JPS63161228A - Toilet bowl equipped with ozone generator - 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 (Field of Industrial Application) The present invention relates to an improvement of a toilet bowl installed in a toilet, and more particularly to a toilet bowl equipped with an ozone generator.

(Prior art and its problems) In recent years, various improvements have been made to toilets installed in toilets, such as shower cleaning devices that allow people to wash their buttocks after using the toilet, and devices that remove bad odors from inside the toilet. BACKGROUND ART There are toilet bowls and the like that have a deodorizing and fragrance function, and various devices have been devised to improve the comfort inside the toilet.

Conventionally, as a measure to remove bad odors in the toilet, for example, an air freshener is stored in the toilet bowl, and the scent from this air freshener is blown out around the toilet seat on the toilet main body through a fan, and the masking effect of the fragrance of the air freshener removes the bad odor. On the contrary, a toilet bowl that is designed to reduce the amount of odors is provided with a suction port near the toilet seat, and a fan is used to suck out the bad odor from this suction port, and the sucked out bad odor is deodorized through activated carbon stored in the toilet bowl and discharged to the outside. There are toilets equipped with such devices, but in the former case, the fragrance of the air freshener and the bad odor inside the toilet may be mixed and emit a strange odor, and in the latter case, a considerable amount of odor may be emitted. of activated carbon, and since there is a time limit to the effects of air fresheners and activated carbon, it is necessary to replenish air fresheners or activated carbon periodically, which makes replacing them troublesome and completely eliminates the need for air fresheners in the toilet. There was a problem in that it was difficult to eliminate odors. In addition, there is a problem that there is a large amount of germs and the like in addition to bad odors in the toilet, and the problem cannot be solved by these methods.

(Means for Solving the Problems) The present invention has been devised in view of the above-mentioned conventional problems, and is capable of effectively removing bad odors in the toilet, as well as effectively eliminating bacteria and the like existing in the toilet. The purpose is to provide a toilet bowl with an erasable function.

By the way, it has long been confirmed that ozone has effects such as oxidation, sterilization, decolorization, deodorization, and detaste, and in particular, ozone actively attaches to germs and odor particles due to its electrical action and sterilizes them. Ozone has the property of having a deodorizing effect and returning to the original oxygen, and the present invention focuses on these properties of ozone,
The purpose of installing Ozone Generator-3= on a toilet bowl is to achieve the above purpose, and the gist is to install an ozone blow-off hole connected to the ozone generator around the toilet bowl, which is formed on the upper edge of the toilet bowl body. It was formed.

(Function) An ozone outlet is formed around the toilet at the upper edge of the toilet body, and the ozone outlet is connected to the ozone generator, so the ozone generated by the ozone generator is removed from this ozone outlet. The ozone that is blown out around the periphery of the toilet bowl from the blow-off hole attaches to the particles that cause the bad odor around the toilet bowl, oxidizes and decomposes these particles, and effectively removes the bad odor. The emitted ozone has a sterilizing effect on existing germs and mold, making the inside of the toilet a sanitary environment.Ozone also has a sterilizing effect on the human body of the person using the toilet. Therefore, it is possible to effectively prevent dermatitis, allergies, etc. in the human body. Furthermore, since ozone quickly turns into oxygen after sterilization, etc., there is no need to worry about secondary contamination, and the comfort inside the toilet can be improved.

(Example) Embodiments of the present invention will be described below based on the drawings.

FIG. 1 shows a perspective view of the toilet. A toilet seat 2 on which a user can sit is installed on the top of the toilet main body 1 constituting the toilet. A lid 3 is installed that can cover a center 02a formed at the center of the toilet seat 2 from above. Further, a box-shaped box part 4 is installed on the upper surface side of the toilet main body 1 on the rear side of the toilet seat 2 and the lid 3, and the rear end of the toilet seat 2 and the lid 3 is attached to the box part 4. is rotatably mounted. Therefore, the toilet seat 2 can rotate upward with respect to the toilet main body 1 using the front end of the box part 4 as a fulcrum, and in order to make good contact with the toilet main body 1, a cushion rubber 16 is provided on the bottom side of the toilet seat 2. is permanently installed. That is, in FIG. 2, C in FIG.
-C line cross-sectional view (a view taken horizontally through the center of the toilet seat)
A pair of shafts 4a, 4a fixed to the front edge of the box body 4 support support parts 2a, 2a projecting from the rear end of the toilet seat 2 so as to be rotatable. In this example, an opening 4b is formed in the left side of the box body 4 in communication with the outside, and inside the box body 4 there is an intake port 6 connected to the opening 4b, and an intake port 6 connected to the opening 4b. A high-pressure discharger 7 connected to the hose 6, a communication port 8 connected to the high-pressure discharger 7, and a fan 9 connected to the end of the communication hose 8 are installed inside the fan 9. A flexible hose 10 is connected in the right angle direction. This flexible hose 10 passes through a through hole 4c bored in the center of the front wall of the box part 4 and is connected to the rear wall of the toilet seat 2 in front. An ozone base pipe 11 connected to the front end of the flexible hose 10 is provided. Further, at the front end of the ozone base pipe 11, an ozone main pipe 12a and an ozone main pipe 12b are arranged in a branched manner and symmetrically opposite each other.
The pair of ozone main pipes 12a and 12b are disposed within the toilet seat 2 so as to substantially surround the outer periphery of a central opening 2a formed in the center of the toilet seat 2. Further, six ozone Suita pipes H are connected to the ozone main pipes 12a and 12b, and each ozone Suita pipe H has an ozone blowing hole opened at the central opening 2a side of the toilet seat 2 at the end thereof. AIl A2. Bl, B2. CII Cm
, DIl Dx+ El, Eel FIT Connected to Fx.

Therefore, each ozone outlet A1. Ax, B1. B2. C
II C2+ DIl Dz+ Ell Ear Fl
l When ozone is blown out from Ft, as shown in Fig. 3, the structure is such that the blown ozone sinks into the bowl 1a formed below the toilet compartment of the toilet main body 1. There is.

In this example, the ozone base pipe 11, the ozone main pipes 12a, 12b, and the plurality of ozone blow-off pipes H are made of heat-resistant rubber hoses, etc., and are fixed to the bottom inner wall surface of the toilet seat 2 by appropriate means. It was placed in Furthermore, since the flexible hose 10 connected to the ozone base pipe 11 is housed in a curved shape inside the box part 4 as shown in FIG. 4, the toilet seat 2 is opened upward with respect to the box part 4. Even at times, the flexible hose 10 stored in the box part 4 can be pulled out to the front side through the through hole 4c, and ozone can be supplied into the toilet seat 2 without any hindrance to the rotation of the toilet seat 2. be.

Incidentally, to add an explanation to the ozone generator mainly composed of the high-pressure discharger 7 and the fan 9 described above, the high-pressure discharger 7 has a transformer section 7a, as shown in FIG. It is composed of a discharge section 7b connected to the transformer section 7a, and the intake hose 6 and the communication hose 8 are connected to the discharge section 7b.

Furthermore, to explain the discharge action within the discharge section 7b with reference to FIG. G is arranged, and this pair of discharge plates P 1
．． When a high voltage of about 7000V is supplied from the transformer part 7a between P , discharge plate P1. Pa
By passing through the water, a part of it becomes ozonated and becomes 0.
Then, from the connecting hose 8 through the fan 9, the flexible hose 10 → ozone base piping 11 → ozone main piping 12a
, 12b → Ozone blow-off pipe H and flow, ozone blow-off hole AH,
At, Bl, Bz, C+, cm, DIr D
Ozonized air is blown out from the toilet K of the toilet main body 1 so as to cover it. Also, fan 9 is /J% of sirocco fan etc.
It consists of a type blower, and the high-pressure discharge machine 7 and fan 9 are known ones.

The high-pressure discharge machine 7 and the fan 9 can be turned on or off by the user turning on or off a switch (not shown) installed around the toilet body 1, or the toilet body 1. It is turned ON and OFF when the user is seated on the toilet seat 2 through a sensor etc. installed buried in the wall of the tank part T installed on the rear side of the box part 4 on the top surface. There is a type in which the high-pressure discharge machine 7 and fan 9 are turned on and off in conjunction with the opening operation of the lid 3, and a type in which the electric wiring is turned on once and then turned off after a predetermined time via a timer. There are some types that have this.

In this example, a heater body 13 is further installed inside the box 4, and an electric wire 14 can be connected to the heater body 13, and the electric wire 14 passes through the wall of the box portion 4 and connects to the toilet seat 2. The heater wires 15a and 15b are connected to a plurality of heater wires 15a and 15b that pass through the wall surface and are arranged above the ozone main pipes 12a and 12b inside the toilet seat 2, and when the heater main body 13 is turned on, the heater wires 15a and 15b are configured to heat the toilet seat 2.

Therefore, in the toilet seat 2, these heater wires 15a and 15b, the ozone base pipe 11, and the ozone main pipe 12a are connected to each other.
, 12b, an appropriate gap is formed between the two, and the two are installed in parallel.

In such a structure, the high pressure discharger 7 and the fan 9
is turned on, the outside air is fully introduced into the high-pressure discharge machine 7 through the filter 5 and completely ozonated, and then through the fan 9 to each of the ozone blow-off holes A1. A
t, B5. B2. CI,C,,D,,D,,E,,B2
．． Fl and F are blown out, and the blown ozone is heavier than air, so it sinks into the bowl part 1a of the toilet, and the ozone inside the bowl part 1a is well decomposed and the bad odor is removed by the oxidative decomposition action of the ozone. can do. At the same time, ozone has a good sterilizing effect on bacteria floating around the toilet bowl.
In addition, ozone has a good bactericidal effect on the skin of the user sitting on the toilet seat 2, and has a therapeutic effect especially on people with hemorrhoids 2 who tend to have constipation and people with other allergies. It is something that is exerted secondarily. In addition, since the ejected ozone naturally returns to the original oxygen O3 after undergoing oxidation and decomposition, there is no fear of secondary contamination in the toilet, and the interior of the toilet can be kept comfortable and sanitary.

Next, a modified example of the present invention will be explained based on FIGS. 3 and 4. The rim part 1b forming the upper edge of the toilet main body 1 usually has a groove for allowing flushing water to flow down into the bowl part 1a. A rim water passage R has been formed, and drainage holes Ra and Ra are bored in this rim water passage R in a hanging manner. Exit R
b, Rb are bored in the rim water passage R, and the rim water passage R is used to transfer ozone spouted from the high pressure discharge machine 7 and the fan 9 installed and internally inside the box 4 to the rim water passage R. Ozone is introduced into the ozone outlet Rb.

The purpose is to blow ozone into the bowl part 1a from Rb, and in this case, the tip of the flexible hose 10 shown in FIG. It is only necessary to connect the ozone outlet hole A to the toilet seat 2 by using the rim water passage R.
I, Aa, B,.

Bx, CI, Ct, D,, Dx, Et, Et, Fir
It is possible to obtain the same effect as when Fx is provided.

In this example, a plurality of ozone blow-off holes A + + A z + B + + are provided at the periphery of the central opening 2a of the toilet seat 2.
B 21C+, C2+ DIr Dx, El, Ex,
Although we have shown an example in which Fll FQ is formed, it is also possible to have a structure in which only A + and A x of these ozone blow-off holes are provided, or conversely, a structure in which only Fir Fx on the front side is provided. However, the number and location of each ozone blowing hole are not particularly limited. Furthermore, the ozone blow-off holes can each be formed in a different shape. For example, the diameters of the ozone blow-off holes A I and A t are made thinner, and the diameters of the ozone blow-off holes A I and A t are gradually increased as they reach the ozone blow-off holes F + and F x sides. It can also be configured as an ozone blow-off hole of a diameter. With this configuration, when the toilet user is seated on the toilet seat 2, a large amount of ozone will be blown out from the front side with the toilet user's legs open, increasing the bactericidal effect on the toilet user's skin. ,
Moreover, the deodorizing effect of the toilet main body 1 against the bad odor rising in front of the user is increased.

In this example, the flexible hose 10 is connected to the rear wall of the toilet seat 2 from the front wall of the box part 4, but the flexible hose 10 can be introduced into the toilet seat 2 from the side wall of the box part 4. The piping structure is not particularly limited.

Furthermore, in this example, ozone blow-off hole A1. A*,
B+, Bt, C+, Ct, I)+, Dt, E+, Ex
.

F+ and Fa are provided in the downward direction so that the ozone blown out sinks into the bowl part 1a of the toilet bowl main body 1, but each ozone blowing hole opens horizontally with respect to the central opening 2a of the toilet seat 2. In this case, since a considerable amount of ozone is diffused above the toilet bowl, bacteria in the toilet can be effectively sterilized. On the other hand, if each ozone blow-off hole is configured to spray onto the inner circumferential edge of the pot part 1a, ozone will effectively decompose dirt etc. adhering to the inner circumferential surface of the pot part 1a, and the body part 1
a) It can remove dirt from the inner peripheral surface.

Further, in this example, a high-pressure discharger having a discharge part 7b is illustrated, but other high-pressure dischargers can also be adopted. For example, a tungsten discharge electrode and a ceramic ceramic on the surface of a high-purity alumina ceramic layer If you use a device equipped with an internal induction electrode and a transformer that can apply a special waveform of high frequency and high voltage, a creeping streamer discharge will occur on the ceramic surface and the oxygen on the ceramic surface will turn into ozone. However, it is possible to achieve good ozonization.

(Effects of the Invention) The toilet bowl with an ozone generator of the present invention is provided with an ozone outlet connected to the ozone generator around the toilet formed on the upper edge of the toilet main body, so that the ozone outlet is connected to the periphery of the toilet from the ozone outlet. Ozone is blown out, and the blown ozone decomposes and removes bad odors around the toilet bowl, and also effectively sterilizes germs around the toilet bowl, so that the area around the toilet bowl can be made sanitary and comfortable.

[Brief explanation of the drawing]

1 to 6 show embodiments of the present invention, FIG. 1 is a perspective view of a road body of a toilet bowl, and FIG. 2 is a cross-sectional view taken along line C-C in FIG. 1.
A structural diagram showing the piping structure installed inside the toilet seat and the installation structure of the ozone generator installed inside the box, Figure 3 is the second
4 is an enlarged sectional view taken along line BB in FIG. It is an action explanatory diagram. 1...Toilet bowl body 1a...Base part 2...Toilet seat 2a...Central opening 4...Box part 4b...Opening part 5...Filter
6...Intake hose 7...High pressure discharger 8...
・Connection hose 9...Fan 10...Flexible hose 11...Ozone base piping 12a, 12b...Ozone main piping H...Ozone blowout pipe R...Rim water passage Rb・
...Ozone outlet K...Toilet patent applicant
Inax Co., Ltd. Agent Patent Attorney Kiyoshi
Yoshihisa Mizu Proceedings for Compensation of Snow (Voluntary) August 13, 1988 1, Indication of the case 1988 Patent Application No. 304807 2, Name of the invention Toilet bowl with ozone generator 3, Relationship with the person making the amendment Patent Applicant Address: 3-6 Koiegicho, Tokoname City, Aichi Prefecture Name (047) Inax Co., Ltd. Representative: Teruzo Ina 4, Agent Address: 2nd floor, Isuzu Corpo Building, 3-21 Maehama-dori, Minami-ku, Nagoya 1. Detailed explanation of the invention" column. 1. Brief description of the drawings" column and "Drawings 6. Contents of amendments The entire specification and drawings are amended and submitted as per the appendix.
Particulars 1. Name of the invention: Toilet bowl with ozone generator 2. Scope of claims: 1) An ozone blow-off hole, read as an ozone generator, is formed around the toilet bowl formed on the upper edge of the toilet bowl body. A toilet bowl with an ozone generator. (2) The toilet bowl with an ozone generator according to claim 1, wherein the ozone blow-off hole is formed around the central opening of the toilet seat installed on the top surface of the toilet bowl main body. (3) The toilet bowl with an ozone generator according to claim 2, wherein an ozone passage communicating the ozone generator and the ozone outlet is built into the toilet seat. (4) A toilet bowl with an ozone generator according to claim 3, in which the ozone passage is constructed by a pipe built into the toilet seat. (5) The toilet bowl with an ozone generator according to claim 2, wherein the ozone blow-off hole is formed at the rear part of the periphery of the central opening of the toilet seat. (6) The ozone blow-off hole is related to the front part of the periphery of the central opening of the toilet seat. Toilet bowl with a gas generator. (7) A toilet bowl with an ozone generator according to claim 2, wherein a plurality of ozone blow-off holes are formed around the entire circumference of the central opening of the toilet seat. (8) A toilet bowl with an ozone generator according to claim 5, claim 6, or claim 7, in which the plurality of ozone blow-off holes are formed with different diameters. (9) A toilet with an ozone generator according to claim 1, wherein the ozone generator is housed in a box installed on the toilet main body behind the toilet seat. (10> A toilet bowl with an ozone generator according to claim 1 or claim 9, in which the ozone generator is mainly constituted by a high-pressure discharger and a fan. 3. Detailed description of the invention (Industrial Field of Application) This invention relates to the improvement of toilet bowls installed in toilets, and more specifically, toilet bowls equipped with ozone generators (prior art and problems thereof).In recent years, various improvements have been made to toilet bowls installed in toilets. In addition, there are shower cleaning devices that allow you to wash your private parts after using the toilet, and toilet bowls that have a deodorizing aroma function that removes bad odors from inside the toilet. Traditionally, as a measure to remove bad odors from the toilet, for example, an air freshener is stored in the toilet bowl, and the scent from this air freshener is blown out around the toilet seat on the toilet body through a fan. Toilet bowls that try to remove bad odors through the masking effect of fragrances, and conversely, a suction port is installed near the toilet seat, a fan is used to suck out the bad odor from this suction port, and the sucked out bad odor is extinguished through activated carbon stored in the toilet bowl. There are toilet bowls that are equipped with devices that emit odor to the outside, but in the former case, the fragrance of the air freshener and the bad odor inside the toilet may mix and emit a strange odor, and in the latter A considerable amount of activated carbon is required for these products, and since there is a time limit to the effects of the aromatic agent and activated carbon, it is necessary to periodically replenish the aromatic agent or activated carbon, which is troublesome to replace. At the same time, there was the problem that it was difficult to completely deodorize the inside of the toilet.Also, in addition to bad odors, there was a large amount of bacteria in the toilet, and these methods did not solve the problem of bacteria treatment. (Means for solving the problem) The present invention has been devised in view of the above-mentioned conventional problems, and is capable of effectively removing bad odors in the toilet. The purpose of the present invention is to provide a toilet bowl that has the ability to effectively eliminate germs, etc. present in the toilet.By the way, ozone has traditionally been used for oxidation, sterilization, decolorization, deodorization, and taste removal. It has been confirmed that ozone has an effect, and in particular, ozone has the property of actively attaching to bacteria and odor particles due to electrical action, sterilizing and deodorizing effects, and returning to its original oxygen state. Focusing on the properties of ozone,
The purpose of attaching an ozone generator to a toilet bowl is to achieve the above purpose, and the gist is that an ozone blowing hole connected to the ozone generator is formed around the toilet bowl, which is formed on the upper edge of the toilet bowl body. -Yes. (Function) An ozone outlet is formed around the toilet at the upper edge of the toilet body, and this ozone outlet is connected to the ozone generator, so the ozone generated by the ozone generator is removed from this outlet. The ozone that is blown out from the hole to the periphery of the toilet bowl attaches to the particles that cause the bad odor around the toilet bowl, oxidizes and decomposes these particles, and effectively removes the bad odor. The ozone blown out has a sterilizing effect on bacteria and mold, etc., making the inside of the toilet a sanitary environment.Ozone also has a sterilizing effect on the human body of the person using the toilet. Therefore, it is possible to effectively prevent dermatitis, allergies, etc. in the human body. Furthermore, since ozone quickly turns into oxygen after sterilization, etc., there is no need to worry about secondary contamination, and the comfort inside the toilet can be improved. (Example) Hereinafter, an example of the present invention will be described based on the drawings. FIG. 1 shows a perspective view of the toilet. A toilet seat 2 on which a user can sit is installed on the top of the toilet main body 1 constituting the toilet. A lid 3 is installed which can cover a central opening 2a formed in the central part of the toilet seat 2 from above. Further, a box-shaped box part 4 is installed on the upper surface side of the toilet main body 1 on the rear side of the toilet seat 2 and the lid 3, and the rear end of the toilet seat 2 and the lid 3 is attached to the box part 4. is rotatably mounted. Therefore, the toilet seat 2 can rotate upward with respect to the toilet main body 1 using the front end of the box part 4 as a fulcrum, and in order to make good contact with the toilet main body 1, a cushion rubber 16 is provided on the bottom side of the toilet seat 2. is permanently installed. That is, in FIG. 2, C in FIG.
-C line cross-sectional view (a view taken horizontally through the center of the toilet seat)
A pair of shafts 4a, 4a fixed to the front edge of the box body 4 are rotatably supported by support parts 2b, 2b formed protrudingly at the rear end of the toilet seat 2. ing. In this example, an opening 4b is formed in the left side of the box body 4 in communication with the outside, and inside the box body 4 there is an intake hose 6 connected to the opening 4b, and an intake hose 6 connected to the opening 4b. A high-pressure discharger 7 connected to the hose 6, a communication port 8 connected to the high-pressure discharger 7, and a fan 9 connected to the end of the communication hose 8 are installed inside the fan 9. A flexible hose 10 is connected in the right angle direction. This flexible hose 10
is a through hole 4c bored in the center of the front wall of the box part 4.
It is connected to the rear wall of the toilet seat 2 in front by passing through it, and on the other hand, the rear wall of the toilet seat 2 has a flexible port 1o inward.
An ozone base pipe 11 is provided to connect to the front end of the ozone base pipe 11. Further, at the front end of the ozone base pipe 11, an ozone main pipe 12a and an ozone main pipe 12b are connected in a branched manner and symmetrically opposite each other, and the pair of ozone main pipes 1
2a and 12b are central openings 2 formed in the center of the toilet seat 2;
It is arranged inside the toilet seat 2 so as to almost surround the outer peripheral edge of the toilet seat 2. Furthermore, six ozone blow-off pipes H are connected to the ozone main pipes 12a and 12b, and the end of each ozone blow-off pipe H is an ozone blow-off pipe opened toward the central opening 2a of the toilet seat 2. Hole A+, A2. Bl, B2. CI, C2,
Connected to DIr Da+ Ell Ell Flll Ft. Therefore, each ozone outlet At, Am, B1. B2
．． CI+c! , DIr D2+ Ell B21
When ozone is blown out from the Fll Fx, as shown in Figure 3, the structure is such that the blown ozone sinks into the bowl part 1a formed below the toilet of the toilet main body 1. . In this example, the ozone base pipe 11, the ozone main pipes 12a, 12b, and the plurality of ozone Suita pipes H are heat-resistant rubber hoses, ozone-resistant (oxidation-resistant) hoses made of Teflon, fluorine, silicone, etc. The toilet seat 2 is fixedly disposed on the bottom inner wall surface side of the toilet seat 2 by appropriate means. Furthermore, since the flexible hose 10 connected to the ozone base pipe 11 is housed in a curved shape inside the box part 4 as shown in FIG. 4, the toilet seat 2 is opened upward with respect to the box part 4. Sometimes, the flexible hose 10 stored in the box part 4
is drawn out to the front side through the through hole 4c, and ozone can be supplied into the toilet seat 2 without any hindrance to the rotation of the toilet seat 2. Incidentally, to add an explanation to the ozone generator mainly composed of the high-pressure discharger 7 and the fan 9 described above, the high-pressure discharger 7 has a transformer section 7a, as shown in FIG. It is composed of this transformer section 7a and a discharging section 7b which is connected to the discharging section 7a.
The intake hose 6 and the communication hose 8 are connected to b. Furthermore, to explain the discharge action within the discharge section 7b with reference to FIG. 6, a pair of discharge plates P5. provided within the discharge section 7b. A space is formed between P x, and the discharge plate P
, a glass G is arranged on the side, and a voltage of 7000 V is applied from the transformer section 7a between the pair of discharge plates P + and P x.
When such a high voltage is supplied, a discharge occurs between both electric plates PI+ and pl, and at that time, C9 in the air sucked in from the outside via the intake hose 6 by the fan 9 is transferred to the discharge plate P+,
By passing between Pa, a part of it is ozonized and becomes O8, which is passed from the connecting hose 8 through the fan 9 to the flexible hose 10 → ozone base piping 11 → ozone main piping 1
2a, 12b → Ozone blow-off pipe H and flow, ozone blow-off hole A
,,Al,B□,B,,C,,C,,pl,D*r
Ozonized air from E'+ + Ex + F□, pg is blown out so as to shield the toilet bowl K of the toilet bowl main body 1. The fan 9 is a JX type blower such as a white rough fan, and the high-pressure discharge machine 7 and fan 9 are known ones. The high-pressure discharge machine 7 and the fan 9 can be turned on or off by the user turning on or off a switch (not shown) installed around the toilet body 1, or the toilet body 1. It is turned ON and OFF when the user is seated on the toilet seat 2 through a sensor etc. installed buried in the wall of the tank part T installed on the rear side of the box part 4 on the top surface. There is a type in which the high-pressure discharge machine 7 and fan 9 are turned on and off in conjunction with the opening operation of the lid 3, and a type in which the electric wiring is turned on once and then turned off after a predetermined time via a timer. There are some types that have this. In this example, a heater main body 13 is further installed inside the box 4, and an electric wire 14 is connected to the heater main body 13. The heater wires 15a and 15b are connected to a plurality of heater wires 15a and 15b that pass through the wall surface and are arranged above the ozone main pipes 12a and 12b inside the toilet seat 2, and when the heater main body 13 is turned on, the heater wires 15a and 15b are configured to heat the toilet seat 2. Therefore, in the toilet seat 2, these heater wires 15a and 15b, the ozone base pipe 11, and the ozone main pipe 12a are connected to each other.
, 12b, an appropriate gap is formed between the two, and the two are arranged side by side. In such a structure, the high pressure discharger 7 and the fan 9
is turned on, the outside air is completely introduced into the high-pressure discharge machine 7 through the filter 5 and is ozonized, and then through the fan 9 to each ozone blowing hole A+, Ax around the central opening 2a of the toilet seat 2.
,BI+ Bt,c,,C,,D,,D,,E,,B2
．． The ozone blown out from F, , F is heavier than air, so it sinks into the bowl 1a of the toilet, and the ozone in the bowl 1a is effectively decomposed by the oxidation and decomposition action of the ozone, eliminating the bad odor. Can be removed. At the same time, ozone has a good sterilizing effect on bacteria floating around the toilet bowl.
In addition, ozone has a good bactericidal effect on the skin of the user sitting on the toilet seat 2, and has a therapeutic effect especially on people with hemorrhoids 2 who tend to have constipation and people with other allergies. It is something that is exerted secondarily. In addition, since the ejected ozone naturally returns to the original oxygen O3 after undergoing oxidation and decomposition, there is no fear of secondary contamination in the toilet, and the interior of the toilet can be kept comfortable and sanitary. Next, a modification of the present invention will be explained based on FIGS. 3 and 4. Generally, a rim part 1b forming the upper edge of the toilet main body 1 has a structure for allowing flushing water to flow down into the bowl part 1a. A rim water passage R is formed, and drainage holes Ra and R'a are bored in this rim water passage R in a hanging manner, but in this example, apart from these drainage holes Ra and Ra, Ozone outlet R
b, Rb are bored in the rim water passage R, and using the rim water passage R, the high pressure discharge $7 installed and internally installed in the box 4 and ozone spouted from the fan 9 are transferred to the rim water passage R. Ozone is introduced into the ozone outlet Rb. The purpose is to blow ozone into the bowl part 1a from Rb, and in this case, the tip of the flexible hose 10 shown in FIG. It is only necessary to connect the ozone outlet hole A to the toilet seat 2 by using the rim water passage R.
+ r A2+ B I. B2. CI, Ca, pl, Da, EI+E
It is possible to obtain the same effect as when x, Fl, and F2 are provided. In addition, in this example, a plurality of ozone blowing holes AI + At + Bl + Bl are provided around the central opening 2a of the toilet seat 2.
+cl, cm, D1. D! , Elf B2. Fl, F
2 is shown as an example, but it is also possible to have a structure in which only A, , A of these ozone blow-off holes are provided, or conversely, a structure in which only F I and F 1 on the front side are provided. The number and location of each ozone blowing hole are not particularly limited. Furthermore, the ozone blow-off hole can be formed into an irregular shape, for example, the ozone blow-off hole A.
By reducing the diameter of t and A t, ozone blow-off holes F+ and F
It is also possible to configure the ozone blow-off hole to gradually become larger in diameter as it approaches the z side. With this configuration, when the toilet user is seated on the toilet seat 2, a large amount of ozone will be blown out from the front side with the toilet user's legs open, increasing the bactericidal effect on the toilet user's skin. , and the deodorizing effect of the toilet main body 1 on bad odors rising in front of the user is increased. Furthermore, in this example, the flexible hose 10 is connected to the rear wall of the toilet seat 2 from the front wall of the box part 4, but the flexible hose 10 is introduced into the toilet seat 2 from the side wall of the box part 4. The piping structure is not particularly limited. Furthermore, in this example, ozone blow-off holes A, Alr B
,,k C1+ C2+ D++ D,,EI+ i. Although F + and F * are provided in the downward direction so that the ozone blown out sinks into the bowl part 1a of the toilet main body 1, each ozone blow-off hole is opened horizontally with respect to the central opening 2a of the toilet seat 2. In this case, a considerable amount of ozone is diffused above the toilet bowl, so that bacteria in the toilet can be effectively sterilized. On the other hand, if the structure is such that each ozone blow-off hole is sprayed onto the inner circumferential edge of the pot part 1a, ozone will effectively decompose dirt etc. adhering to the inner circumferential surface of the pot part 1a. It can remove dirt. Alternatively, the flexible hose 10 can be opened at the front wall of the box part 4 and directly facing the toilet bowl, so that ozone can be directly applied from the flexible hose 10 to the vicinity of the toilet bowl or into the bowl part 1a. Further, in this example, a high-pressure discharger having a discharge part 7b is illustrated, but other high-pressure dischargers can also be adopted. For example, a tungsten discharge electrode and a ceramic ceramic on the surface of a high-purity alumina ceramic layer Creeping streamer discharge can occur on the surface of the ceramic by providing an induction electrode such as barium titanate inside or on the back side and using a transformer that can apply a special waveform of high frequency high voltage to this. Oxygen on the ceramic surface is converted to ozone, and ozonation can be achieved effectively. In the case of such a type that uses ceramic, the ozone generating part can be formed into a thin plate shape, so
For example, as shown in FIG. 7, an ozone generator 22 is compactly incorporated inside a hot air fan 21 of a toilet with a private parts cleaning device, and the hot air blown out from the hot air fan 21 is used by the person using the toilet from the air outlet 21a. ozone can be sprayed locally. Further, the warm air fan 21 can be rotated as appropriate to blow ozone around the toilet bowl or into the bowl portion 1a, making it possible to effectively utilize the existing hot air fan 21. In FIG. 7, 23 is a transformer installed inside the box part 4, 22a is a cord connecting the ozone generator 22 and the transformer 23, and 21b is a heater wire inside the hot air fan 21. Furthermore, in toilets that are not equipped with a private cleaning device,
By compactly incorporating a thin plate-shaped ozone generating section 22 in the air passage of a separately installed fan, and controlling the fan, ozone can be effectively blown out to the surroundings of the toilet bowl, etc. In addition, ozone can be generated by compactly incorporating the ozone generating section 22 at a suitable location. (Effects of the Invention) The toilet bowl with an ozone generator of the present invention is provided with an ozone blow-off hole that communicates with the ozone generator around the toilet bowl formed on the upper edge of the toilet main body. Ozone is completely blown out, and the blown ozone decomposes and removes the bad odor around the toilet bowl, and also effectively sterilizes germs around the toilet bowl, so that the area around the toilet bowl can be made sanitary and comfortable. 4. Brief description of the drawings FIGS. 1 to 7 show embodiments of the present invention, FIG. 1 is a perspective view of a road body of a toilet bowl, and FIG. 2 is a cross section taken along the line CC in FIG. 1.
A structural diagram showing the piping structure installed inside the toilet seat and the installation structure of the ozone generator installed inside the box, Figure 3 is the second
4 is an enlarged sectional view taken along line BB in FIG. FIG. 7 is a side sectional view of the thin plate-shaped ozone generating section installed in the fan. 1... Toilet bowl body 1a... Bowl part 2... Toilet seat
2a...Central entrance 4...Box part
4b...Opening 5...Filter 6.
...Intake bow 7...High pressure discharger 8...Connection port 9...Fan 10...Flexible hose 11...Ozone base piping

Claims (10)

[Claims] (1) A toilet bowl with an ozone generator, characterized in that an ozone blow-off hole connected to an ozone generator is formed around the toilet bowl formed on the upper edge of the toilet bowl body. (2) The toilet bowl with an ozone generator according to claim 1, wherein the ozone blow-off hole is formed around the central opening of the toilet seat installed on the top surface of the toilet bowl main body. (3) The toilet bowl with an ozone generator according to claim 2, wherein an ozone passage communicating the ozone generator and the ozone outlet is built into the toilet seat. (4) A toilet bowl with an ozone generator according to claim 3, in which the ozone passage is constructed by a pipe built into the toilet seat. (5) The toilet bowl with an ozone generator according to claim 2, wherein the ozone blow-off hole is formed at the rear part of the periphery of the central opening of the toilet seat. (6) The toilet bowl with an ozone generator according to claim 2, wherein the ozone blow-off hole is formed in the front part of the periphery of the central opening of the toilet seat. (7) A toilet bowl with an ozone generator according to claim 2, wherein a plurality of ozone blow-off holes are formed around the entire circumference of the central opening of the toilet seat. (8) A toilet bowl with an ozone generator according to claim 5, claim 6, or claim 7, in which the plurality of ozone blow-off holes are formed with different diameters. (9) A toilet with an ozone generator according to claim 1, wherein the ozone generator is housed in a box installed on the toilet main body behind the toilet seat. (10) A toilet bowl with an ozone generator according to claim 1 or claim 9, wherein the ozone generator is mainly composed of a high-pressure discharger and a fan.