JPS60207691A - United toy - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a combined toy composed of a plurality of combined elements.

In general, combined toys combine multiple combined elements to form a combined object with a completely different form from each combined element, but in conventional combined toys, the combined elements themselves do not change much,
It had the drawback that you could easily get bored with it after playing for a while.

The purpose of this invention is to solve the above-mentioned drawbacks and, in particular, to propose a combination toy in which the combination elements themselves can be changed in various ways to expand the range of play.

An example of implementing the present invention will be described below with reference to the drawings.

The combined toy according to the present invention is composed of a plurality of combined elements. First, these combined elements will be explained with reference to FIGS. 1 to 6. .

In the figure, the symbol A1 indicates a combined element. This combination element At has a truck crane-like form (first form B), and changes into a robot-like form (second form) by moving the movable part, and also changes into a combination preparation form (third form). As shown in FIG. 1, the combined element At consists of a front base body 1 including a pair of holding legs 1O11O and a front body part 11, and an upper surface. rear body part 12 and wheel retaining members 13.1 on both sides.
3, and a rear base body 2 having 3. The front base body l is formed in the shape of a robot leg on the back surface, and an engagement groove 14 is formed on one side of the base, and each holding leg 1O110
A front body part 11 is rotatably provided at the tip of the rear body part 11.The rear base body 2 is formed in the shape of a robot's body on the back side, and the rear body part 12 provided on the two sides of the rear body part 11 has a crane-like shape. A member 15 and a holding protrusion 16 are formed, and the wheel holding members 13 on both sides of the rear base body 2 are formed so as to be able to protrude outward. Further, a robot head 17 is provided at the rear end portion of the rear base body 2 so as to be freely retractable. The front base 1 and the rear base 2 are connected by a connecting link 18,
They are formed so that they can be joined and separated via this connecting link 18.

When changing the combined element AI having the above configuration into a robot-like form (second form 8), as shown in FIGS. 1(a) to (c), the front body part 11 of the front base l is It is only necessary to rotate the rear base body 2 by half a rotation, while causing the wheel holding member 13 and the robot head 17 of the rear base body 2 to protrude outward. If these movable members are moved in the opposite direction, the combined element A1 changes again into the first configuration.

Next, when changing the merging element AI from the first form to the merging preparation form (third form),
e) Front and rear base l as shown in (f) (g)
. Then, the robot head member 70 for the fourth embodiment is attached. This robot head member 70 has a robot head 72 at the upper part of a U-shaped clamping part 71, and an engagement hole 73 and a holding protrusion 74 at the lower part. The combined element A1 and the robot head member 70 are integrally combined. As a result, a chest in which the front and rear body parts 1.2 are laterally connected and a robot head formed by a robot-like head member are constructed, and furthermore, on both sides of the combined element AI there are holding protrusions 16 and engagement grooves 14. is formed facing outward, and an engagement hole 73 and a holding protrusion 74 are formed on both sides of the T-plane of the head member 70.

The combined element A2 (Fig. 2) has a power shovel-like form (
By moving the movable part, it changes into a robot-like form (second form) and also changes into a ready-to-combine form 8 (third form). To explain the form mainly, the combining element A2 has arm-like members 21 and 21 retractably formed on both sides of a vehicle body-shaped base body 3 including a power shovel-like member 20, and an engaging protrusion 22 on the "-" surface of one end. A pair of caterpillar-shaped members 23 and 23 are rotatably provided, and an engagement arm 24 is provided on the back side so as to be freely raised and lowered, while a robot-like head member 25 is provided on the other end so as to be freely raised and lowered. The end portion 26.26 of the caterpillar-shaped member 23.23 on the opposite side to the rotation side is formed to be rotatable.

” When changing the combined element A2 having the configuration described above into a robot-like form (second form), as shown in FIGS. 2(a) to (C), the caterpillar-like member 23. The leg portion is formed by rotating the arm half a turn, the foot portion is formed by rotating the tip 26.26 laterally, and the arm portion is formed by protruding the arm-shaped member 21.21 outward. However, the head member 25 may be further exposed to the outside. If these movable members are moved in the opposite direction, the combined element A2 changes back into the first configuration.

Next, when changing the merging element A2 from the first form to the merging preparation form (third form jE), as shown in FIGS.
As shown in (e) and (f), the engagement hole 81 formed at the base end of the arm member 80 constituted by a separate member is fitted into the engagement protrusion 22 of the base body 3, and the engagement arm 2 is fitted. Raise it up and make it stick out laterally. The connection between the combined element A2 and the arm member 80 constitutes one robot arm having the third shape 11j.

The combined element A3 (Fig. 3) has a bulldozer-like form (the first
It has a robot-like form (second form) by moving the movable part, and also changes to a combined ready-to-pull form (third form), and its configuration is different from the first form. To explain mainly, the combining element A3 has a packet member 30 and caterpillar members 31, 31 rotatably provided on one side of the base 4, and a pair of vehicle body upper members 32, ′ on the upper surface of the other side. 32 is provided to be rotatable left and right, a robot-like head member 33 is provided to be freely retractable and a roof member 34 is rotatable, and the vehicle body upper member 32, 32 is composed of three joint members, The first joint 35 and the second
The joint portions 36 are formed to be rotatable coaxially with respect to each other, and the second joint portion 36 and the third joint portion 37 are configured to be bendable. Further, an end portion 31a of the caterpillar member 31 on the opposite side from the center of rotation is formed to be drawable and bendable. Further, an engaging protrusion 38 is formed on the back side of the base body 4'' on the side of the robot-like head member 33, and a post 39 with a fitting hole is formed in the center portion.

When changing the combined element A3 having the above configuration into a robot-like form (second form), as shown in FIGS. Raise the member 34 and then laterally pivot the upper body member 32.32 and lower the second articulation 36 relative to the first articulation 35.
, bend the third joint 37 to form the arm of the robot, raise the packet member 30 , and fold the third joint 37
a and attach it to the surface of the base 4 to form the chest, then rotate the l pair of caterpillar members 31 and 31 by half a turn, pull out their tips 31a, 31a, and rotate them at right angles to form the legs and feet. All you have to do is move it so that it forms a section. By moving these movable members in the opposite direction, the combined element 3 changes back into its first configuration.

Next, when changing the combination element A3 from the first form to the combination preparation form (third form),
), the end engaging protrusion 38 of the base 4 is connected to the arm member 8.
0 into the engagement hole 81 formed at the end. As a result, the other robot arm in the third form is constructed, and the fitting hole of the post 39 is opened to receive lateral force.

The combined element A4 (Fig. 4) has a shovel dozer shape 8
(first form), and by moving the movable part, it changes to a lopont shape (second form) and also changes to a combination preparation form (third form).
The combined element A4 includes a front body part 41 rotatably equipped with a shovel member 40, and a rear body part that is divided into a pair of holding legs 42 and 42 that project rearward to the left and right, respectively. 43 is rotatably provided, and a wheel holding member 44 has small wheels on both sides of the front body portion 41.
．． 44 is formed to be rotatable, and a robot-like head member 45 is provided at the tip of the robot head member 45 so as to be freely retractable.

When changing the combined element A4 having the previously described configuration to the robot 7)-like form (second form), the rear body portion 43 is attached to the holding legs 42. 42 to form a foot part, and the robot-like head member 45 at the tip of the front body part 41 may be made to protrude outward. The front body part 41 has a rear surface shaped like a robot body, and the wheel holding members 44, 44 are shaped like arms, so that the whole body is shaped like a robot. Of course, if these movable members are moved in the opposite direction, the combined element A4 changes back into the first configuration.

Next, the combined element A4 is changed from the first form to the combined type υ11 type 8.
(a) and (d) in the same figure.
As shown in (e), the wheel holding members 44.44 are rotated to project forward, the shovel member 40 is raised, and the combined element A4 is placed with the tips of the wheel holding members 44.44 and the shovel member 40 facing down. Formed to support the whole. This constitutes a third form of one-force robot leg.

Combining element A5 (Fig. 5) has a concrete mixer truck-like form (first form), and by moving the movable part, it changes into a robot-like form (second form), and also changes into a combination preparation form (third form). The configuration will be explained focusing on the first form.The combined element A5 is one part of the rear body member 50 whose upper surface is formed in the shape of a concrete mixer and the back surface is formed into the shape of the upper body. A pair of holding legs 51.51 are provided on the sides, and a wheel holding member 52.52 having wheels on both sides is rotatably provided.
1.51, a front body holding member 5 is slidably provided, and a front body member 54 is further provided rotatably with respect to this front body holding member 53.

When changing the combined element A5 with the above configuration into a robot-like form (second form),
As shown in d), the front body member 54 may be rotated relative to its holding member 53. As a result, the combined element A5 connects the rear body member 50 to the upper body and the rear body member 50 on the back side.
It has a robot-like form in which the wheel holding members 52 and 52 are used as both arms, the holding legs 51 and 51 are used as legs, and the front body member 54 is used as a foot. Furthermore, if you move these movable members in the opposite direction,
The combined element A5 changes into the first form.

Next, when changing the combination element A5 from the first form to the combination preparation form (third form),
e) As shown in (f) and ), after sliding the front body holding member 53 toward the distal end side of the holding leg 51.51, rotate it 90 degrees. This constitutes the other robot leg, which is the third form.

Finally, the combined element AS (Fig. 6) has a dump truck-like form (first form pg), and changes into a robot-like form (second form) by moving the movable part.
It changes to a combination preparation form (third form), and its configuration will be explained based on the first form.The combination element A6 consists of a front body member 60 and a rear body member 61 that rotate at right angles to each other. It consists of A front body part 60a is formed on the upper surface of the front body member 60, a robot-like head member 62 is formed to be able to rise and fall freely, a roof member 63 is rotatably provided, and similarly, a roof member 63 is rotatably provided. A wheel holding member 64,64 having wheels is rotatably provided. The rear body member 60 has a pair of holding legs 65.65, and a pair of separately formed loading platform portions 66 are rotatably sunk into the ends of each holding leg 65.65. Furthermore, a holding protrusion 67 and an engagement hole 68 are arranged side by side on the side surface of the front body part 62, and these holding protrusions 67 and holding hole 68 are arranged on the back side of the roof member 63. Further, a retaining hole 69 is formed in the front surface and the lower surface of the front body member 60, and an engagement space S is formed in the rear end of the rear body member 61.

When changing the combined element A6 of the L structure acid into a robot-like form (second form), (a), (b), (c), (c
1), the front body member 60 is rotated perpendicularly to the rear body member 61 and the robot-like head member 62 is raised to form the upper body of the robot. The lower body of the robot may be formed together with the holding legs 65.65 by rotating the loading platform 66.66 by half a rotation relative to the holding legs 65.65. The wheel holding member 64.64 is configured as a robot arm. Note that if these movable members are moved in the opposite direction, the 〇 to the combined element changes to the first form again.

Next, when changing the 〇 to the merging element from the first form to the merging preparation form (third form 8),
) As shown in (f), the front body member 60 and the rear body member 61 are rotated at right angles, and the robot body in the fourth form is inserted into the retaining holes 69 on the front and lower surfaces of the front body part 60a, respectively. Decorative member 85 representing the front and waist
Furthermore, a separate waist connecting member 90 is attached to the lower part of the rear body member 61. This constitutes the body of the robot in the fourth form.

This waist connecting member 90 has an engaging protrusion 91 at the center of the upper part, and has engaging parts 92 and 93 on both sides of the lower part. It is formed to be able to engage with the engagement space S provided at the lower end, and the fitting portions 92 and 93 are formed so as to be able to fit into the rear end portions of the combined ammonium elements A4 and AS. This waist connecting member 90 has an upper engaging protrusion 91.
By engaging with the engagement space S of the combined element A6, it can be integrally coupled to the combined element A6.

Next, it can be changed into the fourth form using the combined element Al-Al3 having the above configuration. In this case, each combined element is first changed to the third form, and in this state, the tip of the engagement arm 24 of the combined element A2 is engaged with the engagement groove 14 formed on one side of the combined element AI. , the holding protrusion 16 formed on the other side of the combining element A1 is fitted into the fitting hole formed in the post 39 of the combining element A3. Next, the holding protrusion 74 and the engagement hole 73 attached to the combining element A1 and provided at the lower part of the robot head member 70 are connected to the engaging hole 68 and the holding protrusion 67 formed on the upper surface of the combining element A6, respectively. By fitting together, the combined elements A1 and A6 are combined. Further, the fitting portions 92 and 93 on both lower sides of the waist connecting member 90 attached to the combining element A6 are fitted into the rear end portions of the combining element A4 and AS. In this way, the above-mentioned combined elements A1 to A6
can be combined to change into a fourth form, a large robot-like form, which is completely different from the form of these combined elements, as shown in FIG.

In addition, in the above embodiment, the first form of the combined element is a special vehicle, the second form is a robot-like form, the third form is a form constituting each part of the robot body, and the fourth form is a large robot-like form. However, the present invention is not limited to this, and the first form, second form, and fourth form can be arbitrarily selected.

As described above, the combined toy according to the present invention is composed of a plurality of combined elements, and these combined elements are arranged in the first form to the second form.
It is equipped with a movable part for changing into the form and a plurality of moving parts for changing into the third form, and is combined with other combining elements in the third form to form the fourth form. Since it is configured to combine and change, it is fun to first change each combined element from the first form to the second form, then change to the third form, and then change to the fourth form. In particular, when changing to the fourth form, by first changing each combined element to the form of t53 and then combining them, it becomes completely different from the first form and the second form. Since you can obtain a scaled combined object, you can enjoy the process of shape change in various ways.In addition, you can play with multiple combined elements in the first form, the second form, or the first form. Since this and the second form can be combined, it is possible to enjoy a wide variety of play, and the conventional combination play can be greatly expanded.

[Brief explanation of the drawing]

FIGS. 1 to 6 are explanatory diagrams showing changes in the first form, second form, and third form of the combined element according to the present invention, and FIG. It is a front view of the 4th form obtained by. Symbol At-AS... Combined element, 14... Engagement groove, 1
6... Holding protrusion, 22... Engaging protrusion, 24... Engaging arm, 38... Engaging protrusion, 39... Boss, 67
...Holding protrusion, 68...Engagement hole, 70...Robot head member, 80...Arm member, 90...Waist connecting member Patent applicant Takara Co., Ltd. Agent Patent attorney Se Mikio KawaFigure 2 (e) (d) (f) (a) (b) (d) (e) Figure 3 (a) (d) (e) Figure 4 (a) (b) (c ) Figure 5 (a) 5 (+') (e) (b) 4 (c) (d) Figure 6 (b) et al. 7

Claims (1)

[Claims] A combined toy characterized by being composed of a plurality of combined elements meeting the following requirements. (a) The combined element includes a movable part for changing from the first form to the second form and a plurality of movable parts for changing to the third form. (The Inn aggregate element is combined with other combined elements in the third form and transformed into the fourth form.