CN202700063U

CN202700063U - Toy and reconfigurable toy and action doll

Info

Publication number: CN202700063U
Application number: CN2012201657303U
Authority: CN
Inventors: R·马丁内斯; S·森; J·D·泰勒
Original assignee: Mattel Inc
Current assignee: Mattel Inc
Priority date: 2011-01-11
Filing date: 2012-01-11
Publication date: 2013-01-30
Anticipated expiration: 2022-01-11
Also published as: DE202012100084U1; US20130109270A1

Abstract

A toy comprises a first extender component and a second extender component, wherein the first extender component is provided with a thin and flat structure, a first end and a second end opposite to the first end, and the second extender component is provided with a thin and flat structure, a first end and a second end opposite to the first end of the second extender component. The second end of the first extender component and the second end of the second extender component are combined through a pivot in end-to-end mode, the first extender component can move relative to the second extender component, the first extender component can be positioned at a retracted position and an expanded or unfolded position relative to the second extender component, the second extender component can be positioned at a retracted position and an expanded or unfolded position relative to the first extender component, and the first extender component and the second extender component are far away from each other at the expanded positions at an angle and are parallel to each other at the retracted positions. The utility model further provides a reconfigurable toy and an action doll comprising the extender components.

Description

Toy, restructural toy and action image

The cross reference of related application

The application is according to 35U.S.C.119(e) require name to be called " expander and have the action image of expander ", the applying date is the U.S. Provisional Application No.61/431 in January 11 in 2011,835 interests and priority, it is disclosed in this in conjunction with as a reference.

Technical field

The utility model relates to a kind of restructural toy, especially, is the toy of position changeable in retraction or contracted configurations and expansion or use structure.The utility model also relates to a kind of expander and has the action image of expander, and especially, the action image with expander comprises one or more expander parts.

Background technology

Some restructural toys are known in the art.The restructural toy can be mobile between the first structure and the second structure by children's manual operation.This manual operation meeting becomes dull and repeats, and causes children to lose interest to toy.

Therefore need a kind of restructural toy that can automatically reconfigure by the release of rod bolt or clamp.Also need to comprise toy or the action image of expander, strengthen and use the recreational of toy or action image.And, the restructural toy that need to have novel contracted configurations.

The utility model content

The utility model is a kind of restructural toy with contracted configurations, and toy is the structure of the smooth of a similar personage or vehicle and expansion in contracted configurations.

In one embodiment, toy comprises the first expander parts with thin, flat structure, and the first widening parts has first end and second end opposite with it; Have thin, the second expander parts of flat structure, the second widening parts has first end and second end opposite with it, be combined with the second end of the second expander parts with end to end system in the second end pivoting ground of the first expander parts, the first expander parts are removable with respect to the second expander parts, the first expander parts and the second expander parts can be positioned on retracted position and expansion or expanded position relative to each other, the first expander parts and the second expander parts on expanding location angularly mutually away from, and parallel to each other at retracted position.

In one embodiment, toy also comprises the first bias component that is attached to the first expander parts and the second expander parts, and the first bias component setover the first expander parts and the second expander parts are so that they are mutually away to arrive expanding location.

In one embodiment, toy comprises the 3rd expander parts that also comprise thin, flat structure, and the 3rd expander parts have first end, and second end opposite with the first end of the 3rd expander parts; Be combined with the first end of the second expander parts in end-to-end mode in the second end pivoting ground of the 3rd expander parts, the 3rd expander parts are removable with respect to the second expander parts, the 3rd expander parts and the second expander parts can be positioned on retracted position and expansion or expanded position relative to each other, the 3rd expander parts and the second expander parts on their expanding location angularly mutually away from, parallel to each other on their retracted position.

In one embodiment, toy comprises and also comprises second bias component of being combined with the 3rd expander parts and the second expander parts, the second bias component move the 3rd expander parts and the second expander parts to they mutually away from expanding location, when the contracted configurations of toy at it, the first expander parts, the second expander parts, with the 3rd expander parts mutually the next-door neighbour and at their retracted position along extending each other and parallel to each other, and when the deployment configuration of toy at it, the first expander parts, the second expander parts, with the 3rd expander parts they expanding location angularly mutually away from.

In another embodiment, the first expander parts, the second expander parts and the 3rd expander parts are coplanar at their expanding location.

In another embodiment, when retracted position at them of the first expander parts, the second expander parts and the 3rd expander parts, the first expander parts and the 3rd expander parts are on the second expander parts.

In one embodiment, the restructural toy has smooth, structure and the deployment configuration of shrinking, wherein the first expander parts have flat configuration and outer peripheral edges, the second expander parts have flat configuration and outer peripheral edges, the outer peripheral edges of the first expander parts are pivotally to be combined with the outer peripheral edges of the second expander parts, the first expander parts and the second expander parts are removable between relative to each other retracted position and expanding location, the first expander parts and the second expander parts they expanding location angularly mutually away from, and at their retracted position along extending each other and parallel to each other, the first bias component is combined with the first expander parts and the second expander parts, the first bias component moves the first expander parts and the second expander parts to their expanding location, the 3rd expander parts have flat configuration and outer peripheral edges, another periphery of the 3rd expander parts pivotally is combined with the outer peripheral edges of the second expander parts, the 3rd expander parts and the second expander parts are removable between relative to each other retracted position and expanding location, the 3rd expander parts and the second expander they expanding location angularly mutually away from, and at their retracted position along extending each other and parallel to each other, the second bias component is combined with the 3rd expander parts and the second expander parts, the second bias component moves the 3rd expander parts and the second expander parts to their expanding location, when the deployment configuration of toy at it, the first expander parts, the second expander parts, with the expanding location of the 3rd expander parts at them, and when the contracted configurations of toy at it, the first expander parts, the second expander parts, with the retracted position of the 3rd expander parts at them.

In selectable embodiment, the first expander parts are combined in end-to-end mode with the second expander parts.

In embodiment optionally, the first expander parts and the second expander parts contact with each other along their length at their retracted position, and the 3rd expander parts and the second expander parts contact with each other along their length at their retracted position.

In another embodiment, the action image comprises expander, and it has contracted configurations and deployment configuration.Expander comprises a plurality of expander parts or member, and other expander parts of itself and at least one or member pivotally are combined.In contracted configurations, the expander parts are extension parallel to each other basically.In addition, the expander parts contracted configurations along and be close to contiguous expander parts and place.When rod bolt or clamp or other maintaining body were activated, because biasing member is between contiguous expander parts, the expander parts automatically moved to their deployment configuration.

In one embodiment, expander comprises maintaining body and is positioned at least one bias component between the expander parts that combine, and utilizes this at least one bias component, and the release of maintaining body is so that the expander parts move to expanded position.

In one embodiment, can be installed to the hand place of action image for the expander of action image.Expander can be similar to shield or appendicle in its contracted configurations.After expander was released, expander can be similar to weapon or big accessory in its deployment configuration.In certain embodiments, expander can keep being combined with the hand of action image.In other embodiments, expander can separate and self-supporting with the action image.

Description of drawings

Fig. 1 shows the front elevation in contracted configurations according to the toy figure with expander of the utility model embodiment.

Fig. 2 shows the front elevation the toy figure of the expander of configured intermediate of having shown in Fig. 1.

Fig. 3 shows the front elevation the toy figure of the expander of deployment configuration of having shown in Fig. 1.

Fig. 3 A shows the front perspective view of another embodiment of toy, and the toy figure shown in Fig. 1 has the expander in contracted configurations.

Fig. 3 B shows the front perspective view the toy figure of the expander of deployment configuration of having shown in Fig. 3 A.

Fig. 4 shows the side view at the embodiment of the expander of retracted configuration according to embodiment of the present utility model.

Fig. 4 A shows the plane of two expander parts of the expander of Fig. 4.

Fig. 5 shows the top perspective of the expander of Fig. 4.

Fig. 5 A shows the bottom perspective view of mounting portion of the expander of Fig. 5.

Fig. 6 shows the expander of Fig. 4 in the top perspective of configured intermediate.

Fig. 7 shows the side perspective view of the expander of Fig. 6.

Fig. 8 shows the top perspective in another configured intermediate of the expander of Fig. 4.

Fig. 9 shows the expander of Fig. 4 at the side view of another configured intermediate.

Figure 10 shows the side view at the expander of deployment configuration.

Figure 11 shows the close-up perspective view of the expander of Figure 10.

Figure 12-14 shows according to other action images with expander of the expander of the different structure among the embodiment optionally of the utility model.

Figure 14 A shows the expander that reconfigures among another embodiment from the contracted configurations to the deployment configuration.

Figure 15 shows the side perspective view at the expander of retracted configuration according to another embodiment of the present utility model.

Figure 16-18 shows the expander of Figure 15 at the side perspective view of different configured intermediate.

Figure 19 shows the deployment configuration of the expander of Figure 15.

Figure 20 shows the feature decomposition diagram of some parts of the expander of Figure 15.

Figure 21 shows latch mechanism in the close-up perspective view that discharges structure.

Figure 22 shows the expander of Figure 15 at the perspective view of deployment configuration.

Figure 22 A shows the contracted configurations according to the expander of another embodiment of the utility model.

Figure 22 B shows the deployment configuration of the expander of Figure 22 A.

Figure 23 shows the perspective view of the expander of Figure 22 A.

Figure 24 shows the side view of the expander of Figure 23.

Figure 25 shows the end-view of the expander of Figure 23.

Figure 26 shows the upward view of the expander of Figure 23.

Figure 27 shows the expander of Figure 23 at the perspective view of deployment configuration.

Figure 28 shows the close-up perspective view of a part of the expander of Figure 27.

Figure 29 shows the perspective view of the expander of Figure 27.

Figure 30 shows the close-up perspective view of a part of the expander of Figure 27.

Figure 30 A shows the perspective view that changes to deployment configuration according to the expander of another embodiment of the present utility model from contracted configurations.

Figure 30 B shows the perspective view that the expander of Figure 30 A is held by the toy figure in its contracted configurations.

Figure 31 shows the expander of Figure 30 A at the perspective view of extended architecture.

Figure 32 shows the side view of the expander of Figure 31.

Figure 33 shows the end-view of the expander of Figure 31.

Figure 34 shows a part of close up view of the expander of Figure 31.

Figure 35 shows the expander of Figure 31 at the end-view of configured intermediate.

Figure 36 shows the expander of Figure 31 at the side view of contracted configurations.

Figure 37 shows the perspective view of the expander of Figure 36.

Figure 38 shows the side view of a part of the expander of Figure 36.

Figure 39 and 40 shows according to the contracted configurations of another embodiment expander of the utility model and the perspective view of deployment configuration.

Figure 41 shows the perspective view according to the deployment configuration of the expander of another embodiment of the utility model.

Figure 42 shows the perspective view according to the deployment configuration of the expander of another embodiment of the utility model.

Same reference numerals is used for the sign similar elements in the disclosure.

The specific embodiment

In one embodiment, expander comprises several expander parts or member or plate, and it interosculates and can be placed in and shrinks or retracted position, is equivalent to the contracted configurations of expander, and can be placed in and launch or expanding location, be equivalent to expansion or the extended architecture of expander.Thus, expander can be from being folded into smooth state or structural deformation to the state or the structure that form three-dimensional body.

Disclosed herein as well is the expander according to different embodiment of the present utility model.In each embodiment, the movable member that interosculates is expander parts or member.Go out as shown with as described below, each expander comprises several expander parts, it is thin, the flat structure with a plurality of ends or edge.The expander parts are incorporated into another expander parts along an end or edge junction.Elongated member, for example the connector of similar pin engages two expander parts in order to pivotally they are combined.The expander parts interosculate and are removable about connector.

In disclosed embodiment, each expander comprises biasing mechanism, torque spring for example, and they are between expander parts contiguous, combination, so that expander parts offset separation.Biasing mechanism is installed on the corresponding connector, and biasing mechanism is located between the corresponding expander parts and with corresponding expander parts and is combined thus.Each biasing mechanism be positioned in case its biasing or the expander parts of forcing combination mutually away from the expanding location and expanded configuration or the structure that arrive them.In certain embodiments, the expander parts can comprise that recess is to receive the end of biasing mechanism.The expander parts that interosculate extend with angle each other at their expanded position.In other words, parts their expanded position angled mutually away from.

When the expander parts are moved to their retracted position, the extension parallel to each other of expander parts and adjacent setting.The pivotally connected expander of being convenient between contiguous expander parts folds into its contracted configurations.In addition, the end-to-end connection between contiguous expander parts is convenient to the contraction of expander and is folded.

Correspondingly, expander has little, compact shape in its contracted configurations.To be expander in its deployment configuration have larger shape and be different from expander the effect that the expander parts move to their expanded position is similar to personage, image or object in the outward appearance of its contracted configurations.

In one embodiment, expander comprises rod bolt, and its maintenance expander parts or member are at their retracted position, and thus, expander is in its contracted configurations.Rod bolt can pivotally be combined with expander parts.In certain embodiments, rod bolt is biased to rod bolt or locked position of coupler, in order to keep expander in its contracted configurations.In certain embodiments, rod bolt can comprise ledge, and it is bonded on corresponding ledge or recess on the different expander parts.

Expander is folded together the expander parts by the power that overcomes biasing member and is retracted.When the expander parts when their retracted position is close to mutually, rod bolt can be carried out locking and keep expander at this structure.

When the enough power from children or different objects was used to expander, rod bolt was freed and biasing member is allowed to move and push open the expander parts of adjacent pivot combination.The expander parts move to their expanded position, and wherein contiguous parts are angled each other.The movement of parts is automatic when rod bolt is removed.When parts manually were folded together by children, bias component can reload.In particular, compare with its contracted configurations in its deployment configuration in view of expander, have different outward appearances and structure, even purposes, expander automatically expansion provides the interesting effect of playing expander for children.

In one embodiment, expander can use together with the action image.For example, expander can with the action image be combined, for example with the action image hand.Perhaps, expander can be installed on the body of action image, for example knapsack or bag.In one embodiment, when expander and action image when being combined, expander can it contracted configurations and its deployment configuration between mobile.In embodiment optionally, when when the action image is combined, expander can be the contracted configurations at it, and when from moving image when unclamping, expander can automatically change its deployment configuration into.

With reference to figure 1-3, the several views with action image of expander are illustrated.In one embodiment, action image 10 has the body 12 with a pair of arm 14 and 16, and arm comprises hand or hand portion 18 and 20.In this embodiment, expander or annex 50 can be attached to action image 10 and can configure in a plurality of structures.The different structure permission expander 50 of expander 50 is hidden a little in some use and is retracted, and allows in other uses, as showing when fighting with another action figure toy, image or object and operating.Annex 50 expander of being known as is because the size of annex 50 and structure can change between structure or expansion, as described below.

As shown in Figure 1, expander 50 can be installed on the hand 18 of action image 10.In one embodiment, expander 50 snap fit of passing through removably connects or another releasable bond type and hand 18 combinations.Expander 50 has retracts or contracted configurations 52, as shown in Figure 1.In this structure, expander 50 can be close to the action image 10 body 12 on and along with arm 14 activities.

Expander 50 comprises several parts, and it is removable each other.The peace that the structure of parts is normally thin, and some parts pivotally are combined with some other parts.In contracted configurations 52, the parts of expander 50 are basically aligned with each other and parallel.In this layout, whole shape and the structure of expander 50 are minimized, because parts " fold " on another or along another basically.

With reference to figure 2, the user can be along the direction of arrow " A " with respect to body 12 transfer arms 14.Simultaneously or basically simultaneously, expander 50 discharges from its retracted configuration 52.In one embodiment, expander 50 comprises latch mechanism, and it overcomes one or more for example biasing of the biasing member of spring, keeps expander 50 in its retracted configuration.When the latch mechanism of expander 50 was released, bias component was moved apart the different expander parts of expander 50, arrived them corresponding to the position of deployment configuration 56, as shown in Figure 3 by configured intermediate 54.With reference to figure 2, because the power of bias component, the parts of annex are mobile along the direction of arrow " B ".

With reference to figure 3, because the bias component between adjacent expander parts, the parts of annex 50 continue to launch or expansion along the direction of arrow " C ".The expander parts move until they reach their expanding location, also namely corresponding to the deployment configuration 56 of expander 50.In some expander parts, can comprise abutment surface, the pivot of the expander parts that its restriction is contiguous.

In the present embodiment, expander 50 comprises transmitter 60, and it comprises cooperation along the direction of arrow " D " injection or launches for example expander part 62 and 64 of the object 70 of dish.Expander part 62 and 64 is similar to two parts of hand; Part 62 is similar to finger and part 64 is similar to thumb.When expander part 62 and 64 was folded together, object 70 can be located between expander part 62 and 64.The power that part 62 and 64 is opened causes object 70 from expander 50 emissions.

With reference to figure 3A and 3B, expander is illustrated in and shrinks and retracted configuration.As shown in the figure, expander 100 can be attached to toy figure 10, and especially, is attached to toy figure 10 arm 14.As described in detail below, expander 100 comprises several expander members or parts, and it is flat parts basically and is close to mutually in the contracted configurations 102 of expander 100.When latch mechanism was released, one or more bias component forced the expander member to separate, and arrived the deployment configuration of expander 100 to their expanding location, illustrated such as Fig. 3 B.

With reference to figure 4-11, be illustrated according to the embodiment of expander of the present utility model.In the present embodiment, expander 100 can be combined with action image (not shown) to be similar to the above-mentioned mode of discussing about Fig. 1-3.As described below, expander 100 comprises several expander parts, and it is combined with adjacent expander parts with end-to-end layout, and it is convenient to expansion and the contraction of expander 100.As shown, the expander parts have outer peripheral edges and those adjacent expander parts interosculate along their outer peripheral edges, shown in Fig. 4-11.

With reference to figure 4, the contracted configurations 102 of expander 100 is illustrated.In this structure 102, expander 100 has the shape of whole compactness, and as shown in the figure, many expander parts are parallel to each other folding.The deployment configuration 108 of expander is shown in Figure 10.As shown, the whole length of expander 100 is larger in contracted configurations 102 at deployment configuration 108 ratios.

Later with reference to figure 4, expander 100 comprises having installation end 112 and with respect to the bottom part 110 of the end 118 of installation end 112.Bottom part 110 comprises body part 111, and it is flat and mounting portion 113 next-door neighbour's body parts 111 basically.Shown in Fig. 5 A, mounting portion 113 is included in end 112 inwall 114, limits therein chamber 116, and the corresponding ledge that is formed on personage's the part can insert in the chamber.For example, the personage can be included in its ledge on hand, its be arranged to be inserted in the chamber 116 and by friction or for example the frame for movement of tab remain on wherein.Bottom part 110 also comprises the support section 130 with bearing 132 and recess, and another parts are incorporated on the recess, and are as described below.

As shown in Figure 4, expander 100 also comprises expander parts 140, its pivotally with bottom part 110 combinations.Expander parts 140 comprise relative end 142 and 144.End 142 by connector or sell 122 pivotally with end 118 combinations of bottom part 110, connector or sell 122 and be inserted into by the openings 120 that form at end 118 and the opening (not shown)s that form at end 142.

With reference to figure 4A, expander parts 140 comprise extension 146, and it comprises opening, are inserted into by this opening connector 122.As shown in the figure, connector 122 extends through the convex shoulder on the opposite side of extension 146 124 and 126 of parts 110.Be installed on the connector 122 is bias component 150.In the present embodiment, bias component 150 is springs, and it coils connector 122 and has two coils in its opposite end 152 and 154.Bias component 150 comprises central opening, and connector 122 is inserted into by it.Each

parts

110 and 140 has recess or the recess (referring to Fig. 4 A) that is formed on wherein, and its of being configured to receive

spring terminal

152 and 154 is with alignment springs 150.

Spring terminal

152 and 154 is pressed on the surface of

expander parts

110 and 140 opposite faces, so as

mandatory component

110 and 140 about connector 122 mutually away from.This movement moves on to its expansion or realizes the extended architecture of

parts

110 and 140 during expanded position at expander parts 140.

Get back to Fig. 4, when

parts

110 and 140 are in their retracted position,

parts

110 and 140 extensions parallel to each other and mutual next-door neighbour.As shown in the figure,

parts

110 and 140 contact with each other and mutually along placement.

With reference to figure 8-10, expander 100 has transmitter 170, and it comprises transmitter bottom 180, the first expander parts 190, and the second expander part 200.Each bottom 180 and

expander part

190 and 200 also can be called expander parts or member.When transmitter bottom 180 and

expander part

190 and 200 during at expanded position shown in Figure 10, get back to Fig. 4, bottom 180 and expander part are at their punctured position.As shown in the figure, transmitter bottom 180 is to arrange end to end pivotally and 140 combinations of expander parts.And each

expander part

190 and 200 is 180 combinations bottom transmitter pivotally.The relative motion of bottom 180 and

expander part

190 and 200 is discussed in more detail following.

Refer back to Fig. 4, expander 100 also comprises covering expander parts 220 and is connected expander parts 230.Cover expander parts 220 and comprise

opposite end

222 and 224, and connection expander parts 230 comprise opposite end 232 and 234.The end 224 that covers expander parts 220 by connector or sell 226 pivotally with end 234 combinations that are connected expander parts 230.Biasing mechanism 238, for example spring (referring to Fig. 7) is installed on the pin 226, and is positioned to

parts

220 and 230 are pushed open.The end 232 of parts 230 is pivotally by pin 236(as shown in Figure 7) and bottom part 110 combinations.

With reference to figure 6 and 7, expander 100 is illustrated in configured intermediate 104.In this structure, expander parts 220 pivot along the direction of arrow " E ", so that the inner surface 221 of parts 220 is exposed and transmitter bottom 180 is exposed (opposite with the outer surface 223 shown in Fig. 5).With reference to figure 7, some parts are illustrated in more detail.Especially, the bias component 188 on the pin 186 that bottom 180 and part 200 are interosculated is illustrated.And, the pin 194 that

part

190 and 200 is combined and the pin 148 that part 140 is attached to part 180 also is illustrated.

With reference to figure 8, transmitter 170 and expander parts 140 are mobile along the direction of arrow " F " with respect to bottom part 110, cause thus expander 100 to move to another configured intermediate 106.When expander 100 is activated or release and expander 100 do not stop or when remaining on its configured intermediate, this movement automatically occurs.Thus, the independent releasing of rod bolt or clamp causes automatically carrying out of expander and expands.

The continuation of expander 100 is expanded and is carried out and is illustrated among Fig. 9.As shown in the figure, transmitter 170 pivots about connector 148 with respect to expander parts 140 along the direction of arrow " G ", until between part 180 and parts 240 adjacency occurs.Transmitter 170 utilizes the biasing mechanism (not shown) to move along this direction.In addition, release portion 190 is along the axle biasing of the direction of arrow " H " about being defined by connector 194.The movement of release portion 190 is such, moves about the axle by connector 212 definition along the direction of arrow " I " to allow releasing parts 200.When part 190 is removed from part 200, can be along the position shown in the direction of arrow " I " moving-member 200 to Figure 10 with

expander parts

180 and 200 biasings biasing mechanism separately.

In such an embodiment, expander parts 200 have the ledge 208 at four intervals on surface 206, and surface 206 limits reception area 210(referring to Figure 11), can place object therein, for example the dish among Figure 10 240.When expander parts 200 were mobile along the direction of arrow " I ", " K " was launched object 240 from transmitter 170 along the direction of arrow.

As shown in Figure 4, when the expander parts are in their contraction or during retracted position, the whole structure of expander 100 be relative compact and each parts parallel to each other.Yet when the expander parts were released, biasing mechanism is so that parts promptly move to their expanded position, and was as shown in Figure 10.

With reference to Figure 12, be illustrated according to another embodiment of expander of the present utility model.In this embodiment, action image 300 has body 302 and hand 304.Releasedly can in conjunction with in one's hands 304 be expander 310, it has contracted configurations 312, expander 310 has relatively little and elongated profile therein.Expander 310 can be installed in one's hands 304 by being frictionally engaged between installing mechanism or part.When expander 310 installed in one's hands 304, action image 300 can be operated by children.

Expander 310 comprises latch mechanism, and it keeps expander 310 in its contracted configurations 312.When latch mechanism was released, expander 310 automatically expanded to its deployment configuration 314, and expander 310 is similar to and can has the animal of attacking function therein.As shown in the figure, different expander isolation of components moves and has an expanded position, its jointly form have body 311,

arm

313 and 315 and the shape of the scorpion of afterbody 317.The typical embodiment of this expander 310 illustrates in greater detail with reference to figure 15-22.

With reference to Figure 13, be illustrated according to another embodiment of expander of the present utility model.In this embodiment, action image 320 has body 322 and hand 324.Releasedly can in conjunction with in one's hands 324 be expander 330.In this embodiment, expander 330 comprises bar 338, and it can be caught by hand 324 as shown.Expander 330 has and shrinks or retracted configuration 332, and expander 330 has relatively little and elongated profile therein.

When the latch mechanism of expander 330 was released, expander 330 automatically expanded to deployment configuration 330, and it is weapon under this state.In such an embodiment, expander 330 has bearing 333 and transmitter 335, and it is arranged to launch object 336, as shown in the figure.

With reference to Figure 14, be illustrated according to another embodiment of expander of the present utility model.Action image 340 has body 342 and hand 344.In such an embodiment, expander 350 has retracted configuration 352, and it is similar to weapon therein, for example sword or cutter, and it can be held and used by personage 340.When latch mechanism was removed, expanded position and expander 350 that the parts of expander 350 automatically move to them had deployment configuration 354.At this structure 354, expander 350 is similar to animal.In some implementations, animal can have the ability that 356 object is for example coiled in emission.

With reference to figure 14A-22, be illustrated according to another embodiment of expander of the present utility model.Be combined with the personage although expander 400 is not shown, be appreciated that expander 400 can be installed on the personage.For example, expander can be installed to the personage on hand.In one embodiment, it is ring (ring) execution of being dressed by the personage that expander can look like, and for example moves and is given birth to by the environment-development of green light chivalrous (Green Lantern) personage wearing.

With reference to figure 14A, expander 400 can be placed in contracted configurations 402, and wherein expander 400 is compact and folding.Expander 400 comprises a pair of handle 401, and it can be combined with toy figure's hand.When clamp or rod bolt release, expander 400 is transformed into its deployment configuration 410, and shown in Figure 14 B, it is scorpion in the present embodiment.

In the present embodiment, expander 400 has retracted configuration 402, as shown in figure 15.Expander 400 has several expander parts, and its mechanism by for example spring is biased to expansion or expanded position, and is as described below.When the expanded position of expander parts at them, expander 400 has deployment configuration 410, and it is shown in Figure 22.Expander 400 is similar to the scorpion with head, body, arm, leg and afterbody at its expanded position.Expander 400 is illustrated in some configured intermediate 404(referring to Figure 16), 406(is referring to Figure 17) and 408(referring to Figure 18).When discharging, expander 400 automatically reconfigures to its deployment configuration 410 from its retracted configuration 402 through configured intermediate 404,406 and 408.

Refer back to Figure 15, expander 400 has several expander parts, and is most of aligned with each other and parallel to each other in contracted configurations 402.Expander 400 has latch member or member 420, and it remains on punctured position with the expander parts, and expander 400 is remained in contracted configurations 402.

With reference to Figure 16, latch member 420 has first end or near-end 422, and it is by connector or sell 428 and pivotally be combined with another parts.The body of latch member 420 is about removable along the direction of arrow " L " by the axle of connector 428 definition.Latch member 420 also has the second end or end 424, and it has the ledge 426 that from then on extends.In the present embodiment, latch member 420 has substantially L shaped, and it is convenient to latch member 420 at the joint (as shown in Figure 15) of its blocking.

Shown in Figure 15 and 16, coating member 430 forms the outer surface of expanders 400 in its contracted configurations 402, and forms the front in some orientation.Coating member 430 has opposite end 432(referring to Figure 15) and 434(referring to Figure 16).Coating member 430 has outer surface 436, forms therein recess or recess 438.The size of recess 438 is configured to receive the ledge 426 of latch member 420, and frictionally it is remained on wherein.When children on coating member 430 along the direction of arrow " M " when inwardly promoting, coating member 430 and its recess 438 leave ledge 426.This mobile latch member 420 that allows automatically pivots along the direction of arrow " L ", and this is because the biasing mechanism (not shown) is forced latch member over there.

As shown in figure 16, coating member 430 has the opening 433 that is formed on wherein, connector or sell 437 and the bias component 439 that is arranged on the pin 37 be located in opening.Pin 437 is described in more detail following.

With reference to Figure 17, another configured intermediate of expander 400 is illustrated.In this structure 406, afterbody 418 begins to pivot with respect to as shown in figure 15 the position of body 412 from it about axle 417.As shown in figure 17, the afterbody 418 of expander 400 comprises several expander parts or member.Except coating member 430, afterbody 418 comprises expander parts 440, its pivotally with coating member 430 combinations.Expander parts 440 comprise opposite end 442 and 444.End 442 is pivotally by connector 437 and coating member 430 combinations, and connector 437 limits expander parts 440 about the axle of its pivot.

In addition, expander 400 comprises expander parts 450, its pivotally with 440 combinations of expander parts.Expander parts 450 have opposite end 452 and 454.Pivotally by end 444 combinations of connector 446 with parts 440, connector 446 limiting parts 450 are about the axle of its pivot for end 452.End 454 forms the end of afterbody 418.

End 434 and 460 combinations of expander parts of coating member 430, expander parts 460 also comprise opposite end 462 and 464.Especially, end 434 and end 462 be by connector 466 combinations, when discharging, connector 466 limit coating members 430 about the axle of pivot.End 464 passes through connector 468 combinations with body part 470.

Notably, the part of afterbody 418 or parts are installed to adjacent part movably in end-to-end mode.This special mounting means allows part parallel and along other parts in contracted configurations 402 between the part, is convenient to thus reduce the profile (referring to Figure 15) of expander 400.In addition, as shown in the figure, the parts of afterbody 418 are with the each other demonstration of the scheme of the parts of angled location.Notably, mechanical stop member or the abutment of the angle between the adjacent parts by on parts determine, parts that components bonding is adjacent and stop relatively moving to it.

In the structure shown in Figure 17, the

expander parts

550 and 580 of expander 400, the pawl of its similar scorpion remains on respectively their retracted position by clamp 484 and 482.In Figure 18, expander parts 550 are by the expanded position that discharges and allow to move to it from clamp 484.Expander parts 550 by connector 552 pivotally with another parts 540 combinations, connector 552 is outwards setovered about connector 542 by biasing mechanism 543.

With reference to Figure 19, expander 400 comprises in

combination body part

470 and 480 of

pivot.Body

470 and 480 pivotally interosculates by connector 473 at end 472 and 482.In this structure, two

expander parts

550 and 580 are released and stretch out from the body part 480 that supports

them.Clamp

482 and 484 pivotally with body part 480 and their top or terminal combination, their top or end are biased the blocking that is separated to them by bias component 486, bias component 486 for example is spring, and it is placed between clamp 482 and 484.As shown in figure 21,

clamp

482 and 484 can be mobile in opposite directions respectively along the direction of arrow " N " and " O ".In addition, the parts 550 that clamp 482 and 484 can be by engaging

clamp

482 and 484 lips part and 580 internal edge are moved to together.In case lip partly leaves the edge of

parts

550 and 580, lip part can

attachment

550 and 580 outer surface with holding

member

550 and 580 punctured positions at them.

Refer back to Figure 19, expander 400 comprises pin components 500, and it is pivotally by connector 502 and attaching parts 490 combinations.Bias component 504 is between attaching parts 490 and pin components 500, and pin components 500 moves about connector 502 corresponding to the power that bias component 504 applies thus.Attaching parts 490 by connector 492 and body part 470 in conjunction with and be biased with respect to it by biasing mechanism 494.In contracted configurations 402, attaching parts 490 allow pin components 500 next-door neighbour's body parts 470 and folded under expander assembly 550.On the opposition side of body part 470, be another pin components 520 and attaching parts 510, it is biased in a similar manner by the connector combination and by spring.With reference to Figure 20, pin components 520 removes in order to make connector 522 and bias component 524 as seen from body part 470.Connector 522 can be inserted in the convex shoulder at body part 470.

With reference to Figure 22, show expander 400 in its deployment configuration 410, it has the structure of scorpion.When children wish from constructing 410 when shrinking expander 400, children are folding or pivot above-described different expander parts or member corresponding to their corresponding connectors, and overcome corresponding bias component, so that expander 400 has contracted configurations shown in Figure 15 402.

With reference to figure 22A-30, be illustrated according to another embodiment of expander of the present utility model.In this embodiment, expander 600 has contracted configurations 602(referring to Figure 22 A and 23-26) and deployment configuration 604(referring to Figure 22 B and 27).Shown in Figure 22 A, expander 600 has handle, and it can be caught by toy figure 601.Expander 600 is at its contracted configurations 602 Imitating instrument, for example annular saws.With reference to figure 22B, are weapons at its 604 times expanders 600 of deployment configuration, when user's action button or switch 603 action, it can launch projectile 605.

Expander 600 has gripper 610, and it comprises the end 612 with bar 614 and the opening 616 that is defined by bar 614.Can form opening between the finger of the hand of action image and the palm.Bar 614 can be arranged in opening, and finger can be around the bar 614 that passes opening 616.In this layout, the action image can keep and support expander 600.

Gripper 610 is extensions of the main part 620 of expander.Main part 620 normally flat and have the expander parts, and the expander parts movably with its

opposite side

622 and 624 in conjunction with (it marks in Figure 24).As shown in figure 23, the expander parts 640 of wing shape, 660 and 680 are installed on the sidepiece 622 of main part 620.Wing shape parts 640,660 and 680 are similar shapes and have respectively end 642,662 and 682.Connector 644,664 and 684(for example sell) will hold 642,662 and 682 to be attached to respectively attaching parts 650,670 and 690, it is shown in Figure 27.Refer back to Figure 23, bias component 646,666 and 686 is installed on 644,664 and 684, when expander 600 is released, and its be configured to setover wing shape parts 640,660 and 680 expanded positions to them.

Wing shape parts 640,660 and 680 are remained on respectively their retracted position by clamp 700,720 and 740, clamp 700,720 and 740 is biased to latched position, and is shown in Figure 23.In this position, each clamp 700,720 and 740 engages the part of corresponding wing shape parts 640,660 and 680.Clamp 700,720 and 740 pivotally is installed to main part 620 and can moves between locked.

With reference to Figure 25 and 26, show expander 600 at end-view and the upward view of its contracted configurations.Supporting

expander parts

800 and 810 pivotally is combined with main part 620 by

connector

802 and 812 respectively.When launching,

expander parts

800 and 810 are similar to pair of leg or support, as discussed below.

In addition, transmitter 850 pivotally is attached to surface 624 by connector 853 at end 852, and connector 853 is lockable at convex shoulder 626 and 628.Bias component 854 is located between the body and main part 820 of transmitter 850.Transmitter 850 comprises

sidepiece

856 and 858, and its body from transmitter 850 extends.The body of transmitter 850 also comprises side-prominent part 862 and 864(is shown in Figure 25 and in Figure 26 dotted line represent), from then on it extend in the side.And pivotally with surface 624 combinations of main part 620 be fixed part 820.Fixed part 820 has

side part

822 and 824 and the slit between them 825.Slit 825 is sized to so that the end 860 of transmitter 850 can be located at

side part

822 and 824 and be locked between the following side-

prominent part

862 and 864.

Transmitter 850 can be spring-loaded transmitter 850, and it can receive the action of button on projectile and the responsive transmitter 850 and launch projectile.

When side-

prominent part

862 and 864 was pinned by

side part

822 and 824, transmitter 850 remained on its retracted position, as shown.Each

side part

822 and 824 comprises lip, and side-

prominent part

862 and 864 corresponding one can locating in its back lock and the retracted position of rod bolt expander parts at

them.Expander parts

800 and 810 remain on their retracted position by the

side component

856 and 858 of transmitter 850, as shown in the figure.Thus, as illustrating at Figure 23-26, the different expander parts of expander 600 remain on their retracted position until discharge.

With reference to Figure 27, the expansion of expander 600 or deployment configuration 604 are illustrated.As shown in the figure, wing shape parts 640,660 and 680 move upwardly and outwardly with respect to the surface 622 of main part 620.

With reference to Figure 28, clamp 700,720 and 740 is illustrated in more detail.Main part 620 comprises center convex shoulder 625, and clamp 700,720 and 740 is positioned about it.Clamp 700 comprises the mid portion 702 with opening, is inserted into by its connector 705.Clamp 700 by and pivotally be installed to main part 620 about connector 705.Biasing mechanism 701(is spring for example) outwards setover clamp 700 away from the latched position of center convex shoulder 625 to it, at the edge of latched position clamp 700 jointing machine wing-like part 640 along the direction of arrow " P ".Clamp 700 can overcome the biasing of spring and move along the direction of arrow " Q ", so that clamp 700 slave wing-like part 640 are freed.This movement is described below.

Similarly, clamp 720 and 740 respectively by

connector

725 and 745 pivotally with main part 620

combinations.Clamp

720 and 740 also outwards is biased away from center convex shoulder 625 by biasing mechanism.When the blocking of

clamp

720 and 740 at them, clamp 720 and 740 is jointing machine wing-

like part

660 and 680 edge respectively.

With reference to Figure 29, be illustrated in the bottom perspective view of the expander 600 of deployment configuration 604.When children about connector 823 during along the direction of arrow " Z " pivotable member 820, parts discharge.When parts 820 when this direction moves,

part

822 and 824 lip (being shown as lip 827 in Figure 29) are pulled through the side-

prominent part

862 and 864 of transmitter 850, it allows transmitter to pivot along the direction of arrow " R " by biasing mechanism.Simultaneously,

expander parts

800 and 810 are pivoted to their expanded position by their corresponding biasing mechanisms along the direction of arrow " R " with respect to main part 620.

Shown in Figure 29 and 30, main part 620 has actuator 880, and it comprises the button 882 that is installed to movably body part 620.Button 882 is outwards setovered and can be upcountry mobile along the direction of arrow " T " along the direction of arrow " S ".Button 882 outside biasings are produced by biasing mechanism, for example spring.

With reference to Figure 30, clamp 700,720 and 740 has respectively end portion 710,730 and 750.End portion 710,730 and 750 and whole formation the in clamp 700,720 and 740 upper end of jointing machine wing-like part as previously described.Each connector 705,725 and 745 is between the top and bottom of its corresponding clamp.Button 882 comprises plate-like part 883, it has and engages end portion 710,730 and 750 curved surface, when button 882 was stressed along the direction of arrow " S ", curved surface forced end portion 710,730 and 750 outwards to pivot along the direction of arrow " AB " about their corresponding connectors.When button 882 along the direction of arrow " T " (Figure 29) and " AA " (Figure 30) inside when stressed, end 710,730 and 750 is no longer outwards forced on the surface of part 883.Therefore, clamp 700,720 and 740 springs by them are biased to their lock position.This inside movement of button 882 is caused with engaging of button 882 by the body of transmitter 850.When lock position that transmitter 850 remains on it when (as shown in figure 26), transmitter 850 hold buttons 882 are at its retracted position, allow thus clamp 700,720 and 740 jointing machine wing-like part 640,660 and 680 and keep wing shape parts 640,660 and 680 retracted positions at them.

When rod bolt 820 was released, in Figure 29, transmitter 850 pivoted along the direction of arrow " R ", and broke away from from button 882.Therefore, button 882 is outwards mobile, engages clamp 700,720 and 740 lower end 710,730 and 750, thus towards center convex shoulder 825 clamp 700,720 and 740 that upcountry pivots.This movement is freed clamp 700,720 and 740 slave wing-like part 640,660 and 680, allows thus wing shape parts to move on to their expanded position by their relevant springs.

When the expander parts that are released and describe before when rod bolt 820 were moved by their corresponding springs, the expansion of expander 600 automatically occured.Can be with the removing parts reverse mode movable expanded device parts of children are to their retracted position.

With reference to figure 30A-40, be illustrated according to another embodiment of expander of the present utility model.Expander 900 has contracted configurations 906, and it can keep (referring to Figure 30 B) by toy figure or user 901 therein, and deployment configuration 902, and it is animal independently therein.

With reference to Figure 31 and 32, expander 900 has deployment configuration 902, and expander 900 has shape or the structure of animal therein.Expander 900 can manually fold into contracted configurations 906(referring to Figure 37 and 38 by several configured intermediate (for example constructing 904, referring to Figure 36)).Expander 900 comprises several expander parts or member, its pivotally in conjunction with and be biased to expanded position by biasing mechanism.

In this embodiment, expander 900 has the longitudinal axis 909 of front end 907 and rear end 908 and extension between end 907 and 908.Expander 900 comprises body part 910, it comprise shank divide 912 and have the simulation jaw 916 facial parts 914.In such an embodiment, shank divide 912 and facial parts 914 integrally form.Body part 910 has end 918, and it pivotally is combined with another expander parts by the connector 922 that extends through convex shoulder 920.Body part 910 can pivot about connector 922.On its outer surface, body part 910 comprises the ledge 924 that integrally forms therewith.The function of ledge 924 is in following detailed description.

Expander 900 also comprises body part 930, it comprise shank divide 932 and have the simulation jaw 936 facial parts 934.Body part 930 has end 938, and it pivotally is combined with another expander parts by the connector 942 that extends through convex shoulder 940.Body part 930 is pivotally removable about connector 942.

In this embodiment, shank divide 932 from body part 930 form dividually and movably with body part 930 combinations.Shank divides 932 to have end 950, its by extend through shank divide 932

convex shoulder

954 and 956 and the connector 952 of the convex shoulder 944 of body part 930 pivotally be installed to body part 930.Connector 952 extends through biasing mechanism or spring 958, and it divides 932 expanded positions to it about connector 952 biasing shanks, and is shown in Figure 32.

What be combined with the outer surface of body part 930 is rod bolt 970.Rod bolt 970 comprises the body part 972 with end 974, and end 974 divides 932 by connector 976 combinations with shank.About the part of connector 976 location is biasing mechanism 978, for example spring.Body part 972 comprises end 980, and it can engage with ledge 924 on another body part 910, as described in more detail below.

In this embodiment, expander 900 also comprises center expander assembly 1000 and

rear portion

1100 and 1140, and it interosculates and is attached to the different expander parts of center expander assembly 1000.Center expander parts comprise the first side expander parts 1010, the second side expander parts 1030 and ledge expander parts 1050.The first side expander parts 1010 have body part 1012 and opposition side or edge 1014 and 1016.Along each side or

edge

1014 and 1016 location be several convex shoulders, it has the opening by it.Connector 1020 extends through convex shoulder in the side 1016 of parts 1010.Shown in biasing mechanism 1022(Figure 31) be installed on the connector 1020.

Similarly, the second side expander parts 1030 have body part 1032 and opposition side or edge 1034 and 1036.Along each

side

1034 and 1036 the location be several convex shoulders, it has the opening by it.Connector 1020 extends through convex shoulder in side 1036, thus pivotally in conjunction with side 1036 and side 1016.

Ledge parts 1050 comprise several convex shoulders, and each comprises opening, are inserted into by its connector 1020.Thus, connector 1020 combines

parts

1010,1030 and 1050 along their edge.Biasing mechanism 1022 comprises two end-coils, the surface of one of them located parts 1010, as shown in figure 31, the surface of other one of them located parts 1030.Correspondingly, biasing mechanism 1022

mandatory components

1010 and 1030 about connector 1022 and axle 909 mutually away from.

In the present embodiment, aft section 1100 at one end 1102 by for example the pin (referring to Figure 33) connector 1115 pivotally be attached to rear portion 1140.The end opposite 1104 of aft section 1100 is by connector 942 and parts 1030 combinations.Shown in figure 32, rear portion 1100 also comprises end or edge 1106, and afterbody part 1110 is incorporated into this by connector 1108.Afterbody part 1110 is biased to its expanded position by being installed in biasing mechanism 1112 on the connector 1108.Ledge or tab 1114 integrally form with afterbody part 1110 and extend from afterbody part 1110.Tab 1114 is locked under the rear portion 1100, to keep afterbody part 1110 retracted configuration at it.

Similarly, rear portion 1140 pivotally at one end 1142 is attached to rear portion 1100 by for example connector of pin.The end opposite 1144 of aft section 1140 is by connector 922 and parts 1010 combinations, as shown in figure 31.Rear portion 1140 also comprises end or edge 1146, and afterbody part 1150 is attached to this by connector 1148.Afterbody part 1150 is biased to its expanded position by being installed in biasing mechanism (not shown) on the connector 1148.Ledge or tab 1154 integrally form with afterbody part 1150 and extend from afterbody part 1150.Tab 1154 is locked under the rear portion 1140, so that afterbody part 1150 remains on its retracted configuration.

As shown in figure 33, what divide that 912 inner surface is combined with shank is rod bolt or clamp 1090, and it has the end 1092 of the contracted configurations of being arranged in 906 engagement leg parts 932, and is as described below.Rod bolt 1090 pivotally divides 932 combinations by connector 1095 and shank and setovers along the direction of arrow " U ".

With reference to Figure 35, show that the folding configured intermediate 904 of expander 900 parts is illustrated.

Side expander parts

1010 and 1030 pivot along the direction of arrow " V " and " W " respectively about connector 1020.Simultaneously,

rear portion

1110 and 1140 pivots along the direction of arrow " X " and " Y " respectively about connector 1115.

With reference to figure 36-38, expander 900 is illustrated at the different views of its contracted configurations 906.As shown in the figure 36, afterbody part 1150 is alignd with rear portion 1140 basically, and rear portion 1140 also aligns with body part 910.Similarly, the part of the afterbody on expander 900 opposition sides, rear portion and body part are aligned with each other.When rod bolt 970 from its unlocked position 971(referring to Figure 37) the latched position 973(that moves to it is referring to Figure 36) time, parts remain on their punctured position.In addition, rod bolt 1090 also is used for keeping the expander parts at their punctured position.As shown in figure 38, pivotally be moved by the rod bolt 1090 of connector 1095 with part 910 combinations, in order to hold 1092 to engage recess or the recess 931 that is formed in the body part 930.Biasing mechanism 1097 about connector 1095 biasing rod bolts 1090, keeps rod bolt 1090 to engage with recess 931 along the direction of arrow " Z " thus.

The expander parts remain on their punctured position by latch member, when latch member was released, based on the power that is positioned at the biasing mechanism between the adjacent components, it allowed the different parts of expander 900 automatically to move to their expanded position.

With reference to Figure 39 and 40, be illustrated according to the perspective view of another embodiment of expander of the present utility model.In the present embodiment, expander 1200 is deformable between contracted configurations 1210 and deployment configuration 1212.In its contracted configurations 1210, expander 1200 is folded and its expander member or parts are basically parallel to each other.In its deployment configuration 1212, the biasing of expander isolation of components and expander 1200 are similar to animal, for example crocodile.

With reference to Figure 41 and 42, be illustrated according to the perspective view of additional embodiment of the present utility model.As shown in the figure, expander 1250 has deployment configuration 1252, and its expander isolation of components is pivoted to expanded position therein.Expander 1250 comprises handle portion 1254, and it can be combined with toy figure's hand, so that the toy figure can carry expander 1250.As shown in Figure 42, expander 1270 has deployment configuration 1272, and its expander parts move to their isolated positions therein, produces thus the outward appearance of animal.

Consistent with foregoing description, the expander parts of expander can with one or more contiguous parts with end-to-end or arrange combination while arriving.Some parts can be the parts that can be combined with a plurality of parts.End or the edge of the parts of being combined with other parts in certain embodiments, are usually parallel to each other.The end of the parts of being combined with other parts in other embodiments, or edge can angled or each other skews.Yet the end of the parts of being combined with other parts in other embodiments, or edge can be basically mutually perpendicular.At last, parts can have it some connect edge or ends, it is with other edge that is connected to other parts or hold level with both hands capable, vertical and/or depart from.

In one embodiment, the expander parts are formed by molded plastics.In one embodiment, expander can be similar to vehicle at its extended architecture, for example automobile or truck.

Be appreciated that, term for example " left side ", " right side ", " top ", " bottom ", " front ", " end ", " afterwards ", " side ", " highly ", " length ", " width ", " top ", " bottom ", " inside ", " outside ", " interior ", " outward " etc. can use at this, it only describes reference point or part, and the utility model can be limited to any specific orientation or structure.And term is " first ", " second ", " 3rd " etc. for example, and only sign is disclosed in this mass part, parts and/or reference point one, and the utility model is not limited to any specific structure or orientation.

Although disclosed utility model is illustrated, and be presented as one or many specific embodiment be described in this, however do not want to be limited to the details that illustrates obtain different distortion and structural change because can not break away from the scope of utility model.In addition, can be incorporated into another embodiment from a different feature of embodiment.Correspondingly, the utility model is fit to briefly and in the mode consistent with the scope of disclosure be explained.

Claims

1. toy is characterized in that comprising:

The first expander parts, it has thin, flat structure, first end and second end opposite with first end;

The second expander parts, it has thin, flat structure, first end and second end opposite with the first end of the second expander parts, the second end of the first expander parts is combined with the second end pivoting of the second expander parts in end-to-end mode, the first expander parts can move with respect to the second expander parts, the first expander parts and the second expander parts can relative to each other be positioned at retracted position and expansion or expanded position, the first expander parts and the second expander parts expanding location angularly mutually away from, and parallel to each other at retracted position.

2. toy as claimed in claim 1 characterized by further comprising:

With the first bias component that the first expander parts and the second expander parts are combined, the first bias component setover the first expander parts and the second expander parts are so that they are mutually away to arrive expanding location.

3. toy as claimed in claim 1 characterized by further comprising:

The 3rd expander parts, it has thin, flat structure, first end and second end opposite with the first end of the 3rd expander parts; The second end of the 3rd expander parts pivotally is combined with the first end of the second expander parts in end-to-end mode, the 3rd expander parts can move with respect to the second expander parts, the 3rd expander parts and the second expander parts can relative to each other be positioned at retracted position and expanding location, the 3rd expander parts and the second expander parts on their expanding location angularly mutually away from, and parallel to each other on their retracted position.

4. toy as claimed in claim 3 characterized by further comprising:

Second bias component of being combined with the 3rd expander parts and the second expander parts, the second bias component moves the 3rd expander parts and the second expander parts, so that they are mutually away to arrive their expanding location, when the contracted configurations of toy at it, the first expander parts, the second expander parts, with the 3rd expander parts mutually the next-door neighbour and at their retracted position along extending each other and parallel to each other, and when the deployment configuration of toy at it, the first expander parts, the second expander parts, with the 3rd expander parts they expanding location angularly mutually away from.

5. toy as claimed in claim 3 is characterized in that the first expander parts and the 3rd expander parts are on the second expander parts when retracted position at them of the first expander parts, the second expander parts and the 3rd expander parts.

6. the restructural toy with smooth, contracted configurations and deployment configuration is characterized in that comprising

The first expander parts, it has flat configuration and outer peripheral edges;

The second expander parts, it has flat configuration and outer peripheral edges, the outer peripheral edges of the first expander parts pivotally are combined with the outer peripheral edges of the second expander parts, the first expander parts and the second expander parts are can be relative to each other mobile between retracted position and expanding location, the first expander parts and the second expander parts on their expanding location angularly mutually away from and at their retracted position along extending each other and parallel to each other;

With the first bias component that the first expander parts and the second expander parts are combined, the first bias component moves to the first expander parts and the second expander parts their expanding location;

The 3rd expander parts, have flat configuration and outer peripheral edges, another periphery of the 3rd expander parts pivotally is combined with the outer peripheral edges of the second expander parts, the 3rd expander parts and the second expander parts are can be relative to each other mobile between retracted position and expanding location, the 3rd expander parts and the second expander parts on their expanding location angularly mutually away from and at their retracted position along extending each other and parallel to each other; With

Second bias component of being combined with the 3rd expander parts and the second expander parts, the second bias component moves to the 3rd expander parts and the second expander parts their expanding location, when the deployment configuration of toy at it, the first expander parts, the second expander parts and the 3rd expander parts are at their expanding location, and when the contracted configurations of toy at it, the first expander parts, the second expander parts and the 3rd expander parts are at their retracted position.

7. restructural toy as claimed in claim 6, it is characterized in that the first expander parts and the second expander parts contact with each other along their length at their retracted position, and the 3rd expander parts and the second expander parts contact with each other along their length at their retracted position.

One kind the action image, it is characterized in that comprising:

Body; With

The expander of being combined with body, expander has contracted configurations and deployment configuration, expander comprises a plurality of expander parts, other expander parts of each expander parts and at least one pivotally are combined, the expander parts are in basically extension parallel to each other of deployment configuration, and contracted configurations along and be close to adjacent expander parts and placing.

9. action image as claimed in claim 8, it is characterized in that expander comprises maintaining body and is positioned at least one bias component between the expander parts that combine, and utilize described at least one bias component, the release of maintaining body is so that the expander parts move to expanded position.

10. action image as claimed in claim 8 is characterized in that body has hand and expander is installed on hand.