WO2019105200A1 - Combination and deformation toy - Google Patents

Abstract

A combination and deformation toy (10000), comprising a plurality of single toys (1000). Each of the single toys (1000) is provided with a first unlocking device (400), and each of the single toys (1000) comprises an actuating member cooperating with the first unlocking device (400). After the first unlocking device (400) is triggered, the actuating member is unfolded and deformed or the actuating member is pivoted, so that the single toy (1000) flips over in the air. A butting device (300) and a linkage device are provided between any two single toys (1000). The butting device (300) is connected between two adjacent single toys (1000), so that the two single toys (1000) are detachably connected. The linkage device comprises a first linkage group (430) connected between the first unlocking devices (400) of the two adjacent single toys (1000), and when the first linkage group (430) is configured to trigger any one of the first unlocking devices (400), the remaining first unlocking devices (400) are linkedly triggered. The combination and deformation toy (10000) simplifies the butting operation between a plurality of single toys (1000), and implements synchronous flip-over and deformation of the plurality of single toys (1000) after combination.

Description

Fitted deformation toy Technical field

The invention relates to the field of toys, and in particular to a combined deformation toy.

Background technique

The existing touch deformation toys are all played by a single toy, and the two toys cannot be combined and played together; while the existing combination toys can realize the combination of two toys, the combination is generally Yes: comprising a first toy and a second toy, wherein the first toy is rotatable and deformable, the second toy is detachable, and then the various components of the second toy are assembled onto the first toy to form a combination and a deformation. The deformation process is manual operation, and there is no linkage relationship between the two assemblies, and the combination can be operated less after the combination is completed, and the interest is not high.

Summary of the invention

The present invention aims to solve at least one of the technical problems existing in the prior art. To this end, the present invention provides a combined deformation toy, and there is a linkage relationship between the combined deformation toys, and the operability is better after the combination is completed.

A combined deformation toy according to an embodiment of the present invention includes a plurality of unitary toys, each of which is provided with a first unlocking device, each of which includes a first unlocking device a mating action member, after the first unlocking device is triggered, the action member is unfolded, or the action member is pivoted to make the single toy vacate; and any two of the single toys are provided between a docking device and a linkage device, the docking device being connected between two adjacent ones of the single toys to detachably connect the two single toys, the linkage device comprising two adjacent ones connected a first linkage group between the first unlocking devices of the body toy, the first linkage group configured to trigger one of the first unlocking devices, and the remaining unlocking devices are linked to trigger.

According to the combined deformation toy of the embodiment of the present invention, since a plurality of single toys are docked by the docking device and linked by the linkage device, the docking operation between the plurality of single toys is simplified, and a plurality of single toys are realized. After the combination, the flipping or deformation can be synchronously generated, so that the combined deformation toy produces a play that is better than the single toy, which is magical and unpredictable to the player, and satisfies the child's hunting singularity.

In some embodiments, each of the unitary toys includes a fixing member, the first unlocking device and the actuating member are respectively disposed on the fixing member, and the docking device is disposed in two adjacent Between the fasteners of the unitary toy.

In some embodiments, the opposite sides of each of the unitary toys are provided with the docking device, and the plurality of single toys can be arranged side by side, between two adjacent single toys in the same row Connected by the docking device.

In some embodiments, the docking device includes: a docking male terminal and a docking female terminal, wherein each of the two adjacent single toys can be snap-fitted through the docking male terminal and the docking female terminal.

In some embodiments, the first unlocking device includes: a first lock member and a first return spring, the first lock member being movably disposed on the unitary toy between an unlocked position and a latched position The first return spring is configured to frequently drive the first lock member to move toward the lock position, and the first linkage group is disposed on the first lock member of two adjacent single toy toys When any one of the plurality of connected single toys moves, the remaining first locks move simultaneously.

Specifically, the first linkage group includes a linkage protrusion and a linkage concave block disposed on the first lock member, and the linkage protrusion and the linkage concave block are disposed in a direction of movement of the first lock member The two ends of the single-piece toy are mated with the interlocking concave block of the other of the unitary toys.

In some embodiments, the actuating member on each of the unitary toys includes a flip member, the linkage further comprising a second linkage between the flip members connected adjacent to the unitary toy group.

Specifically, the second linkage group includes a linkage sleeve and a linkage sleeve disposed at two ends of the rotating shaft of the flip member, and the linkage sleeve of one of the single toys when any two of the single toys are docked The post is mated with the linkage sleeve of the other unitary toy.

In some embodiments, each of the unitary toys includes a fixing member, and the action member of each of the unitary toys includes a flip member and a deforming member provided on the fixing member, the flip member Provided at a bottom of the fixing member, the first unlocking device is snap-connected with the flipping member, and the flipping member pivots after the first unlocking device is triggered to make the single toy vacate; The unitary toy is provided with a second unlocking device, and the deforming member is unfolded and deformed after the second unlocking device is triggered.

Specifically, the front end of the fixing member is provided with a first triggering position, one end of the first unlocking device extends to the first triggering position, and the deforming member or the flipping member is provided with a second triggering position. One end of the second unlocking device extends to the second trigger bit; wherein, when the second trigger bit is disposed on the deforming member, when the second trigger bit is not triggered, the second a trigger bit is located on a front side of the first trigger bit, after the second trigger bit triggers the second unlocking device, the deforming member deforms and exposes the first trigger bit; when the second trigger bit Provided on the flipper, after the first trigger bit is triggered, the flipper is flipped such that the second trigger bit triggers the second unlocking device, and after the second unlocking device is triggered The deformed member is unfolded and deformed.

In some embodiments, each of the unitary toys further includes a delimiting device having a switchable deformation gear position and a reverse gear position, and the delimiting device configured in the deformation gear position Linking the trigger member and the second unlocking device, the delimiting device is configured to interlock the trigger member and the first unlocking device in a reverse gear position.

Specifically, the delimiting device includes: a linkage rotating column, the linkage rotating column is rotatably disposed on the fixing member; and the limiting rod is movably disposed on the fixing member, One end of the release lever is rotatably connected to the linkage rotating column, a connection point of the release lever and the linkage rotating column is deviated from a rotation axis of the linkage rotating column, and the other end of the releasing rod extends The fixing member, the second unlocking device is movably coupled to the release lever, and a moving direction of the second unlocking device is perpendicular to a moving direction of the unlocking lever; wherein the linkage is turned When the column is rotated to cut off the linkage between the triggering member and the first unlocking device, the unlocking lever drives the second unlocking device to be connected to the triggering member, and the releasing device is in a deformed gear position; The interlocking rotating column is rotated to be respectively linked with the triggering member and the first unlocking device, and the releasing lever moves the second unlocking device to be disengaged from the triggering member, and the releasing device is in the reverse gear Bit.

More specifically, the linkage rotating column is provided with a linkage protruding post, and the releasing device further includes: a movable sleeve, the movable sleeve is disposed on the linkage protruding post; and is movably disposed on the fixing member a movable panel disposed between the trigger member and the movable sleeve; wherein, when the unlocking device is in a deformed gear position, the movable sleeve is at least with the movable panel and the first One of the unlocking devices is disengaged, and when the unlocking device is in the reverse gear position, the movable sleeve is stopped between the movable plate and the first unlocking device.

In some embodiments, the second unlocking device includes: a second lock member movably disposed on the unitary toy between the unlocked position and the latched position, at the latching position The second lock member locks the deforming member on the fixing member, and when the unlocking position releases the deforming member to expand and deform the deforming member; the second return spring, the A second return spring is used to constantly drive the second lock member to move toward the latch position.

The additional aspects and advantages of the invention will be set forth in part in the description which follows.

DRAWINGS

The above and/or additional aspects and advantages of the present invention will become apparent and readily understood from

1 is a schematic view showing the structure of a single toy in a normal state according to an embodiment of the present invention.

2 is a schematic view showing the structure of a single toy in a deformed state according to an embodiment of the present invention.

3 is an exploded view of the overall structure of a unitary toy according to an embodiment of the present invention.

4 is an exploded perspective view of a fixing member of a single toy according to an embodiment of the present invention.

Figure 5 is a schematic vertical cross-sectional view of a single toy in a normal state in accordance with an embodiment of the present invention.

Figure 6 is a partial structural view of a fixing member of a unitary toy according to an embodiment of the present invention.

Fig. 7 is a partial structural exploded view of the fixing member shown in Fig. 6.

Figure 8 is a schematic view showing the overall structure of a flip member of a single toy according to an embodiment of the present invention.

Figure 9 is a schematic view showing the structure of a combined deformation toy in a normal state according to an embodiment of the present invention.

Figure 10 is a schematic view showing the structure of a combined deformation toy in a deformed state according to an embodiment of the present invention.

Figure 11 is a schematic view showing the structure of a single toy in a normal state according to another embodiment of the present invention.

Figure 12 is a schematic view showing the structure of a single toy in a deformed state according to another embodiment of the present invention.

Figure 13 is a schematic view showing the structure of a fitted deformation toy in a normal state according to another embodiment of the present invention.

Figure 14 is a structural schematic view showing a combined deformation toy in a deformed state according to another embodiment of the present invention.

Figure 15 is an exploded view of the single toy shown in Figure 11;

Figure 16 is a partial structural schematic view of the single toy shown in Figure 11.

Figure 17 is an exploded perspective view of Figure 16.

Figure 18 is a partial structural view showing the fixing member of the single toy in a normal state.

Figure 19 is a vertical cross-sectional view of the single toy in a normal state.

Figure 20 is a partial structural view of the fixing member in which the combined deformation toy is in a normal state.

Figure 21 is a vertical cross-sectional view showing the assembled deformation toy in a normal state.

Figure 22 is a perspective view of the fixing member of the single toy shown in Figure 11 .

Figure 23 is a perspective view showing the other direction of the fixing member of the unitary toy shown in Figure 11 .

Reference mark:

Fitted deformation toy 10000,

Single toy 1000,

The fixing member 100, the third coin holder 110,

Clamping member 200,

Docking device 300,

Butt male terminal 310, butt female terminal 320,

The first unlocking device 400,

The first lock 410, the first lock 411,

First return spring 420,

The first linkage group 430, the linkage concave block 431, the linkage protrusion 432,

Flip piece 500, flip block 510,

a second linkage assembly 520, a linkage sleeve 521, a linkage sleeve 522,

The second unlocking device 600, the second lock member 610, the second lock 611, the second return spring 620,

Deformed piece 700,

a first deforming member 710, a first coin pocket 711, a second deforming member 720, a second coin pocket 721,

Trigger 800,

Deblocking device 900,

The rotating column 910, the linkage stud 911, the release lever 920, the movable sleeve 930, and the movable plate 940 are coupled.

Toy parts 2000.

Detailed ways

The embodiments of the present invention are described in detail below, and the examples of the embodiments are illustrated in the drawings, wherein the same or similar reference numerals are used to refer to the same or similar elements or elements having the same or similar functions. The embodiments described below with reference to the accompanying drawings are intended to be illustrative of the invention and are not to be construed as limiting.

In the description of the present invention, it is to be understood that the terms "center", "longitudinal", "transverse", "length", "width", "thickness", "upper", "lower", "front", " After, "Left", "Right", "Vertical", "Horizontal", "Top", "Bottom", "Inside", "Outside", "Clockwise", "Counterclockwise", "Axial", The orientation or positional relationship of the "radial", "circumferential" and the like is based on the orientation or positional relationship shown in the drawings, and is merely for convenience of description of the present invention and simplified description, and does not indicate or imply the indicated device or component. It must be constructed and operated in a particular orientation, and is not to be construed as limiting the invention. Furthermore, features defining "first" and "second" may include one or more of the features, either explicitly or implicitly. In the description of the present invention, "a plurality" means two or more unless otherwise stated.

In the description of the present invention, it should be noted that the terms "installation", "connected", and "connected" are to be understood broadly, and may be fixed or detachable, for example, unless otherwise explicitly defined and defined. Connected, or integrally connected; can be mechanical or electrical; can be directly connected, or indirectly connected through an intermediate medium, can be the internal communication of the two components. The specific meaning of the above terms in the present invention can be understood in a specific case by those skilled in the art.

A specific structure of the combined deformation toy 10000 according to an embodiment of the present invention will be described below with reference to Figs.

As shown in FIG. 7, FIG. 9 to FIG. 10, FIG. 13 to FIG. 14 and FIG. 22 to FIG. 13, a combined deformation toy 10000 according to an embodiment of the present invention includes a plurality of single toys 1000, each of which is on a single toy 1000. Each of the unitary toys 1000 includes an action member that cooperates with the first unlocking device 400. After the first unlocking device 400 is triggered, the action member is unfolded or the action member is pivoted to make a single unit. Toy 1000 is vacant. A docking device 300 and a linkage device are disposed between any two unitary toys 1000, and the docking device 300 is connected between two adjacent unit toys 1000 to detachably connect the two unitary toys 1000, and the linkage device includes The first linkage group 430 between the first unlocking devices 400 of the adjacent two unitary toys 1000 is configured such that one of the first unlocking devices 400 is triggered, and the remaining unlocking devices are triggered in conjunction.

It can be understood that the combined deformation toy 10000 of the embodiment of the present invention is docked by the docking device 300 to realize the detachable connection between any two single toy 1000s. This connection method is very simple, and it is convenient for the player to dock multiple monomers. Toy 1000. Since each of the unitary toys 1000 is provided with an action member that cooperates with the first unlocking device 400, after the first unlocking device 400 is triggered, the actuating member is unfolded or the actuating member is pivoted to make the single toy 1000 vacate. Therefore, each of the unitary toys 1000 can undergo deformation, flipping, and combination of deformation and flipping, enriching the play of the single toy 1000, and enhancing the fun of the single toy 1000. In addition, since the linkage device is further disposed between the two unitary toys 1000, the linkage device is configured to trigger one of the first unlocking devices 400, and the remaining unlocking devices are triggered in linkage. Therefore, it can be realized that the combination of the plurality of single toy 1000s can be reversed or deformed synchronously, so that the combined deformation toy 10000 produces a play better than the single toy 1000, which is magical and unpredictable to the player, and satisfies the small The child's hunting heart.

According to the combined deformation toy 10000 of the embodiment of the present invention, since the plurality of unitary toys 1000 are docked by the docking device 300 and interlocked by the linkage device, the docking operation between the plurality of unitary toys 1000 is simplified, and more After the combination of the single toy 1000, the folding or deformation can be synchronously generated, so that the combined deformation toy 10000 produces a play that is better than the single toy 1000, which is magical and unpredictable to the player, and satisfies the children's hunting.

It should be noted that, in the embodiment of the present invention, the shapes of the unitary toys 1000 may be the same or different, thereby making the plurality of single toy 1000s have various forms after docking, and the combined deformation toy is added. 10000 fun.

In some embodiments, as shown in FIG. 3, each of the unitary toys 1000 of FIGS. 18 and 20 includes a fixing member 100. The first unlocking device 400 and the actuating member are both disposed on the fixing member 100, and the docking device 300 is disposed at Between the fixtures 100 of the adjacent two unitary toys 1000. Thereby, the plurality of single toy 1000s have a relatively stable connection strength after docking, and the possibility that the plurality of single toy 1000s are disconnected during the playing of the combined deformation toy 10000 is reduced.

In some embodiments, the opposite sides of each of the unitary toys 1000 are provided with docking devices 300. The plurality of unitary toys 1000 can be arranged side by side, and the adjacent two unitary toys 1000 in the same row pass through the docking device 300. Connected. Of course, in the embodiment of the present invention, the plurality of unitary toys 1000 can be docked in multiple ways. For example, in some embodiments, the docking device 300 is disposed on the top and bottom of the fixture 100 such that the plurality of unitary toys 1000 can be stacked up and down. For another example, in some embodiments, the docking device 300 is disposed at the front and rear ends of the fixture 100 such that the plurality of unitary toys 1000 can be docked in the front-rear direction. Therefore, the plurality of single toys 1000 can realize the docking of the up, down, left and right and front and back directions, enriching the docking manner of the single toy 1000, so that the single toy 1000 has more forms after docking, and the single toy 1000 is added. Interesting.

In some embodiments, as shown in FIG. 7 and FIG. 22 to FIG. 23, the docking device 300 includes a docking male terminal 310 and a docking female terminal 320, and each adjacent two single toys 1000 can pass through the male terminal 310 and The mating female terminal 320 is snap-fitted. Thus, when the two unitary toys 1000 need to be docked, the docking male terminal 310 on one of the unitary toys 1000 is coupled to the butting female terminal 320 of the other unitary toy 1000 to complete two single toys 1000. The docking method is very simple and convenient for the toy docking single toy 1000. It should be noted that, in order to ensure the mating strength of the two unitary toys 1000, the docking device 300 on each of the unitary toys 1000 may be plural. Of course, in other embodiments of the present invention, the docking device 300 may further include other structures. For example, two single toys 1000 are provided with hooks, and the hooking of the two single toys 1000 can also be completed by using the hooks. .

Specifically, as shown in FIG. 7, the butt male terminal 310 and the butt female terminal 320 are detachably provided on the fixing member 100. Thus, when the plurality of unitary toys 1000 are combined, the docking device 300 is inadvertently broken, such as broken, etc. during the player's play, and the player can replace the docking device 300, thereby avoiding the single toy 1000 caused by the damage of the docking device 300. The phenomenon that the docking cannot occur can extend the play life of the single toy 1000.

It should be noted that, in the embodiment of the present invention, a plurality of modes of the first unlocking device 400 are triggered. For example, in some embodiments, the fixing member 100 of the single toy 1000 has a coin slot and a clip. A coin suction member 200 is provided at the coin opening, and the suction member 200 can suck the toy piece 2000 such that the toy piece 2000 triggers the first unlocking device 400. As another example, in some embodiments, the unitary toy 1000 needs to be issued by a particular device, such as a toy rack formed as a "garage," which is triggered when the unitary toy 1000 is issued by the toy rack.

In the following description, the deformation process of the unitary toy 1000 or the unitary deformation toy 10000 is described by taking the toy unit 2000 to trigger the first unlocking device 400 as an example.

In some embodiments, as shown in Figures 6, 19, 21, the first unlocking device 400 includes a first lock member 410 and a first return spring 420, the first lock member 410 being between the unlocked position and the latched position Removably disposed on the single toy 1000, the first return spring 420 is used to normally drive the first lock member 410 to move toward the lock position, and the first linkage group 430 is disposed on the first lock of the adjacent two single toy 1000s. Between the pieces 410, when any one of the plurality of connected unitary toys 1000 moves, the remaining first locks 410 move simultaneously.

It can be understood that when the gripping member 200 sucks the toy piece 2000, the toy piece 2000 pushes the first lock piece 410 to move, so that the first lock piece 410 moves to the unlocked position, thereby releasing the action piece, so that the action piece is unfolded and deformed. Or the action member pivots to cause the single toy 1000 to vacate. Such a structure is very simple, and the single toy 1000 can be easily flipped or deformed. In addition, since the first unlocking device 400 further includes the first return spring 420, when the gripping member 200 sucks the toy piece 2000, the toy piece 2000 pushes the first lock piece 410 to move, so that the first lock piece 410 moves to The position is unlocked while causing the first return spring 420 to deform and store the elastic potential energy. When the user removes the toy piece 2000 on the absorbing member 200, the first return spring 420 releases the stored elastic potential energy, so that the first lock member 410 returns to the lock position, thereby facilitating the user to lock the action member. On the first lock 410. At the same time, since the first linkage group 430 is disposed between the first lock members 410 of the two unitary toys 1000, it is ensured that when any one of the plurality of connected unitary toys 1000 moves, the first lock member 410 moves. The remaining first locks 410 move simultaneously. In the process of playing the combined deformation toy 10000, a plurality of the combined deformation toys 10000 are simultaneously turned over or deformed, thereby ensuring the stability of the combined deformation toy 10000 and enhancing the interest of the combined deformation toy 10000.

Specifically, as shown in FIG. 7 , the first linkage group 430 includes a linkage protrusion 432 and a linkage concave block 431 disposed on the first lock member 410 , and the linkage protrusion 432 and the linkage concave block 431 are disposed on the first lock member 410 . Both ends of the direction perpendicular to the direction of movement. When the two adjacent single toy toys 1000 are docked, the interlocking projection 432 of one of the single toy 1000s is mated with the interlocking concave block 431 of the other single toy 1000.

It can be understood that when the adjacent two single toy toys 1000 are docked, the linkage concave block 431 of one of the single toy 1000s is inserted into the linkage projection 432 of the other single toy 1000, so that the two monomers are The first locks 410 of the toy 1000 are connected such that the first locks 410 of the two unitary toys 1000 can be triggered simultaneously. Thereby, it is ensured that the two actuating members can be unlocked at the same time, so that the two unitary toys 1000 are simultaneously turned over or deformed at the same time. During the actual playing process, when two single toy 1000s have at least one clamping member 200 sucking the toy piece 2000, the simultaneous inversion or deformation of the two single toy 1000s can be completed. Thereby, the difficulty of triggering the deformation of the two single toys 1000 is reduced, and the player's playing experience is improved.

In some embodiments, as shown in FIG. 8, FIG. 19 and FIG. 21, the action members on each of the unitary toys 1000 each include a flip member 500, and the linkage device further includes a flip member 500 coupled to the adjacent unitary toy 1000. A second linkage group 520 between. Thus, when the inverting members 500 of the two unitary toys 1000 are connected by the second linkage group 520, thereby ensuring that the first locking member 410 releases the inverting member 500, the inverting members 500 of the two unitary toys 1000 can be synchronized. And because the flip members 500 of the two unitary toys 1000 are connected, the movement of the two unitary toys 1000 is more stable when flipped.

Specifically, as shown in FIG. 8 and FIG. 22 to FIG. 23, the second linkage group 520 includes a linkage sleeve 521 and a linkage sleeve 522 disposed at two ends of the rotating shaft of the flip member 500. When any two single toys 1000 are docked, The interlocking sleeve 521 of one of the unitary toys 1000 is mated with the interlocking sleeve 522 of the other unitary toy 1000.

It can be understood that when the adjacent two single toy toys 1000 are docked, the interlocking sleeve 521 of one of the single toy 1000s is inserted into the linkage sleeve 522 of the other single toy 1000, so that the two monomers are The flip members 500 of the toy 1000 are connected to ensure that when the first lock member 410 releases the flip member 500, the flip members 500 of the two unitary toys 1000 can move synchronously, and since the flip members 500 of the two unitary toys 1000 are connected, The movement of the two single toy 1000 is more stable when flipped.

Specifically, the linkage sleeve 521 is formed in an oblong shape, and the linkage sleeve 522 is formed in a shape corresponding to the linkage sleeve 521, whereby when the adjacent two single toys 1000 are docked, the two monomers are The relative rotation between the flip members 500 of the toy 1000 cannot occur, further ensuring that the movement of the two single toy 1000s is more stable when flipping. Of course, the linkage sleeve 521 and the linkage sleeve 522 can also be formed into other non-circular shapes.

In some embodiments, as shown in FIG. 5, each of the unitary toys 1000 includes a fixing member 100, and the action members of each of the unitary toys 1000 include a flip member 500 and a deforming member 700 provided on the fixing member 100, The flip member 500 is disposed at the bottom of the fixing member 100, and the first unlocking device 400 is snap-connected with the flip member 500. The first unlocking device 400 triggers the pivoting member 500 to pivot to make the single toy 1000 vacate. Each of the unitary toys 1000 is provided with a second unlocking device 600, and after the second unlocking device 600 is triggered, the deforming member 700 is unfolded and deformed.

It can be understood that when the toy piece 2000 triggers the first unlocking device 400, the flipping member 500 can be pivoted to make the single toy 1000 vacate, and the second unlocking device 600 is triggered to cause the deforming member 700 to expand and deform. That is, when the toy piece 2000 triggers the first unlocking device 400 and the second unlocking device 600, the single toy 1000 can be inverted or deformed. This enriches the gameplay of the single toy 1000 and improves the fun of the single toy 1000.

Specifically, the front end of the fixing member 100 is provided with a first trigger position (the third coin holder on the fixing member 100 is formed as a first trigger position), and one end of the first unlocking device 400 extends to the first trigger position, and is deformed. A second trigger bit is disposed on the member 700 or the flip member 500, and one end of the second unlocking device 600 extends to the second trigger position. As shown in FIG. 15, when the second trigger bit (the second trigger bit is formed as the second coin slot 721) is disposed on the deforming member 700, when the second trigger bit is not triggered, the second trigger bit is located at the first trigger. The front side of the bit, after the second triggering device triggers the second unlocking device 600, the deforming member 700 deforms and exposes the first triggering position. As shown in FIG. 4, when the second trigger bit (the second trigger bit is formed as the flip block 510) is disposed on the flip member 500, the second trigger bit triggers the second unlocking device 600 after the flip member 500 is turned over, and the second unlocking device 600 After being triggered, the deforming member 700 is unfolded and deformed.

It will be appreciated that the unitary toy 1000 of the embodiments of the present invention has multiple modes. Specifically, in some embodiments, the second trigger position of the single toy 1000 is set on the deforming member 700 as shown in FIG. 15, FIG. 19, FIG. 21, because the second trigger position is set at the first trigger position. When the front side, that is to say the suction member 200 of the single toy 1000 sucks the toy piece 2000, the toy piece 2000 triggers the second trigger position to cause the deformation piece 700 to deform for the first time while exposing the first trigger position. The triggering of the first trigger bit may cause the first unlocking device 400 to be triggered, thereby causing the single toy 1000 to flip. In some embodiments, as shown in FIG. 5, the second trigger position of the single toy 1000 is set on the flip member 500. When the suction member of the single toy 1000 sucks the toy member 2000, the toy member 2000 is triggered. The first triggering position causes the flipping member 500 to be reversed. Since the second triggering position is provided on the flipping member 500, the second unlocking device 600 is triggered when the flipping member 500 is turned over, so that the deforming member 700 is unfolded and deformed. In summary, the setting position of the second trigger bit can make the single toy 1000 realize various actions such as first deforming, then flipping or first flipping and deforming, thereby realizing the single toy 1000 having various playing methods, which greatly enriches the game. The play of the single toy 1000 increases the interest of the single toy 1000.

In some embodiments, as shown in FIGS. 16-18 and 20, each of the unitary toys 1000 further includes a delimiting device 900 and a triggering member 800 having a switchable deformation gear position and a reverse gear position. The deformation gear disengaging device 900 is configured as a linkage trigger 800 and a second unlocking device 600, and the reverse gear delimiting device 900 is configured as a linkage trigger 800 and a first unlocking device 400.

It can be understood that the triggering member 800 is triggered by the toy member 2000. As shown in FIG. 20, when the releasing device 900 is located in the deformed gear position, since the triggering member 800 is interlocked with the second unlocking device 600, that is, the toy member 2000 will be The second unlocking device 600 is triggered such that the single toy 1000 is deformed but does not flip. As shown in FIG. 18, when the unlocking device 900 is in the reverse gear position, since the triggering member 800 is interlocked with the first unlocking device 400, that is, the toy piece 2000 triggers the first unlocking device 400, the single toy 1000 is flipped. But it is not deformed. Thereby, the order of turning and deforming the single toy 1000 can be realized, the play of the single toy 1000 is greatly enriched, and the fun of the single toy 1000 is increased.

Specifically, as shown in FIG. 16 to FIG. 17 , the delimiting device 900 includes a linkage rotating column 910 and a delimiting lever 920 . The interlocking rotating column 910 is rotatably disposed on the fixing member 100 , and the disengaging rod 920 is movably fixed. On the member 100, one end of the release lever 920 is rotatably connected with the linkage rotating column 910, the connection point of the release lever 920 and the linkage rotating column 910 is offset from the rotation axis of the interlocking rotating column 910, and the other end of the releasing lever 920 is extended from the fixing member. 100. The second unlocking device 600 is movably coupled to the unlocking lever 920. The moving direction of the second unlocking device 600 is perpendicular to the moving direction of the unlocking lever 920. When the interlocking rotating column 910 is rotated to the linkage between the cutting trigger 800 and the first unlocking device 400, the releasing lever 920 drives the second unlocking device 600 to be connected with the triggering member 800, and the releasing device 900 is in the deformed position. The interlocking rotating column 910 is rotated to interlock with the triggering member 800 and the first unlocking device 400 respectively, and the releasing lever 920 drives the second unlocking device 600 to be disengaged from the triggering member 800, and the releasing device 900 is in the reverse gear position.

It can be understood that the function of the limiting device 900 is to adjust the order of the flipping and deformation of the single toy 1000. That is to say, when the unlocking lever 920 drives the second unlocking device 600 to be connected with the triggering member 800, the toy member 2000 The second unlocking device 600 is triggered to deform the single toy 1000. When the release lever 920 drives the second unlocking device 600 to disengage from the triggering member 800, the toy piece 2000 triggers the first unlocking device 400, so that the single toy 1000 is reversed.

It should be noted that in the embodiment of the present invention, the movement of the release lever 920 can be driven by another single toy 1000. Specifically, as shown in FIG. 18, when there is only one single toy 1000, the solution limiting device 900 is in the reverse gear position, and when the trigger member 800 is triggered, the single toy 1000 will be reversed; It is shown that when there are two single toys 1000, since one end of the release lever 920 protrudes from the fixing member 100, when the two single toys 1000 are docked, the release lever 920 on one of the single toy 1000s will be different from the other. The side walls of the fixing member 100 of a single toy 1000 interact to cause the release lever 920 to move, so that the interlocking rotating column 910 is rotated, so that the unlocking device 900 is switched from the reverse gear position to the deformation gear position, and the trigger is triggered. When the piece 800 is triggered, the two single toys 1000 will be deformed at the same time. In summary, the present invention realizes that the single toy 1000 and the combined deformation toy 10000 generate different movements when triggered by the toy piece 2000, which is magical and unpredictable to the player, and satisfies the children's hunting singularity. Of course, in other embodiments of the present invention, when there is only one single toy 1000, the solution limiting device 900 is in the deformation position, and when the trigger member 800 is triggered, the single toy 1000 will be deformed when there are two The single toy 1000, since one end of the release lever 920 protrudes from the fixing member 100, when the two single toys 1000 are docked, the release lever 920 on the same single toy 1000 and another single toy The side walls of the fixture 100 of 1000 create an interaction such that the release lever 920 moves, thereby causing the interlocking column 910 to rotate, so that the unlocking device 900 is switched from the deformation position to the reverse gear position, and when the trigger member 800 is triggered The two single toys 1000 will flip at the same time.

More specifically, as shown in FIG. 17, the interlocking column 910 is provided with a linkage stud 911, and the limiting device 900 further includes a movable sleeve 930 and a movable panel 940 movably disposed on the fixing member 100, and a movable sleeve 930 sleeve It is arranged on the linkage stud 911. The movable plate 940 is disposed between the trigger member 800 and the movable sleeve 930. When the limiting device 900 is in the deformed gear position, the movable sleeve 930 is separated from at least one of the movable plate 940 and the first unlocking device 400. When the releasing device 900 is in the reverse gear position, the movable sleeve 930 is stopped at the movable plate 940 and Between the first unlocking devices 400.

It can be understood that, when the toy member 2000 triggers the trigger member 800 in the deformation position, the trigger member 800 pushes the movable plate 940, and the movable plate 940 cannot push the movable sleeve 930 or the first unlocking device 400, thereby ensuring the deformation position. The first unlocking device 400 is not triggered. Similarly, in the deformation position, it is ensured that the second unlocking device 600 is not triggered.

In some embodiments, as shown in FIGS. 6 and 17, the second unlocking device 600 includes a second lock member 610 and a second return spring 620 that is movably movable between an unlocked position and a latched position. The second lock member 610 locks the deforming member 700 on the fixing member 100 when the latching position is in the unlocking position. When the unlocking position is released, the second locking member 610 releases the deforming member 700 to deform and deform the deforming member 700. The two return springs 620 are used to constantly drive the second lock member 610 to move toward the latch position. Thus, when the second unlocking device 600 is triggered, the second lock member 610 is moved to the unlocked position, thereby causing the deforming member 700 to be disengaged from the second lock member 610 to complete the deformation. Such a structure is very simple, and the deformation of the single toy 1000 is very convenient. In addition, since the second unlocking device 600 further includes a second returning spring 620, when the second unlocking device 600 is triggered, the second locking member 610 is moved to the unlocked position while the second returning spring 620 is deformed to store the elastic potential energy. After the component that triggers the second unlocking device 600 is removed, the elastic potential energy stored by the second return spring 620 is released to move the second lock member 610 toward the latching position, thereby facilitating the user to restore the deforming member 700.

Example 1:

The specific structure of the unitary toy 1000 and the combined deformation toy 10000 of one embodiment of the present invention will now be described with reference to Figs.

The unitary toy 1000 of the present embodiment has a normal form (as shown in FIG. 1) and a deformed form (as shown in FIG. 2).

As shown in FIG. 1 to FIG. 4, the unitary toy 1000 of the present embodiment includes a fixing member 100, a clamping member 200 and a docking device 300. The clamping member 200 is disposed on the fixing member 100, and the docking device 300 is disposed on the fixing member 100. Above, any two single toys 1000 are detachably connected by the docking device 300. The docking device 300 and the clamping member 200 are located at the left and right sides of the fixing member 100, so that any two of the single toy toys 1000 can be sucked by the clamping member 200 to suck the toy member 2000. The clamping member has 200 magnet blocks, and the toy member 2000 is a toy coin with a core inside.

As shown in FIG. 7, the docking device 300 includes two mating male terminals 310 and two mating female terminals 320. The mating male terminal 310 and the mating female terminal 320 are detachably disposed on the fixing member 100, and two adjacent monomers are provided. The toy 1000 is snap-fitted by the docking male terminal 310 and the docking female terminal 320.

As shown in FIGS. 4-6, the unitary toy 1000 is provided with a first unlocking device 400 and a flipping member 500 that cooperates with the first unlocking device 400. The first unlocking device 400 is disposed on the fixing member 100. One end of the first unlocking device 400 extends to the clamping member 200, and the flipping member 500 is disposed at the bottom of the fixing member 100. The first unlocking device 400 is snap-connected with the flipping member 500. . When the gripping member 200 sucks the toy piece 2000, the toy piece 2000 triggers the first unlocking device 400, and the first unlocking device 400 triggers the rear flipping member 500 to pivot to flip the unitary toy 1000. As shown in FIG. 6, the first unlocking device 400 includes a first locking member 410 and a first returning spring 420. The first locking member 410 is movably disposed on the fixing member 100 between the unlocking position and the locking position. The return spring 420 is used to normally drive the first lock member 410 to move toward the lock position. The first lock member 410 is provided with a first lock 411 for locking the flip member 500. One end of the first lock member 410 extends to the suction. 200 pieces.

As shown in FIG. 6, the first locking member 410 is further provided with a first linkage group 430. The first linkage group 430 includes a linkage protrusion 432 and a linkage concave block 431. The linkage protrusion 432 and the linkage concave block 431 are disposed at the first Both ends of the lock member 410 in a direction perpendicular to the direction of movement thereof. The linkage protrusion 432 of the unitary toy 1000 is adapted to be engaged with the linkage concave block 431 of the adjacent unitary toy 1000, and the linkage concave block 431 of the unitary toy 1000 is adapted to be associated with the adjacent unitary toy 1000. 432 card connection.

As shown in FIG. 8, a second linkage group 520 is further disposed on the rotating shaft of the flip member 500. The second linkage group 520 includes a linkage sleeve 521 and a linkage sleeve 522 disposed at two ends of the rotating shaft of the flip member 500, and a single toy. The linkage sleeve 521 of the 1000 is adapted to be mated with the linkage sleeve 522 of the other unitary toy 1000.

As shown in FIG. 3 and FIG. 5 to FIG. 6 , the unitary toy 1000 is further provided with a second unlocking device 600 and a deforming member 700 matched with the second unlocking device 600. The second unlocking device 600 is disposed on the fixing member 100. The deforming member 700 is disposed on the upper portion of the fixing member 100, and the second unlocking device 600 is snap-connected with the deforming member 700. When the clamping member 200 sucks the toy piece 2000, the flipping member 500 triggers the second unlocking device 600, and the second unlocking device 600 triggers the deformation of the deforming member 700 to deform the single toy 1000 from a normal shape to a deformed form. As shown in FIG. 6, the second unlocking device 600 includes a second lock member 610 and a second return spring 620. The second lock member 610 is movably disposed on the fixing member 100 between the unlocked position and the latched position, and the second The return spring 620 is used to normally drive the second lock member 610 to move toward the lock position, and the second lock member 610 is provided with a second lock 611 for locking the deformation member 700. The flip member 500 is provided to be pushed after being turned over. The second lock 610 is moved toward the unlocked position by a second unlocking position 510.

The shape of the deforming member 700 of the present embodiment is formed into a tyrannosaurus shape. Of course, in other embodiments, the deforming member 700 may be formed into a shape of a shark, a bear, or the like.

As shown in FIG. 9, the docking device 300 of the two toy deformation vehicles of the present embodiment can be combined to obtain a combined deformation toy 10000. The combined deformation toy 10000 also has two forms, a normal shape (as shown in FIG. 9) and a deformation form. (As shown in Figure 10).

The play of the single toy 1000 of this embodiment is as follows:

First, the single toy 1000 of the present embodiment is a toy vehicle having a coin-clip reverse deformation function. The deformation member 700 is located above the fixing member 100. When the clamping member 200 is clamped to a toy member 2000, the toy member 2000 pushes the first The first lock member 410 of the unlocking device 400 is moved backward, thereby releasing the snapping of the flip member 500, so that the flip member 500 is reversed backward, so that the single toy 1000 is emptied and turned 360°, and then the second unlocking on the flip member 500 is performed. The position 510 triggers the second unlocking device 600 again, so that the second lock member 610 of the second unlocking device 600 moves forward, thereby releasing the clip of the deforming member 700, deforming the deforming member 700, and the single toy 1000 is deformed. form.

When it is necessary to combine play, the single toy 1000 is first adjusted back to the normal form, that is, the car form. Then, the docking devices 300 of the two single toy toys 1000 are docked and combined. The two unitary toys 1000 may be toy vehicles of the same deforming member 700 shape, or may be toy vehicles with different deforming members 700. The combined assembly can also have a play function, and can push the combined deformation toy 10000 to clamp the toy piece 2000. Since the combined third coin holder mouth is wider, and the clamping member 200 cooperates, the combination is made. The deformation toy 10000 can simultaneously clamp two or more toy pieces 2000, and simultaneously trigger the first unlocking device 400 to unlock the toy piece 2000, since the first unlocking device 400 is provided with the first linkage group 430, the flipping piece The second linkage group 520 is disposed on the 500, so that the two flipping members 500 are simultaneously flipped, so that the combined deformation toy 10000 is turned over smoothly, and the deformation can be triggered simultaneously after the flipping. It should be noted that, as long as the first lock member 410 of one of the unitary toys 1000 is pushed backward by the toy member 2000, that is, the combined deformation toy 10000 is clamped to the toy member 2000, the combination can also be combined. The two first lock members 410 of the body are simultaneously moved back to release the flipping of the flip member 500.

Example 2:

Next, a single toy 1000 and a combined deformation toy 10000 according to another embodiment of the present invention will be described with reference to Figs.

The unitary toy 1000 of this embodiment has two forms, a normal form (as shown in FIG. 11) and a deformed form (as shown in FIG. 12). The combined deformation toy 10000 of this embodiment also has two forms, a normal form (as shown in Fig. 13) and a deformed form (as shown in Fig. 14).

As shown in FIG. 15, the unitary toy 1000 of the present embodiment includes a fixing member 100 and a deforming member 700. The fixing member 100 is provided with a third coin holder 110, and the deforming member 700 includes a first deforming member 710 and a second deforming member. 720, the first deforming member 710 is provided with a first coin pocket 711, and the second deforming member 720 is provided with a second coin pocket 721. The first coin slot 711 is located on the front side of the second coin slot 721, and the second coin slot 721 is located on the front side of the third coin slot 110. The first deforming member 710 is retractably disposed on the second deforming member 720. The first deforming member 710 is provided with a latching member, and the second deforming member 720 is provided with a card hole. In the normal form, the latching member is matched with the engaging member. In the hole, the first deforming member 710 cannot be unfolded relative to the second deforming member 720.

As shown in FIG. 22 to FIG. 23, the opposite sides of each of the unitary toys 1000 are provided with a docking device 300. Two unitary toys 1000 are arranged side by side, and the two single toys 1000 are connected by the docking device 300, and docked. The device 300 includes a docking male terminal 310 and a docking female terminal 320. The two single toys 1000 are snap-connected by the butting male terminal 310 and the mating female terminal 320.

As shown in FIG. 19 and FIG. 21, the fixing member 100 is provided with a first unlocking device 400 and a flipping member 500 that cooperates with the first unlocking device 400. The first unlocking device 400 triggers the rear flipping member 500 to pivot to make a single unit. Toy 1000 is vacant. One end of the first unlocking device 400 extends to the third coin slot 110. The first unlocking device 400 includes a first lock member 410 and a first return spring 420. The first lock member 410 is movably disposed on the unitary toy 1000 between the unlocked position and the latched position, and the first return spring 420 is used for The first lock member 410 is often driven to move toward the lock position, and the first linkage group 430 is disposed between the first lock members 410 of the adjacent two single toy 1000s, and any one of the two connected single toys 1000 is first. When the lock member 410 moves, the remaining first lock member 410 moves simultaneously. The first linkage group 430 includes a linkage protrusion 432 and a linkage concave block 431 disposed on the first lock member 410. The linkage protrusion 432 and the linkage concave block 431 are disposed in a direction perpendicular to the moving direction of the first lock member 410. Both ends. When the two single toys 1000 are docked, the interlocking projections 432 of one of the single toy 1000s are mated with the interlocking concave blocks 431 of the other single toy 1000.

As shown in FIG. 17 to FIG. 18, the fixing member 100 is provided with a second unlocking device 600, and the second unlocking device 600 is snap-connected with the second deforming member 720. The second unlocking device 600 includes a second lock member 610 and a second return spring 620. The second lock member 610 is movably disposed on the unitary toy 1000 between the unlocked position and the latched position, and the second lock member 610 is in the latched position. The locking member 610 locks the second deforming member 720 on the fixing member 100. In the unlocked position, the second locking member 610 releases the second deforming member 720 to expand and deform the second deforming member 720, and the second returning spring 620 is used for the constant driving. The two locks 610 are moved toward the latch position.

As shown in FIG. 16-17, the fixing member 100 further includes a delimiting device 900 and a triggering member 800. The delimiting device 900 has a switchable deformation gear position and a reverse gear position. The deformation gear position delimiting device 900 is configured as The interlocking trigger 800 and the second unlocking device 600 are configured as a linkage trigger 800 and a first unlocking device 400 in the reverse gear releasing device 900. As shown in FIG. 17, the delimiting device 900 includes a linkage rotating column 910, a delimiting lever 920, a movable sleeve 930, and a movable panel 940. The interlocking rotating column 910 is rotatably disposed on the fixing member 100, and the releasing rod 920 is movably disposed on the fixing member 100. One end of the releasing rod 920 is rotatably connected with the interlocking rotating column 910, and the limiting rod 920 and the linked rotating column are disengaged. The connecting point of the 910 is offset from the rotation axis of the interlocking rotating column 910, the other end of the releasing lever 920 protrudes from the fixing member 100, and the second unlocking device 600 is movably coupled to the unlocking lever 920, and the moving direction of the second unlocking device 600 It is perpendicular to the moving direction of the release lever 920. The interlocking column 910 is provided with a linkage protrusion 911, and the movable sleeve 930 is sleeved on the linkage protrusion 911. The movable plate 940 is disposed between the trigger member 800 and the movable sleeve 930. When the limiting device 900 is in the deformed gear position, the movable sleeve 930 is separated from the movable plate 940 and the first unlocking device 400 is disengaged. When the releasing device 900 is in the reverse gear position, the movable sleeve 930 is stopped at the movable plate 940 and the first The device 400 is unlocked.

The unitary toy 1000 of the present embodiment is a toy vehicle having a coin-clip reverse deformation function. The first deformation member 710 is located above the fixing member 100. When the clamping member 200 sucks the toy member 2000 to the first coin-operated port 711, The unlocking device and the clamping member 200 in the first deforming member 710 are moved forward by the toy member 2000, so that the engaging member on the first deforming member 710 is disengaged from the opening of the second deforming member 720, so that The first deformation member 710 is unfolded and deformed. Since the second coin pocket 721 is located on the rear side of the first coin pocket 711, the second coin pocket 721 is exposed when the first deforming member 710 is deformed. When the gripping member 200 sucks the toy piece 2000 to the second coin pocket 721, the toy piece 2000 first hits the triggering member 800, as shown in FIG. 18, since the triggering member 800 is staggered from the second unlocking device 600 at this time, At this time, when the triggering member 800 moves backward, the second locking member 610 of the second unlocking device 600 cannot be pushed to move toward the unlocking position, that is, in the case of only one single toy 1000, when the clamping member 200 is sucked When the toy piece 2000 reaches the second coin pocket 721, the second deforming member 720 cannot be deformed. As shown in FIG. 18, in the case of only one single toy 1000, the trigger member 800 is stopped against the movable panel 940, and the movable sleeve 930 is stopped between the movable panel 940 and the first unlocking device 400. That is to say, at this time, the rearward movement of the triggering member 800 pushes the movable plate 940 to move backward, so that the movable plate 940 pushes the movable sleeve 930 to move backward, thereby causing the first unlocking device 400 to move backward, that is, the first lock member 410. Moving toward the unlocked position causes the first lock 410 to release the flipper 500, causing the single toy 1000 to flip.

The combined deformation toy 10000 of the present embodiment is formed by docking two identical single toys 1000 through the docking device 300. The first deforming member 710 of each of the unitary toys 1000 is located above the fixing member 100, and when the clamping member 200 is sucked When the toy piece 2000 is to the first coin holder 711, the unlocking device and the clamping member in the first deforming member 710 are moved forward by the toy member 2000, so that the engaging member on the first deforming member 710 is from the second The inside of the card hole of the deforming member 720 is disengaged, so that the first deforming member 710 is unfolded and deformed. Toy parts 2000. Since the second coin pocket 721 is located at the rear side of the first coin pocket 711, the second coin pocket 721 is exposed when the first deforming member 710 is deformed. When the gripper 200 sucks the toy piece 2000 to the second coin pocket 721, the toy piece 2000 first hits the trigger piece 800. It should be noted that one end of the release lever 920 of each of the unitary toys 1000 protrudes from the fixing member 100. Therefore, when docked, the unlocking lever 920 of one single toy 1000 may be due to the other single toy 1000 fixing member 100. The obstruction of the side walls is retracted into the fixture 100. As shown in FIG. 20 to FIG. 21, the movement of the release lever 920 drives the interlocking rotating column 910 and the movable sleeve 930 connected to the interlocking rotating column 910 to rotate, so that the movable sleeve 930 is stopped from the movable plate 940 and the first unlocking device. The position between 400 is rotated to a position disengaged from the movable panel 940 and the first unlocking device 400. At this time, even if the movable panel 940 is moved backward by the trigger member 800, the movable sleeve 930 cannot push the first unlocking device 400 to move backward. That is to say, at this time, each of the unitary toys 1000 cannot be turned over. Further, as shown in FIG. 17, since the second unlocking device 600 is attached to the release lever 920, the release lever 920 of one of the unitary toys 1000 is obstructed by the side wall of the other unitary toy 1000 fixing member 100. When the action occurs, the second unlocking device 600 also moves and moves to the position of the alignment trigger 800. At this time, when the absorbing member 200 sucks the toy piece 2000 to the second crochet opening 721, the toy piece 2000 first hits the triggering member 800, and the triggering member 800 pushes the second unlocking device 600 to move backward, so that the second deformation The member 720 is disengaged from the second lock member 610 and rotated counterclockwise. That is, when the absorbing member 200 sucks the toy piece 2000 to the second grommets 721, the second deforming member 720 is deformed.

As shown in FIG. 14, the third coin pocket 110 is located at the rear side of the second coin pocket 721, so when the second deforming member 720 is deformed, the third coin pocket 110 is exposed, and when the gripper 200 sucks the toy When the piece 2000 is to the third coin slot 110, the toy piece 2000 triggers the first unlocking device 400 such that the first lock piece 410 moves rearward, thereby releasing the flip member 500, so that the two unitary toys 1000 are simultaneously flipped.

It should be noted that in the second embodiment, the clamp member 200 is a magnet block, and the toy member 2000 is a toy coin having a core inside.

It should be noted that, in the second embodiment, during the playing process, the player can push the single toy 1000 forward, sucking the toy piece 2000 in the forward direction, so that the first deforming member 710 of the single toy 1000 is deformed first. Then, under the action of inertia, the single toy 1000 will continue to move forward, thereby sucking the second toy piece 2000, and the whole single toy 1000 is turned over.

Of course, in some embodiments, the inertia wheel can be provided in the single toy 1000, so that the long distance of the single toy 1000 can be extended forward, so that the single toy 1000 can be sucked in one implementation. The toy piece 2000 is used twice, so that the first deforming member 710 is unfolded and the single toy 1000 is turned over, or the toy 10000 can be sucked three times after the first pushing of the toy 10000, so that the first deforming member 710 and the second deforming member 720 is deformed in turn and the 10,000 toy flips.

The unitary toy 1000 of the embodiment 1 and the embodiment 2 has operability after being combined, such as realizing the play of the sucking toy piece 2000, flipping, deformation, etc., and is more playable and interesting than the existing combination toy. More sexual. The single toy 1000 itself is also operable, and when combined, it can produce a play that is better than a single toy, which is magical and unpredictable to the player, and satisfies the child's hunch.

In the description of the present specification, the description with reference to the terms "one embodiment", "some embodiments", "example", "specific example", or "some examples" and the like means a specific feature described in connection with the embodiment or example. A structure, material or feature is included in at least one embodiment or example of the invention. In the present specification, the schematic representation of the above terms does not necessarily mean the same embodiment or example. Furthermore, the particular features, structures, materials, or characteristics described may be combined in a suitable manner in any one or more embodiments or examples.

While the embodiments of the present invention have been shown and described, the embodiments of the invention may The scope of the invention is defined by the claims and their equivalents.

Claims (14)

1. A combined deformation toy, comprising: a plurality of single toys, each of the single toys being provided with a first unlocking device, each of the single toys comprising a first unlocking device The actuating member, after the first unlocking device is triggered, the action member is unfolded, or the actuating member is pivoted to make the single toy vacate;

   A docking device and a linkage device are disposed between any two of the unitary toys, and the docking device is connected between two adjacent single toys to detachably connect the two single toys. The linkage device includes a first linkage group coupled between the first unlocking devices of two adjacent ones of the unitary toys, the first linkage group configured to be triggered by one of any of the first unlocking devices The remaining unlocking devices are triggered in conjunction.
2. The combined deformation toy according to claim 1, wherein each of the unit toys comprises a fixing member, and the first unlocking device and the action member are both disposed on the fixing member, and the docking The device is disposed between the fixing members of two adjacent ones of the unitary toys.
3. The combined deformation toy according to claim 1, wherein said opposite sides of each of said single toys are provided with said docking device, and said plurality of said single toys can be arranged side by side, adjacent to each other in the same row. Two of the unitary toys are connected by the docking device.
4. The combined deformation toy according to claim 1, wherein the docking device comprises: a butt male terminal and a butt female terminal, wherein each of the two adjacent single toys can pass through the docking male terminal and the The mating female terminal is snap-fitted.
5. The combined deformation toy according to claim 1, wherein said first unlocking means comprises: a first lock member and a first return spring, said first lock member being movable between an unlocked position and a latched position Positioned on the unitary toy, the first return spring is configured to frequently drive the first lock member to move toward the latch position, and the first linkage group is disposed adjacent to the two adjacent units Between the first lock members of the toy, when any one of the plurality of connected single toys moves, the remaining first lock members move simultaneously.
6. The combined deformation toy according to claim 5, wherein the first linkage group comprises a linkage protrusion and a linkage concave block provided on the first lock member, and the linkage protrusion and the linkage concave block are provided. Both ends of the first lock member in a direction perpendicular to the moving direction thereof;

   When the two adjacent ones of the single toys are docked, the interlocking lugs of one of the single toy toys are mated with the interlocking concave blocks of the other single toy.
7. A combined deformation toy according to claim 1, wherein said action members on each of said unitary toys each comprise a flip member, and said linkage further comprises a base attached to said adjacent unitary toy. A second linkage group between the flip members.
8. The combined deformation toy according to claim 7, wherein the second linkage group comprises a linkage sleeve and a linkage sleeve disposed at two ends of the rotating shaft of the inverting member, and when any two of the single toys are docked The linkage sleeve of one of the unitary toys is mated with the linkage sleeve of another of the unitary toys.
9. The combined deformation toy according to claim 1, wherein each of said unitary toys comprises a fixing member, and said action member of each of said unitary toys includes a flipping provided on said fixing member And a deforming member, the flipping member is disposed at a bottom of the fixing member, the first unlocking device is snap-connected with the flipping member, and the flipping member pivots after the first unlocking device is triggered to The single toy is vacated;

   A second unlocking device is disposed on each of the unitary toys, and the deforming member is unfolded and deformed after the second unlocking device is triggered.
10. The combined deformation toy according to claim 9, wherein a front end of the fixing member is provided with a first triggering position, and one end of the first unlocking device extends to the first triggering position, and the deforming member or a second triggering position is disposed on the inverting member, and one end of the second unlocking device extends to the second triggering position;

    When the second trigger bit is disposed on the deforming member, when the second trigger bit is not triggered, the second trigger bit is located at a front side of the first trigger bit, and the second trigger is After the second unlocking device is triggered, the deforming member is deformed and exposes the first trigger position;

    When the second trigger bit is disposed on the flipper, after the first trigger bit is triggered, the flipper is flipped such that the second trigger bit triggers the second unlocking device, the second The deforming member is unfolded and deformed after the unlocking device is triggered.
11. The combined deformation toy according to claim 9, wherein each of said single toys further comprises a delimiting device and a triggering member, said delimiting device having a switchable deformation gear position and a reverse gear position, in the deformation The gear position delimiting device is configured to interlock the trigger member and the second unlocking device, and the delimiting device is configured to interlock the trigger member and the first unlocking device in a reverse gear position.
12. The combined deformation toy according to claim 11, wherein the delimiting device comprises:

    Linking the rotating column, the interlocking rotating column is rotatably disposed on the fixing member;

    Dissolving a limit rod, the release rod is movably disposed on the fixing member, one end of the release rod is rotatably connected to the linkage rotating column, and a connection point between the relief rod and the linkage rotating column Deviating from the rotation axis of the interlocking rotating column, the other end of the releasing rod extends from the fixing member, and the second unlocking device is movably coupled to the release lever, the second unlocking device The moving direction is perpendicular to the moving direction of the release lever; wherein

    When the interlocking rotating column is rotated to cut off the linkage between the triggering member and the first unlocking device, the releasing lever moves the second unlocking device to be connected to the triggering member, and the releasing device is at Deformation gear

    The interlocking rotating column is rotated to be respectively linked with the triggering member and the first unlocking device, and the releasing lever moves the second unlocking device to be disengaged from the triggering member, and the releasing device is in the reverse gear Bit.
13. The combined deformation toy according to claim 12, wherein the interlocking column is provided with a linkage stud, and the delimiting device further comprises:

    a movable sleeve, the movable sleeve is disposed on the linkage protrusion;

    a movable panel movably disposed on the fixing member, the movable panel being disposed between the trigger member and the movable sleeve; wherein

    When the releasing device is in the deformation position, the movable sleeve is separated from at least one of the movable plate and the first unlocking device, and when the releasing device is in the reverse gear position, the movable sleeve is stopped. Between the movable panel and the first unlocking device.
14. The combined deformation toy according to claim 9, wherein the second unlocking device comprises:

    a second lock member movably disposed on the unitary toy between an unlocked position and a latched position, wherein the second lock member locks the deformed member in the latched position The fixing member releases the deforming member to expand and deform the deforming member when the unlocking position is in an unlocking position;

    a second return spring for constantly driving the second lock member to move toward the latch position.

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