JPS6083688A - Tool for floating soap bubble in soap bubble - 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] This invention makes double or triple soap bubbles,
Or, the main purpose is to use various techniques such as blowing 2 or more than 7 soap bubbles of any size into a soap bubble and making them float.

Release it into the air and use the soap bubble handle (patent application,
Application dated July 12, 1981, application number 58-1264
No. 53, title of the invention, soap bubble handle, applicant,
Same as Masashi Sato, applicant for this patent.

Furthermore, the application for utility model registration, filed on July 19, 1988, application number 58-111913, the name of the invention, large soap bubble blower, the applicant, Masashi Sato, the same as the applicant of this patent. Both have a relationship. ) for a few minutes to around 10 minutes,
We have developed a platform that allows you to freely manipulate and enjoy it until it disappears naturally.

Conventionally, there is no tool like the present invention, so it is not possible to make a comparative study, but if you dare to use a common tool instead, you will end up with a series of failures. Common tools include blowing tools where the inside diameter of the bubble outlet is wider than the inside diameter;
Or a blowing tool with the same diameter from the pipe opening to the outlet.

The present invention makes the above technique easily possible.

All examples given in the explanation of the text are examples.

To explain the present invention based on the drawings, FIG.
No. 3, air control valve 14 at the mouth 1 of the large soap bubble blower
. 15 is the finger rest of the valve. 1 is a blowing spout, and 2 is a pipe with an opening. 3 is a reinforcing part, 4 is a sponge that continues to replenish the soap bubble liquid, and 5 is the back side of the soap bubble suction bag. Figure 2 is a bottom view of the same, where 7 is a soap bubble suction band, 8 is a soap bubble outlet, and 6 in each figure is a hook (as explained in the specification of the above-mentioned application) installed around the soap bubble suction band. ).

In other words, in the above-mentioned application, an air control valve with a finger rest was provided. The entire outer soap bubble blower of the present invention is made into a single piece with each part glued together. Fig. 3 is a perspective view of the inner soap bubble blower from below, and in Fig. 4, 9 is the blowing spout, 10 is the tube, 11 is the sponge that stores the soap bubble liquid, and 12 is the sponge to which fine bubbles are attached. soap bubble exit,
13 is the edge of the outlet, Figure 4 is a perspective view from above, Figure 5 is a side view of the lower part of Figure 3, Figure 6 is Figure 5A...→...A
It is an enlarged cross-sectional view B...→...B. As seen in this cross-sectional view, the outlet 12 is narrow, and the outlet 13 is the thinnest at the edge of the outlet. FIG. 7 is an enlarged bottom view of FIG. 3.

To use the present invention, normally hold the outer soap bubble blower shown in Figure 1 in your left hand, and use an outer soap bubble with a diameter of about 40 cm to 60 cm (double layered soap bubbles, with the outer soap bubble being an outer bubble and the inner bubble blowing being an inner bubble). Blow out some soap bubbles (named soap bubbles) and close the valve 14 with your left index finger, taking care not to miss the right opportunity.
Stop the backflow of air, hold the inner soap bubble blower shown in Figure 3 in your right hand, soak the lower half with soap bubble liquid, insert it into the outer soap bubble, open the valve a little, and gently let out the air inside. While doing so, blow the inner soap bubbles and let them float inside. However, it is extremely easy to tear when inserted. Therefore, the sponge 11 is surrounded by fine bubbles, and the outer soap bubble film is
This eliminates the difference between the tool and the tool that is inserted. Then, even if you insert and remove it several times, it won't tear easily. Since the sponge 11 adheres fine bubbles well and continues to smoothly replenish liquid, it prevents mistakes in delicate operations. By opening and closing the valve, you can blow bubbles of various sizes one after another inside the outer bubble until they are released. However, if 12 and 13 in Fig. 6 were not installed, the particles would immediately adhere to the inner surface and would never float as expected. The decisive reason for this is that the inner soap bubble comes out with small bubbles attached to it. These bubbles create various adverse conditions inside, which quickly spread to the entire surface, resulting in failure. When a soap bubble film is placed over the outlet of a tube, it tends to contract.

Therefore, if the outlet of the tube is wider than the back, the membrane will move to the back. So when you insert it into the outer soap bubble, it touches the membrane again, so another membrane sticks to it, so there are two membranes, and when you blow inside the outer soap bubble, an inner soap bubble with small bubbles comes out. Also, if the diameter of the tube's outlet and the diameter behind it are the same, the membrane will never be stretched stably at the tip of the outlet. During various operations, even if the condition is trivial, the soap bubbles will move to the back and the inner soap bubbles with small bubbles will come out as shown above. Therefore, if we do it as shown in Figure 6, the depth from the exit 12 of the soap bubble suddenly becomes wider, so the membrane is always stable and at the leading edge, which eliminates the cause of failure as described above. It is. Various other conditions that result in failure can be avoided by mastering them.

If you use the present invention, you will be able to enjoy performing various difficult techniques that you could not do before. To give a few more examples, an inner soap bubble with a diameter of about 50 cm can be suspended inside a soap bubble with a diameter of about 60 cm. Also, float several inner soap bubbles of any size and blow them into the mouth (
1) You can enjoy blowing air through the bubble and stirring it vigorously, or you can float two to five soap bubbles around 10 cm in diameter inside the outer soap bubble while being beautifully joined by the faces. In addition, the soap bubbles can be enlarged to any size and released into the air, and the user can change the soap bubble handling device and enjoy controlling the bubbles at will.

Therefore, the present invention has made possible the development of various and brilliant games and the foundation for the next step, which is controlling them in the air.

If we look at the game according to the present invention from a broader perspective, there are few conditions that hinder people from various countries when playing together, and it is very easy to deepen friendships internationally. Therefore, it is thought that the factors that cause World War III can be alleviated to some extent,
We are confident that this will contribute to the overall health of the economy. End
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[Brief explanation of drawings]

Figure 1 is an external soap bubble blower, a perspective view of the whole,
1...Blower spout, 2...Pipe, 3...Reinforcement part, 4...Sponge, 5...Back side of soap bubble suction bag, 14...Air control valve, 15...Finger rest on valve. Figure 2 is a bottom view of Figure 1, 7...soap bubble suction band,
8...Exit of soap bubbles. Each 6 in Figures 1 and 2...Hook fork. Fig. 3 is a perspective view of the inner soap bubble blowing device from below, 9...Blowout spout, 10...Pipe, 1
1...Sponge, 12...Soap bubble exit, 13...
Edge of exit. FIG. 4 is a perspective view from above. FIG. 5 is a side view of the lower part of FIG. 3. FIG. 6 is an enlarged sectional view B...→B of FIG. 5A...→A. FIG. 7 is an enlarged bottom view of FIG. 3.

Claims (1)

[Claims] 1. An external soap bubble blower (Fig. 1) with an air control valve (14) installed at the blowing port (1), and a soap bubble outlet (12).
An inner soap bubble blower with a narrow edge (13) and an extremely thin edge (13), and a sponge (11) attached to the tip.