JPH0324217Y2 - - Google Patents

Description

[Detailed description of the invention] (Field of industrial application) The present invention uses a foldable arm member with a light attached to the back of a toy body formed into a robot-like shape by foldable and deployable members. The present invention relates to a shape-changing toy with a light that is pivotally attached and that when the toy main body is folded, the light is housed inside the leg part and changes into a hand light-like form.

(Purpose of the invention) The present invention is a shape-changing toy with a light that has a simple structure, can change its shape in a unique way by folding and unfolding it, can arouse children's interest, and is practical. The purpose is to propose.

(Means for Achieving the Objective) As a means for achieving the above objective, the shape-changing toy with light according to the present invention is characterized by having the following requirements.

(b) Both arm members are provided on both sides of the base body provided with the head, and both leg members are provided at the bottom so that they can be opened and closed. (b) A bendable arm member is provided on the back surface of the base body, and the tip of this arm member is provided. (c) The leg members are formed hollow, and at opposing positions inside the leg members are openings that accommodate the left and right halves of the arm member and the light when the leg members are closed. (d) A window is formed at the bottom of the leg members, and the light housed in the leg members faces the window (function and effect of the invention). According to the shape-changing toy with a light according to the present invention, although the toy normally has a robot-like shape, when both arm members and both leg members are closed, and when the leg members are closed, the arm member can be opened from the opening. and accommodates lights. At this time, the lights housed in both leg members face the windows formed at the bottoms of the leg members, so that the entire structure changes into a hand light.

Furthermore, it can be used both as a tabletop light and a portable light in either the robot-like or handlight-like form, providing practicality. And since it changes into two types, the hand light-like form and the robot-like form, you can enjoy play that is full of novelty and surprises.

(Example) Hereinafter, embodiments of the present invention will be described with reference to the drawings.

In the figure, reference numeral 1 indicates a shape-changing toy with a light according to the present invention. This shape-changing toy 1 with a light is configured to reversibly change from a robot-like form to a hand-light-like form.

The shape-changing toy 1 with a light includes a base 10, arm members 20, 20, and leg members 40, 40, and the base 1
0 is formed by integrally connecting a chest member 3 at the upper part and a waist member 4 at the lower part via a torso member 2. Each bent portion 5a, 5b is provided on the back surface of the base body 10.
A bendable arm member 5 is rotatably attached to a support shaft 6a protruding from its base end. Further, a light 6 made of a miniature light bulb is attached to the tip of the arm member 5. Note that this light 6 is not limited to a miniature light bulb. Reference numeral 7 indicates a switch member, which causes the light 6 to blink, and is not limited to the arm member 5, but may be formed on the base body 10, etc., for example.

As shown in FIGS. 4a and 4b, the chest member 3 has a head 8 formed substantially in the center of its upper surface, and arm members 20, 20 are attached to both sides of the head 8. Further, a battery storage section 9 is formed inside the chest member 3, and a dry battery 1 is placed inside this battery storage section 9.
1 and 11 are stored. The light 6 and switch member 7 attached to the tip of the arm member 5 are electrically connected (not shown) to the battery storage section 9 in which the dry batteries 11, 11 are stored. Note that this battery storage portion 9 is not limited to the chest member 3, and may be, for example, the arm members 40, 40, etc.

The arm members 20, 20 are formed by connecting upper arm parts 21, 21 and lower arm parts 22, 22 via support shafts 23, 23.
is attached to the inside so that it can be bent freely around the support shafts 23, 23 as fulcrums. 24, 24 are the lower arm portions 22,
The hand part 22 is shown, and the hand part 24,
24 is a knob shaft 25, 2 protruding from the upper part of the rear surface.
5 are fitted into guide grooves 26, 26 bored in the rear surfaces of the lower arm parts 22, 22. With this, the hand portions 24, 24 can be attached to the knob shafts 25, 25.
By moving up and down within the guide grooves 26, 26, the lower arm portions 22, 22 can be freely moved in and out of the tips of the lower arm portions 22, 22. Further, the distal ends of the upper arm parts 21, 21 are connected to the distal ends of shoulder members 28, 28 via support shafts 27, 27. Thereby, the upper arm parts 21, 21 can be freely opened and closed in the left-right direction using the support shafts 27, 27 as fulcrums.

The shoulder members 28, 28 are attached to the chest member 3 with a support shaft 29,
A hook member 30 rotatably attached via 29,
30 via support shafts 31, 31.
As a result, the shoulder members 28, 28 can freely move up and down about the support shafts 31, 31, and
The arm members 20, 20 can be rotated about the support shafts 29, 29 of the hook members 30, 30 as a fulcrum.

The arm members 40, 40 are configured such that the lower leg parts 42, 42 are movable in the vertical direction relative to the upper leg parts 41, 41, and the upper part of the upper leg parts 41, 41 is fixed to the waist member 4. Further, the lower part is fitted into the fitting holes 42a, 42a of the lower leg parts 42, 42. The lower leg parts 42, 42 are formed hollow inside as shown in FIG. 3c, and the upper leg part 4
The lower parts of the lower legs 1 and 41 fit into the hollows of the lower leg parts 42 and 42 than the fitting holes 42a and 42a, so that the lower leg parts 42 and 42 are slid inward and closed. In addition, the lower leg 4
Openings 43, 43 in which the lights 6 are housed are formed at opposing positions on the inner surfaces of the lights 2, 42. Reference numerals 44 and 44 indicate windows bored at the bottoms of the lower leg parts 42 and 42, and transparent or translucent covering materials 45 and 45 made of glass, plastic, etc. are attached to these windows 44 and 44, respectively. It is worn. Furthermore, openings 46, 46 into which the arm members 5 are inserted are formed at opposing positions inside the substantially central portions of the back surfaces of the lower leg parts 42, 42, and
A cover member 47,
47 are provided. Reference numerals 48, 48 indicate feet, which are foldably attached to the lower front surfaces of the lower leg parts 42, 42. and,
The lower leg parts 42, 42 are attached to the upper leg parts 41, 41 so as to be movable in the vertical direction, and by raising the lower leg parts 42, 42, the upper leg parts 41, 41 It is formed to be housed within the lower leg portions 42, 42.

Since the shape-changing toy 1 with light is formed as described above, in order to change from the robot-like form to the hand light-like form, first, the lower arm 2 is
The lower arms 22, 22 are bent inward at 90 degrees around the support shafts 23, 23, and in this state, the upper arms 21, 21 are supported. outward with the shafts 27, 27 as fulcrums
Bend 90°. Then, the arm members 20, 20 are folded by bending the shoulder members 28, 28 downward by 90 degrees via the support shafts 31, 31. Next, the arm member 5 attached to the back surface of the base body 10 is rotated 180 degrees about the support shaft 6, and the light 6 attached to the tip of the arm member 5 is placed at the upper center of the arm members 40, 40. position. And the lower leg part 42,4
2, and fold the lower leg parts 42, 42 into the upper leg parts 41, 41.
contract upward against the As a result, the upper leg parts 41, 41 are housed inside the lower leg parts 42, 42. In this state, the lights 6 attached to the arm member 5 are inserted into the openings 43, 4 formed at opposing positions on the inner surfaces of the lower leg parts 42, 42.
Lower it until it corresponds to 3. By sliding the lower leg parts 42, 42 inward, the light 6 is housed in the lower leg parts 42, 42, and the arm members 40, 40 are folded and attached to the light 6. Therefore, a handlite-like shape can be obtained.

In addition, when changing from a handlite-like form to a robot-like form, each member may be folded in the opposite order to the above.

As mentioned above, the shape-changing toy with light usually has a robot-like form, but when the both arm members 20, 20 and both leg members 40, 40 are closed, and when the both leg members 40, 40 are closed, , the arm member 5 and the light 6 from the openings 43, 43.
to accommodate. At this time, the lights 6 housed in the leg members 40, 40 face the windows formed at the bottoms of the arm members 40, 40, so that the entire shape changes to a hand light.

[Brief explanation of the drawing]

Fig. 1 shows a shape-changing toy with a light according to the present invention, in which Fig. 1a is a perspective view of the shape-changing toy in a robot-like state, and Fig. 1b is a perspective view of the shape-changing toy in a hand-light-like state. , Figure 2 is a perspective view showing the movable range of the arm member attached to the base of the toy body, Figures 3 a to c are explanatory diagrams showing the movable state of the leg member, and Figure 4 a is attached to the chest member. Figure b is a perspective view of the arm member. Code 1: Shape-changing toy with light, 2: Torso member, 3: Chest member, 4: Waist member, 5: Arm member, 6: Light, 7: Switch member, 2
0... Arm member, 21... Upper arm, 22... Lower arm, 25... Knob shaft, 26... Guide groove, 28...
Shoulder member, 40...Arm member, 41...Upper thigh, 42
...lower leg, 48...foot.

Claims (1)

[Scope of claims for utility model registration] A shape-changing toy with a light, which is characterized by meeting the following requirements. (b) Both arm members are provided on both sides of the base body provided with the head, and both leg members are provided at the bottom so that they can be opened and closed. (b) A bendable arm member is provided on the back surface of the base body, and the tip of this arm member is provided. (c) The leg members are formed hollow, and at opposing positions inside the leg members are openings that accommodate the left and right halves of the arm member and the light when the leg members are closed. (d) A window portion is formed at the bottom of the both leg members, and the light housed in the both leg members faces the window portion.