CN206950657U

CN206950657U - Combined deformation toy

Info

Publication number: CN206950657U
Application number: CN201720478168.2U
Authority: CN
Inventors: 蔡东青
Original assignee: Alpha Group Co Ltd; Guangzhou Alpha Culture Co Ltd
Current assignee: Alpha Group Co Ltd; Guangzhou Alpha Culture Co Ltd
Priority date: 2017-04-28
Filing date: 2017-04-28
Publication date: 2018-02-02
Anticipated expiration: 2027-04-28

Abstract

The utility model discloses a kind of combined deformation toy, combined deformation toy has original state and assembled state, and combined deformation toy includes：Trigger assembly and deformed component, trigger assembly is deformable, has passage in deformed component, has trigger switch in passage.Wherein, when combined deformation toy is in original state, trigger assembly is away from trigger switch；When combined deformation toy is in assembled state, trigger assembly is located in passage and touches trigger switch, and deformed component and trigger assembly are deformed and are combined into one simultaneously.According to combined deformation toy of the present utility model, by setting trigger assembly, trigger assembly can be the form deformation toy with certain moulding in itself, trigger assembly can single-piece play.Moreover, trigger assembly can enter in the passage of deformed component and touch trigger switch, it is simple to operate with the combined deformation toy that deformed component combined deformation is other moulding, and enhance the recreational of toy.

Description

Combined deformation toy

Technical field

Toy technique field is the utility model is related to, specifically, more particularly to a kind of combined deformation toy.

Background technology

Combined deformation toy firmly gets liking for people because it has the characteristics that changeable moulding, handling strong.Correlation technique In, the combined deformation of combined deformation toy needs to carry out assembling moulding manually, cumbersome and inconvenient.Moreover, in correlation technique, group Members in fastening deformation toy can only undertake the part effect of overall toy, and single section components do not have playability, So as to greatly reduce the recreational of combined deformation toy.

Utility model content

The utility model is intended to one of technical problem at least solving in correlation technique to a certain extent.Therefore, this reality With a kind of combined deformation toy of new proposition, the combined deformation toy has the advantages of simple to operate, recreational strong.

According to combined deformation toy of the present utility model, the combined deformation toy has original state and assembled state, The combined deformation toy includes：Trigger assembly, the trigger assembly are deformable；Deformed component, have in the deformed component Passage, the passage is interior to have trigger switch, wherein, it is described to touch when the combined deformation toy is in the original state Component is sent out away from the trigger switch；When the combined deformation toy is in the assembled state, the trigger assembly is located at In the passage and the trigger switch is touched, the deformed component and the trigger assembly are deformed and are combined into one simultaneously.

According to the combined deformation toy of the utility model embodiment, by setting trigger assembly, trigger assembly in itself can be with For the form deformation toy with certain moulding, trigger assembly can single-piece play.Moreover, trigger assembly can enter deformed component In passage and trigger switch is touched, it is simple to operate with the combined deformation toy that deformed component combined deformation is other moulding, and Enhance the recreational of toy.

In some embodiments of the utility model, the trigger assembly is provided with the first induction pieces, the trigger switch The second induction pieces are provided with, when first induction pieces and second induction pieces are close to each other, the trigger switch is touched Dynamic, at least one in first induction pieces and second induction pieces is magnetic part.Thus, it is easy to the first induction pieces and Sensing between two induction pieces touches, and old of production is relatively low.

According to one embodiment of the present utility model, the deformed component is provided with slide plate, and the slide plate is provided with first Coordinate inclined-plane, the trigger switch is provided with second and coordinates inclined-plane, when the trigger assembly is located in the passage and touches institute When stating trigger switch, described second coordinates inclined-plane to coordinate inclined-plane to coordinate with described first, and the trigger switch is moved in the first direction Dynamic, the slide plate moves in a second direction, and the first direction is vertical with the second direction, and the combined deformation toy becomes Shape.

According to one embodiment of the present utility model, the deformed component includes：Body component, the trigger switch are located at On the body component, the body component is provided with body slide plate, and the body slide plate and the body component are movably Connection, the body slide plate, which is provided with, slides limiting section and slip drive division；Head assembly, the head assembly are pivotly set On the body component, the head that the head assembly is provided with backstop projection and often drives the head assembly to rotate is turned round Spring；Head connector, the head connector are pivotally arranged on the body component, one end of the head connector with The backstop projection offsets to be rotated with head assembly described in backstop, the other end of the head connector and the slip drive division Offset；With limbs component, the limbs component is pivotally arranged on the body component, and the limbs component, which is provided with, to be slided Stopper section, wherein, the body component, the head assembly and the limbs component limit the passage, when the combination When form deformation toy is in original state, the slip stopper section is only supported with the slip limiting section；At combined form deformation toy When assembled state, the trigger switch drives the body slide plate movement, and it is spacing that the slip stopper section departs from the slip Portion.Thus, it is possible to combined deformation toy is set from original state combined deformation to be to make with certain form by touching trigger switch The combined deformation toy of type.

Further, the limbs component includes：Hind leg component, the hind leg component pivotly with the body component Connection, the hind leg component are provided with hind leg projection；Forelimb component, the forelimb component pivotly connect with the body component Connect, the forelimb component is provided with forelimb snap fit；With limbs connecting rod, one end of the limbs connecting rod and the hind leg projection phase Support, the other end of the limbs connecting rod and the forelimb snap fit clamping, when the combined deformation toy is in assembled state, institute The other end and the forelimb snap fit for stating limbs connecting rod depart from.Thus, the disengaging being easy between combined deformation toy difference part Deformation.

In some embodiments of the utility model, the body slide plate is provided with first and coordinates inclined-plane, and the triggering is opened Shut and coordinate inclined-plane provided with second, when the trigger assembly is located in the passage and touches the trigger switch, described the Two coordinate inclined-planes to coordinate inclined-plane to coordinate with described first, and the trigger switch moves along the first direction, and the body slide plate is along the Two directions are moved, and the first direction is vertical with the second direction, and the slip stopper section departs from the slip limiting section.By This, can drive the motion of body slide plate, and then the combined deformation of control combination form deformation toy by trigger switch.

According to some embodiments of the utility model, the deformed component includes：Base assembly, the trigger switch are located at On the base assembly；Connecting rod is triggered, the triggering connecting rod is pivotally arranged on the base assembly, and the triggering connecting rod is fitted In with the base assembly clamping；Lower limb component, the lower limb component is pivotable relative to the base assembly, and the triggering connects Bar is movable relative to the lower limb component；Upper limbs component, the upper limbs component are pivotally arranged on the base assembly, and The upper limbs component be suitable to the base assembly clamping, wherein, the base assembly, the upper limbs component and the lower limb group Part limits the passage, when the combined deformation toy is in original state, the triggering connecting rod and the base assembly Clamping, the upper limbs component and the base assembly clamping；When the combined deformation toy switches to group from the original state During conjunction state, the triggering connecting rod departs from the base assembly, and the upper limbs component departs from the base assembly clamping.By This, can by touch trigger switch make combined deformation toy from original state combined deformation be the group with certain form moulding Fastening deformation toy.

Further, the base assembly is provided with base slide plate, and the base slide plate may move with the base assembly Ground connects, and the base slide plate is provided with the first matching inclined-plane, and the trigger switch is provided with the second matching inclined-plane, touched when described When hair component is located in the passage and touches the trigger switch, the second matching inclined-plane matches inclined-plane with described first and matched somebody with somebody Close, the trigger switch moves along the first direction, and the base slide plate moves in a second direction, the first direction and described the Two directions are vertical, and the triggering connecting rod departs from the base slide plate.Thus, it is possible to base slide plate is driven by trigger switch Motion, and then the combined deformation of control combination form deformation toy.

Alternatively, the base slide plate is provided with triggering snap fit with one in the triggering connecting rod, and another is provided with Suitable for the triggering Access Division with the triggering snap fit clamping.Thus, it is easy to base slide plate with triggering the assembling and disengaging of connecting rod.

In some embodiments of the utility model, the triggering connecting rod is provided with limit with one in the lower limb component Position groove, another is provided with the spacing block set being adapted with the stopper slot.Thus, be easy to trigger connecting rod and lower limb component plus Work, so as to reduce production cost.

Alternatively, the lower limb component is scalable component.Thus, it is possible to lower limb component is elongated or shortened, so as to enhance Combined deformation toy it is recreational.

According to some embodiments of the utility model, the deformed component also includes：Base connecting rod, the base connecting rod One end is pivotably connected with the base assembly, and the other end of the base connecting rod pivotly connects with the lower limb component Connect, the upper limbs component is provided with upper limbs holding section, and the base connecting rod is provided with the company being adapted with the upper limbs holding section Bar holding section.Thus, it is possible to relative turn is occurred with base assembly by upper limbs holding section and connecting rod holding section backstop upper limbs component It is dynamic.

In some embodiments of the utility model, the upper limbs component is provided with upper limbs sliding block, on the base assembly Provided with the upper limbs chute being adapted with the upper limbs sliding block, the deformed component also includes upper limbs locating part, and the upper limbs is spacing A part for part is located in the base assembly, and the part inside the base assembly of the upper limbs locating part is provided with First promotes inclined-plane, and it is outer and be suitable to and the upper limbs component phase that another part of the upper limbs locating part be located at the base assembly Support, the base assembly is provided with pushing block, and the pushing block is provided with second be adapted with the described first promotion inclined-plane and pushed away Dynamic inclined-plane.Thus, upper limbs component can be slided up and down by upper limbs chute, and can control upper limbs locating part by pushing block Limb component, which is put, to limit reconciliation slides upper limbs component.

Alternatively, the base assembly is provided with pushing part, and the pushing part is pivotly connected with the base assembly, And the pushing part is suitable to promote the pushing block movement.Thus, it is possible to the motion of pushing block is driven by pushing part.

According to some embodiments of the utility model, the trigger assembly is form deformation toy automobile or male earner, is touched when described Component is sent out when being the form deformation toy automobile, the form deformation toy automobile is clockwork spring car or electrical vehicular power car, the form deformation toy Automobile can be put into the passage manually, can also be emitted into using emitter in the passage.Thus, it is possible to make triggering Component has higher playability and recreational in itself.

Brief description of the drawings

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

Fig. 1 is the structural representation according to the trigger assembly of the combined deformation toy of the utility model embodiment；

Fig. 2 is the structural representation after being deformed according to the trigger assembly of the combined deformation toy of the utility model embodiment；

Fig. 3 is the partial structural diagram according to the combined deformation toy of the utility model embodiment；

Fig. 4 is the partial structural diagram according to the combined deformation toy of the utility model embodiment；

Fig. 5 is the partial structurtes enlarged drawing of the part A shown in Fig. 4；

Fig. 6 is the structural representation according to the deformed component of the combined deformation toy of the utility model embodiment；

Fig. 7 is the partial structural diagram according to the deformed component of the combined deformation toy of the utility model embodiment；

Fig. 8 is the partial structural diagram according to the deformed component of the combined deformation toy of the utility model embodiment；

Fig. 9 is the structural representation according to the combined deformation toy of the utility model embodiment；

Figure 10 is the partial structural diagram according to the combined deformation toy of the utility model embodiment；

Figure 11 is the partial structurtes explosive view according to the combined deformation toy of the utility model embodiment；

Figure 12 is the partial structurtes explosive view according to the combined deformation toy of the utility model embodiment；

Figure 13 is the structural representation according to the combined deformation toy of the utility model embodiment；

Figure 14 is structural representation when assembled state is according to the combined deformation toy of the utility model embodiment；

Figure 15 is structural representation when assembled state is according to the combined deformation toy of the utility model embodiment；

Figure 16 is the partial structurtes explosive view according to the deformed component of the combined deformation toy of the utility model embodiment；

Figure 17 is the structural representation according to the triggering connecting rod of the combined deformation toy of the utility model embodiment；

Figure 18 is the partial structurtes explosive view according to the combined deformation toy of the utility model embodiment；

Figure 19 is the partial structural diagram according to the combined deformation toy of the utility model embodiment；

Figure 20 is the partial structurtes enlarged drawing for the part B that Figure 19 centre circles show；

Figure 21 is the partial structural diagram according to the deformed component of the combined deformation toy of the utility model embodiment；

Figure 22 is the partial structurtes enlarged drawing for the C portion that Figure 21 centre circles show；

Figure 23 is the partial structurtes explosive view according to the combined deformation toy of the utility model embodiment；

Figure 24 is the partial structurtes explosive view according to the combined deformation toy of the utility model embodiment；

Figure 25 is the partial structural diagram according to the deformed component of the combined deformation toy of the utility model embodiment；

Figure 26 is the partial structural diagram according to the lower limb component of the combined deformation toy of the utility model embodiment；

Figure 27 is the partial structural diagram according to the lower limb component of the combined deformation toy of the utility model embodiment；

Figure 28 is illustrated according to the partial structurtes of the shell launcher of the combined deformation toy of the utility model embodiment Figure.

Reference：

Combined deformation toy 100,

Trigger assembly 10, form deformation toy automobile 10a, the first induction pieces 110, ceiling 120, car door 121, ceiling hook 122, chassis 130, chassis hook 131,

Deformed component 20,

Body component 210, passage 211, trigger switch 2111, second coordinates inclined-plane 2112, and second matches inclined-plane 2112a, Second induction pieces 2113, body slide plate 212, first coordinates inclined-plane 2120, slides limiting section 2121, slides drive division 2122, head Portion's connector 213, catapult-launching gear 214, press section 215, mounting ring 2151, limiting section 2152 is launched, launch part 216, ejection is recessed Groove 2161,

Head assembly 220, backstop projection 221,

Limbs component 230, hind leg component 231, slide stopper section 2311, hind leg projection 2312, forelimb component 232, forelimb Snap fit 2321, foot 233, slide rail 2331, leg 234,

Limbs connecting rod 240,

Base assembly 250, connecting rod 251 is triggered, trigger snap fit 2511, stopper slot 2512, base slide plate 252, trigger clamping Portion 2520, the first matching inclined-plane 2521, base connecting rod 253, connecting rod holding section 2531, pushing block 254, second promotes inclined-plane 2541, pushing part 255, upper limbs chute 256,

Lower limb component 260, spacing block set 261,

Upper limbs component 270, upper limbs holding section 271, upper limbs locating part 272, first promotes inclined-plane 2721, upper limbs sliding block 273, emitter 274, trigger 275, trigger snap fit 2751, hand breaks portion 2752, annular distance 2753, shell 276, backstop groove 2761, housing 277.

Embodiment

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

In description of the present utility model, it is to be understood that term " " center " " length ", " width ", " thickness ", " on ", " under ", "front", "rear", "left", "right", " vertical ", " level ", " top ", " bottom " " interior ", " outer ", " clockwise ", " inverse time The orientation or position relationship of the instructions such as pin " are based on orientation shown in the drawings or position relationship, are for only for ease of and describe this reality With new and simplify description, rather than instruction or imply that signified device or element there must be specific orientation, with specific Azimuth configuration and operation, therefore it is not intended that to limitation of the present utility model.In addition, define " first ", the spy of " second " Sign can be expressed or implicitly include one or more this feature.In description of the present utility model, unless otherwise saying Bright, " multiple " are meant that two or more.

Combined deformation toy 100 below with reference to Fig. 1-Figure 28 descriptions according to the utility model embodiment.

As shown in Fig. 1-Figure 28, according to the combined deformation toy 100 of the utility model embodiment, combined deformation toy 100 With original state and assembled state, combined deformation toy 100 includes：Trigger assembly 10 and deformed component 20.

Specifically, trigger assembly 10 is deformable.For example, shown in Fig. 1 and Fig. 2, trigger assembly 10 can be form deformation toy Automobile 10a, trigger assembly 10 can change in shape be as shown in Figure 1 the shape shown in Fig. 2.Thus, trigger assembly 10 is not only Itself can individually it be played as a toy, and trigger assembly 10 can be deformed into combined deformation object for appreciation after deformation The part of tool 100, and carried out with the combined deformation of deformed component 20 into the toy of specific modelling (such as wolf type, transformer etc.) Play, so as to enhance the recreational of combined deformation toy 100.It is worth noting that, form deformation toy automobile 10a is only triggering group One of part 10 illustrates, and trigger assembly 10 can also be male earner or other moving toys.

There is passage 211 in deformed component 20, there is trigger switch 2111 in passage 211.For example, shown in Fig. 6 and Fig. 8, The passage 211 extended along the longitudinal direction (such as the fore-and-aft direction as shown in Fig. 6 and Fig. 8) can be provided with inside deformed component 20, Combined deformation is completed in order to which trigger assembly 10 enters deformed component 20.Trigger switch can be provided with inside passage 211 2111, trigger assembly 10 can enter in passage 211 and touch trigger switch 2111, realize the group of combined deformation toy 100 Fastening deformation.

Wherein, when combined deformation toy 100 is in original state, as shown in fig 6 and fig 13, trigger assembly 10 is away from tactile Hair switch 2111, i.e., now trigger assembly 10 does not touch trigger switch 2111；When combined deformation toy 100 is in assembled state When, as shown in Fig. 9 and Figure 14, after trigger assembly 10 is located in passage 211 and touches trigger switch 2111, the He of deformed component 20 Trigger assembly 10 is deformed and is combined into one simultaneously, and now, combined deformation toy 100 can be with combined deformation, for example, combined deformation Toy 100 can deform out wolf type (as shown in the example in Fig. 9) or transformer type (as shown in the example in Figure 14).When So, shape of the combined deformation toy 100 in assembled state is not limited to wolf type and transformer type, can also be other shapes Shape.

According to the combined deformation toy 100 of the utility model embodiment, by setting trigger assembly 10, trigger assembly 10 Itself can be the form deformation toy with certain moulding, trigger assembly 10 can single-piece play.Moreover, trigger assembly 10 can enter In to the passage 211 of deformed component 20 and trigger switch 2111 is touched, with the group that the combined deformation of deformed component 20 is other moulding Fastening deformation toy 100, it is simple to operate, and enhance the recreational of toy.

According to some embodiments of the utility model, slide plate can be provided with the deformed component 20, can be set on slide plate There is the first cooperation inclined-plane 2120, trigger switch 2111 is provided with second and coordinates inclined-plane 2112.When trigger assembly 10 is located at passage 211 During interior and shake-up trigger switch 2111, the second cooperation inclined-plane 2112 coordinates with the first cooperation inclined-plane 2120, the edge of trigger switch 2111 First direction moves, and slide plate moves in a second direction, and first direction is vertical with second direction, and deformed component 20 deforms.Pass through The cooperation on two cooperation inclined-planes 2112 and the first cooperation inclined-plane 2120 can deform deformed component 20, it is possible thereby to lift combination Form deformation toy 100 deforms flexibility ratio and interest.

According to some embodiments of the utility model, trigger assembly 10 is form deformation toy automobile 10a or male earner, such as Fig. 1 institutes Showing, trigger assembly 10 is form deformation toy automobile 10a, when trigger assembly 10 is form deformation toy automobile 10a, form deformation toy automobile 10a can be clockwork spring car or electrical vehicular power car, and form deformation toy automobile 10a can be put into passage 211 manually, can also utilize hair Injection device 274 is launched in stand in channel 211.

In some embodiments of the utility model, as shown in Fig. 1, Fig. 8 and Figure 10, trigger assembly 10 is provided with the first sense Answer part 110, trigger switch 2111 is provided with the second induction pieces 2113, when the first induction pieces 110 and the second induction pieces 2113 each other When close, trigger switch 2111 is touched.Alternatively, at least one in the first induction pieces 110 and the second induction pieces 2113 is Magnetic part.That is, the first induction pieces 110 can be magnetic part, such as magnet；Or second induction pieces 2113 be magnetic part；When So it can also be that the first induction pieces 110 and the second induction pieces 2113 are magnetic part.

It should be noted that as depicted in figs. 1 and 2, trigger assembly 10 can be form deformation toy automobile 10a, played in deformation Tool automobile 10a front lower place (fore-and-aft direction up and down as shown in Figures 1 and 2) is provided with the first induction pieces 110, the first sensing Part 110 is magnetic part.When touching the first induction pieces 110 with magnet or irony object, form deformation toy automobile 10a is deformed upon. As shown in Figure 3-Figure 5, ceiling hook 122 is provided with form deformation toy automobile 10a ceiling 120, is provided with and pushes up on chassis 130 The chassis hook 131 that canopy hook 122 is adapted.As Figure 1-Figure 5, ceiling 120 and front end (such as Fig. 1-Fig. 5 on chassis 130 Shown in fore-and-aft direction) be fixedly connected by ceiling hook 122 and chassis hook 131, rear end and the chassis 130 of ceiling 120 Torsion spring (not shown) is provided with by pivotal axis pivotable connection, and in the position of pivotal axis.As shown in figure 5, chassis is hung The lower section of hook 131 is connected with the first induction pieces 110, when the first induction pieces 110 are touched, such as when with irony object touching the During one induction pieces 110, the first induction pieces 110 drive the rotated down backward of chassis hook 131, so that ceiling hook 122 and bottom Disk hook 131 depart from, now, as shown in Fig. 2 direction of the ceiling 120 under the active force of torsion spring along Fig. 2 shown in arrow F1 to (fore-and-aft direction up and down as shown in Figure 2) square Unscrew upper afterwards.

As shown in Fig. 2 it is pivotably connected setting in the left and right of ceiling 120 (left and right directions as shown in Figure 2) both sides There are two car doors 121, the link position of two car doors 121 and ceiling 120 is again provided with torsion spring (not shown), works as ceiling While direction upset shown in 120 along arrow F1 is opened, the left and right sides of ceiling 120 (left and right directions as shown in Figure 2) Direction Unscrew shown in car door 121 along arrow F2, the state that form deformation toy automobile 10a is finally deformed into shown in Fig. 2 are made Type.

According to one embodiment of the present utility model, as shown in Fig. 6-Figure 12, combined deformation toy 100 can include：Body Body component 210, head assembly 220, head connector 213 and limbs component 230.

Wherein, as shown in figure 8, trigger switch 2111 is located on body component 210, trigger switch 2111 can be arranged on body The bottom position (posterior end position as shown in Figure 8) of body component 210.Body component 210 is provided with body slide plate 212, such as Shown in Fig. 8, body slide plate 212 is arranged on the lower section (above-below direction as shown in Figure 8) of body component 210.Body slide plate 212 It is movably coupled to body component 210, as shown in figure 8, body slide plate 212 can slide (as shown in Figure 8 along the longitudinal direction Fore-and-aft direction).Body slide plate 212, which is provided with, to be slided limiting section 2121 and slides drive division 2122, as shown in figure 11, in body (direction all around as shown in Figure 11) is arranged at intervals with two slip limiting sections in left-right direction for the rear end of body slide plate 212 2121, in the front end of body slide plate 212, (direction all around as shown in Figure 11) is arranged at intervals with two in left-right direction Slide drive division 2122.

As shown in figures 7 and 9, head assembly 220 is pivotally arranged on body component 210, and head assembly 220 is located at body The top (above-below direction as depicted in figure 7 and figure 9) of body component 210, head assembly 220 is provided with backstop projection 221 and often The head torsion spring (not shown) that drive head component 220 rotates, backstop projection 221 are located at the medium position of head assembly 220, Backstop projection 221 is oppositely arranged promising two at the left and right sides on head (left and right directions as shown in Figure 9), head torsion spring (not shown) is arranged at the link position of head assembly 220 and body component 210.

As shown in fig. 7, head connector 213 is pivotally arranged on body component 210, one end of head connector 213 (upper end of head connector 213 as shown in Figure 7) offseted with backstop projection 221 is rotated with backstop head assembly 220, head The other end (lower end of head connector 213 as shown in Figure 7) of portion's connector 213 offsets with sliding drive division 2122.

As shown in figs. 6 and 10, limbs component 230 is pivotally arranged on body component 210, is set on limbs component 230 Have and slide stopper section 2311, wherein, body component 210, head assembly 220 and limbs component 230 limit passage 211.

When combined deformation toy 100 is in original state, slides stopper section 2311 and only supported with sliding limiting section 2121, this When, deformed component 20 is in the moulding shown in Fig. 6；When combined form deformation toy 100 is in assembled state, trigger switch 2111 driving body slide plates 212 move, and slide stopper section 2311 and depart from slip limiting section 2121, now form deformation toy combined deformation For the moulding shown in Fig. 9.

Alternatively, limb flexibility part (not shown) can be provided with limbs component 230 often to promote limbs component 230 Rotate.Further, as shown in fig. 7, limbs component 230 can include：Hind leg component 231, forelimb component 232 and limbs connect Bar 240.Wherein, hind leg component 231 is pivotly connected with body component 210, and hind leg component 231 is provided with hind leg projection 2312, the junction of hind leg component 231 and body component 210 can be provided with torsion spring (not shown), and torsion spring can drive Hind leg component 231 is from the state Unscrew shown in Fig. 7 to the extended configuration shown in Fig. 9.

Forelimb component 232 is pivotly connected with body component 210, and forelimb component 232 is provided with forelimb snap fit 2321, preceding Limb component 232 is same with the junction of body component 210 can to set torsion spring (not shown), in the torsion force of torsion spring Under, forelimb component 232 can be from the state Unscrew shown in Fig. 7 to the stretching, extension open mode shown in Fig. 9.Limbs connecting rod 240 one end offsets with hind leg projection 2312, the other end and the clamping of forelimb snap fit 2321 of limbs connecting rod 240.As shown in fig. 7, Can be that the rear end (fore-and-aft direction as shown in Figure 7) of limbs connecting rod 240 offsets with hind leg projection 2312, hind leg projection 2312 Can be inclined-plane with the offset end face at end of limbs connecting rod 240, the front end (fore-and-aft direction as shown in Figure 7) of limbs connecting rod 240 With arcwall face and with the clamping of forelimb snap fit 2321, the 2321 L-shaped design of forelimb snap fit.It can be in V that limbs connecting rod 240 is overall Type, in the lower end of limbs connecting rod 240, (above-below direction as shown in Figure 7) is provided with pivoting hole, and limbs connecting rod 240 can pass through Pivotal axis is pivotably coupled on body component 210, and torsion spring (not shown) can be provided with pivotal axis, often to drive The front end of dynamic limbs connecting rod 240 and the clamping of forelimb snap fit 2321.

It should be noted that when deformed component 20 is in original state position, with reference to shown in Fig. 7 and Figure 10, limit is slided Position portion 2121 stop and supporting with sliding the phase of stopper section 2311 (it should be noted that shown in Figure 10 be slide limiting section 2121 with it is sliding State when dynamic stopper section 2311 departs from), so as to limit the rotary expansion in the presence of torsion spring of hind leg component 231.Now, The rear end of hind leg projection 2312 and limbs connecting rod 240 offsets, front end and the clamping of forelimb snap fit 2321 of limbs connecting rod 240, thus, The rotary expansion in the presence of torsion spring of forelimb component 232 can be limited.

In some embodiments of the utility model, as shown in figure 11, body slide plate 212 is provided with first and coordinates inclined-plane 2120, trigger switch 2111 is provided with second and coordinates inclined-plane 2112, is opened when trigger assembly 10 is located in passage 211 and touches triggering When closing 2111, the second cooperation inclined-plane 2112 coordinates with the first cooperation inclined-plane 2120, and trigger switch 2111 moves along the first direction, body Body slide plate 212 moves in a second direction, and first direction is vertical with second direction, slides stopper section 2311 and departs from slip limiting section 2121。

With reference to shown in Figure 11 explosive view, body slide plate 212 and trigger switch 2111 can design for axisymmetric shape. The mounting hole being adapted with the shape of trigger switch 2111 is provided with the rear of body slide plate 212, trigger switch 2111 can fill It is assigned in mounting hole.It is symmetrical arranged in the left and right sides of mounting hole rear wall (direction all around as shown in Figure 11) There are two first cooperation inclined-planes 2120, correspondingly, be arranged at intervals with two in left-right direction at the rear of trigger switch 2111 symmetrically First coordinate inclined-plane 2120.When trigger switch 2111 is untouched, first coordinates inclined-plane 2120 and second to coordinate inclined-plane 2112 fittings.

It should be noted that trigger switch 2111 can manually be touched, it can also be touched and touched by trigger assembly 10 Hair switch 2111.Herein, so that trigger assembly 10 touches trigger switch 2111 as an example, to the deformation process of combined deformation toy 100 It is described.

Trigger assembly 10 can be entered in passage 211 from the opening of the front end of 20 passage of deformed component 211, work as trigger assembly 10 when entering the relevant position in passage 211, the first induction pieces 110 and the triggering of the bottom of passage 211 on trigger assembly 10 The sensing triggering of switch 2111.For example, when the first induction pieces 110 and the second induction pieces 2113 are Magnetic Induction part, the first sensing Part 110 attracts the second induction pieces 2113, so as to drive trigger switch 2111 (above-below direction as shown in Figure 11) from bottom to top Mobile, under the mating reaction that first coordinates that inclined-plane 2120 and second coordinates inclined-plane 2112, trigger switch 2111 is moved from bottom to top In dynamic process body slide plate 212 can be promoted to move from the front to the back.

As shown in Figure 10, when body slide plate 212 moves from the front to the back, limiting section 2121 is slided with sliding stopper section 2311 Depart from, with reference to shown in Fig. 7, after limiting section 2121 is slided with sliding the disengaging of stopper section 2311, work of the hind leg component 231 in torsion spring With lower rotary expansion, hind leg component 231 is during rotary expansion, and hind leg projection 2312 is with hind leg component 231 along counterclockwise Direction pulls down limbs connecting rod 240, so as to drive pivotal axis of the limbs connecting rod 240 around lower end to be rotated in the clockwise direction, makes The front end of limbs connecting rod 240 departs from forelimb snap fit 2321, the rotary expansion in the presence of torsion spring of forelimb snap fit 2321.

On the other hand, with reference to shown in Fig. 7 and Figure 10, when (the front and back as shown in Figure 10 from the front to the back of body slide plate 212 To) slide when, slide the drive head connector 213 of drive division 2122 lower end be moved rearwards so that head connector 213 encloses Pivotal axis around middle part rotates in the counterclockwise direction, and the upper end and backstop projection 221 for making head connector 213 depart from, head group Part 220 rotates in the counterclockwise direction in the presence of torsion spring, stretches out head assembly 220 forward.

It should be noted that when the induction pieces 110 of trigger assembly 10 first and the sensing of the second induction pieces 2113 touch, triggering Corresponding deformation also occurs for component 10, and ceiling hook 122 departs from chassis hook 131, and in the presence of torsion spring, ceiling 120 is from the beginning Passage 211 is stretched out in the position rotation of parts 220, and because car door 121 and the inwall of passage 211 offset, car door 121 is not deformed extremely to be beaten Open state, the last combined transformation of combined deformation toy 100 are the form of wolf shown in Fig. 9.It is understood that the form of wolf is One of the present utility model illustrates, and combined deformation toy 100 can be lion by combined deformation, tiger etc. is in the form of other.

In some embodiments of the utility model, deformed component 20 can also include catapult-launching gear 214, catapult-launching gear 214 are located in deformed component 20 to drive trigger assembly 10 to skid off passage 211.As shown in Figure 10, catapult-launching gear 214 can be set Put at the rear of deformed component 20 (fore-and-aft direction as shown in Figure 10).

Further, as shown in figure 12, catapult-launching gear 214 can include：Press section 215 and ejection part 216.Wherein, press The partial outer face that splenium 215 is located in deformed component 20 and press section 215 exposes deformed component 20, thus, be easy to pressing by Splenium 215.Ejection part 216 is located in deformed component 20, and ejection part 216 is located on press section 215, and is launched part 216 and locked Stop bit is put changeable between off-position.When ejection part 216 is located at lock position, ejection part 216 and pressing piece clamping, from And the movement of ejection part 216 can be limited with backstop；When ejection part 216 is moved to off-position from lock position, part 216 is launched Moved in towards passage 211, and one end of ejection part 216 is offseted with trigger assembly 10 to drive trigger assembly 10 to remove passage Outside 211.

Alternatively, as shown in figure 12, the part in deformed component 20 of press section 215 has mounting ring 2151, pacifies Dress ring 2151 is located at the lower section (above-below direction as shown in Figure 12) of press section 215.The internal perisporium of mounting ring 2151 is provided with Limiting section 2152 is launched, as shown in figure 12, ejection limiting section 2152 is located on the internal perisporium of the lower section of mounting ring 2151, and ejection is spacing Portion 2152 is formed as inclined boss.Correspondingly, the lower section of part 216 (above-below direction as shown in Figure 12) is launched to be provided with and ejection The ejection groove 2161 that limiting section 2152 is adapted.

It should be noted that spring (not shown) can be provided with ejection part 216, when ejection groove 2161 When engaging with ejection limiting section 2152, spring is in squeezed state.When pressing down on press section 215, limiting section 2152 is launched Depart from ejection groove 2161, under the elastic acting force of spring, ejection part 216 is ejected forward, and trigger assembly 10 is ejected Deformed component 20.

According to some embodiments of the utility model, as shown in figure 13, deformed component 20 can include：Base assembly 250, Trigger connecting rod 251, lower limb component 260 and upper limbs component 270.

Wherein, as shown in figure 16, trigger switch 2111 is located on base assembly 250, and trigger switch 2111 can be located at bottom Rear (fore-and-aft direction as shown in Figure 16) position of holder assembly 250.With reference to shown in Figure 13 and Figure 16, triggering connecting rod 251 can Pivotally it is located on base assembly 250, as shown in figure 17, triggering connecting rod 251 can be formed as the axially symmetric structure in U types, touch Sending out the left and right ends of connecting rod 251 has the connecting plate of (above-below direction as shown in Figure 17) extension along the vertical direction, connecting plate Upper end be provided with pivoting hole, triggering connecting rod 251 is pivotably connected on base assembly 250 by pivoting hole, in pivoting hole Opening position be provided with strength torsion spring (not shown) with drive triggering connecting rod 251 and base assembly 250 between relative rotation. Trigger connecting rod 251 be suitable to the clamping of base assembly 250, thus, be easy to trigger the assembling of connecting rod 251 and base assembly 250 and de- From in order to the combined deformation of combined deformation toy 100.

Lower limb component 260 is pivotable relative to base assembly 250, and the junction of lower limb component 260 and base assembly 250 can To be provided with torsion spring (not shown), torsion spring often drives base assembly 250 to be relatively rotated with lower limb component 260, to enter Row extensional deformation.It is movable relative to lower limb component 260 to trigger connecting rod 251, when triggering connecting rod 251 departs from base assembly 250 During clamping, trigger assembly 10 can relatively rotate with lower limb component 260.

Upper limbs component 270 is pivotally arranged on base assembly 250, the connection position of upper limbs component 270 and base assembly 250 Install and be equipped with torsion spring (not shown), often to drive upper limbs component 270 to turn to deployed condition.Upper limbs component 270 be suitable to The clamping of base assembly 250, to limit the rotation of upper limbs component 270.As shown in figure 21, base assembly 250, the and of upper limbs component 270 Lower limb component 260 limits passage 211, and passage 211 (fore-and-aft direction as shown in Figure 21) can extend along the longitudinal direction.

When combined deformation toy 100 is in original state, triggering connecting rod 251 and the clamping of base assembly 250, so as to Limitation base assembly 250 relatively rotates with lower limb component 260.Upper limbs component 270 and the clamping of base assembly 250, so as to Rotated expansion with limiting upper limbs component 270.As shown in figure 13, shape during original state is located at for combined deformation component 20 Shape.When combined deformation toy 100 switches to assembled state from original state, triggering connecting rod 251 departs from base assembly 250, In the presence of torsion spring, base assembly 250 relatively rotates relative to lower limb component 260 and triggering connecting rod 251, so as under Limb component 260 occurs to depart from deformation with base assembly 250.When lower limb component 260 and base assembly 250 depart from, upper limbs Component 270 departs from the clamping of base assembly 250, and the rotary expansion in the presence of torsion spring of upper limbs component 270, combined deformation toy 100 are deformed into shape as shown in Figure 14.

Further, base assembly 250 is provided with base slide plate 252, and base slide plate 252 is removable with base assembly 250 Ground connects.As shown in figure 16, base slide plate 252 can be relative to base assembly 250 along the longitudinal direction (as shown in Figure 16 Fore-and-aft direction) slide.Alternatively, base slide plate 252 is provided with triggering snap fit 2511 with one in triggering connecting rod 251, another It is individual to be provided with the triggering Access Division 2520 being suitable to triggering the clamping of snap fit 2511.Such as shown in the example in Figure 18, connect in triggering Triggering snap fit 2511 is provided with bar 251, the triggering clamping being adapted with triggering snap fit 2511 is provided with base slide plate 252 Portion 2520, triggering Access Division 2520 can be formed as step groove；Can certainly be provided with trigger card on base slide plate 252 2511 are hooked, the triggering Access Division 2520 being adapted with triggering snap fit 2511 is provided with triggering connecting rod 251.It is thus, it is possible to logical Cross triggering snap fit 2511 and trigger the clamping connection between Access Division 2520, quickly and efficiently realize triggering connecting rod 251 and base Fixing assembling between component 250, and when combined deformation toy 100 changes to assembled state from original state, interface arrangment It is easy to the disengaging between each part to deform.

As shown in figure 18, the rear of base slide plate 252 can be provided with the mounting hole being adapted with the shape of trigger switch 2111, At the rear of mounting hole, (direction all around as shown in Figure 18) is arranged at intervals with two first matchings tiltedly in left-right direction Face 2521, (direction all around as shown in Figure 18) is arranged at intervals with two in left-right direction at the rear of trigger switch 2111 The second matching inclined-plane 2112a being adapted with the first matching inclined-plane 2521.Thus, it is possible to pass through the first matching inclined-plane 2521 and the Cooperation between two matching inclined-plane 2112a, the movement of base slide plate 252 is driven using trigger switch 2111.

In some embodiments of the utility model, triggering connecting rod 251 is provided with spacing with one in lower limb component 260 Groove 2512, another is provided with the spacing block set 261 being adapted with stopper slot 2512.That is, can be in triggering connecting rod 251 Upper setting stopper slot 2512, is provided with the spacing block set 261 being adapted with stopper slot 2512, such as scheme on lower limb component 260 Shown in example in 23, it is symmetrical arranged on the connecting plate of the left and right sides (left and right directions as shown in Figure 23) of triggering connecting rod 251 There are two stopper slots 2512, the spacing block set 261 being adapted with two stopper slots 2512 be symmetrically arranged with lower limb component 260, When the component of combined deformation toy 100 is in original state, spacing block set 261 is fastened in stopper slot 2512；Can certainly It is that stopper slot 2512 is provided with lower limb component 260, is provided with what is be adapted with stopper slot 2512 on triggering connecting rod 251 Spacing block set 261.Thus, it is easy to lower limb component 260 with triggering the assembling and disengaging of connecting rod 251, in order to combined deformation toy 100 deformation.

According to some embodiments of the utility model, as shown in Figure 19-Figure 22, deformed component 20 can also include base and connect Bar 253, one end (lower end of base connecting rod 253 as shown in Figure 22) of base connecting rod 253 are pivotable with base assembly 250 Ground connects, and the other end (upper end of base connecting rod 253 as shown in Figure 22) and the lower limb component 260 of base connecting rod 253 can pivots Turn ground connection.Base connecting rod 253 can rotate by the center of circle of the link position of base connecting rod 253 and lower limb component 260, thus, It can realize and be relatively rotated between base assembly 250 and lower limb component 260, realize the deformation of combined deformation toy 100.

As shown in Figure 19, Figure 20 and Figure 22, upper limbs component 270 is provided with upper limbs holding section 271, is set on base connecting rod 253 There is the connecting rod holding section 2531 being adapted with upper limbs holding section 271.When combined deformation toy 100 is in original state position, Upper limbs holding section 271 is only supported to be relatively rotated to limitation upper limbs component 270 with connecting rod holding section 2531.

When touching trigger switch 2111, herein it should be noted that trigger switch 2111 can manually be touched, Trigger switch 2111 can be touched by trigger assembly 10.Herein, it is right so that trigger assembly 10 touches trigger switch 2111 as an example The deformation process of combined deformation toy 100 is described.

As shown in figure 19, trigger assembly 10 can be entered in passage 211 from the opening of the front end of passage 211, when triggering group When part 10 enters the relevant position in passage 211, the first induction pieces 110 and trigger switch 2111 on trigger assembly 10 The sensing triggering of second induction pieces 2113.For example, when the first induction pieces 110 and the second induction pieces 2113 are Magnetic Induction part, the One induction pieces 110 attract the second induction pieces 2113, so as to drive trigger switch 2111 from bottom to top (as shown in Figure 18 up and down Direction) it is mobile, under matching inclined-plane 2112a mating reaction on the first matching inclined-plane 2521 and second, trigger switch 2111 is under During moving up base slide plate 252 can be promoted to move from the front to the back.

With reference to shown in the explosive view in Figure 18, when base slide plate 252 moves from the front to the back, triggering snap fit 2511 and triggering Access Division 2520 departs from, and with reference to shown in Figure 22, under the active force of torsion spring, the base connecting rod 253 positioned at left side is (such as institute in Figure 22 The base connecting rod 253 shown) rotate in the counterclockwise direction and drive base assembly 250 to rotate, so that base assembly 250 and lower limb Component 260 departs from extensional deformation.With reference to shown in Figure 19 and Figure 20, under the active force of torsion spring, the base connecting rod 253 positioned at right side (base connecting rod 253 as shown in Figure 20) is rotated in a clockwise direction, in the rotary course of base connecting rod 253, upper limbs card Conjunction portion 271 departs from clamping with connecting rod holding section 2531, in the presence of torsion spring, is revolved positioned at right side upper limbs component 270 to right back Turn expansion, the upper limbs component 270 positioned at left side is to left back rotary expansion, so that combined deformation toy 100 is deformed into such as figure Shape shown in 14.

In some embodiments of the utility model, when deformed component 20 combines in the trigger action of trigger assembly 10 After deformation, as shape distortion as shown in Figure 13 be Figure 14 shown in shape, may also pass through manually operated deformation, become combination Shape toy 100 is further deformed into the shape state shown in Figure 15.

Alternatively, lower limb component 260 is scalable component.As shown in Figure 26 and Figure 27, lower limb component 260 has foot 233 With leg 234, few leg portions 234 can be overturn so as to lengthen the length of leg 234, and slide rail is additionally provided with inside foot 233 2331, further leg 234 can be elongated.

In some embodiments of the utility model, as shown in Figure 13, Figure 14 and Figure 28, it can be set on upper limbs component 270 Be equipped with for fire shells 276 emitter 274.As shown in figure 28, emitter 274 includes housing 277, the and of shell 276 Trigger 275.Wherein, trigger 275 includes annular distance 2753, hand breaks portion 2752 and trigger snap fit 2751, is provided with and pulls on shell 276 The backstop groove 2761 that machine snap fit 2751 is adapted.The link position of shell 276 and housing 277 is additionally provided with spring (in figure not Show), when cocking 275, shell 276 is launched housing 277 by shell 276 under the elastic reaction of spring, so as to enter One step enhances the recreational of combined deformation toy 100.

According to some embodiments of the utility model, as shown in figure 25, upper limbs component 270 is provided with upper limbs sliding block 273, bottom Holder assembly 250 is provided with the upper limbs chute 256 being adapted with upper limbs sliding block 273, and upper limbs chute 256 can along the longitudinal direction (such as Fore-and-aft direction shown in Figure 25) extension.

As shown in figure 24, deformed component 20 can also include upper limbs locating part 272, and upper limbs locating part 272 can be along a left side Symmetrically arranged two of right direction (left and right directions as shown in Figure 24) interval.A part for upper limbs locating part 272 is located at bottom In holder assembly 250, spring (not shown) can be provided with base assembly 250, one end of spring is with being located at base assembly The upper limbs locating part 272 of 250 inside points offsets, and the other end and the inwall of base assembly 250 of spring offset.Upper limbs locating part 272 The part inside the base assembly 250 be provided with the first promotion inclined-plane 2721, can be provided with pushing block on base assembly 250 254, pushing block 254 is provided with second be adapted with the first promotion inclined-plane 2721 and promotes inclined-plane 2541.Upper limbs locating part 272 Another part is located at outside base assembly 250 and suitable for being offseted with upper limbs component 270, so as to limit upper limbs component 270 upper Slip in limb chute 256.

It should be noted that under the force of a spring, the part of upper limbs locating part 272 is located at outside base assembly 250, and Offseted with upper limbs component 270 to limit the slip of upper limbs component 270.When (above-below direction as shown in Figure 24) is pressed from bottom to top When pressing pushing block 254, the portion extrusion that upper limbs locating part 272 can be located at the outside of base assembly 250 by pushing block 254 enters base group In part 250, so as to so that limiting upper limb position part 272 and upper limbs component 270 depart from only supports, and then upper limbs component 270 can be upper Slided in limb chute 256.

It is for example, spacing with the pushing block 254 on right side (left and right directions as shown in Figure 24) and upper limbs in Figure 24 explosive views Exemplified by part 272, under the cooperation that first promotes the promotion inclined-plane 2541 of inclined-plane 2721 and second, when (institute in such as Figure 24 from bottom to top The above-below direction shown) when pressing pushing block 254, pushing block 254 promotes upper limbs locating part 272 from left to right (as shown in Figure 24 Left and right directions) it is mobile so that inside the retraction base assembly 250 of upper limbs locating part 272 positioned at base assembly 250 outside, Make upper limbs locating part 272 with upper limbs component 270 depart from only to support, so as to which upper limbs locating part 272 can be slided in upper limbs chute 256 It is dynamic.

Alternatively, pushing part 255 is provided with base assembly 250, pushing part 255 pivotly connects with base assembly 250 Connect, and pushing part 255 is suitable to promote pushing block 254 to move.As shown in figure 24, at the rear of base assembly 250 (in such as Figure 24 Shown fore-and-aft direction) pushing part 255 is provided with, it can be relatively rotated between pushing part 255 and base assembly 250.In pushing part On the end face of 255 lower section, (direction all around as shown in Figure 24) it is convex to be arranged at intervals with two promotions in left-right direction Play 2551, it is to be understood that when pushing part 255 rotates to the lower section of base assembly 250, two promote projection 2551 to push away Dynamic pushing block 254 moves from bottom to top, so as to drive upper limbs locating part 272 to lock inside base assembly 250.

Combination referring to Fig. 1-Figure 28 with two specific embodiments detailed descriptions according to the utility model embodiment Form deformation toy 100.It is worth understanding, described below is only exemplary description, rather than to concrete restriction of the present utility model.

Embodiment one：

As shown in Fig. 1-Figure 12, combined deformation toy 100 has original state (state as shown in Figure 6) and combination shape State (state as shown in Figure 9), combined deformation toy 100 includes：Trigger assembly 10 and deformed component 20.

Wherein, trigger assembly 10 is deformable.For example, shown in Fig. 1 and Fig. 2, trigger assembly 10 can be form deformation toy automobile 10a, trigger assembly 10 can change in shape be as shown in Figure 1 the shape shown in Fig. 2.

It can be provided with shown in Fig. 6 and Fig. 8, inside deformed component 20 along the longitudinal direction (before as shown in Fig. 6 and Fig. 8 Rear to) extension passage 211, in order to trigger assembly 10 enter deformed component 20 complete combined deformation.Trigger port 211 Inside can be provided with trigger switch 2111, and trigger assembly 10 can enter inside form deformation toy and touch trigger switch 2111, realize the combined deformation of combined deformation toy 100.

Wherein, when combined deformation toy 100 is in original state, as shown in fig. 6, trigger assembly 10 is away from trigger switch 2111, i.e., now trigger assembly 10 does not touch trigger switch 2111；When combined deformation toy 100 is in assembled state, such as Fig. 9 Shown, trigger assembly 10 is located in passage 211 and touches trigger switch 2111, and deformed component 20 and trigger assembly 10 deform simultaneously And be combined into one, now, combined deformation toy 100 can go out wolf type with combined deformation (as shown in the example in Fig. 9).

As shown in Fig. 1, Fig. 8 and Figure 10, trigger assembly 10 is provided with the first induction pieces 110, and trigger switch 2111 is provided with Second induction pieces 2113, when the first induction pieces 110 and the second induction pieces 2113 close to each other, trigger switch 2111 is touched. First induction pieces 110 and the second induction pieces 2113 are magnetic part.

It should be noted that as depicted in figs. 1 and 2, in form deformation toy automobile 10a front lower place (institute in such as Fig. 1 and Fig. 2 The front and back shown) the first induction pieces 110 are provided with, the first induction pieces 110 are magnetic part.When with magnet or irony object touching the During one induction pieces 110, form deformation toy automobile 10a is deformed upon.As shown in Figure 3-Figure 5, form deformation toy automobile 10a ceiling 120 On be provided with ceiling hook 122, be provided with chassis 130 be adapted with ceiling hook 122 chassis hook 131.Such as Fig. 1-Fig. 5 Shown, ceiling 120 is fixedly connected with the front end on chassis 130 by ceiling hook 122 with chassis hook 131, the rear end of ceiling 120 With chassis 130 by pivotal axis (not shown) pivotable connection, and the position of pivotal axis is provided with torsion spring and (not shown in figure Go out).As shown in figure 5, the lower section of chassis hook 131 is connected with the first induction pieces 110, and when the first induction pieces 110 are touched, example Such as when touching the first induction pieces 110 with irony object, the first induction pieces 110 drive the rotated down backward of chassis hook 131, from And ceiling hook 122 and chassis is linked up with 131 and depart from, now, as shown in Fig. 2 ceiling 120 under the active force of torsion spring along Fig. 2 Direction (fore-and-aft direction up and down as shown in Figure 2) square Unscrew upper backward shown in middle arrow F1.

As shown in Fig. 2 it is pivotably connected setting at the left and right sides of ceiling 120 (fore-and-aft direction as shown in Figure 2) There are two car doors 121, the link position of two car doors 121 and ceiling 120 is again provided with torsion spring (not shown), works as ceiling While direction upset shown in 120 along arrow F1 is opened, the left and right sides of ceiling 120 (left and right directions as shown in Figure 2) Direction Unscrew shown in car door 121 along arrow F2, the state that form deformation toy automobile 10a is finally deformed into shown in Fig. 2 are made Type.

As shown in Fig. 6-Figure 12, combined deformation toy 100 can include：Body component 210, head assembly 220, head connect Fitting 213 and limbs component 230.

Wherein, as shown in figs. 6 and 10, limbs component 230 is pivotally arranged on body component 210, wherein, body group Part 210, head assembly 220 and limbs component 230 limit passage 211.As shown in figure 8, trigger switch 2111 is located at body group On part 210, trigger assembly 10 is arranged on the bottom position (posterior end position as shown in Figure 8) of body component 210.

Body component 210 is provided with body slide plate 212, as shown in figure 8, body slide plate 212 is arranged on body component 210 Lower section (above-below direction as shown in Figure 8).Body slide plate 212 is movably coupled to body component 210, as shown in figure 8, Body slide plate 212 can slide (fore-and-aft direction as shown in Figure 8) along the longitudinal direction.Body slide plate 212 is provided with to slide and limited Position portion 2121 and drive division 2122 is slided, as shown in figure 11, in the rear end of body slide plate 212 (institute in such as Figure 11 in left-right direction The direction all around shown) two slip limiting sections 2121 are arranged at intervals with, in the front end of body slide plate 212 in left-right direction (direction all around as shown in Figure 11) is arranged at intervals with two slip drive divisions 2122.

As shown in fig. 7, head connector 213 is pivotally arranged on body component 210, the upper end of head connector 213 Offset with backstop projection 221 and rotated with backstop head assembly 220, the lower end of head connector 213 is with sliding the phase of drive division 2122 Support.

Limbs component 230, which is provided with, slides stopper section 2311, when combined deformation toy 100 is in original state, slides Stopper section 2311 is only supported with sliding limiting section 2121, and now, deformed component 20 is in the moulding shown in Fig. 6；When combined change When shape toy 100 is in assembled state, trigger switch 2111 drives body slide plate 212 to move, and slides stopper section 2311 and departs from cunning Dynamic limiting section 2121, now form deformation toy combined deformation are the moulding shown in Fig. 9.

Limbs component 230 is provided with limb flexibility part (not shown) often to promote limbs component 230 to rotate.Such as Fig. 7 Shown, limbs component 230 can include：Hind leg component 231, forelimb component 232 and limbs connecting rod 240.Wherein, hind leg component 231 are pivotly connected with body component 210, and hind leg component 231 is provided with hind leg projection 2312, hind leg component 231 and body The junction of component 210 can be provided with torsion spring (not shown), and torsion spring can drive hind leg component 231 from shown in Fig. 7 State Unscrew is to the extended configuration shown in Fig. 9.

Forelimb component 232 is pivotly connected with body component 210, and forelimb component 232 is provided with forelimb snap fit 2321, preceding The 2321 L-shaped design of limb snap fit, the front end (fore-and-aft direction as shown in Figure 7) of limbs connecting rod 240 have arcwall face.Forelimb group Part 232 is same with the junction of body component 210 can to set torsion spring (not shown), under the torsion force of torsion spring, Forelimb component 232 can be from the state Unscrew shown in Fig. 7 to the stretching, extension open mode shown in Fig. 9.Limbs connecting rod 240 Rear end offseted with hind leg projection 2312, the front end of limbs connecting rod 240 and the clamping of forelimb snap fit 2321.Limbs connecting rod 240 is overall V-shaped, in the lower end of limbs connecting rod 240, (above-below direction as shown in Figure 7) is provided with pivoting hole, and limbs connecting rod 240 can be with It is pivotably coupled to by pivotal axis on body component 210, torsion spring (not shown) can be provided with pivotal axis, with The often front end of driving limbs connecting rod 240 and the clamping of forelimb snap fit 2321.

As shown in Figure 10, deformed component 20 also includes catapult-launching gear 214, catapult-launching gear 214 be located in deformed component 20 with Driving trigger assembly 10 skids off passage 211.Catapult-launching gear 214 can be arranged on the rear of deformed component 20 (as shown in Figure 10 Fore-and-aft direction).

As shown in figure 12, catapult-launching gear 214 includes：Press section 215 and ejection part 216.Wherein, press section 215 is located at change The partial outer face of in shape component 20 and press section 215 exposes deformed component 20, thus, is easy to press press section 215.Ejection Part 216 is located in deformed component 20, and ejection part 216 is located on press section 215, and launches part 216 in lock position and release It is changeable between position.When ejection part 216 is located at lock position, ejection part 216 and pressing piece clamping, limited so as to backstop Surely the movement of part 216 is launched；When ejection part 216 is moved to off-position from lock position, part 216 is launched towards passage 211 Interior movement, and one end of ejection part 216 is offseted with trigger assembly 10 to drive trigger assembly 10 to remove outside passage 211.

As shown in figure 12, the part in deformed component 20 of press section 215 has mounting ring 2151, mounting ring 2151 Positioned at the lower section of press section 215 (above-below direction as shown in Figure 12).It is spacing that the internal perisporium of mounting ring 2151 is provided with ejection Portion 2152, as shown in figure 12, ejection limiting section 2152 are located on the internal perisporium of the lower section of mounting ring 2151, launch the shape of limiting section 2152 As inclined boss.Correspondingly, the lower section of part 216 (above-below direction as shown in Figure 12) is launched to be provided with launching limiting section The 2152 ejection grooves 2161 being adapted.

Trigger assembly 10 can be entered in passage 211 from the opening of the front end of 20 passage of deformed component 211, work as trigger assembly 10 when entering the relevant position in passage 211, the first induction pieces 110 and the triggering of the bottom of passage 211 on trigger assembly 10 Sensing the first induction pieces 110 of triggering of switch 2111 attract the second induction pieces 2113, so as to drive trigger switch 2111 from bottom to top (above-below direction as shown in Figure 11) is mobile, in the mating reaction that first coordinates the cooperation inclined-plane 2112 of inclined-plane 2120 and second Under, trigger switch 2111 can promote body slide plate 212 during (above-below direction as shown in Figure 11) moves from bottom to top (fore-and-aft direction as shown in Figure 11) is mobile from the front to the back.

It should be noted that when the induction pieces 110 of trigger assembly 10 first and the sensing of the second induction pieces 2113 touch, triggering Corresponding deformation also occurs for component 10, and ceiling hook 122 departs from chassis hook 131, and in the presence of torsion spring, ceiling 120 is from the beginning Passage 211 is stretched out in the position rotation of parts 220, and because car door 121 and the inwall of passage 211 offset, car door 121 is not deformed extremely to be beaten Open state, the last combined transformation of combined deformation toy 100 are the form of wolf shown in Fig. 9.

Thus, by setting trigger assembly 10, trigger assembly 10 itself can be the form deformation toy with certain moulding, touch Hair component 10 can single-piece play.Opened moreover, trigger assembly 10 can enter in the passage 211 of deformed component 20 and touch triggering 2111 are closed, it is simple to operate with the combined deformation toy 100 that the combined deformation of deformed component 20 is other moulding, and enhance object for appreciation What is had is recreational.

Embodiment two：

As shown in Figure 13-Figure 28, unlike embodiment one, in this embodiment, deformed component 20 includes：Base group Part 250, triggering connecting rod 251, lower limb component 260 and upper limbs component 270.

Wherein, as shown in figure 16, trigger switch 2111 is located on base assembly 250, and trigger switch 2111 is located at base group Rear (fore-and-aft direction as shown in Figure 16) position of part 250.With reference to shown in Figure 13 and Figure 16, triggering connecting rod 251 is pivotable Ground is located on base assembly 250, and as shown in figure 17, triggering connecting rod 251 can be formed as U-shaped axially symmetric structure, and triggering connects The left and right ends of bar 251 have along the vertical direction (above-below direction as shown in Figure 17) extension connecting plate, connecting plate it is upper End is provided with pivoting hole, and triggering connecting rod 251 is pivotably connected on base assembly 250 by pivoting hole.It is suitable to trigger connecting rod 251 In with the clamping of base assembly 250, thus, be easy to trigger the assembling and disengaging of connecting rod 251 and base assembly 250, in order to combine The combined deformation of form deformation toy 100.

As shown in figure 16, base slide plate 252 can be relative to base assembly 250 along the longitudinal direction (as shown in Figure 16 Fore-and-aft direction) slide.As shown in Figure 18, triggering snap fit 2511 is provided with triggering connecting rod 251, on base slide plate 252 The triggering Access Division 2520 being adapted with triggering snap fit 2511 is provided with, triggering Access Division 2520 can be formed as step groove.By This, can be connected by triggering snap fit 2511 and triggering the clamping between Access Division 2520, quickly and efficiently realize triggering connecting rod Fixing assembling between 251 and base assembly 250, and when combined deformation toy 100 changes to assembled state from original state, Interface arrangment is easy to the disengaging between each part to deform.

As shown in figure 23, trigger symmetrical on the connecting plate of the left and right sides of connecting rod 251 (left and right directions as shown in Figure 23) Two stopper slots 2512 are provided with, the spacing block set being adapted with two stopper slots 2512 is symmetrically arranged with lower limb component 260 261, when the component of combined deformation toy 100 is in original state, spacing block set 261 is fastened in stopper slot 2512；Certainly It can be that stopper slot 2512 is provided with lower limb component 260, be provided with triggering connecting rod 251 and be adapted with stopper slot 2512 Spacing block set 261.Thus, it is easy to lower limb component 260 with triggering the assembling and disengaging of connecting rod 251, in order to which combined deformation is played The deformation of tool 100.

As shown in Figure 19-Figure 22, deformed component 20 also includes base connecting rod 253, lower end (such as Figure 22 of base connecting rod 253 Shown in above-below direction) be pivotably connected with base assembly 250, the upper end of base connecting rod 253 (as shown in Figure 22 up and down Direction) it is pivotably connected with lower limb component 260.Base connecting rod 253 is with the connection with lower limb component 260 of base connecting rod 253 Position rotates for the center of circle, is relatively rotated thus, it is possible to realize between base assembly 250 and lower limb component 260, realizes combined deformation The deformation of toy 100.

As shown in figure 19, trigger assembly 10 can be entered in passage 211 from the opening of the front end of passage 211, when triggering group When part 10 enters the relevant position in passage 211, the first induction pieces 110 and trigger switch 2111 on trigger assembly 10 The sensing triggering of second induction pieces 2113.For example, when the first induction pieces 110 and the second induction pieces 2113 are Magnetic Induction part, the One induction pieces 110 attract the second induction pieces 2113, so as to drive trigger switch 2111 from bottom to top (as shown in Figure 18 up and down Direction) it is mobile, under coordinating the mating reaction that inclined-plane 2120 and second matches inclined-plane 2112a on the first matching inclined-plane 2,521 first, Trigger switch 2111 can promote body slide plate base slide plate 252 to move from the front to the back during moving from bottom to top.

After in the trigger action of trigger assembly 10 combined deformation occurs for deformed component 20, shape such as shown in Figure 13 becomes Shape is the shape shown in Figure 14, may also pass through manually operated deformation, combined deformation toy 100 is further deformed into Figure 15 institutes The shape state shown.

As shown in Figure 26 and Figure 27, lower limb component 260 is scalable component, and lower limb component 260 has foot 233 and leg 234, few leg portions 234 can be overturn so as to lengthen the length of leg 234, and slide rail 2331 is additionally provided with inside foot 233, can Further to elongate leg 234.

As shown in Figure 12, Figure 13 and Figure 28, be provided with upper limbs component 270 for fire shells 276 emitter 274.As shown in figure 28, emitter 274 includes housing 277, shell 276 and trigger 275.Wherein, trigger 275 includes annular distance 2753rd, hand breaks portion 2752 and trigger snap fit 2751, and the backstop groove being adapted with trigger snap fit 2751 is provided with shell 276 2761.The link position of shell 276 and housing 277 is additionally provided with spring, and when cocking 275, shell 276 is in spring Shell 276 is launched into housing 277 under elastic reaction, so as to further enhancing the recreational of combined deformation toy 100.

Upper limbs component 270 is provided with upper limbs sliding block 273, and base assembly 250 is upper provided with being adapted with upper limbs sliding block 273 Limb chute 256, upper limbs chute 256 (fore-and-aft direction as shown in Figure 25) can extend along the longitudinal direction.

As shown in figure 24, deformed component 20 can also include upper limbs locating part 272, and upper limbs locating part 272 can be along a left side Symmetrically arranged two of right direction (left and right directions as shown in Figure 24) interval.A part for upper limbs locating part 272 is located at bottom In holder assembly 250, spring (not shown) is provided with base assembly 250, one end of spring is with being located in base assembly 250 Partial upper limbs locating part 272 offsets, and the other end and the inwall of base assembly 250 of spring offset.Upper limbs locating part 272 is located at Part inside base assembly 250 is provided with first and promotes inclined-plane 2721, and pushing block 254 can be provided with base assembly 250, Pushing block 254 is provided with second be adapted with the first promotion inclined-plane 2721 and promotes inclined-plane 2541.Upper limbs locating part 272 it is another Part is outer positioned at base assembly 250 and suitable for being offseted with upper limbs component 270, is slided so as to limit upper limbs component 270 in upper limbs Slip in groove 256.

It is for example, spacing with the pushing block 254 on right side (left and right directions as shown in Figure 24) and upper limbs in Figure 24 explosive views Exemplified by part 272, pushing part 255 is provided with base assembly 250, pushing part 255 is pivotly connected with base assembly 250, and Pushing part 255 can promote pushing block 254 to move.As shown in figure 24, at the rear of base assembly 250 (as shown in Figure 24 Fore-and-aft direction) pushing part 255 is provided with, it can be relatively rotated between pushing part 255 and base assembly 250.Under pushing part 255 On the end face of side, (left and right directions as shown in Figure 24) is arranged at intervals with two and promotes projection 2551 in left-right direction.

It is understood that when pushing part 255 is close to the rotation of the lower section of base assembly 250, two promote projection 2551 Pushing block 254 can be promoted to move from bottom to top, under the cooperation that first promotes that inclined-plane 2721 and second promotes inclined-plane 2541, when When (above-below direction as shown in Figure 24) presses pushing block 254 from bottom to top, pushing block 254 promote upper limbs locating part 272 by Left-hand moves right, so that the upper limbs locating part 272 outside base assembly 250 is retracted inside base assembly 250, makes upper limbs Locating part 272 departs from upper limbs component 270 only to be supported, so as to which upper limbs locating part 272 can slide in upper limbs chute 256.

Thus, with reference to shown in Figure 14 and Figure 15, combined deformation toy 100 passes through the triggering combined deformation of trigger assembly 10 Afterwards, the lower limb component 260 of deformed component 20 can be elongated, upper limbs component 270 glides, to enter further across manually operated One step completes the further deformation of combined deformation toy 100, makes the profile of combined deformation toy 100 more attractive in appearance, so as to enter one Step enhances the recreational of combined deformation toy 100.

In the description of this specification, reference term " one embodiment ", " some embodiments ", " example ", " specifically show The description of example " or " some examples " etc. means specific features, structure, material or the spy for combining the embodiment or example description Point is contained at least one embodiment or example of the present utility model.In this manual, to the schematic table of above-mentioned term State and be necessarily directed to identical embodiment or example.Moreover, specific features, structure, material or the feature of description can be with Combined in an appropriate manner in any one or more embodiments or example.In addition, in the case of not conflicting, this area Technical staff the different embodiments or example and the feature of different embodiments or example described in this specification can be entered Row combines and combination.

Although embodiment of the present utility model has been shown and described above, it is to be understood that above-described embodiment is Exemplary, it is impossible to it is interpreted as to limitation of the present utility model, one of ordinary skill in the art is in the scope of the utility model It is interior above-described embodiment to be changed, changed, replaced and modification.

Claims

1. a kind of combined deformation toy (100), it is characterised in that the combined deformation toy (100) has original state and group Conjunction state, the combined deformation toy (100) include：

Trigger assembly (10), the trigger assembly (10) are deformable；

Deformed component (20), the deformed component (20) is interior to have passage (211), has trigger switch in the passage (211) (2111),

Wherein, when the combined deformation toy (100) is in the original state, the trigger assembly (10) is touched away from described Hair switch (2111)；

When the combined deformation toy (100) is in the assembled state, the trigger assembly (10) is located at the passage (211) in and touch the trigger switch (2111), the deformed component (20) and the trigger assembly (10) at the same deform and It is combined into one.

2. combined deformation toy (100) according to claim 1, it is characterised in that the trigger assembly (10) is provided with First induction pieces (110), the trigger switch (2111) is provided with the second induction pieces (2113), when first induction pieces (110) when and second induction pieces (2113) are close to each other, the trigger switch (2111) is touched, first induction pieces (110) at least one and in second induction pieces (2113) is magnetic part.

3. combined deformation toy (100) according to claim 1, it is characterised in that the deformed component (20) is provided with Slide plate, the slide plate are provided with first and coordinate inclined-plane (2120), and the trigger switch (2111) is provided with second and coordinates inclined-plane (2112),

When the trigger assembly (10) is located in the passage (211) and touches trigger switch (2111), described second Inclined-plane (2112) are coordinated to coordinate inclined-plane (2120) to coordinate with described first, the trigger switch (2111) moves along the first direction, The slide plate moves in a second direction, and the first direction is vertical with the second direction, and the combined deformation toy (100) becomes Shape.

4. combined deformation toy (100) according to claim 1, it is characterised in that the deformed component (20) includes：

Body component (210), the trigger switch (2111) are located on the body component (210), the body component (210) Body slide plate (212) is provided with, the body slide plate (212) is movably coupled to the body component (210), the body Slide plate (212), which is provided with, slides limiting section (2121) and slip drive division (2122)；

Head assembly (220), the head assembly (220) are pivotally arranged on the body component (210), the head group The head torsion spring that part (220) is provided with backstop projection (221) and often drives the head assembly (220) to rotate；

Head connector (213), the head connector (213) are pivotally arranged on the body component (210), the head One end of portion's connector (213) is offseted with the backstop projection (221) and rotated with head assembly described in backstop (220), the head The other end of portion's connector (213) offsets with the slip drive division (2122)；With

Limbs component (230), the limbs component (230) are pivotally arranged on the body component (210), the limbs group Part (230), which is provided with, slides stopper section (2311),

Wherein, the body component (210), the head assembly (220) and the limbs component (230) limit the passage (211), when the combined deformation toy (100) is in original state, slide stopper section (2311) limit with described slide Position portion (2121) only supports；When combined form deformation toy (100) is in assembled state, described in trigger switch (2111) driving Body slide plate (212) is mobile, and described slide stopper section (2311) depart from the slip limiting section (2121).

5. combined deformation toy (100) according to claim 4, it is characterised in that the limbs component (230) includes：

Hind leg component (231), the hind leg component (231) are pivotly connected with the body component (210), the hind leg group Part (231) is provided with hind leg projection (2312)；

Forelimb component (232), the forelimb component (232) are pivotly connected with the body component (210), the forelimb group Part (232) is provided with forelimb snap fit (2321)；With

Limbs connecting rod (240), one end of the limbs connecting rod (240) offset with the hind leg projection (2312), and the limbs connect The other end of bar (240) and forelimb snap fit (2321) clamping, when the combined deformation toy (100) is in assembled state When, the other end of the limbs connecting rod (240) departs from the forelimb snap fit (2321).

6. combined deformation toy (100) according to claim 4, it is characterised in that the body slide plate (212) is provided with First coordinates inclined-plane (2120), and the trigger switch (2111) is provided with second and coordinates inclined-plane (2112),

When the trigger assembly (10) is located in the passage (211) and touches trigger switch (2111), described second Inclined-plane (2112) are coordinated to coordinate inclined-plane (2120) to coordinate with described first, the trigger switch (2111) moves along the first direction, The body slide plate (212) is moved in a second direction, and the first direction is vertical with the second direction, the slip stopper section (2311) the slip limiting section (2121) is departed from.

7. combined deformation toy (100) according to claim 1, it is characterised in that the deformed component (20) includes：

Base assembly (250), the trigger switch (2111) are located on the base assembly (250)；

Connecting rod (251) is triggered, the triggering connecting rod (251) is pivotally arranged on the base assembly (250), and the triggering connects Bar (251) is suitable to and the base assembly (250) clamping；

Lower limb component (260), the lower limb component (260) relative to the base assembly (250) pivotably, the triggering connecting rod (251) it is movable relative to the lower limb component (260)；

Upper limbs component (270), the upper limbs component (270) is pivotally arranged on the base assembly (250), and the upper limbs Component (270) be suitable to the base assembly (250) clamping,

Wherein, the base assembly (250), the upper limbs component (270) and the lower limb component (260) limit the passage (211), when the combined deformation toy (100) is in original state, the triggering connecting rod (251) and the base assembly (250) clamping, the upper limbs component (270) and the base assembly (250) clamping；When the combined deformation toy (100) from When the original state switches to the assembled state, the triggering connecting rod (251) departs from the base assembly (250), institute Upper limbs component (270) is stated with the base assembly (250) clamping to depart from.

8. combined deformation toy (100) according to claim 7, it is characterised in that the base assembly (250) is provided with Base slide plate (252), the base slide plate (252) are movably coupled to the base assembly (250),

The base slide plate (252) is provided with the first matching inclined-plane (2521), and the trigger switch (2111) is provided with second With inclined-plane (2112a),

When the trigger assembly (10) is located in the passage (211) and touches trigger switch (2111), described second Matching inclined-plane (2112a) matches inclined-plane (2521) with described first and coordinated, and the trigger switch (2111) moves along the first direction, The base slide plate (252) is moved in a second direction, and the first direction is vertical with the second direction, the triggering connecting rod (251) depart from the base slide plate (252).

9. combined deformation toy (100) according to claim 8, it is characterised in that the base slide plate (252) with it is described One triggered in connecting rod (251) is provided with triggering snap fit (2511), and another, which is provided with, is suitable to and the triggering snap fit (2511) the triggering Access Division (2520) of clamping.

10. combined deformation toy (100) according to claim 7, it is characterised in that the triggering connecting rod (251) and institute One stated in lower limb component (260) is provided with stopper slot (2512), and another is provided with and mutually fitted with the stopper slot (2512) The spacing block set (261) matched somebody with somebody.

11. combined deformation toy (100) according to claim 7, it is characterised in that the lower limb component (260) is can Extensible member.

12. combined deformation toy (100) according to claim 7, it is characterised in that the deformed component (20) is also wrapped Include：

Base connecting rod (253), one end and the base assembly (250) of the base connecting rod (253) are pivotably connected, described The other end of base connecting rod (253) is pivotably connected with the lower limb component (260),

The upper limbs component (270) is provided with upper limbs holding section (271), and the base connecting rod (253) is provided with and the upper limbs The connecting rod holding section (2531) that holding section (271) is adapted.

13. combined deformation toy (100) according to claim 7, it is characterised in that set on the upper limbs component (270) There is upper limbs sliding block (273), the base assembly (250) is provided with the upper limbs chute being adapted with the upper limbs sliding block (273) (256),

The deformed component (20) also includes upper limbs locating part (272), and a part for the upper limbs locating part (272) is positioned at described In base assembly (250), the part internal positioned at the base assembly (250) of the upper limbs locating part (272) is provided with the One promote inclined-plane (2721), another part of the upper limbs locating part (272) be located at the base assembly (250) outside and be suitable to The upper limbs component (270) offsets,

The base assembly (250) is provided with pushing block (254), and the pushing block (254) is provided with to promote tiltedly with described first The second promotion inclined-plane (2541) that face (2721) is adapted.

14. combined deformation toy (100) according to claim 13, it is characterised in that set on the base assembly (250) There is pushing part (255), the pushing part (255) is pivotly connected with the base assembly (250), and the pushing part (255) it is suitable to promote the pushing block (254) mobile.

15. combined deformation toy (100) according to claim 1, it is characterised in that the trigger assembly (10) is deformation Toy car or male earner, when the trigger assembly (10) is the form deformation toy automobile, the form deformation toy automobile is clockwork spring Car or electrical vehicular power car, the form deformation toy automobile can be put into the passage (211) manually, can also utilize emitter It is emitted into the passage.