JP2018149028A - Portable bidet with ozone water injection function - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a portable bidet with an ozone water injection function because of finding that the washing for the purpose of a sterilization level is not achieved yet.SOLUTION: An ozone water generating unit 2 is incorporated just before a washing nozzle 6 so as to draw water from a portable tank 1, and thereby the water can be taken from a water inlet 3. Ozone water is generated by stirring the taken water with the ozone generated at the ozone water generating unit, based on the air taken from a suction inlet 4. A motor is rotated by using electric power from a dry battery or a battery provided in the inside of the ozone water generating unit inside. Thereby, the ozone water is returned from a water flow opening 5 to the washing nozzle, and the ozone water just after the generation can be made to be injected to a body region desired to be washed. Further, the washing nozzle can be replaced according to need, and a washing cylinder is provided so that the washing nozzle can be washed with the ozone water.SELECTED DRAWING: Figure 2

Description

      The present invention relates to a portable bidet with an ozone water injection function.

      Conventionally, there was a portable bidet, but there was no portable bidet using ozone water.

JP-A-8-277564

Portable bidet is intended to clean the body part you want to clean using water pressure, but simply cleaning with water pressure is intended to clean viruses and bacteria at the sterilization level. It was generally considered difficult.
In recent years, it has also been found that there are many disease infections from the mucous membrane parts of the body such as the buttocks and the genital area. It is beginning to be expected to lead to the prevention of many diseases.

  The objective of this invention is providing the portable bidet which has the washing | cleaning system aiming at the sterilization level in view of the above points.

  The newly developed ozone water generation unit is installed in front of the cleaning nozzle of the portable bidet to generate ozone water that is kept at a constant concentration that is safe for the human body, and is injected directly onto the part of the body to be cleaned By doing so, cleaning with ozone water is performed.

  As a feature of ozone water, ozone water of a certain concentration or higher can be expected to have a bactericidal effect by cell membrane destruction by the ozone water effect when it inactivates viruses or reaches bacterial cell membranes thinner than human cell membranes.

  The ozone water generation unit developed this time employs a silent discharge system that generates ozone using power from a battery such as a dry cell. A portable tank is installed in the unit, and ozone water is generated from the portable tank. Water is taken in from the inlet of the generation unit, and the ozone generated in the ozone generation unit is stirred based on the air taken in from the intake port provided in the ozone water generation unit, and ozone water of a certain concentration is stirred. Generate and rotate the motor provided inside the unit. Using this power, the water wheel is rotated to supply ozone water from the water outlet to the cleaning nozzle so that it can be injected.

  With such a structure, it becomes possible to inject ozone water from the cleaning nozzle immediately after the generation of ozone water, and in a state where the concentration of ozone water that tends to become unstable with time is stable, Moreover, it is possible to inject the human body while maintaining a safe concentration.

By spraying ozone water kept at a safe concentration on the human body directly onto the part of the body to be cleaned, the virus is inactivated and the substance is effectively killed by destroying the bacterial cell membrane. It can be trapped and driven into inactivity.
In addition, viruses and bacteria that could not be completely sterilized and survived in the buttocks and genital areas are expected to fall into a virtually inactive state for a certain period until they can proliferate. Can be expected to decrease.

It is a top plan view of the present invention. It is a right view of the present invention. It is a left view of the present invention. It is a front perspective perspective view of the cylinder for washing of a washing nozzle. It is sectional drawing of the cylinder for washing | cleaning of the nozzle for washing | cleaning. It is a perspective view of the nozzle for vagina cleaning of the nozzle for cleaning according to use.

  FIG. 1 is a top plan view of the present invention.

The ozone water generation unit (2) developed this time in front of the cleaning nozzle so that water can be taken into the ozone water generation unit (2) from a portable tank (1) with a water intake and an openable lid. To allow water to be taken in from the water inlet (3) of the ozone water generation unit (2). Furthermore, when the ozone water generation unit (2) is operated, it is generated in the ozone water generation unit (2) based on the air taken in from the intake port (4) provided at a position where there is no fear of being blocked by fingers or hands. The ozone and the taken-in water are agitated to generate ozone water. Rotate the motor provided inside the ozone water generation unit (2) to rotate the ozone water, rotate the water wheel using the power, return it to the cleaning nozzle (6) from the water outlet (5), and the body to be cleaned Allow direct injection at the site.
Here, the intake port (4) is opened toward the cleaning nozzle (6), which is a position where there is no fear of being blocked by a finger or hand during operation as shown in FIG.
Thus, there is an effect that the user does not accidentally block the intake port.
In addition, the portable bidet of FIG. 1 basically requires a portable tank (1) because of its structure. The cleaning nozzle (6) side is optimal as a position that does not hinder the attachment of the portable tank (1). Of course, depending on the structure, there is no problem even in other positions and directions.
Further, it is more appropriate that the portable tank (1) can be detached from the ozone water generation unit (2). The portable tank (1) is provided with a check valve, for example, in the water passage with the ozone water generation unit (2), so that water leakage can be prevented even when only the portable tank (1) is handled. Become.
As a result, water can be supplied only by the portable tank (1), and there is an advantage that it is not detected that a portable bidet is being used by another person.

In addition, in order to keep the concentration of ozone water constant, the electrical resistance is changed to interlock with the operation of adjusting the flow rate of washing water provided in the portable bidet body, and it is installed inside the ozone water generation unit (2). The variable current regulator (7) is used so that the intensity of the current flowing in the generated silent discharge method ozone generator is also changed in direct proportion to adjust the increase / decrease in the amount of ozone to be generated and to generate ozone water with a constant concentration ).
Specifically, if the wash water flow rate adjustment button of the toilet seat with a wash function is strong, medium, or weak, and if a weak flow rate is selected by operating the button, etc., it will be linked to that water flow. Thus, by setting the electric resistance value larger with respect to the power supplied from the dry battery, the strength of the current flowing through the ozone generator inside the ozone water generation unit (2) is set to be weak.
By adjusting the current intensity according to the low flow rate dial of the washing water as described above, the intensity of the current supplied to the ozone generator inside the ozone water generating unit (2) also depends on the water force. Set to weaken and reduce the amount of ozone generated. At the same time, the current flowing through the motor provided in the ozone generation unit (2) is also weakened so that the amount of water flowing according to the amount of ozone generated is reduced.
By doing in this way, since it becomes the generation amount of ozone commensurate with the flow rate of a small amount of washing water, the concentration of the generated ozone water is also kept at a constant concentration.

In addition, when a flow rate with a large flow rate of washing water is selected by a button operation or the like, the electrical resistance value is set to decrease in conjunction with this water flow and supplied to the ozone water generation unit (2). The electric resistance value is set so that the strength of the current to be increased.
By doing so, the intensity of the current supplied to the ozone generator inside the ozone water generation unit (2) is increased, the current flowing through the ozone generator is increased, and as a result, the amount of ozone generated is increased and increased. The amount of ozone generated is commensurate with the flow rate of the cleaning water, and the concentration of the generated ozone water is also maintained at a constant concentration. At the same time, the current flowing through the motor provided in the ozone generating unit (2) is also increased, so that the amount of water flows in accordance with the amount of ozone generated.

  In addition to adjustment by the user with the variable current regulator (7) supplied to the ozone generator, for example, the amount of water flowing inside the ozone water generation unit (2) is detected using a water wheel, Accordingly, it is possible to adjust the power for generating ozone.

  The ozone water having a constant concentration generated by the structure as described above is returned to the cleaning nozzle (6) from the outlet (5) of the ozone water generating unit (2), and the ozone water having a constant concentration is applied to the body part to be cleaned. Can be directly injected.

  Also, when trying to clean the inside of the vagina in addition to the buttocks, it is necessary to change the shape to a cleaning nozzle that sprays ozone water radially. The cleaning nozzle (6) can be replaced by using a screwing method or the like.

A cleaning function is provided to keep the tip of the cleaning nozzle (6) clean. Specifically, a cylinder (8) for cleaning the cleaning nozzle (6) is prepared so that the cleaning nozzle (6) can be cleaned using ozone water. The cylinder is thicker than the cleaning nozzle, and one of the cylinders is closed, the closed surface is down, and a spiral irregularity (9) is provided on the inside thereof obliquely upward. A cleaning nozzle is inserted into the cylinder, and ozone water is generated as it is. Due to the generated flow of ozone water, the ozone water overflows vigorously above the cylinder along with the spiral unevenness (9) applied obliquely upward as described above. By cleaning the tip of the cleaning nozzle (6) with ozone water in this way, it becomes possible to keep it clean. Further, in order to prevent the hand from getting wet with ozone water when cleaning the nozzle, the bottom surface of the cylinder (10) whose bottom is larger than that of the cylinder (8), and the cylinder (8) described above. By fixing the lower surface of the ozone water, it is possible to accumulate ozone water overflowing during cleaning to some extent in the gap between the cylinder (8) and the cylinder (10), and if a drain outlet is provided in a part of the gap, Since the ozone water is drained through the drain port, the hands are not wetted by the ozone water being washed.

  In addition, the present invention is not limited to the above embodiment, and other methods such as an electrolysis method and an ultraviolet lamp method may be used as a method for generating ozone. In the replacement method of the cleaning nozzle, other types of methods such as a plug-in method may be used as long as the generated ozone water does not leak.

<Modification>
Here, the ozone generator inside the ozone water generation unit (2) generates electricity with a water turbine or the like by the water flow flowing inside the ozone water generation unit (2), and uses the power as power for ozone generation. You can also. In this case, it is possible to use the portable tank even in a place where there is no power source by artificially creating a water pressure so that the portable tank can be gripped by a soft material and using a flexible material.
Of course, it is not necessary to supply all the electric power from this water wheel or the like, and it is possible to supplement with external electric power or supply all electric power with external electric power.
In this case, even if it is not adjusted by the variable current regulator (7), if the amount of water is small, the amount of ozone generated can be reduced. Conversely, if the amount of water is large, the amount of ozone generated can be reduced. It can be increased automatically.
This makes it possible to keep the ozone concentration relatively constant.
Moreover, since the water wheel used for this electric power generation also has the effect | action which stirs the water supplied from the portable tank and the generated ozone as a result, it will stir ozone more uniformly.

7 to 10 are analysis results of the effect of sterilization using ozone.
This analysis was requested from the Japan Food Analysis Center.
From these results, it can be seen that ozone has a very effective bactericidal action.
When cleaning the vagina, general vaginal PH is considered to be slightly acidic, less than about 4% to 5%, which is almost the same as the PH concentration of the generated ozone water. Therefore, unlike washing using purified water with a neutral pH of around 7.4, there is little fear of greatly disrupting the PH balance in the vagina.

(1) Portable tank
(2) Ozone water generation unit (3) Water inlet of ozone water generation unit (4) Air inlet (5) Water outlet of ozone water generation unit (6) Nozzle for cleaning (7) Current flows according to the flow rate of water Variable current regulator (8) Tube (9) Spiral irregularities (10) Tube (11) Drain port (12) Vaginal cleaning nozzle

Claims (5)

A water inlet for supplying water to a portable bidet with ozone water injection function,
The water outlet of the cleaning nozzle of the portable bidet with the ozone water injection function,
Ozone water generated by adding ozone generated by electric power to water taken from the water inlet and generating ozone water;
Having a portable bidet. The portable bidet according to claim 1, wherein electric power for generating ozone by the ozone water generation unit keeps the ozone concentration of ozone water constant by making it correspond to the amount of water taken in from the water inlet. The portable bidet according to claim 1, wherein the air inlet is disposed at a position where the portable video is not blocked by the operation of the portable bidet. A portable bidet with the function that the tip of the cleaning nozzle can be cleaned with ozone water so that the cleaning nozzle is kept clean.   A portable bidet with a cleaning nozzle that can be replaced as needed.