JPH0574396B2 - - Google Patents

Description

Detailed Description of the Invention (Field of Industrial Application) The present invention is characterized in that a three-dimensional structure having a predetermined shape is transformed into a robot without a head, and the one robot serves as the head of another robot. Furthermore, the present invention relates to a deformable robot toy that enables complicated deformation play in which the other robot transforms into the head of yet another robot.

(Prior art and its problems) There are conventional deformable robot toys, such as those in which one robot folds up and deforms into the head of another, larger robot, but this degree of deformation is difficult for children these days. Not enough to satisfy. The more complex transformations that can be made, the more interesting the toy will be, but until now there has been no transforming robot toy that has sufficient fun and educational effects.

(Technical Problem of the Invention) The present invention was developed in view of the above-mentioned circumstances, and an object of the present invention is to provide a deformable robot toy that enables a variety of shape-changing play.

(Means for Solving the Problems) A three-dimensional structure having a predetermined shape is deformed into the shape of a first robot having no head, and the present invention is characterized by having the following requirements.

(b) A head is incorporated into the first robot,
(b) The head is equipped with a mechanism that transforms it into the form of a second robot without a head; (b) the second robot has a built-in head;
The head is equipped with a mechanism that transforms into the shape of a third robot (effects of the invention) According to the above structure, the head of a large robot is successively transformed into the shape of another small robot. Since the shape can be transformed into three robots in total, it is possible to provide the market with a toy that is full of surprises and is unprecedented and interesting.

(Example) Hereinafter, the deformed robot toy of the present invention will be explained.

FIGS. 1a to 1i show the steps in which the first robot toy (large robot) of the present invention transforms from the form of a three-dimensional structure such as a base to the form of a robot.
First, this base (three-dimensional structure) includes a pair of leg members 1 and 2 that constitute the legs of the first robot and also constitute a building block in the form of a base.
It is a garage located between arm members 4 and 5 that constitute the arms of the robot and also constitutes a platform on which tanks, gun emplacements, etc. 3 are mounted at the base, and a garage that constitutes the body of the robot. body member 6
and a control tower 7. As shown in FIG. 1b, the block 8 located on the front side of the first leg member 1 is
The member 9, which is rotatably mounted from the front side to the side and extends forward in FIG. It is placed over the member 9 to form one chamber 11. Platforms 12 and 13 for lifting and lowering tanks, etc., extending in front of each arm member 4 and 5;
The lifting platform 14 extending from the front opening of the trunk member (garage) 6 rotates upward as shown by the arrow, and is attached to the upper surface of each arm member or closes the opening of the garage 6. Reference numeral 15 is a lifting platform 14
It is a tilting platform that supports

Figure 1c is a view of Figure 1b from the back,
The leg members 1 and 2 are connected to the body 6 as shown in d and e of the same figure.
The thigh 20 and the boot parts 22 and 23 are successively stretched laterally at each connecting part (intersection), and the front body of the leg is further extended backwards as shown in Figure f, centering on the hip joint. . Tips 22a of the boot portions 22, 23,
23a is rotatable in the front-back direction as shown in the figure. Further, a cannon 24 is arranged in the knee part so as to be able to rise and fall freely. In the state shown in figure f, each of the legs 1 and 2 has been completely set.

Next, figure g shows the robot in figure f in an upright state, and the tilting table 15 is rotated rearward as shown by the arrow and attached to the back of the robot. The command tower 7 is composed of two parts 7a and 7b that can be opened and closed in the left and right directions by the body 6, and when opened in the left and right direction, both sides of the body 6 are shown in FIG. attached to the surface. A cylindrical hole is formed in the base end surface of each portion 7a, 7b, and a cannon 25 is supported in the hole so as to be able to protrude and enter.

The thus completed large robot does not have a head, but a removable head member indicated by the reference numeral 30 in FIGS. 1a and 2a is attached to the shoulder of the large robot as shown in FIG. mounted on top.

Incidentally, cannons are disposed at the tip of the boot portion and at the elbow and tip of the arm member, respectively, so as to be able to rise and fall freely.

2A to 2I show the procedure for changing the shape of this head member 30. This head member 30 consists of a torso member 31, a pair of arm members 32, and a pair of leg members 33, and the waist part is moved backward. By raising it up, it becomes a medium-sized robot (second robot) without a head as shown in Figure 2. A head member 40 constituting a small robot, which will be described later, is removably mounted on the shoulders of this medium-sized robot (see d and e in the same figure). In addition, this medium-sized robot rotates the arm 3 at the shoulder toward the front of the body as shown in figure e, and then rotates the leg member 33 to the side of the body as shown in figure f and g. It is attached to the body by moving it. The medium-sized robot 30 that has been made compact in this way is turned upside down as shown in FIG.
Now, replace it with the top surface). If you look at this from the back, you can see the head (face) 3 of a large robot as shown in Figure i.
It becomes 0. By installing the head member 40 protruding from below the head 30 on the shoulders of the large robot, the large robot shown in FIG. 1i is completed.

3a and 3b show the head 40 of the medium-sized robot 30.
The procedure for changing the shape of a small robot (second robot) constituting the robot is shown, and 41 is a body member, 42
43 represents an arm member, 43 represents a leg member, and 44 represents a head member, and when the arm member 42 and the leg member 43 are bent and attached to the front and side surfaces of the torso 41, the state shown in FIG. 3b is obtained, In this state, it is mounted on the shoulder of a medium-sized robot.

In this way, a three-dimensional structure such as a base becomes the main body (without a head) of a large robot, and the member 30 that forms part of this base is mounted on the large robot main body and becomes the head. At the same time, the head itself can be separated and transformed into an independent medium-sized robot main body 30 (without a head).
As the head of this medium-sized robot main body 30, a modified version 40 of a separate small-sized robot is used.

By repeating the separation and merging as described above, you can enjoy the play of changing forms, which is rich in variation and complexity. This play can also have an educational effect on developing thinking and creative abilities.

[Brief explanation of the drawing]

Figures 1 a to i are explanatory diagrams showing the configuration and morphological changes of a large robot toy that constitutes a part of an embodiment of the present invention, and Figures 2 a to i are explanatory diagrams showing the configuration and morphological changes of a medium sized robot toy. An explanatory diagram showing FIG. 3a,
b is an explanatory diagram showing the configuration and shape change state of the small robot toy. Codes 1, 2...Leg members, 4, 5...Arm members, 6
...Body member, 7...Conning tower, 8...Block, 1
0... Lid body, 11... Chamber, 12, 13, 14...
Lifting table, 20...thigh part, 22, 23...boot part, 30, 40... head member, 31, 41... torso member, 32, 42... arm member, 33, 43... leg member, 44...Head member.

Claims (1)

[Scope of Claims] 1. A transforming robot toy, characterized in that a three-dimensional structure having a predetermined shape deforms into the shape of a first robot without a head, and has the following requirements: . (b) A head is incorporated into the first robot,
(2) the head is equipped with a mechanism that transforms the head into a second robot having no head;
The head is equipped with a mechanism that transforms into the form of a third robot.