CN205964991U

CN205964991U - Transformable toy

Info

Publication number: CN205964991U
Application number: CN201620665358.0U
Authority: CN
Inventors: 蔡东青
Original assignee: Alpha Group Co Ltd; Guangzhou Alpha Culture Co Ltd; Guangdong Alpha Animation and Culture Co Ltd
Current assignee: Alpha Group Co Ltd; Guangzhou Alpha Culture Co Ltd; Guangdong Auldey Animation and Toys Co Ltd; Guangdong Alpha Animation and Culture Co Ltd; Alpha Research Group LLC
Priority date: 2016-06-27
Filing date: 2016-06-27
Publication date: 2017-02-22
Anticipated expiration: 2026-06-27

Abstract

The utility model discloses a transformable toy, transformable toy have basic form and change the form, and transformable toy includes the mounting, warp upset piece, first elastic component, first retaining member and change the piece. The mounting has a touch portion, and deformation upset piece is rotationally established on the mounting, and first elastic component is established to overturn in the deformation and is out of shape the piece expansion of overturning with normal drive between piece and the mounting, is out of shape the partly of piece component change form that overturn when the expansion position. First retaining member can be locked on the mounting being out of shape the upset piece, and first retaining member discharges and is out of shape an upset upset so that transformable toy soars when a touch portion triggers. The change piece is rotationally established on the mounting, changes the rotation of piece relatively fixed spare just constitutes the change form when the expansion position some when a touch portion triggers. According to the utility model discloses a transformable toy, partly effect of soaring of the form that can change has improved the interest with pedaling when stretching out.

Description

Transformable toy

Technical field

This utility model is related to toy art, especially relates to a kind of transformable toy.

Background technology

Correlation technique discloses multiple toy car types, and toy car generally can not deform, flexible toy car deformation side Formula is few, interesting few.

Utility model content

This utility model is intended at least solve one of technical problem present in prior art.For this reason, this utility model exists In proposing a kind of transformable toy, the interest of toy is strong.

According to transformable toy of the present utility model, described transformable toy has grown form and change shape, described Transformable toy includes：Fixture, described fixture has the first touch part；Deformation flip piece, described deformation flip piece is being received Hold together and be rotatably arranged between position and expanded position on described fixture, and constitute described change shape in described expanded position A part for state；First elastic component, described first elastic component is located at and is driven with normal between described deformation flip piece and described fixture Dynamic described deformation flip piece rotates towards expanded position；First locking member, described first locking member is located on described fixture, and Described deformation flip piece can be locked at curling position by described first locking member, described first locking member and described first touch part Match, the first locking member described in when being triggered in described first touch part discharges described deformation flip piece so that described deformable Toy soars upset；Change part, described change part is rotatably arranged on described fixture, and described change part touches with described first Dynamic portion matches, and when being triggered in described first touch part, described change part rotates relative to described fixture and in described expansion position A part for described change shape is constituted when putting.

According to transformable toy of the present utility model, by arranging fixture and can opposed fixed member turning in deformation process Dynamic deformation flip piece and change part, and deform, in expanded position, the part that flip piece constitutes change shape, change part is constituted A part for change shape, thus transformable toy constructs, in deformation, the moulding that a part for change shape is stretched out, and Because deformation flip piece can make transformable toy soar upset when opposed fixed member rotates, thus producing of change shape Divide the effect soared with pedaling while stretching out, enrich the mode of texturing of toy, improve interest.

Specifically, it is formed with the shape of the trunk of birds in fixture described in change shape, described deformation flip piece is formed Tail shape for birds.Thus after during toy deformation, generation bird stretches out tail, the effect that tail soars with beating.

Alternatively, be formed as the nose shape of birds in change part described in change shape.

In certain embodiments, transformable toy also includes：Link assembly, described link assembly is movably located at described On fixture, described link assembly has triggering end and drive end, and described drive end is rotated with described change part and is connected, described tactile Make a start and match with described first touch part, described first touch part drives described triggering end activity, described triggering when being triggered Described change part is driven to rotate by described drive end during the activity of end.Realize by link assembly changing the rotation of part, structure Various informative and easy realization.

Specifically, transformable toy also includes：Impeller, described impeller is movably arranged on described fixture, institute State impeller to match with described first touch part and described triggering end respectively to promote when being triggered in described first touch part Described triggering end activity.

Further, transformable toy also includes spacing fork, and one end of described spacing fork is rotatably connected on described solid Determine on part, the other end of described spacing fork is provided with inserting column, and described impeller is provided with slot, described inserting column is inserted in described inserting In groove, and described inserting column slides along described slot when described impeller is mobile.So, the setting of spacing fork can limit promotion The moving range of part is it is ensured that impeller moves according to setting track on fixture.

Specifically, described spacing fork is two, and on the moving direction of described impeller, two described spacing forks divide It is not located at the both sides of described impeller, described impeller is provided with corresponding two described slots.

In certain embodiments, described fixture is provided with mating holes, and described change part is located at outside described fixture and institute State link assembly to be located in described fixture, described link assembly includes：First bar, described first bar in the first turned position and It is rotatably connected between second turned position on described fixture, during described first touch part triggering, drive described first bar By described first rotated position to described second turned position；Second bar, one end of described second bar and described first bar Rotate and connect, the other end of described second bar is stretched out described mating holes and is connected with described change part rotation；In addition, described connecting rod Assembly or described change part are connected with described fixture by return springs and drive described first bar towards described the with normal One rotated position.

In certain embodiments, transformable toy also includes：Second touch part, described second touch part is located at described deformation On flip piece, when being triggered, touch the mobile triggering in described first touch part in described second touch part.

Specifically, transformable toy also includes：First magnetic absorption member, described first magnetic absorption member is fixedly installed on described deformation and turns over Turn on part；Second magnetic absorption member, in the second magnetic absorption member described in described first magnetic absorption member magnetic, described second magnetic absorption member is near described First magnetic absorption member motion is to promote described second touch part triggering.

Further, transformable toy also includes：Launch part, described expansion part can between curling position and expanded position Rotationally it is located on described fixture；Second elastic component, described second elastic component be located at described expansion part and described fixture it Between drive described expansion part to rotate towards expanded position with normal；For described expansion part is locked on described fixture second Locking member, the second locking member unblock described in when being triggered in described first touch part.

Alternatively, described expansion part includes internal layer expansion part and outer layer launches part, and described internal layer launches part and is located at outside described Layer launches between part and described fixture, and described outer layer launches part and is provided with for the buckle with described second locking member cooperation Part.

Additional aspect of the present utility model and advantage will be set forth in part in the description, partly will be from explained below In become obvious, or recognized by practice of the present utility model.

Brief description

Above-mentioned and/or additional aspect of the present utility model and advantage will from reference to the description to embodiment for the accompanying drawings below Become obvious and easy to understand, wherein：

Fig. 1 is a perspective view in grown form for the transformable toy according to this utility model embodiment；

Fig. 2 is that the transformable toy according to this utility model embodiment is illustrated in another stereochemical structure of grown form Figure；

Fig. 3 is the transformable toy partial structurtes decomposing schematic representation according to this utility model embodiment；

Fig. 4 is the perspective view in change shape for the transformable toy according to this utility model embodiment；

Fig. 5 is the cross section structure diagram in change shape for the transformable toy according to this utility model embodiment；

Fig. 6 is the cross section structure diagram in grown form for the transformable toy according to this utility model embodiment；

Fig. 7 is the perspective view of the upper lid according to this utility model embodiment；

Fig. 8 is that the stereochemical structure of transformable toy according to this utility model embodiment section components in grown form is shown It is intended to.

Reference：

Transformable toy 100,

Fixture 1, mating holes 101, chute 102, upper lid 103, assembling post 1031, pilot hole 1032, lower wall 104, first Card column 1041, the second card column 1042,

First touch part 2, fitting recess 201, block 202,

First locking member 3, projection 301, the first snap fit 302,

Second locking member 4, the second snap fit 401,

Change part 5, rotary shaft 501,

Link assembly 6, the first bar 601, the second bar 602, triggering end 603, drive end 604, avoid breach 6021,

Impeller 7, slot 701, stopper slot 702, slide block 703, pushing block 704,

Spacing fork 8, inserting column 801,

Deformation flip piece 9, hole clipping 901,

Headstock 10, clamp port 105,

Second touch part 11,

Launch part 12, outer layer launch part 121, internal layer launch part 122, fastener 123,

First magnetic absorption member 13, the second magnetic absorption member 14.

Specific embodiment

Embodiment of the present utility model is described below in detail, the example of described embodiment is shown in the drawings, wherein ad initio To the element that same or similar label represents same or similar element or has same or like function eventually.Below by ginseng The embodiment examining Description of Drawings is exemplary it is intended to be used for explaining this utility model, and it is not intended that to this utility model Restriction.

Below with reference to Fig. 1-Fig. 8, the transformable toy 100 according to this utility model embodiment is described.Transformable toy 100 At least there are two forms, transformable toy 100 has grown form and change shape, transformable toy under two forms 100 moulding is different, and in a specific example as depicted in figs. 1 and 2, the grown form of transformable toy 100 is car form.

For convenience of description, cited herein direction deictic words (include front, back, left, right, up, down, level, vertically), side To the direction all with reference to the transformable toy 100 of grown form for the deictic words, such as in the example of Fig. 1 and Fig. 2, rearwardly direction Consistent by the direction of headstock facing tailstock with during car form, when upwardly direction and car form by underbody towards roof direction one Cause.It is appreciated that the orientation of instruction or position relationship are for only for ease of description this utility model and simplify description, rather than refer to Show or imply the device of indication or element must have specific orientation, with specific azimuth configuration and operation, therefore can not manage Solution is to restriction of the present utility model.

According to the transformable toy 100 of this utility model embodiment, as shown in figs 1 to 6, transformable toy 100 includes： Fixture 1, deformation flip piece 9, the first elastic component (not shown) and the first locking member 3.

As shown in Figure 2 and Figure 4, fixture 1 has the first touch part 2, and deformation flip piece 9 is in curling position and expanded position Between be rotatably arranged on fixture 1, and in expanded position constitute change shape a part.First elastic component is located at change Between shape flip piece 9 and fixture 1, deformation flip piece 9 is driven to rotate towards expanded position with normal.First locking member 3 is located at solid Determine on part 1, and deformation flip piece 9 can be locked at curling position by the first locking member 3, the first locking member 3 and the first touch part 2 phase Cooperation, when being triggered in the first touch part 2, the first locking member 3 discharges deformation flip piece 9, so that transformable toy 100 aerial Turn.

That is, in grown form, as depicted in figs. 1 and 2, deformation flip piece 9 is locked at solid by the first locking member 3 Determine on part 1, now deformation flip piece 9 is in curling position.As shown in figure 4, in change shape, deformation flip piece 9 is by first Locking member 3 unlocks, and the deformation flip piece 9 of release rotates towards expanded position under the elastic force of the first elastic component drives, until becoming Shape flip piece 9 opposed fixed member 1 stops operating after have rotated certain angle, and now deformation flip piece 9 is in the deployed.

It is appreciated that when transformable toy 100 is placed in the supporting tables such as ground, deformation flip piece 9 can be placed into ground On.First touch part 2 is triggered after so that the first locking member 3 is unlocked, deformation flip piece 9 phase under the elastic force effect of the first elastic component Fixture 1 is rotated down.Deformation flip piece 9 turn to contact with ground when, deform flip piece 9 grant ground elastic force, ground The counteracting force in face makes transformable toy 100 entirely soar upset.

Alternatively, the first elastic component is torsion spring, and the first elastic component is connected at the rotating shaft of deformation flip piece 9.Certainly, first Elastic component is also not excluded for using other elastic components disclosed in prior art, as long as deforming after enabling the first locking member 3 unblock Flip piece 9 is upspring automatically, is not especially limited here.

With reference to Fig. 2, in expanded position, deformation flip piece 9 constitutes a part for change shape.For example, solid in change shape Determine the shape that part 1 is formed with the trunk of birds, deformation flip piece 9 is formed as the tail shape of birds.That is, deformable is played Tool 100 constitutes a kind of moulding of bird in change shape.In specific example shown in Fig. 4, when transformable toy 100 is transformed into During change shape, deformation flip piece 9 goes to the state perpendicular with fixture 1 by the horizontality with fixture 1 keeping parallelism.

With reference to Fig. 2 and Fig. 4, transformable toy 100 also includes changing part 5, and change part 5 is rotatably arranged on fixture 1, Change part 5 is matched with the first touch part 2, and when being triggered in the first touch part 2, change part 5 opposed fixed member 1 rotates.As Fig. 1 With shown in Fig. 2, in grown form, change part 5 is attached on fixture 1, and now change part 5 is in curling position.As Fig. 4 institute Show, in change shape, change part 5 is touched and rotated by the first touch part 2, until change part 5 opposed fixed member 1 have rotated one Stop operating after determining angle, now deformation flip piece 9 launches.

Wherein, in expanded position, change part 5 constitutes a part for change shape, for example, changes part 5 shape in change shape Become the nose shape of birds.

According to the transformable toy 100 of this utility model embodiment, by arranging fixture 1 and can phase in deformation process The deformation flip piece 9 that fixture 1 is rotated and change part 5, and deform, in expanded position, that flip piece 9 constitutes change shape Point, change part 5 constitutes a part for change shape, thus transformable toy 100 constructs of change shape in deformation The moulding point stretched out, and because deformation flip piece 9 can make transformable toy 100 soar upset when opposed fixed member 1 rotates, Thus the effect that the part producing change shape is soared with pedaling while stretching out, enrich the mode of texturing of toy, improve Interest.

For example when deforming the tail shape that flip piece 9 is formed as birds, produce bird during toy deformation and stretch out tail after tail The effect that bar soars with beating.Again for example, when change part 5 is formed as the nose shape of birds, produces bird during toy deformation and soaring When extended tips effect.

In some embodiments of the present utility model, in grown form, transformable toy 100 is formed as the shape of toy car Shape, in the example of fig. 1, fixture 1 is formed as the body shape of toy car with deformation flip piece 9, and toy car is provided with wheel Deng part.Certainly, in grown form, transformable toy 100 may be alternatively formed to other moulding, such as disclosed in prior art Moulding of all kinds of goods of furniture for display rather than for uses such as clock and watch etc., is not especially limited here.For simplifying explanation, all with transformable toy in being described below 100 are described for as a example toy car in grown form.

In certain embodiments, as illustrated in figures 6 and 5, transformable toy 100 also includes：Link assembly 6, link assembly 6 Movably it is located on fixture 1, link assembly 6 has triggering end 603 and drive end 604, drive end 604 and 5 turns of part of change It is dynamically connected, triggering end 603 is matched with the first touch part 2, when the first touch part 2 is triggered, drive triggering end 603 activity, triggering Change part 5 is driven to rotate by drive end 604 during 603 activity of end.

That is, transformable toy 100 is in morphing process, the first touch part 2 drivening rod assembly 6 activity, The link assembly 6 of activity drives change part 5 to rotate around the rotary shaft 501 of change part 5.Realize by link assembly 6 changing part 5 Rotation, version is various and easy realization.

Specifically, as shown in fig. 6, fixture 1 includes lid 103 and lower wall 104, upper lid 103 covers upper in lower wall 104 Side, in car form, the first touch part 2, change part 5 and link assembly 6 can be respectively positioned between lid 103 and lower wall 104.

As shown in figure 3, the first touch part 2 is formed generally as rectangular slab, the first touch part 2 is moved rearwards by when being triggered.The One touch part 2 is located on lower wall 104, promotes trigger unit 603 movable backward when the first touch part 2 is moved rearwards by.

Advantageously, as shown in figure 3, the first touch part 2 is provided with fitting recess 201, lower wall 104 is provided with the first card column 1041, the first card column 1041 is inserted in fitting recess 201.Two the second spaced apart card columns 1042 are additionally provided with lower wall 104, the One touch part 2 is stuck between two the second card columns 1042, thus limit the first touch part 2 sliding along the longitudinal direction.

In certain embodiments, as shown in Fig. 5-Fig. 6, fixture 1 is provided with mating holes 101, and link assembly 6 is located at fixation Part is interior and change part 5 is located at outside fixture.

Wherein, as shown in Figure 5 and Figure 6, link assembly 6 includes：First bar 601 and the second bar 602, the first bar 601 is It is rotatably connected between one turned position and the second turned position on fixture 1, during the triggering of the first touch part 2, drive first Bar 601 is by the first rotated position to the second turned position.One end of second bar 602 is rotated with the first bar 601 and is connected, and second The other end of bar 602 is stretched out mating holes 101 and is connected with change part 5 rotation.

That is, when transformable toy 100 is in grown form, the first bar 602 is in the first turned position, can When form deformation toy 100 is in change shape, the first bar 602 is in the second turned position.In Fig. 6, the position of the first bar 602 is the One turned position, in Fig. 5, the position of the first bar 602 is the second turned position, and the first bar 602 is rotated backward by the first turned position To the second turned position.

In the example depicted in fig. 6, match with the first bar 601 in the first touch part 2, can be with first on the first bar 601 The part of touch part 2 cooperation constitutes triggering end 603, and the part being connected with change part 5 of the second bar 602 constitutes drive end 604.? In this embodiment, link assembly 6 and change part 5, fixture 1 constitute four-bar linkage, and the first bar 601 and the second bar 602 are constituted Two bars in four-bar linkage, drive end 604 is equivalent to four-bar linkage with the line of the rotary shaft 501 of change part 5 In the 3rd bar, the line of the rotating shaft of the change rotary shaft 501 of part 5 and the first bar 601 is equivalent in four-bar linkage the Four bars.The setting of four-bar linkage, can make the first bar 601 in activity, drive change part 5 smooth rotation, and structure is very simple Single controlled.

Specifically, as shown in fig. 6, the second bar 602 is provided with the avoidance breach of the rotary shaft 501 for avoiding change part 5 6021.As shown in figure 5, when changing part 5 expansion, a part for the rotary shaft 501 of change part 5 is located at and avoids in breach 6021. So, change part 5 and the compact arrangement of the second bar 602 can be made, and link assembly 6 is easily hidden.

Further, as shown in Figure 5 and Figure 6, transformable toy 100 also includes：Impeller 7, impeller 7 movably sets On fixture 1, impeller 7 is matched with the first touch part 2 and triggering end 603 with when the first touch part 2 is triggered respectively Promote triggering end 603 activity.

For convenience of describing, when in Fig. 5 example, the first touch part 2 is triggered, impeller 7 illustrates as a example being moved rearwards by. That is, impeller 7 is moved rearwards by when the first touch part 2 is triggered, impeller 7 can promote touching of link assembly 6 when mobile It is 603 movable backward to make a start, thus the drive end 604 of link assembly 6 is movable therewith, the drive end 604 of link assembly 6 drives change Part 5 rotates around the rotary shaft 501 of change part 5, thus in the morphing process of transformable toy 100, fixture 1 changes part 5 actions that can produce upset.

In Fig. 6, the part that the first bar 601 is contacted with impeller 7 constitutes triggering end 603, and the first touch part 2 is triggered When be moved rearwards by, thus driving impeller 7 to be moved rearwards by, drive the first bar 601 rotate backward.

In the example of Fig. 1 and Fig. 4, when transformable toy 100 is in car form, change part 5 is close on fixture 1, When transformable toy 100 is in change shape, change part 5 lifts from fixture 1, and that is, change part 5 opposed fixed member 1 has two The state of kind, a kind of folded state shown in Fig. 1, a kind of deployed condition shown in Fig. 4.After the first touch part 2 is triggered, Impeller 7 promotes link assembly 6 activity, to drive change part 5 to become deployed condition, the rotation of change part 5 by collapsed state Angle is about 90 degree.

Certainly, in this utility model embodiment, transformable toy 100, in morphing process, changes the upset change of part 5 Change form not limited to this.After the structure changing part 5 and link assembly 6 is made rationally to change, change part 5 is in the first touch part 2 quilt Also folded state can be transformed into by deployed condition after triggering, change can also be realized by the movable amplitude of controls connecting rod assembly 6 The Small-angle Rotation (as 30 degree) of part 5, is not especially limited here.For simplifying explanation, hereinafter all touched with the first touch part 2 After sending out, change part 5 is described as a example becoming deployed condition by collapsed state.

In certain embodiments, as shown in Fig. 8 and Fig. 3, transformable toy 100 also includes spacing fork 8, spacing fork 8 One end be rotatably connected on fixture 1, the other end of spacing fork 8 is provided with inserting column 801, and impeller 7 is provided with slot 701, inserting column 801 is inserted in slot 701, and inserting column 801 slides along slot 701 when impeller 7 is mobile.

So, the setting of spacing fork 8 can limit the moving range of impeller 7 it is ensured that impeller 7 is pressed on fixture 1 Move according to setting track.

Specifically, as shown in figure 8, impeller 7 is formed as tabular, the impeller 7 when transformable toy 100 is in car form Horizontally extending.Impeller 7 is formed as generally rectangular plate, and the rear end of impeller 7 is provided with the pushing block 704 becoming large-sized, The rear end face upper edge of pushing block 704 is provided with chamfering, to increase the contact area with link assembly 6, is suitable to promote link assembly 6.

In the example of fig. 8, the bottom of pushing block 704 is only against on the first touch part 2, and the front end of impeller 7 is located at limit The top of position fork 8, inserting column 801 inserts stopper slot 702 from bottom to top.

Specifically, as shown in figure 8, spacing fork 8 is two, 8 points of two spacing forks on the moving direction of impeller 7 It is not located at the both sides of impeller 7, impeller 7 is provided with corresponding two slots 701.

In Fig. 8, impeller 7 moves along the longitudinal direction, and two spacing forks 8 are respectively provided at the left and right sides of impeller 7. So, impeller 7 is subject to the position-limiting action of two spacing forks 8, stress symmetrical equilibrium, and impeller 7 is difficult in moving process Revolution is rocked.

Further, as shown in figure 8, stopper slot 702 is additionally provided with impeller 7, fixture 1 is additionally provided with limited post (figure Not shown), limited post extend in stopper slot 702, and when impeller 7 moves on fixture 1, limited post is in stopper slot 702 Slide.Thus, impeller 7 can be limited further to move in parallel according to direction initialization, improve structural reliability.

Wherein, the bearing of trend of stopper slot 702 is consistent with the motion track of impeller 7, and in such as Fig. 8, impeller 7 can be along can The fore-and-aft direction of form deformation toy 100 moves, and stopper slot 702 is formed as the strip extending along the longitudinal direction.

Alternatively, as shown in fig. 7, upper lid 103 is provided with assembling post 1031, the bottom of assembling post 1031 is only against impeller On 7, thus ensureing that impeller 7 moves in the horizontal direction.

Advantageously, the bottom face of assembling post 1031 is provided with pilot hole 1032, and one end of limited post is inserted into pilot hole In 1032, the other end of limited post is inserted in stopper slot 702.

Further, as shown in Figure 7 and Figure 8, impeller 7 is provided with slide block 703, and fixture 1 is provided with chute 102, Slide block 703 coordinates in chute 102, and when impeller 7 moves on fixture 1, slide block 703 slides along chute 102.Thus, Improve stationarity and the reliability of impeller 7 movement.

In certain embodiments, as shown in figure 3, the first locking member 3 is formed as mutually independent with the first touch part 2 independent zero Part, and the first locking member 3 is slidably disposed in fitting recess 201, the first touch part 2 drive when being triggered the first locking member 3 to After move.

Alternatively, as shown in figure 3, fitting recess 201 is formed as the through slot on the thickness direction on the first touch part 2, Consequently facilitating assembling.

Advantageously, as shown in figure 3, the first locking member 3 is provided with projection 301, the first touch part 2 is provided with block 202, convex Block 301 is only against on block 202, thus driving the first locking member 3 backward by projection 301 when the first touch part 2 is moved rearwards by Mobile.First locking member 3 is provided with the first snap fit 302, and the first snap fit 302 extends downwardly from fixture 1, as shown in Fig. 2 in car shape During state, the first snap fit 302 is stuck on deformation flip piece 9.

As shown in Figure 2 and Figure 6, deformation flip piece 9 is provided with the hole clipping 901 of insertion, and the first snap fit 302 is hooked on hole clipping In 901.

In certain embodiments, as shown in figure 8, transformable toy 100 also includes：Second touch part 11, the second touch part 11 are located on deformation flip piece 9, touch the mobile triggering in the first touch part 2 in the second touch part 11 when being triggered.Thus the first lock Tight part 3 unlocks, and promotes triggering end 603 activity of link assembly 6.

As shown in Fig. 8 and Fig. 4, Fig. 5, transformable toy 100 also includes：First magnetic absorption member 13 and the second magnetic absorption member 14, the One magnetic absorption member 13 is fixedly installed on deformation flip piece 9, in the first magnetic absorption member 13 magnetic the second magnetic absorption member 14, the second magnetic absorption member 14 move near the first magnetic absorption member 13 to promote the second touch part 11 to trigger.

Specifically, as depicted in figs. 1 and 2, the front side of deformation flip piece 9 is formed with headstock 10, and the front side of headstock 10 is provided with Clamp port 105, the first magnetic absorption member 13 is installed in the inner side of clamp port 105.As shown in figure 8, the second touch part 11 movably sets On deformation flip piece 9, and the second touch part 11 is arranged adjacent to the first magnetic absorption member 13, and the first touch part 2 is movably arranged at solid Determine on part 1.In car form, the second touch part 11 is only against the front end of the first touch part 2, when the second touch part 11 trigger and to After when moving, the first touch part 2 is triggered and is moved rearwards by.

As shown in figure 4, the second magnetic absorption member 14 is formed as magnetic force disc, when transformable toy 100 is in car form, can be by Magnetic force disc is launched at the headstock 10 of transformable toy 100, and the second magnetic absorption member 14 is attracted by the first magnetic absorption member 13 and snaps in folder Hold in mouth 105.Alternatively, as shown in figure 8, being enclosed within the first magnetic absorption member 13 outside the second touch part 11, the one of the second touch part 11 Part is located at the front side of the first magnetic absorption member 13, when the second magnetic absorption member 14 to the first magnetic absorption member 13 near when, the second magnetic absorption member 14 is first Contact with the second touch part 11 and the second touch part 11 is promoted backward, thus the second touch part 11 is triggered.

Second touch part 11 is triggered the first touch part 2 and is moved rearwards by when being moved rearwards by, transformable toy 100 is by car shape afterwards State is changing into change shape.As shown in figure 4, in change shape, the second magnetic absorption member 14 is still adsorbed in folder by the first magnetic absorption member 13 Hold at mouth 105.

In certain embodiments, as shown in Figure 1 and Figure 4, transformable toy 100 also includes：Launch part 12, the second elastic component (not shown) with for being locked at the second locking member 4 on fixture 1 by launching part 12.

Launch part 12 to be rotatably arranged between curling position and expanded position on fixture 1, the second elastic component is located at Launch to launch part 12 and rotate towards expanded position with normal driving between part 12 and fixture 1, the when being triggered in the first touch part 2 Two locking members 4 unlock.

So, when transformable toy 100 is in car form, the second locking member 4 pins and launches part 12 so that expansion part 12 is tight It is attached on fixture 1 and form the structures such as car door.And after the first touch part 2 is triggered, the second locking member 4 touches lock, deformable is played Tool 100, under change shape, launches part 12 and outwards launches under the elastic force effect of the second elastic component.

Alternatively, the second elastic component is torsion spring, and the second elastic component is connected at the rotary shaft launching part 12.Certainly, second Elastic component is also not excluded for using other elastic components disclosed in prior art, as long as launching part after enabling the second locking member unblock 12 Automatic-expandings, are not especially limited here.

Alternatively, as shown in figure 3, the second locking member 4 is formed as the second snap fit 401, the second snap fit 401 and the first touch part 2 form as one part.

Specifically, as shown in Figure 1 and Figure 4, fixture 1 be respectively arranged on the left side and the right side one expansion part 12, first shake-up Portion 2 is provided with two the second locking members 4, and two the second locking members 4 lock two expansion parts 12, respectively in two the second locking members After 4 unblocks, two are launched part 12 and launch to the left and right sides of fixture 1 respectively.

Alternatively, part 122 and outer layer expansion part 121 are launched as shown in figure 4, launching part 12 and including internal layer, internal layer launches part 122 are located at outer layer launches between part 121 and fixture 1, and outer layer is launched part 121 and is provided with for being coordinated with the second locking member 4 Fastener 123.

When launching part 12 for two, each launches, and part 12 all includes internal layer expansion part 122 and outer layer launches part 121, After two the second locking member 4 unblocks, fixture 1 both sides outermost is launched an outer layer respectively and is launched part 121, in each outer layer exhibition An internal layer expansion part 122 is launched in the inner side opening part 121.

By parity of reasoning, and each launches part 12 and can only include one layer, and each launches part 12 and may also include more sublayers expansion parts, Thus have when transformable toy 100 is in change shape launching the abundant change of the deployable formation of part 12.

Specifically, as shown in figure 8, fixture 1 be respectively arranged on the left side and the right side a spacing fork 8, fixture 1 also connects It is connected to two expansion parts 12, each launches part 12 and is all rotatably connected to accordingly on spacing fork 8, and each launches part 12 Coincide with the pivot center of corresponding spacing fork 8.In fig. 8, each launches part 12 and all includes outer layer to launch part 121 and interior Layer launches part 122, and outer layer launches part 121 and internal layer is launched part 122 and all coincided with the pivot center of corresponding spacing fork 8.

Alternatively, as shown in figure 4, change part 5 is formed as the nose shape of birds, the part formation of deformation flip piece 9 For the tail shape of birds, two are launched the shape that part 12 forms the wing of birds.That is, transformable toy 100 is becoming Change the shape being formed as bird under form.

When transformable toy 100 is recovered to car form by change shape, link assembly 6 and the first touch part 2 need extensive Again to the state not triggered, the second touch part 11 is also required to recover to the state not triggered.These parts recover to not triggering reality Existing structure has multiple.

For example, in certain embodiments, it is connected with return springs (not shown) between the first bar 601 and fixture 1, Return springs are used for normal driving the first bar 601 towards the first rotated position.Here, " normal " refers to normality, " often drives Dynamic " represent that return springs have the trend often driving towards the first turned position to the first bar 601.That is, After impeller 7 discharges the first bar 601, the first bar 601 rotates back into the first rotation under the elastic force effect of return springs automatically Position, so, change part 5 can return back to folded state by deployed condition under the drive of link assembly 6.

In the example of Fig. 5, when taking out the second magnetic absorption member 14 in clamp port 105, and the first touch part 2 is by Fig. 5 institute After the vertical state shown is transformed into horizontality, one end towards headstock 10 of the first touch part 2 is no longer only against headstock 10 On, the first touch part 2 can move forward and backward.

Now, the first bar 601 rotates forward under the elastic force effect of return springs, to drive impeller 7 to move forward, The impeller 7 moving forward drives the first touch part 2 to move forward, and drives the first locking member with the first touch part 2 cooperation 3rd, the second locking member 4, front trigger member 11 move forward, thus deforming flip piece 9 first locking member 3 when recovering to curling position Deformation flip piece 9 can be locked, launch part 12 and can be locked by the second locking member 4.

Alternatively, return springs can be torsion spring, and return springs are also not excluded for using other bullets disclosed in prior art Property component, such as helical spring etc..

Certainly, above-mentioned each component is recovered the frame mode not limited to this to position during car form, for example, can be second Return springs between bar 602 and fixture 1, and for example return springs can be connected between change part 5 and fixture 1, Return springs are used for normal driving change part 5 to be rotated from deployed condition to folded state, thus driving the first bar 601 towards first Rotated position.

The concrete structure of transformable toy 100, deformation principle and playing method in this utility model difference embodiment are described below, It is understood that identical label shows identical element or the element with identical function in different embodiments.

Embodiment one

Fig. 1-Fig. 8 illustrates the structure of transformable toy 100 in embodiment one.

As depicted in figs. 1 and 2, the grown form of transformable toy 100 is car form, and transformable toy 100 includes fixing Part 1, headstock 10, deformation flip piece 9, change part 5 and two expansion parts 12, headstock 10 is installed in the front side of deformation flip piece 9, Gu Determine the rear side that part 1 is located at headstock 10, and deform the lower section that flip piece 9 is located at fixture 1, two are launched part 12 and are respectively provided at fixation To form both sides car door, change part 5 is located at the top rear of fixture 1 for the left and right sides of part 1, and change part 5 is located at fixture 1 Top centre position.

As shown in figure 4, change part 5 is formed as the nose shape of phoenix, deformation flip piece 9 forms the shape of phoenix tail, Transformable toy 100 is the moulding of phoenix under change shape.

It is provided with clamp port 105 in headstock 10 front end, be provided with the first magnetic absorption member 13 in clamp port 105, the first magnetic absorption member 13 can For Magnet.Transformable toy 100 can also configure the second magnetic absorption member 14, and the second magnetic absorption member 14 is chip, can be provided with iron ring in chip Or magnetisable material.

When transformable toy 100 is at play, chip can be launched towards headstock 10 direction of transformable toy 100.

As shown in Fig. 8 and Fig. 4, adsorbable second magnetic absorption member 14 of the first magnetic absorption member 13, the second magnetic are passed through in headstock 10 front end Part 14 moves after can promoting the second touch part 11, and the second touch part 11 promotes the first touch part 2 to be moved rearwards by after being moved rearwards by.First The first locking member 3 on touch part 2 is moved rearwards by, thus the first snap fit 302 is taken off with deformation flip piece 9 hooking.

So, the first locking member 3 unblock deformation flip piece 9, deformation flip piece 9 is had an effect with ground when upspringing downwards, Fixture 1 bounces off deformation flip piece 9 in the presence of the first elastic component around the shaft, makes transformable toy 100 that 360 degree of front jumpings to occur Soar upset.After somersault, fixture 1 uprightly forms the body of phoenix, and deformation flip piece 9 becomes phoenix tail.

In deformation process, the rear shifting of the first touch part 2 makes the second locking member 4 and the fastener 123 launching on part 12 It is separated, thus launch part 12 outwards launching in the presence of the second elastic component.The expansion part 12 of fixture 1 left and right sides is respectively Launch part 122 including internal layer and outer layer launches part 121, internal layer launches part 122 and outer layer launches part 121 respectively in the second elastic component In the presence of launch, formed phoenix wing.

In deformation process, the rear shifting of the first touch part 2 also drives impeller 7 to be moved rearwards by, thus promoting the first bar 601 By the first rotated position to the second turned position, in the first bar 601 rotation process, the second bar 602 is movable therewith.Second bar 602 drive change part 5 to turn to deployed condition by folded state, so that change part 5 is formed as the head of phoenix.

If recovered the transformable toy 100 of phoenix form to car form, chip can be extracted at headstock 10, so Manually shell fragment 9 is pushed back to the state be close to parallel with fixture 1 afterwards, make the first snap fit 302 block deformation flip piece 9.Afterwards Manually the outer layer of fixture 1 left and right sides is launched the state that part 121 is pressed back into being close to fixture 1 respectively, make the second snap fit 401 block fastener 123.

Embodiment two

The structure of transformable toy 100 of embodiment two is essentially identical with the structure of the transformable toy 100 of embodiment one, Here identical part is not repeated.Except that, in embodiment two, the expansion part 12 of fixture 1 both sides all no longer divides It is set as internal layer and launches part 122 and outer layer expansion part 121, that is, fixture 1 both sides are the expansion part 12 of monolayer.

When this transformable toy 100 is at play, also chip can be launched towards headstock 10 direction of transformable toy 100.

Adsorbable second magnetic absorption member 14 of the first magnetic absorption member 13 is passed through in headstock 10 front end, and the second magnetic absorption member 14 can promote second to touch Move behind dynamic portion 11, the second touch part 11 promotes the first touch part 2 to be moved rearwards by after being moved rearwards by.On first touch part 2 first Locking member 3 is moved rearwards by, thus the first snap fit 302 is taken off with deformation flip piece 9 hooking.

In deformation process, the rear shifting of the first touch part 2 makes the second locking member 4 and the fastener 123 launching on part 12 It is separated, thus launch part 12 outwards launching in the presence of the second elastic component, launching in the presence of the second elastic component, being formed The wing of phoenix.

If recovered the transformable toy 100 of phoenix form to car form, chip can be extracted at headstock 10, so Manually shell fragment 9 is pushed back to the state be close to parallel with fixture 1 afterwards, make the first snap fit 302 block deformation flip piece 9.Afterwards Manually the expansion part 12 of fixture 1 left and right sides is pressed back into respectively the state being close to fixture 1, so that the second snap fit 401 is blocked Live fastener 123.

It is to be understood that term " first ", " second " are only used for describing purpose in description of the present utility model, and It is not intended that instruction or hint relative importance or the implicit quantity indicating indicated technical characteristic.Thus, define The feature of " first ", " second " can be expressed or implicitly include one or more this feature.Of the present utility model In description, unless otherwise stated, " multiple " are meant that two or more.

In description of the present utility model, unless otherwise clearly defined and limited, term " installation ", " being connected ", " company Connect ", " fixation " should be interpreted broadly, for example, it may be being fixedly connected or being detachably connected or integral；Can be It is mechanically connected or electrically connect；Can be to be joined directly together it is also possible to be indirectly connected to by intermediary, can be two The connection of element internal or the interaction relationship of two elements.For the ordinary skill in the art, can be concrete Situation understands concrete meaning in this utility model for the above-mentioned term.

In this utility model, unless otherwise clearly defined and limited, fisrt feature second feature it " on " or it D score can include the first and second feature directly contacts it is also possible to include the first and second features not to be directly contact but logical Cross the other characterisation contact between them.And, fisrt feature second feature " on ", " top " and " above " include the One feature is directly over second feature and oblique upper, or to be merely representative of fisrt feature level height be higher than second feature.First is special Levy second feature " under ", " lower section " and " below " include fisrt feature immediately below second feature and obliquely downward, or only Represent that fisrt feature level height is less than second feature.

In the description of this specification, the description of reference term " embodiment ", " example " etc. mean with reference to this embodiment or The specific features of example description, structure, material or feature are contained at least one embodiment of the present utility model or example. In this manual, identical embodiment or example are not necessarily referring to the schematic representation of above-mentioned term.And, description Specific features, structure, material or feature can be tied in any one or more embodiments or example in an appropriate manner Close.

While there has been shown and described that embodiment of the present utility model, it will be understood by those skilled in the art that： Multiple changes, modification, replacement can be carried out to these embodiments in the case of without departing from principle of the present utility model and objective And modification, scope of the present utility model limits by claim and equivalent.

Claims

1. transformable toy it is characterised in that described transformable toy has grown form and change shape, play by described deformable Tool includes：

Fixture, described fixture has the first touch part；

Deformation flip piece, described deformation flip piece is rotatably arranged at described fixture between curling position and expanded position On, and a part for described change shape is constituted in described expanded position；

First elastic component, described first elastic component is located at and drives described change with normal between described deformation flip piece and described fixture Shape flip piece rotates towards expanded position；

First locking member, described first locking member is located on described fixture, and described deformation can be turned over by described first locking member Turn part and be locked at curling position, described first locking member is matched with described first touch part, touched in described first touch part First locking member described in when sending out discharges described deformation flip piece upset so that described transformable toy soars；

Change part, described change part is rotatably arranged on described fixture, and described change part is matched with described first touch part Close, when being triggered in described first touch part, described change part rotates relative to described fixture and constitutes in described expanded position A part for described change shape.

2. transformable toy according to claim 1 is it is characterised in that be formed with birds in fixture described in change shape Trunk shape, described deformation flip piece is formed as the tail shape of birds.

3. transformable toy according to claim 1 is it is characterised in that be formed as birds in change part described in change shape Nose shape.

4. transformable toy according to claim 1 is it is characterised in that also include：Link assembly, described link assembly can Actively it is located on described fixture, described link assembly has triggering end and drive end, described drive end and described change part Rotate and connect, described triggering end is matched with described first touch part, and described first touch part drives described triggering when being triggered End activity, passes through described drive end and drives described change part to rotate during described triggering end activity.

5. transformable toy according to claim 4 is it is characterised in that also include：Impeller, described impeller may move Be located on described fixture, described impeller is matched with described first touch part and described triggering end respectively with described One touch part promotes described triggering end activity when being triggered.

6. transformable toy according to claim 5 is it is characterised in that also include spacing fork, described spacing fork One end is rotatably connected on described fixture, and the other end of described spacing fork is provided with inserting column, and described impeller is provided with slotting Groove, described inserting column is inserted in described slot, and described inserting column slides along described slot when described impeller is mobile.

7. transformable toy according to claim 6 is it is characterised in that described spacing fork is two, in described promotion On the moving direction of part, two described spacing forks are respectively provided at the both sides of described impeller, and described impeller is provided with corresponding Two described slots.

8. transformable toy according to claim 4 is it is characterised in that described fixture is provided with mating holes, described change Change part is located at outside described fixture and described link assembly is located in described fixture, and described link assembly includes：

First bar, described first bar is rotatably connected to described fixture between the first turned position and the second turned position On, drive described first bar by described first rotated position to described second rotation position during described first touch part triggering Put；

Second bar, one end of described second bar is rotated with described first bar and is connected, the other end of described second bar stretch out described in join Close hole and be connected with described change part rotation；In addition,

Described link assembly or described change part are connected with described fixture by return springs with normal driving described first Bar is towards described first rotated position.

9. the transformable toy according to any one of claim 1-8 is it is characterised in that also include：

Second touch part, described second touch part is located on described deformation flip piece, touches when being triggered in described second touch part Dynamic described first touch part is mobile to trigger.

10. transformable toy according to claim 9 is it is characterised in that also include：

First magnetic absorption member, described first magnetic absorption member is fixedly installed on described deformation flip piece；

Second magnetic absorption member, in the second magnetic absorption member described in described first magnetic absorption member magnetic, described second magnetic absorption member is near described One magnetic absorption member motion is to promote described second touch part triggering.

11. transformable toys according to claim 1 are it is characterised in that also include：

Launch part, described expansion part is rotatably arranged on described fixture between curling position and expanded position；

Second elastic component, described second elastic component is located at and drives described expansion part with normal between described expansion part and described fixture Rotate towards expanded position；

For the described part that launches is locked at the second locking member on described fixture, it is triggered when institute in described first touch part State the second locking member unblock.

12. transformable toys according to claim 11 launch part with outward it is characterised in that described expansion part includes internal layer Layer launches part, and described internal layer launches part and is located between described outer layer expansion part and described fixture, and described outer layer launches to set on part Have for the fastener with described second locking member cooperation.