JP4352226B2 - Ozone skin cleaning device - Google Patents

Description

Industrial application fields

  TECHNICAL FIELD The present invention relates to an ozone skin cleaning device for supplying good ozone to the surface of a skin used in a bathtub or a face-washing container, etc., to generate bubbles and to remove dirty components attached to the surface of the skin. It is.

Conventionally, this type of ozone gas generator is generally used in combination with one air blower and a bubble generating probe for a bathtub or a face-washing container.
Further, the discharge side of the blower is connected to a probe that generates air bubbles disposed at the bottom of the bathtub, and air is generated by injecting pressurized air into the bathtub, and the discharge side of the blower is connected to the face-washing container. It is connected to a bubble generating probe installed at the bottom to generate bubbles in the face-washing container. (For example, see FIG. 5 of JP-A-6-210 and FIG. 1 of JP-A-7-51335)

Problems to be solved by the invention

In conventional ozone skin cleaning devices, ozone is used as a gas or dissolved in water, so when using ozone as a gas, the ozone will be immediately lost, so suction or spraying There is a disadvantage that the skin cleaning effect by ozone cannot be sufficiently obtained. In addition, in the case of ozone water in which ozone is dissolved in water, the sterilizing power cannot be continuously stored for a long time, although the half-life is somewhat long, about 30 minutes. Therefore, there is a drawback that it is limited to uses such as gargle, rinse, and soak.
SUMMARY OF THE INVENTION The present invention solves the above-mentioned problems, and the main object of the present invention is to clean the face and body parts of the face to be cleaned with ozone effectively using a probe, and to carry out facial treatment and skin treatment. The present invention provides an ozone skin cleaning device suitable for treatment, whitening treatment and the like.

Means for solving the problem

In order to achieve the above object, the present invention, for example, as shown in FIG. 1, mixes ozone and air with an ozone generating section (10) that generates ozone inside a casing made of various large and small square shapes. Then, when the ozone concentration is sprayed on the skin, the ozone diluting part (20) for diluting the skin so as not to damage the skin, and the ozone-containing gas diluted in the ozone diluting part (20) are ejected. An ozone skin cleaning apparatus comprising a probe (30) connected to an opening / closing valve (24) for causing the probe (30) to be made of a porous material and when the probe (30) is immersed in warm water In addition, as the diameter of the foam to be generated, at least each kind of gas is made into a foam having a fine diameter equal to or smaller than the pore diameter, and is mixed in the form of fine foam.
Moreover, the diameter of the foam can be controlled by selecting the porous size of the probe (30) or changing the flow rate of ozone or air or the gas supply amount, and the old stratum corneum can be removed, sterilized or sterilized. It is a feature.

Action

  According to the ozone skin cleaning apparatus of the present invention having such a configuration, the ozone generated in the ozone generating part (10) by the operation of the timer and the handle of the apparatus main body harms the human body by the ozone diluting part (20). It is diluted to such an extent that it is not applied, and is supplied from the probe (30) to the skin site to be cleaned by operating the on-off valve (24). When the probe (30) is soaked in warm water, it has a mechanism to mix at least each kind of gas as a bubble with a fine diameter equal to or smaller than the pore diameter and mix in the state of fine bubbles when the bubble is generated. Due to the ultrasonic waves generated along with the generation and disappearance of bubbles, the dirt components located in the back of the pores are effectively removed. Further, the ozone supplied from the probe decomposes the dirt component located in the back of the pores, further enhancing the cleaning effect. By incorporating the apparatus into a pumping apparatus for tap water, well water, rainwater, rivers, swamps and lakes, and seawater, it is possible to obtain water having an improved cleaning effect on ozone sterilizing water for disinfection by ultrasonic of fine bubbles.

Next, an embodiment of the present invention will be described with reference to the drawings. As shown in FIG. 1, the apparatus main body A is formed of various types of large and small rectangular housings (11), and on the surface thereof, the upper portion is convenient for carrying. Various handle parts (12) are provided, an ozone supply port (16) is installed in the vicinity of the lower part of the surface, and a power timer (13) and an ozone supply amount for supplying ozone are provided on the upper part of the surface side. A handle (14) and an air supply handle (15) for supplying air are arranged side by side.
As shown in FIG. 2, the following parts are accommodated in the housing (11). The ozone generator (10) is composed of a discharge electrode, a dielectric electrode, and an external high-frequency high-voltage power source, and generates ozone. The ozone diluting section (20) mixes ozone and air and dilutes in a fine bubble state to the extent that the skin is not damaged when the concentration of ozone is sprayed onto the skin. The ozone concentration is controlled, for example, at 100 times or less of normal ozone sterilization.
Next, the air suction part (22) sucks air used in the ozone dilution part (20) and is equipped with an air pump. The open / close valve (24) is provided between the ozone diluting section (20) and the probe (30), and is operated according to a controlled gas flow rate setting signal sent from the gas supply amount control section (26). ) Of the valve is controlled.

Next, the probe (30) is formed in a cylindrical shape for ejecting the ozone-containing gas diluted in the ozone dilution section (20), and is made of a porous material in which, for example, a rubber resin is foamed. Yes.
(A) shown in FIG. 3 shows an example of a bath probe, and the bath probe (A) is provided with a hose (17), a connection port (18), and a tip portion (19) of the probe. The tip (l9) is provided with an ozone ejection part (19b) between the holding part (19a) and the holding part (19c).
Next, FIG. 3 (B) shows a skin cleaning probe, which is provided with a hose (17) and a connection port (18), and a probe coupling in which a probe (30) is detachable at the tip of the hose (17). The part (19d) is installed.

  The thing shown in FIG. 4 shows the state used for the bathtub (40), the housing | casing (11) of this invention apparatus is installed in the vicinity of a bathtub (40), and a hose (17) is installed in an ozone supply port (16). When the tip is connected and the tip (19) of the probe is movably disposed on the bottom of the bathtub (40) and is used for face washing, a probe for washing the skin is used instead of the bath probe. It connects to this housing | casing (11). Reference numeral (42) denotes a water surface.

The invention's effect

According to the ozone skin cleaning apparatus as described above, the present invention has a drawback that it cannot maintain the sterilizing power for a long time like ozone water in which conventional ozone is used as a gas or ozone is dissolved in water. A practical effect of maximizing the effect of cleaning the skin with ozone with a pore size that is less than the pores diluted to the extent that it does not damage the skin, and the device body is very simple and compact in structure. It is easy to move and install, and has the convenient effect of being able to freely carry and use it at each location. And the ozone generator that generates ozone is mixed with air and the ozone dilution unit adjusts the concentration of spraying on the skin appropriately and does not damage the skin. Depending on the open / close valve communicating with the part, there is an excellent effect that the control of the gas supply amount is surely performed, the supply operation to the probe is smooth and good, and the skin cleaning effect is remarkably enhanced.
In addition, by incorporating this device into a pumping device for fresh water such as tap water or seawater, it has an excellent effect as water for sterilization as ultrasonic ozone sterilizing water for disinfection.

  It is a composition perspective view showing an example of the ozone skin washing device main part of the present invention.   It is a functional block diagram explaining the ozone skin washing | cleaning apparatus concerning one embodiment of this invention similarly.   It is a block diagram which shows two examples of the probe used for the ozone skin cleaning apparatus of this invention.   It is explanatory drawing in the case of utilizing an ozone skin washing | cleaning apparatus with a bathtub in this invention.

Explanation of symbols

A Device body 10 Ozone generator 11 Housing 12 Handle 13 Power timer 14 Ozone supply handle 15 Air supply handle 16 Ozone supply port 17 Hose 18 Connection port 19 Probe tip 20 Ozone dilution unit 22 Air intake unit 24 Opening and closing valve 26 Gas supply amount control unit 30 Probe

Claims (1)

The apparatus main body A has a large and small rectangular housing (11). The housing (11) is provided with a handle (12) at the top and an ozone supply port (16) on the surface. In the ozone skin cleaning apparatus equipped with the power timer (13), the ozone supply amount handle (14), and the air supply handle (15), the casing (11) has an ozone generator ( 10), and the ozone generating part (10) communicates with an ozone diluting part (20) that is mixed with air and diluted to such an extent that it does not cause damage, and the ozone diluting part (20) has an air suction part ( 22), an open / close valve (24) is linked to the ozone dilution section (20), and a gas supply control section (26) for controlling the flow rate is linked to the open / close valve (24). And the opening / closing valve (24) is applied to the surface of the skin. Lobes (30) is formed in a cylindrical shape for jetting ozone-containing gas, ozone skin cleansing device being characterized in that by coupling the probe constructed from a porous material (30).

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