JP3100194U - (Ozone bubble water generator for toilet with sensor) - Google Patents

Abstract

An object of the present invention is to make generated bubbles in ozone water more microscopic and to reduce the size of the structure.
SOLUTION: An ejector 7 for dissolving ozone in water of a tap water 1 through an electromagnetic valve 3 and a static mixer are integrally formed, an ozone generator 5 for generating ozone having a catalyst filter, and an ozone generation amount of 50 mg / hour. An ozone water generating apparatus including a bubble with an automatic sensing sensor, comprising a unitized unit of an ozone generating unit having a high-voltage power supply 9 capable of increasing and decreasing the pressure from h to 100 mg / h.
[Selection diagram] Fig. 1

Description

Detailed description of the invention

Industrial applications

The present invention relates to a small-sized ozone water generating apparatus provided with an automatic detection sensor for deodorization, sterilization cleaning, etc. using ozone water after adding a toilet.

Only about 5 liters of water is washed away after adding, urine stones adhere to the toilet for a long time, and discoloration and odor will eventually give off a bad smell.

After cleaning the tap water twice in the morning and evening and adding it in the daytime, the sterilization and deodorizing effect is less effective in running water with tap water only, especially in summer, and gives off a bad smell.

Washing with ozone water is effective, including deodorizing and disinfecting the buildings where many unspecified people enter and leave, toilets at railway stations, hospitals, hotels, restaurants, stadiums, theaters, concert halls, etc., as well as drain pipes etc. it is conceivable that.

Therefore, when cleaning the toilet using ozone water, the difference between water cleaning and ozone water usage is clearly found, and the odor from the toilet and the ammonia odor in the space are instantly deodorized.
This is because of the oxidizing power of ozone, the sterilizing and deodorizing effects are several times higher than chlorine.
(Issues to be solved by the invention)

In the conventional flushing apparatus, even though a large amount of tap water is used, there is little effect on urine stone adhesion, discoloration, and odor on the toilet.

It is therefore an object of the present invention to provide an apparatus capable of removing a bad smell emitted from a toilet bowl by a conventional water washing method, using a little more than half of the amount of water used, and disinfecting and discoloring to a clean state.
(Means that the invention is trying to solve)

In order to achieve the above objectives, with an ejector that dissolves ozone in the supplied water and an ozone dissolution rate that is more than half of the conventional water supply, a static mixer is integrated, with a variable strength of the catalyst filter unit This is an ozone water generating apparatus including a bubble with a sensing sensor, which is a unitized high-voltage power supply.

Action

This is an ozone water generating apparatus having fine bubbles through an ozone generating means, an ejector for dissolving ozone, and a static mixer for further improving ozone dissolution.

Originally, it is necessary to set up a separation tank for ozone bubbles and perform ozone treatment. However, in the case of sterilization, deodorization, and decolorization with low-concentration ozone generation, the use of waste ozone can be further improved. Goes up.

However, at that time, the ozone concentration volume can be adjusted so as not to affect the human body.

Originally, the largest separation tank, the air vent for gas-liquid separation, and the piping were omitted, so that it was possible to reduce the size, weight, and simply and compactly.

Example of the present invention

As shown in FIG. 1, when tap water enters the ejector (7) through the tap water inlet (1), the check valve (11) is supplied from the ozone generator (5) having the catalytic air filter (6). The ozone air is sucked through, and the mixing ratio is increased by the static mixer (10), and then the ozone air flows out to the ozone water outlet.

In the ozone-bubble water generating apparatus of the present embodiment configured as described above, the solenoid valve (3) is operated by the post-addition sensor (8), and when tap water passes through the ejector (7), the high-voltage power supply (9) is used. The air in the ozone generator (5) is applied during the passage by the discharge of ()), and is sucked into the ejector (7) as ozonized air.

Furthermore, the ozone water mixed efficiently by the static mixer (10) and containing air bubbles flows into the toilet through the pipe, and the discharged ozone air that is not decomposed reacts with the bad smell in the atmosphere to become oxygen and provide a comfortable environment.

To specifically explain the verification of the effect of the present invention, as an example, the ozone generation amount is 100 mg per hour, the temperature is 25 ° C., the humidity is 60%, and the ozone concentration is 3 liters at a time. As a result, it was less than 0.05 ppm when measured at a distance of 1 m at an ozone bubble water concentration of 0.5 ppm (10 cm from the floor).

The magnet (4) is convenient and easy to remove by welding the iron piece (16) to the lid (15) with the sensing sensor (8) for maintenance.

The effect of the invention

As described above, according to the present invention, the ozone to be mixed has an effect of increasing a contact area and a contact time and increasing a dissolution rate by forming a fine bubble state by a static mixer.

FIG. 1 is an overall plan view of an ozone bubble water generator according to the present invention. It is a cross-sectional view of an ozone bubble water generation apparatus.

Explanation of reference numerals

No. Code No. Code 1 Tap water 11 Solenoid valve 2 Ozone water outlet 12 Flexible pipe 3 Solenoid valve 13 Silicon tube 4 Magnet 14 Body case 5 Ozone generator 15 Lid 6 Filter case 16 Iron piece 7 Ejector 8 Sensing sensor 9 High voltage power supply 10 Stationary mixer

Claims (1)

Ejector that dissolves ozone in water through solenoid valve through tapping valve and integral mixer, ozone generator that generates ozone with catalyst filter, and ozone generation amount of 50 mg / h to 100 mg / h per hour An ozone water generating apparatus including an air bubble with an automatic sensing sensor, comprising an unified unit of an ozone generating unit having a high voltage power supply.

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