument 32 and third take down the exhibits the cooperation of component 23 so that third to be taken down the exhibits For the locking of component 23 in collapse state, the 4th locked instrument 33 and the 4th takes down the exhibits the cooperation of component 24 so that the 4th component 24 of taking down the exhibits to lock In collapse state, when third locked instrument 32 is triggered, third locked instrument 32 discharges third component 23 of taking down the exhibits, and third is received Exhibition component 23 is unlocked and is unfolded, and third, which is taken down the exhibits, triggers the 4th locked instrument 33 when component 23 is unfolded, the 4th locked instrument 33 will 4th takes down the exhibits the release of component 24, and the 4th component 24 of taking down the exhibits is unlocked and is unfolded.

Further, at least one component of taking down the exhibits is arranged in pairs on the left and right directions of matrix 1.Such as in Fig. 1-Figure 17 institute In the specific example shown, third takes down the exhibits component 23 and the 4th component 24 of taking down the exhibits is arranged in pairs on the left and right directions of matrix 1.It is logical Crossing is arranged in pairs at least one component of taking down the exhibits on the left and right directions of matrix 1, so that 10 symmetrical configuration of the first toy body, beauty It sees.

In an alternate embodiment of the present invention where, as shown in Fig. 1 and Figure 10-Figure 16, the first toy body 10 is first It is vehicle moulding when beginning form, thus the first toy body 10 can be used as toy car in initial configuration and be played.

In one particular embodiment of the present invention, the first toy body 10 is vehicle moulding (such as Fig. 1, figure in initial configuration Shown in 10- Figure 16), the first toy body 10 is the machine first on the second toy body 20 covered under change shape in change shape Moulding (as shown in Fig. 8-Fig. 9 and Figure 17).Specifically, 10 body of the first toy body include first take down the exhibits component 21, second receipts Exhibition component 22, the third component 24 and the 5th of taking down the exhibits of component the 23, the 4th of taking down the exhibits are taken down the exhibits component 25, and third takes down the exhibits component 23 set on matrix 1 rear side, the 4th take down the exhibits component 24 and the 5th take down the exhibits component 25 set on matrix 1 top and be located at third and take down the exhibits before component 23 Side, third component the 23, the 4th of taking down the exhibits take down the exhibits component 24 and the 5th component 25 of taking down the exhibits is set on the left and right directions of matrix 1 in pairs Set, the third front bottom end of component 23 of taking down the exhibits is connect with the rear end lower rotation of matrix 1, the 4th take down the exhibits component 24 rear end and base Body 1 is rotatablely connected, and the 5th component 25 of taking down the exhibits includes expansion plate 251 and deployment rod 252, and the rear end of deployment rod 252 and matrix 1 rotate Connection, the front end of deployment rod 252 and the front end of expansion plate 251 are rotatablely connected, and deployment rod 252 is located at the lower section of expansion plate 251, the Three take down the exhibits component 23 and matrix 1 rotation connection at, the 4th take down the exhibits component 24 and matrix 1 rotation connection at, deployment rod 252 with Elastic component (such as torsional spring etc.), base are equipped at the rotation connection of matrix 1, at deployment rod 252 and the rotation connection of expansion plate 251 Body 1 be equipped with for the third that locks take down the exhibits component 23 third locked instrument 32 and for locking the 4th take down the exhibits the 4th of component 24 Locked instrument 33, under initial configuration, as shown in Fig. 1 and Figure 10-Figure 16, third locked instrument 32 and third are taken down the exhibits component To lock third component 23 of taking down the exhibits, third component 23 of taking down the exhibits is fitted in the rear end of matrix 1 for 23 cooperations, the 4th locked instrument 33 with 4th takes down the exhibits the cooperation of component 24 to lock the 4th component 24 of taking down the exhibits, and the 4th component 24 of taking down the exhibits is fitted on the roof of matrix 1, at Pair the 5th component 25 of taking down the exhibits be set to pairs of the 4th and take down the exhibits between component 24, the 4th component 24 and the 5th of taking down the exhibits is taken down the exhibits component 25 It abuts to take down the exhibits the locking of component 25 in collapse state for the pairs of the 5th, specifically, the setting of two 251 side by side parallel of expansion plate, Two 252 side by side parallel of deployment rod settings, and two deployment rods 252 are hidden in the lower section of corresponding expansion plate 251 respectively at this time, Under initial configuration, third take down the exhibits component the 23, the 4th take down the exhibits component 24 and the 5th take down the exhibits component 25 roof it is concordant.

First take down the exhibits component 21 include impeller 211, sliding bar 212 and fronk rack plate 213, impeller 211 be two, two Impeller 211 can be respectively arranged on the left and right sides of matrix 1, and a sliding bar 212 is rotatablely connected on each impeller 211, preceding Frame plate 213 is connected between two sliding bars 212, and matrix 1 limits the promotion slot 11 that front side is slot end 111, and impeller 211 is matched It closes and is pushing in slot 11, impeller 211 is configured to the sliding of Chang Chaoxiang slot end 111, such as is pushing between slot 11 and impeller 211 It is arranged elastic component (such as spring etc.), the sliding of 211 Chang Chaoxiang slot end 111 of impeller is driven by elastic component, sliding bar 212 rotates It is connected to the front end of impeller 211, is equipped with elastic component (such as torsional spring etc.) at the rotation connection of impeller 211 and sliding bar 212, Matrix 1 is equipped with for the first the first locked instrument 31 for taking down the exhibits component 21, under initial configuration, the first locked instrument 31 of locking It is pushed in slot 11 (as shown in Fig. 1-Fig. 2 and Figure 10-Figure 15) with the cooperation of sliding bar 212 with sliding bar 212 to be locked in, from And make fronk rack plate 213 be located at 1 front side of matrix and be bonded with matrix 1, impeller 211 is in the rear end for pushing slot 11 at this time, pushes away Moving part 211 and sliding bar 212 substantially point-blank, set on the elastic component pushed between slot 11 and impeller 211 are in pressure Contracting energy accumulating state, and the elastic component at the rotation connection of impeller 211 and sliding bar 212 is also at energy accumulating state.

Second component 22 of taking down the exhibits includes big gun rod piece 221 and big gun bar adapter 222, one end of big gun bar adapter 222 and side arm Plate 213 is rotatablely connected, and the other end and big gun rod piece 221 of big gun bar adapter 222 are rotatablely connected, big gun bar adapter 222 and fronk rack plate It is equipped with elastic component (such as torsional spring etc.) at 213 rotation connection, is set at big gun bar adapter 222 and the rotation connection of big gun rod piece 221 Flexible part (such as torsional spring etc.), under initial configuration, as shown in Fig. 1, Figure 10-Figure 16, big gun rod piece 221 is folded in matrix 1 Between fronk rack plate 213, big gun rod piece 221 is abutted with matrix 1 and/or fronk rack plate 213 to lock the position of big gun rod piece 221, this When big gun rod piece 221 be in hidden state, the roof of big gun bar adapter 222 is concordant with the roof of fronk rack plate 213.

Under initial configuration, the first locked instrument 31 and first take down the exhibits component 21 cooperation so that fronk rack plate 213 is located at It is bonded on front side of matrix 1 and with matrix 1.Big gun rod piece 221 is folded between matrix 1 and fronk rack plate 213, big gun rod piece 221 and matrix 1 And/or fronk rack plate 213 is abutted to lock the position of big gun rod piece 221, big gun rod piece 221 is in hidden state, the switching of big gun bar at this time The roof of part 222 is concordant with the roof of fronk rack plate 213.Third locked instrument 32 takes down the exhibits the cooperation of component 23 with third to receive third It opens up component 23 to lock, third component 23 of taking down the exhibits is fitted in the rear end of matrix 1, and the 4th locked instrument 33 is matched with the 4th component 24 of taking down the exhibits It closes to lock the 4th component 24 of taking down the exhibits, the 4th component 24 of taking down the exhibits is fitted on the roof of matrix 1, and the pairs of the 5th takes down the exhibits component 25, which are set to pairs of the 4th, takes down the exhibits between component 24, and the 4th component 24 of taking down the exhibits is abutted with the 5th component 25 of taking down the exhibits with by pairs of the Five take down the exhibits the locking of component 25 in collapse state, third take down the exhibits component the 23, the 4th take down the exhibits component 24 and the 5th take down the exhibits component 25 top Wall is concordant, so that the first toy body 10 is vehicle moulding in initial configuration.

When third locked instrument 32 is triggered, third locked instrument 32 and third component 23 of taking down the exhibits are separated, and third is taken down the exhibits Component 23 is unlocked release, third take down the exhibits component 23 and the elastic component at the rotation connection of matrix 1 release can and drive third to take down the exhibits Component 23 is unfolded towards 90 ° of 1 rotated down of matrix, and the component 23 of taking down the exhibits of the third after expansion forms machine first leg, under change shape The second toy body 20 (artificial type) stand above machine first leg (as shown in Fig. 8-Fig. 9 and Figure 17).

Third takes down the exhibits and triggers the 4th locked instrument 33 when component 23 is unfolded, and the 4th locked instrument 33 and the 4th take down the exhibits component 24 Separation, the 4th component 24 of taking down the exhibits are unlocked release, the 4th elastic component taken down the exhibits between component 24 and matrix 1 release can and driving the 4th Component 24 take down the exhibits towards rotating on rear side of matrix 1, the 4th takes down the exhibits sandwiched obtuse angle (such as Fig. 8-Fig. 9 and figure between component 24 and matrix 1 Shown in 17).

It takes down the exhibits after component 24 is unfolded the 4th, the 4th component 24 of taking down the exhibits is separated with the 5th component 25 of taking down the exhibits, and the 4th takes down the exhibits group The effect of contraction power that part 24 takes down the exhibits component 25 to the 5th disappears, and the 5th component 25 of taking down the exhibits is unfolded under the driving of corresponding elastic component In " M " type (such as Fig. 5-Fig. 6).Further, as shown in Fig. 5-Fig. 9, deployment rod 252 is equipped with retention bead 2521, is opening up When 252 expansion of opening lever, retention bead 2521 is abutted with matrix 1 to limit the angle that deployment rod 252 is rotated relative to matrix 1, expansion One of them of bar 252 and expansion plate 251 are equipped with rotating limit block, another in deployment rod 252 and expansion plate 251 is equipped with limit Turn trough, rotating limit block and limit turn trough cooperate to limit the angle relatively rotated between deployment rod 252 and expansion plate 251, so that " M " type can be presented in 5th component 25 of taking down the exhibits upon deployment.

The 5th take down the exhibits component 25 be unfolded after, the first locked instrument 31 is triggered, first take down the exhibits component 21 be unlocked release, Expansion, specifically, the first locked instrument 31 is separated with sliding bar 212, and sliding bar 212 is unlocked, and is set to and is pushed slot 11 and push Elastic component between part 211 restores deformation and releases and can be slided with driving impeller 211 towards slot end 111, and impeller 211 is towards slot End 111 is slided and drives sliding bar 212 all to skid off and push slot 11 (as shown in Fig. 6-Fig. 7), when sliding bar 212 all skids off When pushing slot 11, sliding bar 212 releases energy with the elastic component at the rotation connection of impeller 211 and drives sliding bar 212 is opposite to push away Moving part 211 rotates, so that sliding bar 212 is overturn with respect to the first toy body 10, sliding bar 212 is with respect to impeller 211 towards neighbouring Side where second toy body 20 rotates 90 ° (as shown in Fig. 8-Fig. 9), so that fronk rack plate 213 is rotated and covered from top On second toy body 20.

When fronk rack plate 213 is unfolded, fronk rack plate 213 is far from matrix 1, fronk rack plate 213 and matrix 1 to the pact of big gun rod piece 221 Beam event resolves, under the driving of corresponding elastic component, big gun rod piece 221 rotates forward general 180 ° (as schemed relative to fronk rack plate 213 Shown in 8- Fig. 9 and Figure 17).

As shown in Fig. 8-Fig. 9, the second toy body 20 is people's moulding under change shape, and the first of the first toy body 10 is received Exhibition component 21, the second component 22, third component 24 and the 5th of taking down the exhibits of component the 23, the 4th of taking down the exhibits of taking down the exhibits are taken down the exhibits all expansion of component 25 When, the first toy body 10 and the second toy body 20 show the person jointly and drape over one's shoulders machine first and manipulate the moulding of antiaircraft gun.

Further, referring to shown in Fig. 8, Figure 11 and Figure 14-Figure 16, third locked instrument 32 is rotatably connected on matrix In 1, one end of third locked instrument 32 is equipped with clamping portion 321, and third component 23 of taking down the exhibits is equipped with and is suitable for and clamping portion 321 cooperates Holding section 232, the other end of third locked instrument 32 stretches out the bottom of matrix 1 and forms trigger unit 322, third locked instrument 32 be configured to Chang Chaoxiang and third take down the exhibits the cooperation of component 23 (clamping portion 321 and holding section 232 cooperate) direction rotation (as schemed Rotated counterclockwise shown in 14- Figure 16), when the trigger unit of the second toy body 20 or coupling unit 4 and third locked instrument 32 322 collision when trigger third locked instrument 32, third locked instrument 32 by push towards with third take down the exhibits component 23 be detached from (clamping Portion 321 is separated with holding section 232) direction rotate (being rotated clockwise as shown in Figure 14-Figure 16).In Figure 14-Figure 16 Shown, clamping portion 321 forms coupler construction, and holding section 232 forms card hole structure；Certainly, the application is not limited to this, clamping portion 321 and holding section 232 can be respectively formed coupler construction.

As shown in Figure 10-Figure 15, the 4th component 24 of taking down the exhibits is equipped with the grab 241 that extends downwardly, matrix 1 be equipped with to The groove 12 of lower recess, the 4th locked instrument 33 can be set in matrix 1 movably forward and backward, and under initial configuration, grab 241 extends To groove 12, a part of the front end of the 4th locked instrument 33 is protruded into be engaged by clamping with grab 241 in groove 12, thus will 4th take down the exhibits component 24 locking.The rear end of 4th locked instrument 33 is equipped with card adapter plate 331, and third takes down the exhibits component 23 equipped with convex block 233, when third take down the exhibits component 23 be released and be unfolded when, convex block 233 abuts and band with the card adapter plate 331 of the 4th locked instrument 33 Dynamic 4th locked instrument 33 moves backward, so that the 4th locked instrument 33 is taken down the exhibits with the 4th, (the 4th locks the unlock of component 24 Device 33 is separated with grab 241), the 4th component 24 of taking down the exhibits is unlocked and is unfolded.It is equipped between 4th locked instrument 33 and matrix 1 Return springs (such as spring etc.), when the 4th locked instrument 33 is triggered and moves backward, return springs are stored by compression Can, when the 4th locked instrument 33 is released, return springs release energy and the 4th locked instrument 33 are driven to automatically reset.

The side for taking down the exhibits component 25 towards the 5th on matrix 1, which is equipped with, stretches out hole 13, and the first locked instrument 31 is located at matrix 1 Interior, the first locked instrument 31 includes the first latch fitting 311 and the first contact element 312, and the first latch fitting 311 can match with the first component 21 of taking down the exhibits It closes and first is taken down the exhibits component 21 with locking, the first contact element 312 and the first latch fitting 311 link, i.e., when the first contact element 312 is movable by band Dynamic first latch fitting 311 is movable therewith, such as elastic component can be arranged between the first latch fitting 311 and matrix 1 to drive the first lock Part 311 is often connected to the first contact element 312, so that the first contact element 312 and the first latch fitting 311 link.First contact element 312 has The trend that hole 13 is stretched out is stretched out from first, such as elastic component (such as spring can be equipped between the first contact element 312 and matrix 1 Deng), it is moved by the first contact element of resilient element urges 312 towards the direction that hole 13 is stretched out in stretching first, is taken down the exhibits component 25 the 5th When undeployed, as shown in Fig. 1-Fig. 4 and Figure 10-Figure 14, the 5th takes down the exhibits component 25 positioned at the top for stretching out hole 13, the 5th receipts Exhibition component 25 is abutted with the first contact element 312 keeping out the first contact element 312 in matrix 1, and the first latch fitting 311 and first is received at this time The cooperation of exhibition component 21 first is taken down the exhibits component 21 with locking, the 5th take down the exhibits component 25 be unlocked and be unfolded when, such as Fig. 6-Fig. 9 and Shown in Figure 17, the 5th take down the exhibits component 25 avoid stretch out hole 13, the 5th take down the exhibits component 25 to the first contact element 312 do not have keep out work With 311 activity of the first latch fitting is stretched out from stretching hole 13 under the driving of elastic component and driven to the first contact element 312, so that the first lock Part 311 is separated with the first component 21 of taking down the exhibits to unlock first and take down the exhibits component 21.Specifically, as shown in Fig. 1-Figure 17, sliding bar 212 be equipped with slot 2121, the 5th take down the exhibits component 25 it is undeployed when, as shown in Fig. 1-Fig. 4 and Figure 10-Figure 14, first Latch fitting 311 cooperate in slot 2121, the 5th take down the exhibits component 25 be unlocked and be unfolded when, such as institute in Fig. 6-Fig. 9 and Figure 17 Show, the first contact element 312 drives the first latch fitting 311 to move up, and the first latch fitting 311 is made to be detached from slot 2121, to unlock cunning Lever 212.

It should be noted that be described in above-described embodiment the first toy body 10 in initial configuration for vehicle moulding, become Change form Shi Weiji first moulding, but the application is not limited to this, the first making in initial configuration and change shape of toy body 10 Type can arbitrarily be set, by changing the structure for component of taking down the exhibits, so that the first toy body 10 is in initial configuration and change shape Different moulding can be presented, such as the first toy body 10 can also be in polyhedral structure etc., in variation shape in initial configuration Character shape (such as simple person of low position) or animals shaped (such as water, land and air animal) can also be deformed into when state.

Similarly, the second toy body 20 can be not only the artificial type in above-described embodiment in change shape, may be used also Think animal-shaped (such as water, land and air animal) etc., moulding of second toy body 20 in change shape can arbitrarily be set It is fixed.Moulding of second toy body 20 in initial configuration can also arbitrarily be set, such as can be vehicle moulding or multi-panel figure modelling Deng.

Further, the second toy body 20 is polyhedral in initial configuration (in such as Fig. 1-Fig. 2 and Figure 19-Figure 20 It is shown), the second toy body 20 includes clip assembly 6 and multiple expansion parts 7, is unfolded to be rotatablely connected between part 7 and expansion part 7, turn Dynamic junction, which is equipped with, makes to be unfolded the expansion elastic component that part 7 has expansion trend, and clip assembly 6 includes: to touch unit 61 and locking Unit 62 touches unit 61 and is located on an expansion part 7, and locking unit 62 is located on another expansion part 7, when touch unit 61 When being stuck on locking unit 62, multiple expansion parts 7 overcome the elastic force of expansion elastic component and collapse so that the second toy body 20 is in more Face body shape touches unit 61 when the second toy body 20 is integrated on coupling unit 4 and deviates from locking unit 62, elastic component is unfolded Multiple expansion parts 7 are unfolded for elastic force so that the second toy body 20 is in change shape (such as institute in Fig. 3-Fig. 9 and Figure 21-Figure 22 Show).As shown in Figure 19-Figure 22, locking unit 62 includes being formed in socket 621 on expansion part 7, and touching unit 61 includes grafting Part 611 and holding elastic component 612, plug connector 611 are movably arranged on expansion part 7, and elastic component 612 is kept to be set to plug connector For pushing plug connector 611 to be inserted into socket 621 between 611 and expansion part 7, when the second toy body 20 is integrated on coupling unit 4 When, plug connector 611 is triggered and movable, the abjection socket 621 of plug connector 611, i.e. touch unit 61 deviates from locking unit 62, is unfolded Multiple expansion parts 7 are unfolded for the elastic force of elastic component so that the second toy body 20 is in change shape.

Further, as shown in Figure 19-Figure 22, the second above-mentioned magnetic absorption member 8 is embedded on plug connector 611, in conjunction with group Part 4 is equipped with the first above-mentioned magnetic absorption member 5 and passes through the first magnetic absorption member 5 when the second toy body 20 is combined with coupling unit 4 Suction-operated to the second magnetic absorption member 8, so that the direction that plug connector 611 is directed away from socket 621 is mobile, so that plug connector 611 are detached from socket 621.

Preferably, as shown in Figure 19-Figure 20, for the second toy body 20 in initial configuration, the second magnetic absorption member 8 is located at second The surface of toy body 20, so that the magnetic effect between the first magnetic absorption member 5 and the second magnetic absorption member 8 is stronger.

Similarly, it is preferable that as shown in fig. 1, for the first toy body 10 under initial configuration, the first magnetic absorption member 5 is located at the The surface of one toy body 10, so that the magnetic effect between the first magnetic absorption member 5 and the second magnetic absorption member 8 is stronger.

As shown in Figure 21-Figure 22, the second toy body 20 is people's moulding under change shape, under multiple expansion parts 7 include: Main body element 71, upper main body element 72, head part 73, upper limb part 74 and pin components 75, upper main body element 72 are rotatably connected on the upside of lower piece 71, Head part 73 is rotatably connected in main body element 72, and upper limb part 74 is rotatably connected in main body element 72, upper limb part 74 be two and In the two sides of upper main body element 72, pin components 75 are rotatably connected on the downside of lower piece 71, and pin components 75 are equipped with locking unit 62, under Main body element 71, which is equipped with, touches unit 61.Wherein, as shown in Figure 19-Figure 22, head part 73 is equipped with the first auxiliary section 731, leg Component 75 is equipped with the second auxiliary section 751, and the first auxiliary section 731 and the second auxiliary section 751 are in mating connection under initial configuration, becomes Change the first auxiliary section 731 and the second auxiliary section 751 under form and is detached from cooperation.Specifically, pass through locking unit 62 and touch unit The cooperation of cooperation and the first auxiliary section 731 and the second auxiliary section 751 between 61, thus by lower piece 71, upper main body element 72, Head part 73, upper limb part 74 and pin components 75 are folded, are locked, and the second toy body 20 is locked in initial shape as shown in Figure 1 State；When locking unit 62 is separated with touch unit 61 and the first auxiliary section 731 is separated with the second auxiliary section 751, lower piece 71, upper main body element 72, head part 73, upper limb part 74 and pin components 75 are unlocked and are unfolded relatively, so that the second toy body 20 is presented The artificial type as shown in Figure 21-Figure 22.

As shown in Figure 19-Figure 22, is cooperated between the first auxiliary section 731 and the second auxiliary section 751 by buckle structure and connected It connects；Alternatively, the first auxiliary section 731 and the second auxiliary section 751 pass through the attracting connection of magnetic.First auxiliary section 731 and the second cooperation Portion 751, which is detached from, cooperates required maximum, force to be F, and the maximum elastic force that the expansion elastic component between pin components 75 and lower piece 71 generates is big The maximum elastic force that expansion elastic component between F, upper main body element 72 and head part 73 generates is less than F.I.e. under initial configuration, upper body The elastic force that expansion elastic component between part 72 and head part 73 generates cannot drive the first auxiliary section 731 and the second auxiliary section 751 switch to discrete state by mated condition, and the elastic force that the expansion elastic component between pin components 75 and lower piece 71 generates The first auxiliary section 731 and the second auxiliary section 751 can be driven to switch to discrete state by mated condition, thus locking unit 62 with When touching the separation of unit 61, under the elastic force effect of the expansion elastic component between pin components 75 and lower piece 71, the first auxiliary section 731 and second auxiliary section 751 automatically disengage cooperation, lower piece 71, upper main body element 72, head part 73, upper limb part 74 and pin components 75 Opposite expansion.

Further, the side towards upper main body element 72 of upper limb part 74 is equipped with limit turn trough, and upper main body element 72 is equipped with cooperation and exists The rotating limit block in turn trough is limited, by the cooperation between limit turn trough and rotating limit block, relatively upper 72 turns of the main body element of upper limb part 74 can be limited Dynamic angle.Such as shown in Fig. 8-Fig. 9 and Figure 21-Figure 22, under change shape, upper limb part 74 turns to main body element 72 Front side, and tilt extend, under change shape the first toy body 10 formed hold big gun rod piece 221 moulding.

In one embodiment of the invention, as shown in Figure 10-Figure 16, coupling unit 4 includes: returning face plate 41, outer touching Plate 42 and triggering latch fitting 43, returning face plate 41 is rotatably connected on matrix 1, and returning face plate 41 is located at the first toy under initial configuration The bottom of body 10, outer touch panel 42 are connected with returning face plate 41, and outer touch panel 42 is located at the front side of the first toy body 10 under initial configuration, The front side for the first toy body 10 that triggering latch fitting 43 is used to be locked at outer touch panel 42 under initial configuration；Wherein, locked instrument One end extends to the bottom of the first toy body 10 under initial configuration, and when the second toy body 20 contacts triggering latch fitting 43, unlock is outer Touch panel 42, while the unlock of returning face plate 41 claps ground and the overturning of the first toy body 10 is made to erect (as shown in Fig. 3-Fig. 9), returning face plate 41 turns over Triggering locked instrument unlock after turning.

Specifically, triggering latch fitting 43 and outer touch panel 42 cooperate so that outer touch panel 42 to be locked to the first toy under initial configuration The front side (as shown in Figure 10) of body 10, returning face plate 41 is locked in the bottom of matrix 1 at this time, in the second toy body 20 and combination During component 4 combines, the second toy body 20 is collided with triggering latch fitting 43, to drive 43 activity of triggering latch fitting, and then is made Latch fitting 43 must be triggered to be separated with outer touch panel 42 to unlock outer touch panel 42, returning face plate 41 is also unlocked therewith, and the rotation of returning face plate 41 is clapped Ground is so that the overturning of the first toy body 10 erects (as shown in Fig. 3-Fig. 9), and the outer touch panel 42 of drive is movable when returning face plate 41 rotates, the Two toy bodies 20 are incorporated on outer touch panel 42, so that returning face plate 41 will drive 20 activity of the second toy body, overturning when rotating Plate 41 touches with locked instrument after overturning and triggers locked instrument, and component of taking down the exhibits is unlocked and is unfolded.

It should be noted that the second toy body 20 is bound on coupling unit 4 and the second toy body 20 and triggering latch fitting 43 The sequencing of collision can be arbitrary, such as in some instances, and the second toy body 20 is first integrated on coupling unit 4, Then it is collided again with triggering latch fitting 43；In some instances, the second toy body 20 while being integrated on coupling unit 4 and touches Latch fitting 43 is sent out to collide；In some instances, the second toy body 20 is first collided with triggering latch fitting 43, is then re-incorporated into coupling unit On 4.

In addition, being equipped with elastic component (such as torsional spring etc.) at the rotation connection of returning face plate 41 and matrix 1, locked in returning face plate 41 When being scheduled on 1 bottom of matrix, elastic component is in energy accumulating state, and after returning face plate 41 is unlocked, elastic component releases energy, and returning face plate 41 is in bullet Property being rotated by for part and drive the first toy body 10 overturning erect.

Further, as shown in Fig. 1-Figure 17, outer touch panel 42 is rotatablely connected with returning face plate 41, outer touch panel 42 and returning face plate It is equipped with laminar flexible part (such as torsional spring etc.) at 41 rotation connection, after outer touch panel 42 is unlocked, the driving of laminar flexible part is outer Touch panel 42 is rotated towards the direction being stacked with returning face plate 41, and touch panel 42 is stacked in the separate locking of returning face plate 41 outside change shape The side (as shown in Figure 18) of device, so that the second toy body 20 being incorporated on outer touch panel 42 is movable to returning face plate 41 Separate locked instrument side.

Wherein, the combination between outer touch panel 42 and the second toy body 20 can be arbitrarily selected, for example, outer touch panel 42 with Second toy body 20 can be acted on by magnetic and is combined together, as outer touch panel 42 is equipped with the first magnetic in above-described embodiment Part 5, the second toy body 20 are equipped with the second magnetic absorption member 8 in above-described embodiment；Or outer touch panel 42 and the second toy body 20 can To be linked together by connected structure, such as shown in Figure 10 and Figure 19, outer touch panel 42 is equipped with inserting column 421, and second plays Specific 20 are equipped with inserting groove 711, by being plugged in inserting column 421 in inserting groove 711, so that 20 knot of the second toy body It closes on outer touch panel 42；Again alternatively, as be in Figure 10 it is shown, outer touch panel 42 is equipped with the first magnetic absorption member 5 and inserting column 421, the Two toy bodies 20 are equipped with the second magnetic absorption member 8 and inserting groove 711, pass through the first magnetic absorption member 5 and the second magnetic absorption member 8 and grafting The cooperation of column 421 and inserting groove 711, so that the second toy body 20 is bound on coupling unit 4, so that the second toy body 20 Connection between coupling unit 4 is more reliable and more stable.

In the specific example shown in Fig. 1-Figure 22, coupling unit 4 includes returning face plate 41, outer touch panel 42 and triggering latch fitting 43, returning face plate 41 is rotatably connected on matrix 1, and returning face plate 41 is located at the bottom of the first toy body 10 under initial configuration；Outside Touch panel 42 is rotatedly connected with returning face plate 41, and outer touch panel 42 is located at the front side of the first toy body 10 under initial configuration, triggers latch fitting 43 can be set to the front side of fronk rack plate 213 movably forward and backward, trigger and are equipped with return springs (example between latch fitting 43 and fronk rack plate 213 Such as spring), when triggering latch fitting 43 is triggered and moves backward, return springs accumulation of energy by compression triggers 43 quilt of latch fitting When release, return springs, which are released, to be resetted with driving triggering latch fitting 43 to move forward, and triggering latch fitting 43 includes two and sets relatively The clamping limb 431 set, the front end of clamping limb 431 extend forward and stretch out the front end face of fronk rack plate 213, under initial configuration, outside Touch panel 42 is clamped between two clamping limbs 431, so that outer touch panel 42 is locked in the first toy under initial configuration The front side of body 10, when outer touch panel 42 is locked in the front side of the first toy body 10 under initial configuration, returning face plate 41 also therewith by It is locked in the bottom of the first toy body 10 under initial configuration, is equipped with lamination bullet at outer touch panel 42 and the rotation connection of returning face plate 41 Property part (such as torsional spring etc.), 1 bottom of matrix is equipped with holding tank 14, and the trigger unit 322 of third locked instrument 32 extends to holding tank In 14, returning face plate 41 is equipped with triggering convex block 411, and third takes down the exhibits component 23 equipped with support protrusion 234.

In the front end crash of the second toy body 20 and the clamping limb 431 of triggering latch fitting 43, triggering latch fitting 43 be triggered and It moves backward, triggering latch fitting 43 is separated with outer touch panel 42, and outer touch panel 42 is unlocked, and returning face plate 41 is also unlocked therewith, returning face plate Ground is clapped in 41 unlocks makes the overturning of the first toy body 10 erect (as shown in Fig. 3-Fig. 9), and laminar flexible part drives outer 42 direction of touch panel It being rotated with the direction that returning face plate 41 is stacked, outer touch panel 42 is stacked in the side of the separate locked instrument of returning face plate 41, so that The side of the movable separate locked instrument to returning face plate 41 of the second toy body 20 being incorporated on outer touch panel 42, the second toy body 20 When being integrated on outer touch panel 42, the second toy body 20 is triggered, and multiple expansion parts 7 of the second toy body 20 are unfolded so that second Toy body 20 is in change shape, and returning face plate 41 is contained in holding tank 14 after overturning, while the triggering convex block 411 on returning face plate 41 It is collided with the trigger unit 322 of third locked instrument 32, third locked instrument 32 is triggered, so that third is taken down the exhibits, component 23 is opened up Open form is at machine first leg, and as shown in Fig. 3-Fig. 9, the support protrusion 234 and third that third is taken down the exhibits on component 23 take down the exhibits component 23 It is contacted with supporting surface (such as ground or desktop etc.), so that 100 inclination of toy suit erects.

Below shown in Fig. 1-Figure 22 it is of the invention can nested deformation toy suit 100 specific example for, Illustrate the playing method and action process of toy suit 100.It should be noted that the playing method of toy suit 100 described below Only a kind of optional example, the application are not limited to this.

The toy suit 100 that nested can be deformed includes the first toy body 10 and the second toy body 20,10 He of the first toy body Second toy body 20 all has initial configuration and change shape, and the first toy body 10 is vehicle moulding (such as Figure 10 in initial configuration Shown in), the first toy body 10 is in change shape Shi Weiji first moulding (as shown in Figure 17), and the second toy body 20 is in initial shape It is polyhedral (as shown in Figure 19) when state, the second toy body 20 is people's moulding in change shape (such as institute in Figure 21-Figure 22 Show).The specific structure of first toy body 10 and the second toy body 20 hereinbefore has been described in, and which is not described herein again.

Player is when playing toy suit 100, as shown in fig. 1, first by the first toy body 10 and the second toy body 20 fold in initial configuration, and the first toy body 10 and the second toy body 20 are placed (such as ground or table on the support surface Face etc.), the second toy body 20 interval is set to the front of the first toy body 10, and make on the coupling unit 4 of the first toy body 10 The first magnetic absorption member 5 and the second toy body 20 on the second magnetic absorption member 8 opposite to each other；

Then the first toy body 10 under initial configuration is pushed towards the second toy body 20 under initial configuration, when first When toy body 10 and the second toy body 20 close to each other (as shown in Figure 2), the first magnetic absorption member 5 and the magnetic phase of the second magnetic absorption member 8 It inhales, the suction-operated by the first magnetic absorption member 5 to the second magnetic absorption member 8, so that plug connector 611 is directed away from the direction of socket 621 Mobile, so that plug connector 611 is detached from socket 621, i.e. touch unit 61 deviates from locking unit 62, in locking unit 62 and touching After moving cell 61 separates, under the elastic force effect of the expansion elastic component between pin components 75 and lower piece 71, the first auxiliary section 731 It is detached from and cooperates with the second auxiliary section 751, the opposite exhibition of lower piece 71, upper main body element 72, head part 73, upper limb part 74 and pin components 75 It opens, so that the second toy body 20 is deformed into change shape (artificial type) by initial configuration (polyhedral), the first magnetic absorption member 5 and Two magnetic absorption members 8 are pulled together, and the inserting column 421 on the outer touch panel 42 of the first toy body 10 is plugged in inserting for the second toy body 20 In access slot 711, the second toy body 20 is incorporated on the outer touch panel 42 of the first toy body 10, in the second toy body 20 and the first toy During the outer touch panel 42 of body 10 combines, the triggering latch fitting 43 of the first toy body 10 is triggered and moved back by the second toy body 20 Dynamic, triggering latch fitting 43 is separated with outer touch panel 42, and outer touch panel 42 is unlocked, and returning face plate 41 is also unlocked therewith, and outer touch panel 42 is folded (as shown in Figure 18) is rotated towards the direction being stacked with returning face plate 41 under the driving of layer elastic component, so that outer touch panel 42 and overturning Plate 41 stacks together, and returning face plate 41 is unlocked the bat ground that rotates backward so that the overturning of the first toy body 10 erects (such as institute in Fig. 3 Show), outer touch panel 42 is rotated together with returning face plate 41, be incorporated in the second toy body 20 of the change shape on outer touch panel 42 also with Rotation be incorporated in the second toy body of the change shape on outer touch panel 42 when returning face plate 41 is rotated into holding tank 14 20 are located at the front side of the first toy body 10, and the trigger unit 322 of triggering convex block 411 and third locked instrument 32 is collided, to push the Three locked instruments 32 rotate clockwise, the holding section of the component 23 so that clamping portion 321 of third locked instrument 32 and third are taken down the exhibits 232 separation, third component 23 of taking down the exhibits are unlocked release, and third component 23 of taking down the exhibits is released with the elastic component at the rotation connection of matrix 1 Can and drive third component 23 of taking down the exhibits to be unfolded towards 90 ° of 1 rotated down of matrix, the third after expansion is taken down the exhibits 23 formation machine of component First leg, the second toy body 20 under change shape is stood above machine first leg or the pin components 75 of the second toy body 20 are extend into In the accommodation space 231 of machine first leg (as shown in Fig. 3-Fig. 4), support protrusion 234 on machine first leg and machine first leg with support Face contact, so that 100 inclination of toy suit erects.

Third take down the exhibits component 23 be unfolded during, when being turned (fast stop) to a certain extent, third is taken down the exhibits group The card adapter plate 331 of the 4th locked instrument 33 of convex block 233 on part 23 abuts, as third component 23 of taking down the exhibits continues to rotate, convex block 233 drag card adapter plate 331 backward, so that the 4th locked instrument 33 moves backward, so that the 4th locked instrument 33 The grab 241 for taking down the exhibits component 24 with the 4th separates, and the 4th component 24 of taking down the exhibits is unlocked towards rotating on rear side of matrix 1 and is unfolded, Four take down the exhibits sandwiched obtuse angle between component 24 and matrix 1, take down the exhibits after component 24 is unfolded the 4th, and the 4th takes down the exhibits component 24 and the 5th receipts It opens up component 25 to separate, the 4th effect of contraction power that component 24 takes down the exhibits component 25 to the 5th of taking down the exhibits disappears, and the 5th component 25 of taking down the exhibits exists Expansion is in " M " type (as shown in Figure 5) under the driving of corresponding elastic component.

It takes down the exhibits after component 25 is unfolded the 5th, as shown in Fig. 6-Fig. 9, the first contact element 312 is no longer influenced by the 5th and takes down the exhibits group Part 25 is kept out, and 311 activity of the first latch fitting is stretched out from stretching hole 13 under the driving of elastic component and driven to the first contact element 312, with The first latch fitting 311 is set to be detached from the slot 2121 of sliding bar 212, the first latch fitting 311 is separated with sliding bar 212 to unlock sliding bar 212, releasing set on the elastic component recovery deformation pushed between slot 11 and impeller 211 can be to drive impeller 211 towards slot end 111 slidings, impeller 211 slide towards slot end 111 and drive sliding bar 212 all to skid off and push slot 11 (such as institute in Fig. 6-Fig. 7 Show), when sliding bar 212, which all skids off, pushes slot 11, sliding bar 212 is released with the elastic component at the rotation connection of impeller 211 Can and drive sliding bar 212 with respect to impeller 211 rotate so that sliding bar 212 with respect to the first toy body 10 overturning, sliding bar 212 opposite first toy bodies 10 overturn forward 90 °, so that fronk rack plate 213 is rotated from top and covered on the second toy body 20 (such as Shown in Fig. 8-Fig. 9).When sliding bar 212 is skidded off by promotion and pushes slot 11, big gun rod piece 221 is unlocked, in corresponding elastic component Driving under, big gun rod piece 221 rotates forward 180 ° (as shown in Fig. 6-Fig. 9) relative to fronk rack plate 213.

After the first toy body 10 and the second toy body 20 complete above-mentioned everything, as shown in Fig. 8-Fig. 9, first Toy body 10 and the second toy body 20 show the person jointly and drape over one's shoulders machine first and manipulate the moulding of antiaircraft gun.

To sum up, the toy suit 100 according to an embodiment of the present invention that nested can be deformed is played in the second toy body 20 and first When specific 10 coupling unit 4 combines, auto Deformation and the first object for appreciation occur for the first toy body 10 and the second toy body 20 Specific 10 and the second toy body 20 it is fit, a part of the first toy body 10 under change shape covers second under change shape On toy body 20, the first toy body 10 and the second toy body 20 show the person jointly and drape over one's shoulders machine first and manipulate making for antiaircraft gun Type.It is strong that toy is set with 100 playing methods novelty, interest.

In the description of the present invention, it is to be understood that, term " on ", "lower", "front", "rear", "left", "right", " perpendicular Directly ", the orientation or positional relationship of the instructions such as "horizontal", "top", "bottom", "inner", "outside", " clockwise ", " counterclockwise " be based on Orientation or positional relationship shown in the drawings, is merely for convenience of description of the present invention and simplification of the description, rather than indication or suggestion institute The device or element of finger must have a particular orientation, be constructed and operated in a specific orientation, therefore should not be understood as to this hair Bright limitation.

In the description of the present invention, the meaning of " plurality " is two or more, unless otherwise specifically defined.

In the description of the present invention, it should be noted that unless otherwise clearly defined and limited, term " installation ", " phase Even ", " connection " shall be understood in a broad sense, for example, it may be being fixedly connected, may be a detachable connection, or be integrally connected；It can To be mechanical connection, it is also possible to be electrically connected；It can be directly connected, can also can be indirectly connected through an intermediary The interaction relationship of connection or two elements inside two elements.It for the ordinary skill in the art, can be with The concrete meaning of above-mentioned term in the present invention is understood as the case may be.

In description in the present invention unless specifically defined or limited otherwise, fisrt feature is in the "upper" of second feature Or "lower" may include that the first and second features directly contact, also may include the first and second features be not direct contact and It is by the other characterisation contact between them.Moreover, fisrt feature is wrapped above the second feature " above ", " above " and " above " Fisrt feature is included right above second feature and oblique upper, or is merely representative of first feature horizontal height higher than second feature.The One feature is directly below and diagonally below the second feature including fisrt feature under the second feature " below ", " below " and " below ", or First feature horizontal height is merely representative of less than second feature.

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 specific features described in conjunction with this embodiment or example, knot Structure, material or feature are included at least one embodiment or example of the invention.In the present specification, to above-mentioned term Schematic representation may not refer to the same embodiment or example.Moreover, specific features, structure, material or the spy of description Point can be combined in any suitable manner in any one or more of the embodiments or examples.

Although an embodiment of the present invention has been shown and described, it will be understood by those skilled in the art that: not A variety of change, modification, replacement and modification can be carried out to these embodiments in the case where being detached from the principle of the present invention and objective, this The range of invention is defined by the claims and their equivalents.

Claims

1. the toy suit that one kind nested can deform characterized by comprising

First toy body, first toy body have initial configuration and change shape, and first toy body includes matrix, receives Exhibition component, locked instrument and coupling unit, the component of taking down the exhibits can be set on the matrix with taking down the exhibits, and the locked instrument is used for It takes down the exhibits described in locking component；And

Second toy body, second toy body include initial configuration and change shape, and second toy body can be with the knot Seaming element combines；Wherein,

First toy body of initial configuration and second toy body of initial configuration are mutually indepedent, when second toy When body is combined with the coupling unit, second toy body is deformed into change shape, and second toy body or institute It states coupling unit and triggers component of taking down the exhibits described in the locked instrument release, a part after the component expansion of taking down the exhibits, which covers, to be changed On second toy body under form.

2. the toy suit according to claim 1 that nested can be deformed, which is characterized in that when first toy body and institute It states after the second toy body combines, second toy body is people's moulding, and first toy body is the machine first covered on the person Moulding.

3. the toy suit according to claim 2 that nested can be deformed, which is characterized in that first toy body is initial It is vehicle moulding when form.

4. the toy suit according to claim 2 that nested can be deformed, which is characterized in that a part of the component of taking down the exhibits Be formed as machine first leg after expansion, after second toy body is in conjunction with first toy body, second toy of artificial type Body is stood above the machine first leg.

5. it is according to claim 1 can nested deformation toy suit, which is characterized in that the coupling unit includes:

Returning face plate, on the matrix, and the returning face plate is located at described the under initial configuration for returning face plate rotation connection The bottom of one toy body；

Outer touch panel, the outer touch panel are connected with the returning face plate, and the outer touch panel is located at first toy under initial configuration The front side of body；

Latch fitting is triggered, the triggering latch fitting is for before being locked at first toy body under initial configuration for the outer touch panel Side；Wherein,

One end of the locked instrument extends to the bottom of first toy body under initial configuration, when second toy body The outer touch panel is unlocked when contacting the triggering latch fitting, while returning face plate unlock claps ground and keeps the first toy body overturning vertical It rises, the locked instrument unlock is triggered after the returning face plate overturning.

6. the toy suit according to claim 1 that nested can be deformed, which is characterized in that described matrix limits side and is The promotion slot at slot end, the component of taking down the exhibits include first taking down the exhibits component, and the locked instrument includes described first receiving for locking The first locked instrument of component is opened up,

Described first component of taking down the exhibits includes:

Impeller, in the promotion slot, the impeller is configured to the sliding of slot end described in Chang Chaoxiang for the impeller cooperation；

Sliding bar, the sliding bar are rotatably connected on the impeller, and the sliding bar is at least partly under initial configuration In the promotion slot, the impeller slides into the slot end, and the sliding bar relatively described under change shape The overturning of one toy body.

7. the toy suit according to claim 6 that nested can be deformed, which is characterized in that the impeller is two, often A sliding bar is rotatablely connected on a impeller,

Described first component of taking down the exhibits includes: fronk rack plate, and the fronk rack plate is connected between two sliding bars, in initial configuration A part of the coupling unit is located at the front side of the fronk rack plate, and the fronk rack plate described in change shape is rotated and covered from top On second toy body.

8. the toy suit according to claim 1 that nested can be deformed, which is characterized in that the component of taking down the exhibits includes more A, component of each taking down the exhibits includes corresponding locked instrument, triggers another after component of each taking down the exhibits unlock and takes down the exhibits corresponding to component Locked instrument, component of taking down the exhibits described at least one is arranged in pairs on the left and right directions of described matrix.

9. the toy suit according to claim 1 that nested can be deformed, which is characterized in that second toy body is initial It is polyhedral when form, second toy body includes clip assembly and multiple expansion parts, the expansion part and the expansion It is rotatablely connected between part, the expansion elastic component for making the expansion part that there is expansion trend, the clamping group is equipped at rotation connection Part includes: that touch unit and locking unit, the touch unit are located on the expansion part, and the locking unit is located at separately On one expansion part, when the touch unit card is on the locking unit, multiple expansion parts overcome the exhibition It opens the elastic force of elastic component and collapses so that second toy body is in polyhedral, when second toy body is integrated to the knot The touch unit deviates from the locking unit when in seaming element, and the elastic force of the expansion elastic component makes multiple expansion part exhibitions It opens so that second toy body is in change shape.

10. the toy suit according to claim 1 to 9 that nested can be deformed, which is characterized in that the combination Component is equipped with the first magnetic absorption member, and second toy body is equipped with for second magnetic attracting with first magnetic absorption member Part.