JPH063675Y2 - Combined transformation toy - Google Patents

Description

[Detailed Description of the Invention] Field of Industrial Application This invention has a unique form in each state,
The present invention relates to a combined deformable toy that changes to a third form by combining some of the components of each toy.

Conventional technology and its drawbacks The deformation patterns of the conventional deformable toys include, for example, a robot that deforms a part of the robot into a robot of the second form, a toy of the first form, and a toy of the second form. Some of them are transformed and transformed into a third form toy by combining them, and one toy is divided into an arbitrary number of components and each is transformed to another form. Is supplied to the market in large quantities, so buyers are familiar with deformation patterns,
Even if a new product is released, it does not have a fresh taste, and since it belongs to any of the above, there is a drawback that new purchase is not attractive.

SUMMARY OF THE INVENTION In view of the above points, the present invention has a novel modification in which it has a unique form in a single non-divided state, and when a part of each divided component is combined, it changes to the third form. An attempt is made to provide a united deformable toy that constitutes a pattern.

Means for Solving the Problems According to the present invention, it is composed of a plurality of constituent elements that can be divided into front and rear and expandable, and has a unique first form in a combined state of all constituent elements, and a third shape inside and outside some constituent elements. It consists of a first deformable toy with a part of the above form and a plurality of components that can be divided into left and right parts and expands, and exhibits a unique second form in the combined state of all the components, and each component is divided. The second deformable toy that forms part of the third form in the state is used. Then, a part of the constituent elements in the unique form of the first deformable toy and the second deformable toy becomes a connecting element, and a part of the divided constituent elements of the first deformable toy and the second deformable toy are combined, It constitutes the third form.

Embodiment of the Invention Next, the invention will be described with reference to the illustrated embodiment.

In this embodiment, as shown in FIG. 1, a first modified toy A having the form of a jet fighter which is the first form in the single non-split state, and a tank which is the second form in the single non-split state. And a second deformable toy B having the above form. Both transformable toys can be split and deployed, and by deploying and unifying some of the split components, they can be transformed into a robot, which is the third form, as shown in FIG. is there.

The configuration of each deformable toy will be described in detail below.

[Structure of First Deformed Toy] As shown in FIG. 3, the first deformed toy A has a nose portion of a jet fighter or a front half A ₁ having a shape similar to a pace shuttle, and a rear part of the jet fighter. A tail portion and a rear half portion A ₂ having the same shape as the main wing are separably coupled by a connecting piece 1 rotatably provided at the center of the front portion of the rear half portion A ₂ . The connecting piece 1 has one end fitted in a recess 2 provided in the center of the front part of the latter half A2, and is rotatably attached by a shaft 3 penetrating the latter part and the connecting piece.
It is fitted in a recess 4a which is formed on the tail center of the front half portion A _1, coupling piece 1 into the small hole 5 provided on the opposing surface of the recess 4a
The protrusions 6 provided on both side surfaces of the other end are detachably fitted, and the front half A ₁ is rotatable about the axis 3 and bendable with respect to the rear half A ₂ .

Further, the front half portion A ₁ is divided into a nose portion 6 and a rear portion 7, both of which are joined by a shaft 8 on their opposing surfaces and are rotatable around the shaft 8.

A recess 10 that is normally closed by a cover 9 is provided on the upper surface of the nose 6 in an imitation of a cockpit, and the cover 9 is opened and closed in the recess to store or take out the small robot doll r. (See FIG. 13).

Further, on the back surface of the rear portion 7, a hole 11 imitating a burned gas ejection port and a locking hole 12 are provided.

The latter half A2 has a central member 13 having a substantially rectangular shape in a plane,
A protrusion 15 (see FIG. 4) having a tubular member 14 on its front side surface is rotatably coupled to a hole 16 provided on the side surface of the central member 13 on both left and right sides thereof. On the side surface, thin plates 17 and 18 similar to the vertical tail and the main wing are rotatably connected. An end member 19 having an appearance similar to that of a jet engine injection port is rotatably attached to the lower surface of the rear portion of the central member 13. A recess 20 that opens upward is provided on the upper surface of the front part of the central member 13, and the small robot doll can be detachably fitted in the recess 20 as well. The ends of the left and right covering members 21 are connected to the left and right sides of the rear half of the upper surface of the central member 13 by hinges 22 so as to be expandable. The covering member 21 has a thick portion 23 formed at the end of the plate-like portion such that the upper half of the rear round body of the jet machine is divided into left and right.

The latter half A ₂ aligns the tubular member 14 on a side surface of the central member 13 in a state parallel to the lateral surface of the central member 13, directs the end member 19 toward a rear portion with a portion 19 a similar to the injection port thereof, and covers the covering member 21. When it comes into contact with the upper surface of the central member 13 and is viewed from the upper surface, it has the same appearance as the latter half of the jet fighter, as shown in FIG.

As shown in FIG. 4, the central member 13 has a hole 2 at the center of the front surface.
4, a robot head 25 is fitted into the hole so that the robot head 25 can move in and out, and a U-shaped cover 26 is rotatably attached to the robot head. This cover 2
6 is such a size that it can be accommodated in the recess 4b of the front half portion A _1, when aligned in a straight line in the first half portion A ₁ in the second half portion A ₂ in the face of the robot head 25 with a cover 26 in a state of coating ,
Since the cover 26 is housed in the recess 46, the existence of the robot head 25 is unknown.

Locking claws 27 projecting forward (upward in FIG. 4) are formed on both sides of the entire surface of the central member 13, and the front half A
₁ and the latter half portion A ₂ and if aligned linearly as shown in FIG. 1 locking hole 1 on the back of the front half portion A ₁ these locking claws 27
The locking claw 27 is locked in the locking hole 12 by the force of a spring (not shown) that fits into the locking hole 2 and presses the locking claw.

Further, on the lower surface of the central member 13, as shown in FIG.
Appropriate pattern shape is provided to give the appearance of a robot chest, and hinges 28, 2 are provided on the left and right sides of the front part.
Chest plate 29, 29a mounted to be openable and closable by 8a
When is opened, the recesses 30 and 30a are opened as shown in the fifth part, and the small robot doll r deformed in the form of an engine block by folding in the recesses can be fitted.

Protrusions 31 and 31a are provided in the respective recesses. As shown in FIG. 6, after transforming the small robot doll r into an engine block, when it is fitted into the recess 30 and the protrusions 31 are depressed, The simulated firing device 32, which is rotatably attached to the rear of the recess (downward in FIG. 4) and biased by a spring (not shown) so as to project outward, rotates around the hinge 33. And a cylinder 34 similar to a gun is simultaneously projected by a spring (not shown) provided inside the simulated firing device 32.
Further, when the protrusion 31a of the other recess 30a is pressed by the small robot doll r, a gun-shaped cylinder 35 provided so as to be retractable below the recess is projected outward. After taking out the small robot doll from the recesses 30 and 30a, the cylinder 34 is pushed in the opposite direction by hand, and the simulated firing device 32 is placed.
When it is housed inside and the simulated firing device is rotated to the side of the central member 13, it returns to the original state, and since the tube 35 is connected to the connecting plate (not shown) inside the central member 13, one of them is pushed. As a result, it can be stored in the central member.

The tubular member 14 has an upper half surface formed in a cylindrical shape as shown in FIG. 3, and a conical cap 36 is detachably attached to the tip thereof, so that it has a missile-like appearance, but a lower half surface. As shown in FIG. 4 and FIG. 7, it has a substantially rectangular tube-like appearance, and has an appearance similar to that of a robot arm, and its free end side portion 37 is provided so as to be openable and closable. Block 38 with a shape similar to a fist at the inner hollow tip
Is rotatably attached, and a part of the arm is opened so that the block 38 projects outward from the arm as shown in FIG. 7 (b), or the inner part as shown in FIG. 7 (a). Can be stored in.

[Configuration of Second Deformed Toy] As shown in FIG. 8, the second deformed toy B is separable between a right member 39 and a left member 40 which can be divided into left and right parts, and an upper front surface of both members. Mock gun member 4 fitted and retained in
1 and a simulated firing member 42 mounted on the upper part of the one member 39.

Both the left and right members 39, 40 are constructed in a substantially symmetrical shape. As shown in FIG. 9, the base member 43 and the intermediate member 4 are respectively formed.
4 and the upper member 45 are sequentially connected to each other by hinges 46 and 47 in a laterally rolled N-shape.

As shown in FIG. 10, the base member 43 is formed in the shape of a warp, the outer surface of which has a caterpillar pattern, the inner wall upper end is provided with an upward protrusion 48, and the upper surface of the rear half is inclined. A plate 49 is mounted so that it can be housed by rotating and extending or by rotating in the opposite direction. Further, a hole 50 is provided on the inner surface of the base member.

The intermediate member 44 is formed in a substantially rectangular tube shape, and a hole 51 that opens forward is provided in the front surface of the intermediate member 44, and a tube 52 having an appearance similar to that of a firing port is provided in the hole. As will be described later, this tube also serves as a coupling element with the first deformable toy A. Further, the base member 43 is provided on the lower portion of the inner surface of the intermediate member 44.
The protrusion 48 is fitted into the recess 53, and when the base member 43 is brought close to the bottom surface of the intermediate member 44, the protrusion 48 is tightly fitted and fixed in the recess 53. Further, a recess 54 is formed in the rear portion of the intermediate member 44, the recess 54 opening to the back surface and the inner surface. A substantially trapezoidal block 55 is fitted in the recess 54, and a long hole 56 penetrating in the vertical direction of the block is formed. By inserting the shaft 57 fixed to the intermediate member 44,
The block 55 is provided so as to be retractable from the intermediate member 44.

As shown in FIG. 11, a recess 58 is provided in the center of the lower surface of the intermediate member 44, and the simulated firing device 5 is provided in the recess 58.
9 is provided so as to be rotatable and retractable, and the projecting barrel 61 can be projected forward by moving the projection 60 of the simulated firing device 59 with a fingertip in a state where it is projected.

The upper member 45 is provided with a recess 62 that opens upward at substantially the center of the upper surface thereof, and an operation member 64 having a locking hole 63 on the side facing the other member 40 is provided in the recess so as to be movable up and down. , The bottom surface of the operating member 64 and the upper member 4 at all times
By means of a spring (not shown) provided between 5, the locking hole 6
3 is located above the hole 65 on the inner side surface of the upper member, and when the actuating member 64 is pushed down, the locking hole thereof is lowered.

The above is the configuration of the right member 39. The other left member 40 is
As shown in FIG. 12, a protrusion 50a corresponding to the hole 50 of the base member 43 is provided on the facing surface of the base member 43a, and the locking hole 6 is provided on the surface of the upper member 45 facing the right member 39.
3 and the hooks 66 corresponding to the holes 65 are provided in a protruding manner, and a hook 68 is provided on the upper surface of the base member 44a. It has the same configuration as the above-mentioned right member 39 except that it is rotatably provided (see FIGS. 24 and 25).

A small hole 70 is provided in the operating member 64 and the upper surface, and a shaft provided at the lower end of the simulated firing device 42 can be detachably inserted and fixed in the small hole.

[Peculiar form and united deformation of each toy] Next, the operation of the above configuration will be described.

In the first deformable toy A, the robot head 25 of the rear half A ₁ is inserted into the insertion hole 24, and the front half A ₂ is connected to the front of the rear half A ₁ via the connecting piece 1 with the cover 26 covering the face. Linearly aligned with each other, and inserting and locking the locking projection 27 projecting from the front surface of the second half into the hole 12 provided in the rear surface of the first half so that the robot head 25 cannot be seen from the outside. Also,
The covering member 21 is brought into contact with the upper surface of the central member 13, the cylindrical members 14 are arranged in parallel with the side surfaces of the central member 13, and the injection port 19a of the end member 19 is directed rearward so that the vertical tail (17) and the horizontal tail When the tails (18) are in a vertical and horizontal normal state, as shown in FIG. 1, it takes the form of a jet fighter equipped with missiles on both left and right sides.

When the cover 9 corresponding to the hatch of the cockpit of the jet fighter is opened as shown in FIG. 13, the small robot doll r shown in FIG.
When the small robot doll is taken out, the doll has a configuration that allows it to be folded and unfolded, so when it is folded, it becomes a block with a substantially rectangular parallelepiped shape, and the engine pattern or sculpture is applied to its outer surface. it is, as shown in Figure 15, can be fitted is pushed into the recess 20 which is formed on the upper surface of the second half portion a ₂ of the jet fighters.
By fitting the engine block (r) into the recess 20, the pin 20a protruding into the recess is pushed down, so that the locking claw 27 connected to the pin is connected to a spring (not shown). By contrast, the hole 12 on the back of the first half A ₁
The first half A ₁ is separable from the second half A ₂ because it moves relative to the first half A ₂ .

Therefore, the front half A ₁ is separated from the connecting piece ₁ of the rear half A ₂ , and then the rear half A ₁ is separated as shown in FIGS. 4 to 6.
₂ so that the front surface thereof faces upward and the lower surface thereof faces forward, and the connecting piece 1 is tilted backward so that it cannot be seen. The cover 26 is rotated backward and the robot head 25 is moved upward from the insertion hole 24 by the maximum amount. Pull out, open the cover 37 of the tubular member 14 on both the left and right sides, rotate the fist 38 from inside to extend it outward, and close the cover 37 again. When rotated around the center and oriented in any direction, the rear half A ₂ takes the form of the upper half of the robot as a whole.

On the other hand, in the second deformable toy B, the base end portion of the simulated firing device 41 is fitted between the front portions of the left and right members 39, 40, and the projections 41a provided on both side surfaces of the simulated firing device are both members. Is rotatably inserted into the hole 39a formed in the opposite surface of the left member 40, and the hook 66 provided on the inner surface of the upper member 45a of the left member 40 is attached to the upper member 39 of the right member 39. Fits in the hole 63, and the base members 43, 4
Hole 50 and protrusion 50a provided corresponding to the facing surface of 3a
Are joined together to form a tank as shown in FIG. The simulated firing device 42 is inserted and mounted in the small hole 70 formed in the upper surface of the operating member 64 of the upper member of the right member 39.

As for the second modified toy B, as shown in FIG. 16, the lid 67 is opened and the small robot doll having the same structure as the small robot doll r is taken out from the recess 68 (FIG. 17). , This is folded to form an engine block, which is fitted into the recess 62 after the simulated firing device 42 is taken out (FIG. 18), and the actuating member 64 is pushed down to release the locking hole 6
3 is moved downward to release the hook 66. As a result, it becomes possible to pull both members 39, 40 of the second deformable toy in mutually opposite directions and separate them into the left and right as shown in FIG. Then, the cylinder 52 which is open to the front surface of the members 39 and 40 divided into left and right protrusions 19a forming the injection port of the first modified end member 19 of the second half portion A ₂ of the toy
Can be fitted tightly.

Therefore, when the projections 19a of the ejection port of the first deformable toy A are fitted into the ejection ports 51, 51a of the members 39, 40 of the second deformable toy B and the two toys A, B are joined together, the result is shown in FIG. Thus, the form is similar to a robot. As it is, it is not completely robot-like, so each member 39, 4
When the block 55 provided on the intermediate member 44 of 0 is pulled out to the front, it becomes the shape of a robot foot.

Further, in order to give the foot a stable appearance, a cover member 71 as shown in FIGS. 20 and 21 is provided with protrusions 72 provided on both sides of the back surface of the cover on the side surfaces of each member 39, 40. By fitting and fitting the recessed portion 73 and the hinge 47 of a thin plate, the tubular member 14 of the first deformable toy A is appropriately rotated forward and tilted to form a robot-like form as shown in FIG. I have it.

Reference numeral 74 in FIG. 2 has a coupling projection 75 on the outer surface and a recess 76 at one end, as shown in FIG. 22, if desired.
Is a decorative member having elastic plates 77, 78 forming
The base end portion of the simulated firing device 41 of the second deformable toy is fitted into the recessed portion 76 between the elastic plates 77, and the projections 41a on both side faces are fitted into the holes 79 of the elastic plate 77 and are rotatably held. be able to.

Next, as shown in FIG.
Cover 2 of the robot upper half of the body of the front constituted by the ₂
9, 29a are rotated to open the recesses 30, 30a, and the engine blocks r formed by folding the small robot doll are fitted therein, and the projections 3 projecting in the recesses 3, respectively. 31a is pressed. As a result, the hook (not shown) that locks the simulated launcher 32 and the launch tube 35 provided under each recess against the elastic force of the spring is released. As shown, these simulated launchers and launch tubes each project outward.

As described above, the first deformable toy A is divided, and the rear half part A ₁ which is a part of the first deformable toy A and the respective members 39 and 40 obtained by dividing the second deformable toy B into the left and right are unique to the first deformable toy. The jet port 19a which is a part of the jet fighter in the form of the above, and the firing port 51 which is a part of the tank which is a unique form of the second deformable toy are combined to form a robot in the third form. Can be changed to the form of.

As described above, the two deformable toys A and B, which have been transformed into the robot form by the combination, can be restored to the individual peculiar forms shown in FIG. 1 by reassembling the separated components. it can.

As described above, the first transformation toy A has the first half A ₁ and the second half A.
₂ can be bent via the connecting piece 1, the front portion 6 is rotatable relative to the rear portion 7 in the front half portion A1, and the covering member 21 can also be deployed in the rear half portion A ₂ .
The constituent members 39, 40 of the second deformable toy B are hinges 46,
It can be expanded by 47.

The drawings from FIG. 23 to FIG. 25 show an example in which the above-mentioned configuration is utilized to transform the game into a fourth form which is completely different from the robot and play. That is, the first deformable toy A is arranged in the center of the figure, and the front half A ₁ is bent at a right angle to the rear half A ₂ so that the lower surface faces upward and the rear half A
_{In FIG. 2} , the tubular members 14 on both sides are rotated so as to face upward so as to be parallel to the front half portion A _1, and further the covering member 21 is deployed on both left and right outer sides of the central member 13. The members 39 and 40 of the second deformable toy B are arranged at positions slightly separated from the first deformable toy A on the left and right sides of the base member, and the respective members 39 and 40 are deployed around the hinges 46 and 47 to form the base member 43. The innermost member is located at the center, the intermediate member 44 is located at the center, and the upper member 45 is located at the outermost position. Then, in the expanded state as described above, the cover member 71 serving as the leg cover of the robot is provided between the covering member 21 in which the first deformable toy A is expanded and the base member 43 in which the left and right second deformable toys are expanded. It has been handed over to.

When the small robot doll r is placed upright in front of these members A ₂ , 39, 40, the appearance as a space shuttle launch base is provided as a whole, and the small robot doll r makes this an astronaut. You can think of it.

In this state, the lower surface of the intermediate member 44 of the second deformable toy faces upward, and the simulated launching device 5 is inserted from the concave portion opened on the upper surface.
9 and crane 69 are facing. As shown in FIG. 24, if the simulated launcher 59 is raised, it can be likened to a military base, and the crane 69 can be stood and rotated in any direction. It can be assumed to be used for loading and unloading crew members and cargo from the ground.

A cabin 81 closed by a hatch 80 is provided on the bottom of the nose of the first half A1, and a small robot doll is inserted into the top cabin and the bottom cabin to hatch 8 again.
By closing 0, astronaut boarding can be assumed. Thus, when the astronaut has finished boarding, as shown in FIG. 25, the nose 6 is rotated about the vertical axis 8 and its upper surface is directed toward the player, and the space shuttle is ready for launch. It has been done.

Since the first half A ₁ which is the space shuttle can be separated from the second half A _2, it is as if by separating the _first half A 1 from the connecting piece 1 of the latter half which is the launch base and moving it upwards, It can be assumed that the space shuttle will start in the air.

As described above, according to the present invention, both the first deformable toy and the second deformable toy have their own unique forms, and each toy has its constituent elements separated from each other. When some of them are combined, it changes to the third form.
Since the second deformable toy is divided and connected to the first deformable toy via the attachment member so as to change to the fourth form, it provides a novel deformation pattern which has never been seen. It is possible to provide a deformed toy that ventilates interest.

[Brief description of drawings]

The drawings show an embodiment of the present invention, and FIG. 1 is a perspective view showing a state in which the first deformable toy and the second deformable toy constituting the present invention have unique forms, and FIG. [Fig. 3] is a perspective view showing a state in which each deformed toy is changed to another form by division / partial union. 3 to 7 are detailed explanations of the structure of the first deformable toy. FIG. 3 is an exploded perspective view, FIG. 4 is an exploded perspective view of the rear half, FIG. 5 and FIG. FIG. 7 is a perspective view showing changes in the state before and after the small robot doll is attached to the front of the robot, and FIG. 7 is a perspective view of the tubular member before and after deployment. 8 to 11 show the structure of the second deformable toy in detail. FIG. 8 is an exploded perspective view, FIG. 9 is a rear view of one member, and FIG. 10 is the same of the other member. FIG. 11 is an exploded perspective view, FIG. 11 is a perspective view showing the lower surface of the intermediate member, and FIG. 12 is a perspective view of another member of the second deformable toy. 13 to 15 are perspective views showing the deformation process of the first deformable toy, and FIGS. 16 to 18 are perspective views showing the deformation process of the second deformable toy. FIG. 19 is a perspective view showing a form in which the first deformable toy and the second deformable toy are combined. 20 is a perspective view of the leg cover member, and FIG. 21 is a perspective view showing an opposite side surface of the leg cover member. FIG. 22 is a perspective view showing an example of a decorative member. 23 to 25 are perspective views showing another play mode of the two deformable toys of the present invention, and FIG. 23 is a perspective view showing a state before boarding an astronaut at the space shuttle launch base, 24. FIG. 25 is a perspective view showing a state immediately before the end of boarding, and FIG. 25 is a perspective view showing a state where the boarding is completed and the launch preparation is completed. A ... 1st deformation | transformation toy, B ... 2nd deformation | transformation toy, 1 ... connection piece, A1 ... _1st half part (component), A2 ... _2nd half part (component), 39, 40 ... Component member.

Claims (1)

[Scope of utility model registration request] (A) It is composed of a plurality of expandable constituent elements which are divided into front and rear parts, and each has a unique first form in a combined state of all constituent elements, and is formed inside and outside a part of the constituent elements. It consists of a first deformable toy with a part of the third form, and (b) a plurality of components that can be divided into left and right parts and that can be expanded. In the combined state of all the components, it exhibits a unique second form. Each component is composed of a second deformable toy that constitutes a part of the third form in the divided / expanded state, and (c) a plurality of accessory members. (D) The first deformable toy and the second deformable toy. Part of the constituent elements in the unique form of the above becomes a connecting element, and a part of the divided constituent elements of the first deformable toy and the second deformable toy are combined to form the third form, and the first modified Connect the toy and the second deformed toy divided into left and right with the attached members respectively Coalescence transformable toy, characterized by constituting the fourth aspect Te.