JPH0241034Y2 - - Google Patents

Description

[Detailed explanation of the invention] This invention is a toy that takes the form of a ship such as a warship.
This invention relates to a toy that can be transformed into a robot toy in its unfolded state.

Conventionally, figurative toys that can be shaped into different forms by combining block members are known, but if the structure is complicated to enjoy uniqueness, it becomes difficult for young children to handle it and arouses their interest. Moreover, if the structure is made simple, it becomes monotonous and loses interest, and if the block members are lost, it becomes impossible to form the desired shape, making it difficult to manage, which is a problem for children. It was hot.

The present invention attempts to eliminate these conventional drawbacks, and enables reversible transformation between a ship toy and a robot toy, and although it has a simple structure, its appearance changes significantly and is unexpected. To provide a reversible and deformable figurative toy that greatly enhances the interest of young children, is easy to handle, and allows the robot to be enjoyed by changing its form in various ways.

The present invention has various parts that form a ship shape when folded, and each selected part is configured to be expandable or foldable, and when each part is expanded, each part takes a form corresponding to the external appearance of the robot. In a toy, a ship-shaped hull is designated as bow A, center B,
A side member 1 is formed in the stern C so as to be freely divisible, the bow A has a robot head 6, is bendable forward and connected to the center part B which becomes the robot body, and extends from the rear part of the bow to the center part. The stern C is divided into two in the longitudinal direction of the hull, and is connected to the sides via a connecting piece 2 so as to be freely openable and retractable to the outside to form a robot arm 3. This is a marine robot toy characterized in that the robot leg part 4 is formed with a robot foot part 5, and the rear end of the stern is provided so as to be freely bendable.

An embodiment in which the present invention is applied to a battleship-robot toy will be described.

As shown in Fig. 1, in the folded state, a ship that takes the form of a battleship consists of a bow A, a center B, and a stern C, and each part is integrally connected via a contact surface or a sliding surface. ing.

The bow A is connected to and separated from the ship by a connecting portion consisting of a pin 10 protruding from the bow A and a guide groove 9 drilled in the center B.
It is rotatably connected to the central part B, and is provided with side members 1 on both sides of the central part B via continuous joint pieces 2, which constitute the front and side parts of the central part B. The connecting piece 2 is connected to the bow A and the side member 1 by pivot parts 16 ₁ and 16 ₂ , and the side member 1 can be freely opened and contracted.

The side member 1 consists of a shoulder portion 3 ₁ which is a portion where the front main body of the central portion B is divided into two, an upper arm portion 3 ₂ and a lower arm portion 3 ₃ that constitute the side surface of the central portion B, and the lower arm portion 3 ₃ is A hand part ₃₄ is housed inside so that it can be pushed out and retracted. The shoulder portion 3 ₁ and the upper arm portion 3 ₂ are connected to a connecting portion 17 consisting of a rod and a sliding hole.
The upper arm part 3 ₂ and the lower arm part 3 3 are connected to each other so as to be freely protrusive and retractable and rotatable, and the upper arm part 3 2 and the lower arm part 3 ₃ are formed to be rotatable at the joint part 12 .

A space is provided at the rear of the bow A to accommodate the face of a robot, which will be described later. The central part B includes the turret 7, the side member 1, the central main body 26, and the connecting member 1.
Consists of 8.

The turret 7 is provided at the front of the main body 26 via a rotary connection part 11, and the lower surface of the front turret of the two turrets is provided with a robot face to serve as a robot head 6.

A bridge section 8 is provided on the deck of the central main body 26, and housing sections into which the lower arm sections ₃₃ are fitted are provided on both sides.

A connecting member 18 to the stern C is rotatably provided at the rear of the main body 26 via a connecting portion 19, and a guide 13 is provided protruding from the stern C side of the connecting member 18.

The stern C has a pair of waist portions 14, leg portions 4, and foot portions 5.
The waist part 14 has a sliding hole in the guide 13 and is slidably connected to the central part B, and both waist parts 1
4 and 14 are movable toward and away from each other. Each waist 14 is a waist 1
The leg 4 is connected to the leg 4 via a relay piece 14 ₁ protruding from the base 4, and the leg 4 has a sliding hole in which the relay piece 14 ₁ is retractably accommodated. The leg portions 4 and the foot portions 5 are connected via a guide piece 15 so as to be able to move toward and away from each other and rotate, and the upper surface of the foot portion 4, that is, the sole surface during robot operation, is formed into a surface capable of supporting standing up.

The deck of the stern C is also decorated with battleship decorations such as a turret and radar.

In the figure, 20 is the lock part of bow A and center part B, 2
1 is an operating piece of the hand portion ₃₄ , 22 is a notch for sliding the operating piece 21, 23 is a guide groove, 24 is a pin, and 25 is a pivot portion.

In addition, appropriate stoppers are provided to regulate the contact/separation/rotation range of each part, and locking portions such as concave/convex fitting portions are provided as appropriate to maintain the shape of the ship and robot to prevent changes. A smooth guide surface is formed as necessary.

Therefore, when converting from the ship form (Fig. 1) to the robot form (Fig. 3), the bow A and center part B
The side member 1 interposed in a locked state in between is pivoted outward, the upper arm ₃₂ is released from the shoulder ₃₁ , and the hand ₃₄ is pulled out from the lower arm ₃₃ to form the robot arm 3. do. Next, after separating the bow A from the center part B, rotate it to expose the robot face.
A robot head 6 is formed. The bow A forms the chest, the central main body 26 forms the resting part, and the bridge part 8
is held in the shape of a propulsion section on the back. Waist part 14,1
4 are separated, while the waist portion 14 and the leg portion 4 are separated to expose the relay piece 14 ₁ to form a leg. Then, the foot portion 5 is separated from the leg portion 4 and then rotated,
In robot form. At this time, the arm portion 3 can be freely bent, extended, and rotated, and the abdomen and head 6 (including the chest) can be rotated separately, allowing various poses to be taken. A robot is converted into a ship by performing the reverse procedure. In addition to the above-mentioned embodiments, there are also the following: Reversing the relationship between the bow and stern, the robot head, and the chest; Providing the robot head in the bow or center of the ship so that it can rotate and slide freely; and The bridge section should be retractable or foldable, and the relay pieces ₄₁ should be protruded from the legs and housed in the center.
It is possible to make so many variations that it is impossible to enumerate them, such as providing the guide 13 so that it can be freely projected and retracted, omitting the connecting member 18 and providing the guide 13 directly on the main body 26, and forming all or part of each part to be separable.

Further, the convex and concave portions such as the pin and the guide groove are selectively provided relative to each other in the connecting portion or the fitting portion.

With this invention, when folded, it looks like a toy ship, but when unfolded, it becomes each part of a robot, and each part corresponds to the appearance of each part of the ship, so when folded, it becomes a toy ship. It can be freely changed from a robot toy to a ship toy, or vice versa, making it an interesting and unexpected toy, and it is easy to handle because each part is connected. In addition, it can be enjoyed in both the form of a ship and a robot, and when changing operations, it can develop intellectual abilities and contribute to fingertip training.It is not only economical, but also has many effects desired as a toy. be.

[Brief explanation of the drawing]

The drawings show one embodiment of the present invention, and Fig. 1 is a side view of the ship, Fig. 2 is a plan view explaining conversion, Fig. 3 is a front view of the robot, and Fig. 4 is a partial side view. , Fig. 5 is a plan view of the robot in a different pose, Fig. 6 is an explanatory view of the side member (robot arm), and Fig. 7 is a plan view of the robot in a different pose.
The figure is an explanatory diagram of the foot. A... Bow, B... Center, C... Stern, 1...
...Side member, 2...Connection piece, 3...Arm part, 4...
...legs, 5...feet, 6...head, 7...turret,
8... Bridge section, 9... Guide groove, 10... Pin,
11... Rotating connection part, 12... Joint part, 13...
Guide, 14... waist, 15... guide piece.

Claims (1)

[Claims for Utility Model Registration] (1) It has various parts that form a ship shape when folded, each selected part is configured to be expandable or foldable, and when each part is expanded, each part has the appearance of a robot. In a figurative toy that has a shape corresponding to the above, a ship-shaped hull is formed to be freely divisible into a bow A, a center part B, and a stern C, and the bow A has a robot head 6, and the robot can be bent forward. A side member 1 which is connected to the center part B which becomes the body part and extends from the rear part of the bow to the center part is connected to the outer periphery via a continuous joint piece 2 so as to be freely openable and retractable, and is formed into the robot arm part 3. The stern C is divided into two parts in the longitudinal direction of the hull, and is telescopically connected laterally to form a pair of robot legs 4, and the rear end of the stern is provided so as to be bendable so that the robot legs 5 can be attached to the robot legs 4. A ship robot toy characterized by being prepared for. (2) The toy according to claim 1, wherein the bow A is provided with a housing portion and a fitting opening into which a turret 7 having a robot head 6 can be fitted. (3) The center part B has a bridge part 8 and a turret 7 with a robot head 6, and when the center part B is bent to the center part B with respect to the bow A, the robot 2. The toy according to claim 1 or 2, wherein the toy is arranged so that the head 6 is exposed. (4) Claims for registration of a utility model in which the bow A is movably and rotatably connected to the central portion B with protruding pins 10 fitted in guide grooves 9 formed on both sides thereof. The toy described in any one of Items 1 to 3. (5) Utility model registration claim 1, in which the central portion B has a turret 7, and the turret 7 is rotatably connected by a rotary connecting portion 11. The toy described in any one of items 1 to 4. (6) The side member 1 includes a robot shoulder portion 3 ₁ and a robot arm portion 3 which are refractably connected at a joint portion 12 .
The robot arm 3 is divided into two parts, and the robot arm 3 is provided with a hand part ₃₄ that can be freely extended and retracted. toy. (7) The stern C is composed of a divided member slidably connected to the guide 13 formed in the central part B, and is further divided into a robot waist part 14 and a robot leg part 4, which are connected together. A toy according to any one of claims 1 to 6 of the claims 1 to 6, which is a utility model registered as a utility model. (8) The stern C has a guide piece 15 that allows the robot foot 5 formed at the rear end of the stern to be extendable and rotatable.
A toy according to any one of claims 1 to 7 of the utility model registration claims, which is a toy that is connected to the toy. (9) The stern C is composed of a robot waist section 14, a robot leg section 4, and a robot foot section 5 connected in a divided manner, and the robot leg section 4 is telescopically relayed to the robot waist section 14. Piece 14
1. The toy according to claim 7 or 8 of the utility model registration claim, which is connected via ₁ .