JPS623191Y2 - - Google Patents

Description

[Detailed explanation of the invention] This invention is a doll with an independent hollow body, arms, head, etc., and an air tank below the body, which can be crushed by folding or pressing. This also relates to a toy for young children which has a mechanism in which each part gradually returns to its original shape by the movement of air between each air chamber and an air tank.

Conventionally, many hollow-shaped doll toys made of flexible materials have been provided, including those modeled after the main characters of popular manga at the time, and those modeled after the shapes of animals. It was simply a doll with air sealed inside, and was used more as a device than a toy.

Therefore, the present invention is to make the head, arms, and torso of such a doll toy an independent hollow body,
Separately from these, a compressed air tank is integrally formed, and by providing a partition wall with a vent with a control valve between each part and the air tank, even if the doll is crushed by pressure, it will gradually disappear. It is designed to return to its original shape, and the drawings will be described in detail below.

Figure 1 is a diagram showing the internal structure of the present invention seen from the front, Figure 2 is a diagram showing the internal structure of the present invention seen from the side, and Figure 3 is a diagram showing the operating state of the control valve. Figure 4 shows the internal structure of the launcher seen from the side, and Figures 5A and 5B show the compression and
It is a figure showing the state of return.

1 is a ventilation hole 11 with a control valve 12 between it and the body 4;
It is an independent hollow head section that is separated by a head partition wall 7 provided with a.

2 is a vent hole 11 with a control valve 12a between the body part 4.
The right arm is an independent hollow portion separated by a right arm bulkhead 8 having a hole a.

3 is a ventilation hole 11 with a control valve 12b between the body part 4
This is an independent hollow left arm section that is separated by a left arm partition wall 9 provided with a left arm section b.

Reference numeral 4 denotes a torso section that is separated from the head 1, right arm section 2, and left arm section 3 by a partition wall provided with a ventilation hole with a control valve, and is connected to the lower air tank 5 by a control valve 12c.
It is blocked by a torso bulkhead 10 provided with a ventilation hole 11c, and a firing device 14 (a device for manually firing lightweight toy bullets) is provided inside the chest.

As shown in FIG. 4, the firing device 14 has a hollow grip portion 18 taken out from the back of the body portion 4 and a serpentine ejection portion 16 attached to the tip via a hose. Bullets 15 are stacked vertically.

5 is a ventilation hole 11 with a control valve 12c in the lower part of the body 4.
The air tank is installed through the trunk partition wall 10 provided with c, and is formed into a serpentine shape by inserting a plurality of elastic bands (rubber bands, etc.) around the outer periphery, and air is pressurized into the air tank. and expands into a cylindrical shape.

Reference numeral 6 is a weight attached to the bottom of the air tank 5, which adds weight to the doll toy so that it does not fall over (like when it falls over).

In the present invention having the above-described structure, the weight 6 is made of a hard material and is filled with sand, water, etc. is made of flexible material.

In addition, the control valve attached to each ventilation hole is made of an elastic material, and there is a small hole in the part that matches the ventilation hole.
2' is provided, as shown in Figure 3,
When air passes through the ventilation hole, the control valve 12 is pushed and curved as shown in Figure A, causing it to break in several places (2 to 2).
3) Since it is fixed, gaps are created in the parts that are not fixed, and the mechanism is such that air is sent through these gaps.

In other words, if head 1 is crushed by hand, head 1
The air inside is sent into the body 4 from the vent hole 11 through the gap created by pressing the control valve 12 within 2 to 3 seconds.

However, when you release your hand, the air inside the body 4 flows out through the small holes 12'.
The head 1 gradually returns to its original shape.

Therefore, each control valve 12, 12a, 12b, 12
c have the same operation, so head 1, right arm 2,
Even if the left arm portion 3 and the torso portion 4 are crushed, they will return to normal condition in the same manner, but this state will be described in detail below.

When the head 1, right arm 2, left arm 3, and torso 4 are crushed by hand, all the air in each part is sent into the air tank 5, as shown in Figure 5A. Therefore, the serpentine air tank 5 becomes cylindrical by stretching the inserted elastic band and stretching the tank itself.

When the pressing hand is released, air first flows back through the small hole of the control valve provided in the trunk partition 10 between the air tank 5 and the trunk 4, and the trunk 4 gradually expands.

The air that has entered the body 4 then gradually flows back into the right arm 2 through the small hole 12' of the control valve 12a of the right arm bulkhead 8.

Similarly, air gradually flows back into the left arm 3 and head 1 through the small hole 12' of the control valve, gradually returning to its original shape, and along with this return, the air tank 5 also gradually returns to its original shape. It returns to its serpentine shape.

The weight 6 is a hemispherical weight that allows the device to return to its original upright state even if it is knocked down by any impact from any direction.

Next, the firing device provided in the body 4 will be explained.

As shown in Fig. 4, a plurality of bullets 15 (made of rubber or soft synthetic resin) are mounted on the top and bottom, and the lowest bullet is fired by hitting it with a serpentine ejection part 16. , the ejection part 16 connects a hose 17 to the rear part of the hollow serpentine, and makes the tip of the hose 17 protrude outside the back of the body, and connects the hollow grip part 18 to this tip, and the grip part 18 When the bullet is squeezed hard momentarily, the serpentine firing section 16 expands rapidly due to air pressure, striking the bottom of the lowest bullet and firing it. It is attached to the chest at the front.

The drawings of the above-mentioned invention represent fantasy dolls that appear in modern manga, but this is just an example, and monsters, animals, etc.
You can express various dolls.

In addition, by changing the size of the small hole in each control valve, the time required for each part to return to its shape is different, and by changing the return time of each part to suit the animal being expressed, it is possible to create even more interesting designs. This is a highly practical doll that not only arouses the interest of young children, but also helps develop their physical strength by pressing on it, and also promotes the development of motor nerves. It's a toy.

[Brief explanation of the drawing]

Fig. 1 is a diagram showing the internal structure of the present invention seen from the front, Fig. 2 is a diagram showing the internal structure of the present invention seen from the side, Fig. 3 is a diagram showing the operating state of the control valve, and Fig. 4 is a diagram showing the internal structure of the present invention seen from the front.
The figure is a diagram of the internal structure of the firing device seen from the side, and FIG. 5 is a diagram showing the compression and return states of the present invention. 1 is the head, 2 is the right arm, 3 is the left arm, 4 is the torso, 5 is the air tank, 6 is the weight, 7 is the head bulkhead, 8
is the right arm septum, 9 is the left arm septum, 10 is the torso septum, 1
1, 11a, 11b, 11c are ventilation holes, 12, 1
2a, 12b, 12c are control valves, 12' is a small hole,
13 is an elastic band, 14 is a firing device, 15 is a bullet, 16 is a firing section, 17 is a hose, and 18 is a grip section.

Claims (1)

[Scope of utility model registration request] A weight 6 is formed at the bottom, a cylindrical air tank 5 made of a flexible material is attached to the top of the weight, and a plurality of elastic bands 13 are fitted to the air tank 5 to form a bellows shape. A hollow body 4 is attached to the upper part of the air tank 5 through a body partition 10 provided with a vent 11c with a control valve 12c, and a vent hole with a control valve 12a is attached to the upper right side of the body 4. A vent hole 11b with a control valve 12b is connected to the hollow right arm part 2 through the right arm bulkhead 8 provided with a control valve 11a on the upper left side.
The hollow left arm part 3 is attached through the left arm bulkhead 9 provided with a vent hole 11 with a control valve 12 in the upper center.
A doll toy with a telescopic mechanism, characterized in that a hollow head 1 is attached via a head bulkhead 7 provided with a head part 7, and a firing device 14 is provided inside the body.