JPS62106764A - Method and apparatus for growing bubbles for bubble bath - 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 (Industrial Field of Application) The present invention relates to a foam growing method and device used for foam bathing.

(Conventional technology) Bathing methods that utilize air bubbles can be roughly divided into the following two types.

One method is to fill a Japanese-style bath with hot water and use some means to spray air bubbles into the bath, and the air bubbles produced stimulate the skin and have a miraculous effect on the health of the human body. ,
The other method is the Western-style bathing method, in which detergent is poured directly into the water in a Western-style bathtub and stirred to form bubbles to cleanse the body.

Comparing the two in terms of hygiene, efficacy, and economy, the former is unsanitary because many people bathe in the same bath, and it can warm a body up to its skin. For example, a Japanese-style bathtub for general households with a volume of about 2004 yen has the advantages and disadvantages of being economical because many people can use it for bathing without having to throw away the lagoon after each person uses it. .

On the other hand, the latter is sanitary because the hot water is discarded after each use by a person; it cannot warm a body sufficiently as it can only be submerged up to the belly level; and the hot water is discarded after each use. It is a very luxurious way to use hot water, but it also has the advantage and disadvantage that it is not economical as it consumes heat energy to boil the water each time.

As described above, conventional bubble baths have advantages and disadvantages, and no one that satisfies all aspects of hygiene, efficacy, and economy has been put into practical use.

(Problems to be Solved by the Invention) The first problem to be solved by the present invention is a Japanese-style bathtub for commercial or general household use, which is satisfactory in terms of hygiene, effectiveness, and economy. Moreover, we are trying to provide a method for growing coarse bubbles in a bubble bath that can adjust the bathing temperature to a desired temperature during bathing. It is on offer.

(Means for solving the problem) The means taken by the present invention to achieve the first problem mentioned above is to submerge a porous body under the surface of the foaming bath liquid at the inner bottom of the Japanese-style bathtub. Hot air is supplied to this porous body from a communicating blowing element and a heating element through an air pipe, with the amount and temperature of the air being controlled by a control box, and the Japanese air is sent from the porous body into the foaming bath liquid. The bathtub is characterized by a structure in which bubbles are grown in the bathtub by aeration and lathering to achieve a desired bathing humidity.

The measures taken to achieve the second problem were:
A porous body installed in the foaming bath liquid at the inner bottom of the Japanese-style bathtub;
The porous body is characterized by a configuration consisting of an air blowing element and a heating element that communicate through an air pipe, and a control box that is connected to the air blowing element and heating element and can control the amount of air blown and the air humidity. .

(Function) The heated hot air foams the foaming bath liquid, filling the inside of the Japanese-style bathtub with bubbles that grow one after another, and the bathtub is sealed within the heated foam film that has countless insulating effects. Maintain the inside at the desired bathing temperature.

(Example) An example of implementation of the present invention will be described in detail below based on the drawings.

In the figure, (1) exemplifies a bubble growing device when the Japanese-style bathtub (2) is for general household use with a capacity of about 200 mm.
This foam growing device (1) includes a porous body (3) and a porous body (3).
) is composed of an air blowing element (5) and a heating element (6) that communicate with each other through an air pipe (4), and a control box (7) that is connected to the elements (5) and (6).

The porous body (3) has a hollow rod shape or a plate shape as shown in the drawing, which can be installed in the inner bottom of the Japanese-style bath project (2), and has many small holes (
8) is provided with an opening, and is formed so that the hot air sent through the small hole (8) can be diffused to foam the foaming bath liquid (9).

The air supply element (5) has an air supply capacity such as a blower, and is connected to the outside of the bathtub (2) through the air supply pipe (4) at a rate of 20% per minute.
It has the ability to continuously supply air in the range of about 40 to 40 degrees.

The heating element (6) has a heating ability, such as a heater, and is arranged on the suction side of the air supply element (5) or on the discharge side shown in the drawing, and is arranged on the suction side of the air supply element (5) or on the discharge side shown in the drawing. It has a heating ability that can continuously heat the hot air sent to the room at an appropriate temperature, for example, in the range of 80 to 100°C.

The control box (7) includes a control circuit (11) that is electrically connected to the air supply element (5) and can increase or decrease the air supply amount of the element (5) with a knob (10), and a heating element (6). ) to control the heating temperature of the same element (6) (12)
It is equipped with a control circuit (13) whose height can be adjusted, and the temperature of the foam (a) can be controlled through the same elements (5) and (6). This control box (7
) is preferably located within a range that can be operated by the bather.

The effervescent bath liquid (9) is a variety of commercially available bath liquids, and is dissolved in about 10 to 20 ml of lagoon or water.

It goes without saying that the capacity of each of the blowing element (5) and the heating element (6) is set in proportion to the volume of the bathtub (2).

Next, the foam growing method using the device (1) will be explained.

The porous body (3) is submerged below the surface of the foaming bath liquid (9) in the inner bottom of the Japanese-style bathtub (2), and the bather himself/herself operates the control box (7) to set the bathing temperature to a desired temperature. Then, warm air is supplied to the porous body (3) from the air supply element (5) and the heating element (6) through the air supply pipe (4), and the same hot air is supplied to the foaming bath liquid through the small holes (8). (9) Bubbles are created by diffusing air inside the bathtub (2), and the bubbles (a) are grown one after another to fill the Japanese-style bathtub (2).

(Effect of the invention) Therefore, the method of the present invention has the following advantages.

■ Warm air is diffused into the foaming bath liquid from the porous material at the bottom of the Japanese-style bathtub, causing bubbles to grow one after another and filling the bathtub, while also maintaining the bathtub at a high temperature on the lower side. While it reduces the burden on the heart, it warms the lower body, that is, the legs and hips, and is particularly effective for people with high blood pressure. Moreover, since the foam is caused by the detergent, it is hygienic because you use a towel or the like to remove the dirt and wash your body, and wash away the bath liquid together with the bath liquid after each use. Because the amount is small enough to sink below the surface of the liquid, only a small amount is flushed out each time a person uses it, and even if the bathing liquid is at room temperature, it can be heated with warm air to about the same temperature as hot water. Therefore, it is economical and can satisfy all aspects of efficacy, hygiene, and economy.

■ The bathing temperature can be freely adjusted to the desired temperature while taking a bath by operating the control box, allowing the individual to bathe at the temperature of their preference.

■ Using an existing Japanese-style bathtub, you can easily create a bubble bath that has the advantages described in ■■ above.

The device of the present invention has the following advantages.

■ Satisfies the implementation of the above ■■■ and is safe.

It is both easy to handle and economical, and there is no need to worry about breakdowns.

[Brief explanation of drawings]

FIG. 1 is a sectional view illustrating the apparatus of the present invention for achieving the bubble growing method for a bubble bath of the present invention. In the diagram, (2) is a Japanese-style bathtub (3) is a porous body (4) is an air pipe (5) is an air supply element (6) is a heating element (7) is a control box

Claims (2)

[Claims] (1) A porous body is submerged below the surface of the foaming bath liquid at the inner bottom of the Japanese-style bathtub, and hot air is sent to the porous body from a continuous air blowing element and a heating element through an air pipe, with the amount and temperature of the air being blown. For bubble baths characterized by supplying air under the control of a control box, dispersing the warm air through a porous body into a foaming bath liquid, and creating bubbles in the bathtub to reach a desired bathing temperature. Foam cultivation method. (2) A porous body installed in the foaming bath liquid at the inner bottom of the Japanese-style bathtub, a blowing element and a heating element connected to the porous body through an air pipe, and a blowing element and a heating element connected to the blowing element and the heating element. A bubble growing device for bubble baths consisting of a control box that can control air volume and air temperature.