JP2023125762A - Combine and transform toy - Google Patents

Abstract

To provide a combine and transform toy that permits enjoyment of instantaneous transformation without missing it.MEANS: A first figure toy and a second figure toy are so configured that in a state where a pressing part and a locking object part of the second figure toy are inserted into an insertion hole of the first figure toy, a first face of the first figure toy and a second face of the second figure toy are slid in a direction different from the insertion direction of the pressing part and the locking object part, the slide causes a locking member to move from an initial position to a first position by pressing force by the pressing part, and the lock of a deformation component by the locking member is unlocked, so that the deformation component is deformed by spring force.SELECTED DRAWING: Figure 12

Description

The present invention relates to a combined deformable toy.

BACKGROUND ART Conventionally, a combined deformable toy is known in which two toy vehicles are combined and transformed into a robot toy (see, for example, Patent Document 1). Furthermore, there is known a combined deformable toy that transforms into another doll when a doll is stuck into a decorative body (see, for example, Patent Document 2).

Japanese Patent Application Publication No. 2011-62400 Utility model registration No. 3192453

The combined deformable toy described in Patent Document 1 is such that when two toy vehicles are butted together, the toy immediately transforms into a robot toy in conjunction with the butting action. Further, the combined deformable toy described in Patent Document 2 immediately transforms into another doll when the head of the doll is inserted into the insertion opening of the decoration.
In these combined deformable toys, the convex part and the concave part must be aligned and pushed in, and because careful attention must be paid to the positioning, there is a problem that the instantaneous deformation may be overlooked. .
SUMMARY OF THE INVENTION In view of these problems, it is an object of the present invention to provide a combined deformable toy that allows users to enjoy instantaneous deformations without missing them.

The first means is
A combined deformable toy that combines a first figurative toy and a second figurative toy to transform into a third figurative toy,
The first figurative toy is
a locking member capable of reciprocating between an initial position and a first position and biased by a spring toward the initial position;
a deformable component that is locked by the locking member at the initial position and is unlocked and assumes a deformed position when the locking member moves to the first position;
Equipped with
An insertion hole is formed on the first surface of the first figurative toy,
A pressing part and a locked part that are inserted into the insertion hole when the first surface and the second surface are butted are formed on the second surface of the second figurative toy,
The first figurative toy and the second figurative toy are configured such that, with the pressing part and the locked part inserted into the insertion hole, the first surface and the second surface are connected to the pressing part and the locked part. The locking member is slidable in a direction different from the insertion direction of the locked portion, and as a result of this sliding, the locking member is moved from the initial position to the first position by the pressing force of the pressing portion, and the locked portion is locked to the first figurative toy;
It is a combined transformation toy that is characterized by the following.

The second means is the first means,
When the first surface and the second surface are slid, the locked part is temporarily fixed to the first figurative toy, and then the locking member is moved to the initial position by pressing by the pressing part. It is characterized in that it is configured to be permanently stopped by moving from to the first position.

The third means is the first or second means,
The first figurative toy is a vehicle toy in which the first surface is constituted by a lower surface of the chassis, and the second figurative toy is a robot toy having four limbs.
The deformable parts include a top surface component of the toy vehicle that is deformed by a spring force and stands up on the toy vehicle, and a side component of the toy vehicle that is deformed by a spring force to form a side surface of the toy vehicle. It is characterized by having a door that opens toward the outside.

The fourth means is the third means,
The third figurative toy is a combined robot toy,
A head of the combined robot toy is attached to the back side of the bounce board, and the head is exposed when the bounce board is erected.

The fifth means is a fourth means,
The left and right lower limbs of the second figurative toy can take a standing posture and a sitting posture, and the left and right upper limbs of the second figurative toy can be placed in a lowered position next to the torso or raised above the torso. Further, the head of the second figurative toy is configured to be able to take an erect posture with respect to the torso and a tilted posture tilted to the back side of the torso,
The second figurative toy is attached to the first figurative toy in an inverted state when the left and right lower limbs of the second figurative toy are in a sitting position, the left and right upper limbs are in a raised position, and the head is in a tilted position. It is configured as follows.
It is characterized by

The sixth means is the fifth means,
The first figurative toy includes a front part of the vehicle that includes the springboard and the door, and a rear part of the vehicle that is separated from the front part of the vehicle by standing up on the springboard, and the rear part of the vehicle is composed of left and right halves of the rear part of the vehicle. The present invention is characterized in that the left and right lower limbs of the third figurative toy are configured by attaching left and right vehicle rear halves to the left and right upper limbs of the second figurative toy.

According to the first means, the deformation does not start just by abutting the first surface and the second surface, but only by sliding the pressing part and the locked part in a direction different from the insertion direction. Since the transformation has started, you can see the transformation without missing it.

According to the second means, when the first surface and the second surface are slid, the locked portion is temporarily fixed to the first figurative toy, so that it can be deformed at an appropriate timing.

According to the third means, when the second figurative toy is combined with the first figurative toy, the spring board of the vehicle toy that is the first figurative toy stands up and the door is opened, so that various third figurative toy We can make toys.

According to the fourth means, when the bounce plate of the vehicle toy that is the first figurative toy stands up, the head of the third figurative toy is exposed, so that the third figurative toy with the head (combined robot) is deformed. toys) can be realized.

According to the fifth and sixth means, when the second figurative toy is transformed into a predetermined shape and then turned upside down and attached to the first figurative toy, the torso of the inverted second figurative toy is transformed into the third figurative toy. Since the torso of the toy becomes the toy, and the upper limbs of the inverted second figurative toy become the lower limbs of the third figurative toy, a novel and unexpected combined deformable toy can be realized.

It is a perspective view of the combined robot toy which is the third figurative toy of the embodiment. FIG. 1 is a perspective view of a toy car, which is a first figurative toy of the embodiment. It is a perspective view of the robot toy which is a 2nd figurative toy of embodiment. It is an exploded perspective view of a 2nd figurative toy. It is a perspective view of the second figurative toy which has been deformed and turned upside down with the weapon removed. FIG. 2 is a perspective view of the first figurative toy with the hood, chassis, and left door 10 removed. FIG. 3 is a top view showing the locking member and the chassis. FIG. 3 is a bottom view of the chassis. It is a perspective view of a locking member and a flip board. FIG. 2 is a perspective view of the first figurative toy with the hood and a portion of the left side of the vehicle body removed. FIG. 3 is an exploded perspective view of the rear part of the vehicle. It is a perspective view showing the engagement structure of a locking member, a flip board, and a rear part of a vehicle. FIG. 3 is a perspective view showing the biasing structure of the rear vehicle. FIG. 3 is a side view showing the inside of the right rear half. It is a figure which showed the attachment structure of the navel part of the 3rd figurative toy, and a navel protector.

Embodiments of the present invention will be described below.
1 is a perspective view of a combined robot toy that is a third figurative toy 3, FIG. 2 is a perspective view of a toy car that is a first figurative toy 1, and FIG. 3 is a perspective view of a robot toy that is a second figurative toy 2. It is a diagram.
The first figurative toy 1 and the second figurative toy 2 constitute a toy by themselves and can be played with independently. The third figurative toy 3 is a combination of the first figurative toy 1 and the second figurative toy 2.

(Third figure toy 3)
The third figurative toy 3 is a combined robot toy. Note that the third figurative toy 3 has a laterally symmetrical shape and structure except for the weapon 38.
The head 30, upper torso 31, left and right upper limbs 32L, 32R, and shoulder protectors 33L, 33R of the third figurative toy 3 are constituted by parts of the vehicle front portion 1a of the first figurative toy (toy car) 1. There is.
That is, the head 30 of the third figurative toy 3, which was installed on the back of the windshield and bonnet of the vehicle front part 1a of the first figurative toy 1, is removed together with the windshield and part of the hood. It stands up by jumping up.
Further, the outer shell of the upper body 31 of the third figurative toy 3 is constituted by the bonnet, front grill, and fender, which are parts of the vehicle front portion 1a of the first figurative toy 1.
In addition, the left and right upper limbs 32L, 32R of the third figurative toy 3 are attached to the vehicle front portion 1a of the first figurative toy 1 and are hidden inside the vehicle body. This is what I brought out.
Further, the shoulder protectors 33L and 33R of the third figurative toy 3 are parts of the first figurative toy 1 that open the left and right doors.

Further, the lower torso 34, the waist 35, the left and right thighs 36L, 36R, the left and right armpit portions 37L, 37R, and the weapon 38 of the third figurative toy are constructed from parts of the second figurative toy 2.
That is, the lower body part 34 of the third figurative toy 3 is obtained by turning the torso part of the second figurative toy 2 upside down.
Further, the waist portion 35 of the third figurative toy 3 is constituted by the head, which is a component of the second figurative toy 2.
Further, the left and right thighs 36L, 36R of the third figurative toy 3 are composed of the right and left upper limbs, which are parts of the second figurative toy 2.
Further, the left and right armpit lower portions 37L, 37R of the third figurative toy 3 are composed of the right and left lower limb parts, which are parts of the second figurative toy 2.
Further, the weapon 38 of the third figurative toy 3 is composed of a weapon on the back that is a part of the second figurative toy 2.

In addition, the left and right shins and knee protectors 39L, 39R, ankle parts 39aL, 39aR, and foot parts 39bL, 39bR of the third figurative toy 3 are formed by the left and right rear halves and internal parts, which are parts of the first figurative toy 1. It is configured.

(Second figure toy 2)
FIG. 4 is an exploded perspective view of the second figurative toy 2.
The second figurative toy 2 is a humanoid robot toy. Note that the second figurative toy 2 has a laterally symmetrical shape and structure.
The body portion 20 is composed of a front frame 20a and a rear frame 20b that are connected by screwing. The left and right lower limbs 21L and 21R are connected to the torso 20 by a shaft 22, and are rotatably attached to the torso 20 so as to be able to rotate around the shaft 22. ) can be taken. Cylindrical projections (pressing parts) 22L, 22R are provided upright at the heel parts of the left and right lower limb parts 21L, 21R. Claws (locked portions) 22aL, 22aR are formed on the outside of the cylindrical projections 22L, 22R. Further, a hook-shaped protrusion 22S is formed at the center of the shaft 22, and the tips of the protrusion 22S are claws 22bL and 22bR (locked parts) that protrude left and right.

Further, left and right upper limb parts 23L and 23R are attached to the trunk 20 via a ball joint (not shown) to a shaft 24. The left and right hand parts 25L, 25R are attached to the left and right arm parts via shafts 26L, 26R. The upper limbs 23L, 23R can take a lowered position next to the torso or a raised position above the torso. Further, a head 27 is attached to the body 20. The head 27 is rotatable via a shaft 28 extending in the left-right direction, and has a position in which it stands upright with respect to the torso 20 (erect posture) and a position in which it falls to the back side (tilted posture). It can be taken.
Further, a weapon 29 is attached to the back of the trunk 20 by fitting a protrusion 29a into a hole (not shown) in the back.

When the second figurative toy 2 is combined, the weapon 29 is removed, the head 27 is bent back, and the left and right lower limbs 21L, 21R are bent forward of the body 20. Furthermore, when the second figurative toy 2 is combined, the left and right upper limbs 23L, 23R are raised. Then, as shown in FIG. 5, the second figurative toy 2 is turned upside down and assembled to the first figurative toy 1. When the toy 20 is turned upside down as shown in the figure, the lower end of the torso 20, the back side of the lower limbs 21L and 21R, the rear surface of the protrusion 22S, and the rear surface of the head 27 are flush with each other, and the first figurative toy 1 This becomes a surface that abuts against the lower surface of the chassis 11, which will be described later.

(First figurative toy 1)
The first figurative toy 1 is a coupe-shaped toy car. By assembling the second figurative toy 2, it can be separated into a vehicle front section 1a and a vehicle rear section 1b. The front portion 1a of the vehicle includes the doors 10aL and 10aR, and the roof 10b constitutes the rear portion 1b of the vehicle. Note that the first figurative toy 1 has a laterally symmetrical shape and structure. Therefore, as appropriate, only one of the left and right is illustrated, and illustration of the other is omitted.

FIG. 6 is a perspective view of the toy car with the hood 10c, chassis 11 (see FIG. 7) and left door 10aL removed.
A locking member 12 movable in the front-rear direction is provided under the hood 10c (see FIG. 2) of the front portion 1a of the vehicle. The locking member 12 is urged rearward by a coil spring 12a.

FIG. 7 is a top view showing the locking member 12 and the chassis 11.
This locking member 12 is formed with pressed pieces 12cL and 12cR that protrude on both left and right sides. Further, in the chassis 11 located below the locking member 12, holes 11L and 11R are formed near the pressed pieces 12cL and 12cR, into which the cylindrical projections 22R and 22L of the second figurative toy 2 are inserted. ing. Further, the chassis 11 is formed with a hole 11S behind the locking member 12, into which the protrusion 22S of the second figurative toy 2 is inserted. The front of the holes 11L and 11R are narrow parts 11aL and 11aR (see FIG. 8), and the front of the hole 11S is a narrow part 11aS.

FIG. 8 is a bottom view of the chassis 11.
Here, to explain the relationship between the holes 11L, 11R, and 11S and the cylindrical projections 22L, 22R, and the projection 22S, when the cylindrical projections 22L, 22R, and the projection 22S are inserted into the holes 11L, 11R, and 11S, the cylindrical projection 22L, 22R does not immediately engage (contact) the pressed pieces 12L, 12R. In this state, when the first figurative toy 1 is moved slightly toward the rear of the second figurative toy 2, the outer claws 22aL, 22aR of the cylindrical projections 22L, 22R , the claws 22bL and 22bR of the protrusion 22S ride on the edges of the narrow portions 11aL, 11aR and 11aS of the holes 11L, 11R and 11S and are temporarily fixed. At the time of this temporary fixing, the cylindrical projections 22L, 22R engage (contact) the pressed pieces 12L, 12R. Then, from this state, when the first figurative toy 1 is further moved relative to the second figurative toy 2 toward the rear of the first figurative toy 1, the pressed pieces 12L, 12R are pressed by the cylindrical projections 22R, 22L. is pushed, and the locking member 12 moves relatively to the front of the vehicle body.
The chassis 11 is provided with C-shaped elastic catching members 14aL, 14aR in front of the holes 11L, 11R.
Therefore, when the pressed pieces 12cL, 12cR are pushed and relatively move toward the front of the vehicle body, the cylindrical protrusions 22R, 22L are captured by the elastic capture members 14aL, 14aR, and the protrusion 22L of the second figurative toy 2 is captured by the elastic capture members 14aL, 14aR. , 22R, 22S are engaged with the upper edges of the narrow parts 11aL, 11aR, 11aS of the holes 11L, 11R, 11S of the chassis 11, so that the second figurative toy 2 is attached to the first figurative toy 1. Fixed.

A flip plate 13 is provided on the rear side of the locking member 12, and is formed from the center portion of the windshield 10d and the rear portion of the bonnet 10c in the left-right direction. A head 30 (see FIG. 6) of the third figurative toy 3 is attached below the bounce board 13.
FIG. 9 is a perspective view of the locking member 12 and the flip plate 13.
The springboard 13 is supported by a rear shaft 13a, and can be rotated about the shaft 13a to be raised and lowered. The spring plate 13 is biased in the upright direction by a torsion spring (not shown). A claw 13b is provided at the lower end of the flip board 13.
When the locking member 12 is at the rear, the claw 13b enters the pocket 12d at the rear of the locking member 12, and the flip plate 13 is maintained in a fallen state. Thereby, the spring board 13 becomes a part of the windshield 10d and the bonnet 10c when it falls down.
On the other hand, when the locking member 12 moves forward, the claw 13b is removed from the pocket 12d of the locking member 12, and the flip plate 13 is flipped up by the torsion spring. As a result, the head 30 of the third figurative toy 3 is exposed (see FIG. 1).

Furthermore, a proximal end portion of the flip plate 13 is provided with a claw 13c that extends rearward. This pawl 13c is engaged with pawls 52L and 52R on the rear portion 1b of the vehicle. Then, when the flip plate 13 flips up, the engagement between the claw 13c and the claws 52L, 52R is released, and the vehicle front portion 1a and vehicle rear portion 1b can be disassembled. The vehicle rear portion 1b will be described later.

Further, as shown in FIGS. 7 and 9, locking pieces 12bL and 12bR are provided at the rear of the locking member 12 and project outward from the left and right. Left and right rotating members 15L and 15R are provided behind the locking pieces 12bL and 12bR.
Left and right doors 10aL, 10aR are attached to the rotating members 15L, 15R, and the rotating members 15L, 15R are configured to be rotatable about shafts 15aL, 15aR. The left and right doors 10aL, 10aR are urged in the direction of opening by torsion springs (not shown). In addition, in FIG. 7, the left door 10aL is shown removed.

Locked pieces 15bL, 15bR are formed on the base end sides of the rotating members 15L, 15R. The locked pieces 15bL, 15bR are locked to the locking pieces 12bL, 12bR of the locking member 12. This locking maintains the left and right doors 10aL, 10aR in a closed state. When the locking member 12 moves forward, the lock is released and the left and right doors 10aL, 10aR are opened by the biasing force of the torsion spring.

FIG. 10 is a perspective view of the toy car with the hood 10c and a portion of the left side of the vehicle body removed.
Upper limb portions 32L, 32R (32R not shown) of the third figurative toy 3 are attached to the rotating members 15L, 15R via ball joints 32aL, 32aR (32aR not shown).
The upper limb parts 32L, 32R are connected to the upper arm parts 32bL, 32bR and the hand parts 32cL, 32cR via universal joints 32dL, 32dR. Therefore, the hand parts 32cL, 32cR can twist and bend with respect to the upper arm parts 32bL, 32bR by means of the universal joints 32dL, 32dR. Hand portions 32cL and 32cR sides of the upper limb portions 32bL and 32bR are accommodated in the rear portion 1b of the vehicle.

FIG. 11 is an exploded perspective view of the rear portion 1b of the vehicle.
The vehicle rear portion 1b is composed of left and right vehicle rear halves 50L and 50R. Partition plates 51L and 51R are provided on the inside of the left and right vehicle rear halves 50L and 50R.
FIG. 12 is a perspective view showing the engagement structure of the locking member 12, the flip plate 13, and the vehicle rear part 1b.
Claws 52L, 52R are formed on the left and right partition plates 51L, 51R. The left and right claws 52L, 52R engage with the claw 13c of the flip plate 13.

FIG. 13 is a perspective view showing the biasing structure of the rear portion 1b of the vehicle.
Further, biased pieces 53L, 53R are formed on the left and right partition plates 51L, 51R. When the vehicle rear part 1b is assembled to the vehicle front part 1a, the left and right biased pieces 53L, 53R are brought together and inserted into the spring chamber 14b provided on the chassis 11 of the vehicle front part 1a. A biasing member 14d biased rearward by a coil spring 14c is disposed in the spring chamber 14b, and when the vehicle rear portion 1b is assembled to the vehicle front portion 1a, the biasing member 14d causes the left and right covers to be biased. The biasing pieces 53L and 53R are biased toward the rear. As a result, when the left and right claws 52L, 52R are disengaged from the claw 13c of the flip plate 13, the rear portion 1b of the vehicle is thrown away.

FIG. 14 is a side view showing the inside of the right vehicle rear half body 50R.
Ankle parts 39aL, 39aR of the second figurative toy 2 are rotatably attached to the insides of the left and right vehicle rear halves 50L, 50R via shafts 54L, 54R. Foot parts 39bL and 39bR are attached to the ankle parts 39aL and 39aR via ball joints (not shown). The ankle parts 39aL, 39aR and the foot parts 39bL, 39bR are stored in the left and right vehicle rear halves 50L, 50R, and are pulled out when forming the third figurative toy 3.

FIG. 15 is a diagram showing the navel of the third figurative toy 3 and the attachment structure of the navel protector.
Claw members 55L, 55R that rotate about shafts 56L, 56R are provided inside the left and right rear halves 50L, 50R. The claw members 55L, 55R (55R is not shown) engage with the left and right thighs 36L, 36R as shown in FIG. 14 when the third figurative toy 3 is formed.

Note that sets of projections and holes are formed on the surfaces of the partition plates 51L and 51R of the left and right vehicle rear halves 50L and 50R, and the projections and holes (numerals omitted) of the partition plates 51L of one set are mutually connected to the other set. The left and right vehicle rear halves 50L and 50R are loosely connected to each other by fitting into the holes and protrusions of the left and right vehicle rear halves 50L and 50R. This connection is released when the rear part 1b of the vehicle is thrown away.

(how to play)
Pick up this second figurative toy 2 and remove the weapon 29. Then, the head 27 is bent backward, and the left and right lower limbs 21L, 21 are bent forward of the trunk 20. Furthermore, the left and right upper limbs 23L, 23R of the second figurative toy 2 are raised. Then, the second figurative toy 2 is turned upside down, and the cylindrical projections 22L, 22R and the projection 22S are inserted into the holes 11L, 11R, 11S of the first figurative toy 1.
In this state, hold the second figurative toy 2 with one finger and push the front of the first figurative toy 1 with the other finger. Then, the pressed pieces 12cL and 12cR hit the cylindrical projection 22L of the first figurative toy 1, the pressed pieces 12cL and 12cR are relatively pressed, and the locking member 12 moves relatively toward the front side of the vehicle body. . As a result, the claw 13b of the flip plate 13 comes off from the pocket 12d of the locking member 12, the flip plate 13 is flipped up by the torsion spring, and the head 30 is exposed. Further, as the flip-up plate 13 flips up, the pawl 13c comes off from the pawls 52L and 52R on the vehicle rear portion 1b, and the biasing force of the coil spring 14c pushes the biased pieces 53L and 53R via the biasing member 14d, causing the vehicle to The rear portion 1b is removed from the vehicle front portion 1a, and the left and right vehicle rear halves 50L, 50R are separated.

Further, as the locking member 12 moves relatively forward of the vehicle body, the locking of the locked pieces 15bL, 15bR of the rotating members 15L, 15R by the locking pieces 12bL, 12bR is released, and the rotating members 15L and 15R open outward by torsion springs. As a result, the left and right doors 10aL, 10aR are opened, and the shoulder protectors 33L, 33R of the third figurative toy 3 are opened.

Next, the upper limb parts 32L and 32R are pulled out downward from the front part 1a of the vehicle. Further, the left and right vehicle rear halves 50L, 50R are attached to the upper limb parts 23L, 23R of the second figurative toy 2, which have become the thighs 36L, 36R of the third figurative toy 3. Then, the foot portions 39bL, 39bR are pulled out from the left and right vehicle rear halves 50L, 50R.
In addition, the weapon 29 of the second figurative toy 2 is attached to the upper limbs 32L and 32R to form the weapon 38 of the third figurative toy 3.

As a result, the third figurative toy 3 is completed.
To restore the original shape, remove the second figurative toy 2 from the first figurative toy 1, fold down the spring plate 13 of the first figurative toy 1, and close the doors 10aL, 10aR. Thereafter, the left and right vehicle rear halves 50L, 50R with the foot portions 39bL, 39bR returned to their original positions are joined together and attached to the vehicle front portion 1a.
On the other hand, in the second figurative toy 2, the head 27, upper limbs 23L, 23R, and lower limbs 21L, 21R are returned to their original positions, and the weapon 29 is attached.

(Effects of embodiment)
According to the combined deformable toy of this embodiment, the following main effects can be obtained.

First, the deformation does not start just by butting the second figurative toy 2 and the first figurative toy 1, but the deformation starts only by sliding the cylindrical protrusions 22L, 22R, and 22S in a direction different from the insertion direction. Since the cylindrical projections 22L, 22R, and 22S are once inserted into the holes 11L, 11R, and 11S, they can be maintained in that state relatively easily, and can be adjusted at the appropriate timing. , the second figurative toy 2 and the first figurative toy 1 can be slid.

Further, when the second figurative toy 2 and the first figurative toy 1 are slid, the claws 22aL, 22aR, and 22bS are temporarily fixed to the first figurative toy, so that the state can be maintained more easily.

(Modified example)
Although the embodiments of the present invention have been described above, the present invention is not limited to these embodiments, and various modifications can be made without departing from the gist thereof.

For example, in the above embodiment, the first figurative toy 1 is a car toy, the second figurative toy 2 is a doll robot toy, and the third figurative toy 3 is a combined robot toy, but the present invention is not limited thereto.

Moreover, although the locking member 12 is designed to make a linear reciprocating motion, it may be a member that makes a rotational motion, for example, as long as it makes a reciprocating motion.

Further, the sliding surfaces of the first figurative toy 1 and the second figurative toy 2 do not have to be flat, but may be complementary surfaces of other shapes.

Further, in the above embodiment, the rear part 1b of the vehicle is separable from the front part 1a of the vehicle, and the rear halves 50L and 50R of the third figurative toy 3 are used as the calf and the calf protectors 39L and 39R. The upper limbs 36L and 36R of the figurative toy 2 may be used as the lower limbs of the third figurative toy 3 as they are.

1 First figurative toy 2 Second figurative toy 3 Third figurative toy 11L, 11R, 11S Holes 11aL, 11aR, 11aS Narrow portion 12 Locking members 12L, 12R Pressed pieces 12bL, 12bR Locking pieces 12cL, 12cR Pressed Pieces 15L, 15R Rotating member 20 Body 22L, 22R Cylindrical projection (pressing part)
22aL, 22aR Claw (locked part)
22bL, 22bR Claw (locked part)
30 Head 34 Lower trunk 35 Waist 39aL, 39aR Ankle 39bL, 39bR Foot 50 Chassis 50L, 50R Vehicle rear half

Claims (6)

A combined deformable toy that combines a first figurative toy and a second figurative toy to transform into a third figurative toy,
The first figurative toy is
a locking member capable of reciprocating between an initial position and a first position and biased by a spring toward the initial position;
a deformable component that is locked by the locking member at the initial position and is unlocked and assumes a deformed position when the locking member moves to the first position;
Equipped with
An insertion hole is formed on the first surface of the first figurative toy,
A pressing part and a locked part that are inserted into the insertion hole when the first surface and the second surface are butted are formed on the second surface of the second figurative toy,
The first figurative toy and the second figurative toy are configured such that, with the pressing part and the locked part inserted into the insertion hole, the first surface and the second surface are connected to the pressing part and the locked part. The locking member is slidable in a direction different from the insertion direction of the locked portion, and as a result of this sliding, the locking member is moved from the initial position to the first position by the pressing force of the pressing portion, and the locked portion is locked to the first figurative toy;
A combined transformation toy characterized by: When the first surface and the second surface are slid, the locked part is temporarily fixed to the first figurative toy, and then the locking member is moved to the initial position by pressing by the pressing part. 2. The combined deformable toy according to claim 1, wherein the toy is configured to be permanently stopped by moving from to the first position. The first figurative toy is a vehicle toy in which the first surface is constituted by a lower surface of the chassis, and the second figurative toy is a robot toy having four limbs.
The deformable parts include a top surface component of the toy vehicle that is deformed by a spring force and stands up on the toy vehicle, and a side component of the toy vehicle that is deformed by a spring force to form a side surface of the toy vehicle. 3. The combined deformable toy according to claim 1 or 2, further comprising a door that opens in the opposite direction. The third figurative toy is a combined robot toy,
4. The combined deformable toy according to claim 3, wherein a head of the combined robot toy is attached to the back side of the spring plate, and the head is exposed when the spring plate is erected. The left and right lower limbs of the second figurative toy can take a standing posture and a sitting posture, and the left and right upper limbs of the second figurative toy can be placed in a lowered position next to the torso or raised above the torso. Further, the head of the second figurative toy is configured to be able to take an erect posture with respect to the torso and a tilted posture tilted to the back side of the torso,
The second figurative toy is attached to the first figurative toy upside down with the left and right lower limbs in a sitting position, the left and right upper limbs in a raised position, and the head in a tilted position. It is configured,
The combined deformable toy according to claim 3 or 4, characterized in that: The first figurative toy includes a front part of the vehicle that includes the springboard and the door, and a rear part of the vehicle that is separated from the front part of the vehicle by standing up on the springboard, and the rear part of the vehicle is composed of left and right halves of the rear part of the vehicle. 6. The left and right lower limbs of the third figurative toy are configured by attaching left and right vehicle rear halves to the left and right upper limbs of the second figurative toy. A combined transformation toy.

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