KR102255867B1 - Disposable Sanitary Cover for Toilet Bowl - Google Patents

Abstract

The present invention relates to a replaceable sanitary pad for a toilet bowl, capable of always forming a pleasant environment by effectively adsorbing scattering urine discharged from a man while eradicating various bacteria produced from urine or pollutants and deodorizing an ammonia smell through a structure which can be installed in a ceramic part of a toilet bowl, and moreover, enabling a user to receive an intuitive report about the health condition thereof by manufacturing the pad with litmus paper. In order to adsorb scattering urine and pollutants by surrounding an upper part of a toilet bowl ceramic and the periphery of the upper part, and provide an intuitive report about the health condition of a user based on a color change caused by the adsorbed urine while carrying self-waterproof, antibacterial, deodorizing and perfuming functions, the replaceable sanitary pad comprises: a pad layer (10) of a litmus paper material surrounding the upper part of the toilet bowl ceramic and the periphery of the upper part; and a coating layer (20) selectively attached to an outer front side of the pad layer or a partial area to perform waterproof, antibacterial, deodorizing and perfuming functions.

Description

Disposable Sanitary Cover for Toilet Bowl

The present invention is a technical idea related to a toilet pad that is installed in a toilet to create a sanitary excretion environment, and more specifically, it is a structure that can be installed in a pottery part of a toilet, effectively preventing urine discharged from men and scattered. A replacement sanitary pad for toilet bowls that is made of litmus paper and can intuitively receive user health status by adsorbing and eradicating various bacteria and deodorizing ammonia scent from urine or contaminants. It is about.

In general, toilets in public places are provided with toilets and urinals separately, so both women and men can use them comfortably, but in general homes, only toilets are installed for limited space reasons. In this situation, men may make a mistake in aiming even if they discharge urine after opening the seat of the toilet seat to actively secure the discharge space, or they may splash up with water stored in the toilet and contaminate the seat or pottery part of the toilet.

As described above, when urine is stained in the pottery, various bacteria are inhabited, and various diseases or odors occur during the bacterial incubation process, or ammonia odor occurs in the urine, thereby destroying the sanitary environment of the bathroom.

For this reason, disposable toilet seat covers have been developed and provided to prevent contamination of toilet bowls to preserve a hygienic environment. Registered Utility Model Publication No. 20-0381519 "Disposable toilet seat covers for toilet seats" has been published as one of the technical examples related to disposable toilet seat covers. have.

The above technology is a method of putting a paper cover on the toilet seat. Specifically, it has a slightly expanded size compared to the toilet seat and is covered or installed on the sheet, and it is made of a material that is well soluble in water, so that it can be immediately disposed of in the toilet after use. In addition, a perforated line made of a closed curve is formed in the center by the manipulation of the cutout portion to guide the discharge path of feces and induce a comfortable environment to be maintained.

On the other hand, as another example of a technology with the same purpose, Patent Publication No. 10-1538436 "Disposable toilet seat cover in which disinfectant is automatically sprayed" is published, and the technology has the same shape as a toilet seat and a disinfectant solution is applied on the surface. The toilet cover is made of plastic or paper and is provided in a sealed state by a plastic cover so that the applied disinfectant does not dry out, and the toilet cover is formed under the toilet cover, and the function of the toilet cover is preserved for a long time by continuously spraying the disinfectant solution upward. It consists of a disinfection means to be maintained. The disinfecting means is a principle in which the disinfectant is ejected while being pressurized by the weight of a person seated on the toilet. Through this, the disinfectant is automatically sprayed every time the toilet is used, thereby maintaining a comfortable environment at all times.

As in the prior art, a clean toilet can be used at all times by covering or covering the toilet seat, but the conventional toilet cover, including the prior art, is a technology for mounting on the seat.

As mentioned above, most men open the toilet seat to secure a discharge space and then discharge urine, so contamination of the pottery could not be prevented, and accordingly, the hygiene condition deteriorated even if the toilet seat cover was used. I had to be.

Accordingly, the present invention intends to provide a one-time pad that can be installed in pottery, and has developed a functional sanitary pad capable of eradicating bacteria or viruses living around the toilet as well as preventing urine or various contaminants from being buried.

Registered Utility Model Publication No. 20-0381519 "Disposable toilet seat cover for the toilet seat" Registered Patent Publication No. 10-1538436 "Disposable toilet cover with automatic disinfectant spray"

The present invention was created in order to more actively solve the above problems, and it is always clean by actively preventing the porcelain surface of the toilet with the cover and the seat open from being contaminated from urine or various contaminants. Keeping it maintained is the main challenge.

In addition, the present invention is configured to easily adsorb urine scattering around the toilet or various contaminants around it, and quickly deodorize or eradicate odors, bacteria, or viruses generated from adsorbed urine or various pollutants. Another challenge is to provide those functions that can be done.

In order to achieve the above-described problem, the configuration of the sanitary pad for toilet seat replacement proposed by the present invention is as follows.

The sanitary pad (1) of the present invention surrounds the top and the top of the toilet bowl to absorb the scattering urine and contaminants, and intuitively monitors the user's health status by changing the color of the absorbed urine. It guides itself and features a combination of waterproof (防水), antibacterial (抗菌), deodorant (消臭) and fragrance (發香) functions.

The sanitary pad (1) of the present invention includes a pad layer (10) made of litmus paper that surrounds the upper and upper pottery of the toilet, and the pad layer is selectively attached to the outer front surface or partial area of the toilet to be waterproof, It is characterized in that it is composed of a coating layer 20 that allows antibacterial, deodorant, and scent function to be exhibited.

In addition, the coating layer 20 is made of a flat body corresponding to the top or side of the pad layer, and is applied on both sides of the PLA (Poly Lactic Acid, biodegradable polylactic acid) film layer 21 and the film layer 21 to function as waterproof. A carbon fiber mesh layer 23 that is adhered to one of the adhesive layers 22 to provide an adhesive function to the pad layer, and the adhesive layers applied on both sides of the film layer to give the shape of the film layer and elasticity of setting, and a mesh It is characterized in that it is composed of a deodorizing member 24 that is attached by an adhesive layer between the layers to exert a deodorizing and scenting function, and an antibacterial layer 25 that is applied to the surface of the film layer to eradicate viruses.

In addition, the film layer 21 is characterized in that the carbon powder extracted from corn and bamboo stalks is melted and then cooled and compressed.

In addition, the deodorizing member 24 is composed of a mixture of at least one or more components of cerium phosphate, titanium phosphate, lanthanum phosphate, and aluminum dihydrogen tripolyphosphate to deodorize the smell of ammonia, and a mixture of charcoal powder and phytoncide powder. It consists of a purifying agent for purifying the surrounding air, and a fragrance scent consisting of herb powder, pine needle powder, and gold orchid powder.

In addition, the antibacterial layer 25 is composed of a mixture of an antiviral agent and a natural antibacterial agent, the antiviral agent is a mixture of at least one or more of immunoglobulin or interferon or nucleic acid-like substances, and the natural antibacterial agent is charcoal powder or mugwort powder or lactoferrin. It is characterized in that it is a mixture of at least one or more of powder or ommochrome powder.

In addition, the deodorizing member 24 is dividedly applied to each grid groove (23a) formed by partitioning the space by the mesh layer (23), thereby sequentially from the partition space disposed outside the film layer 21 to the partition space disposed at the center. It is characterized in that the function is exerted and the duration of the deodorizing function is actively extended.

In addition, the mesh layer 23 is easily stretched and contracted by its own elasticity, so that the arrangement of the grid grooves 23a can be controlled. It is characterized in that the application amount of the deodorizing member 24 is adjusted due to the expansion.

According to the present invention having the above-described configuration, since urine and various contaminants scattered when men's urine is discharged are quickly adsorbed by the upper surface of the pottery and the pad surrounding it, the pottery is actively prevented from being contaminated, and the contaminated pad Is easily replaced, so that the toilet in a comfortable environment can be maintained at all times.

In addition, the present invention exhibits functions such as deodorization, antibacterial, and scent in the coating layer configured on the pad, so that a clean toilet can be provided to the next user, and other bacterial contamination can be prevented in advance while facilitating hygiene management of the bathroom. It works.

1 is a perspective view of a sanitary pad for toilet seat replacement configured according to a preferred embodiment of the present invention.
Figure 2 is a cross-sectional view of a sanitary pad for toilet replacement proposed by the present invention.
3 to 4 is a use state diagram showing an installation case of a toilet replacement sanitary pad proposed by the present invention.
Figure 5 is a perspective view showing the configuration of the coating layer proposed by the present invention.
Figure 6 is a partial perspective view showing the configuration of the mesh layer and the deodorizing member proposed by the present invention.

Hereinafter, with reference to the accompanying drawings, the configuration of the present invention and the actions and effects thereof will be described collectively.

Advantages and features of the present invention, and a method of achieving them will become apparent with reference to embodiments described later in detail together with the accompanying drawings. However, the present invention is not limited to the embodiments disclosed below, but may be implemented in a variety of different forms, and only this embodiment is intended to complete the disclosure of the present invention, and common knowledge in the technical field to which the present invention pertains. It is provided to completely inform the scope of the invention to those who have, and the invention is only defined by the scope of the claims. In addition, the same reference numerals refer to the same elements throughout the entire specification.

The present invention is installed in the toilet is disclosed with respect to a toilet pad to create a sanitary excretion environment.

Above all, the present invention has a structure that can be installed in the pottery part of a toilet. It effectively adsorbs urine discharged and scattered from men, and at the same time, it creates an always comfortable environment by eradicating various bacteria and deodorizing ammonia scent from urine or pollutants. Furthermore, it is noted that it is made of litmus paper and is related to a replacement sanitary pad for a toilet that can intuitively receive a user's health status.

1 is a perspective view of a sanitary pad for toilet seat replacement constructed according to a preferred embodiment of the present invention, FIG. 2 is a cross-sectional view of a sanitary pad for toilet seat replacement proposed by the present invention, and FIGS. 3 to 4 are proposed by the present invention. It is a usage state diagram showing an installation example of a replacement sanitary pad for toilet bowls.

The sanitary pad (1) of the present invention surrounds the top and the top of the toilet bowl to absorb the scattering urine and contaminants, and intuitively monitors the user's health status by changing the color of the absorbed urine. It guides itself and has the functions of waterproofing, antibacterial, deodorizing, and scenting by itself.

The sanitary pad 1 exhibiting the above functions includes a pad layer 10 made of litmus paper that surrounds the upper and upper pottery of the toilet, and is selectively attached to the outer front or part of the pad layer to prevent waterproofing, antibacterial, deodorizing, It consists of a coating layer 20 that allows the scent diffusing function to be exhibited.

On the other hand, the upper part of the pottery refers to the part covered by the seat on which the user sits in the part of the pottery where water in the toilet is stored and toiletries are discharged.

The pad layer 10 is made of a paper material so that urine or various contaminants scattered while covered on the top of the pottery are adsorbed. As shown in the drawing, the pad layer 10 has a shape and size corresponding to the top of the pottery one-to-one to cover the top of the pottery, and is preferably fitted to the top of the pottery to fix the position, and the inner and outer surfaces of the top of the pottery. It may be provided in a form that can cover a part.

The pad layer 10 is formed in a shape corresponding to the top of the pottery, and an upper cover surface 11 that is fit and covered on the top of the pottery, and an inner cover surface that extends downward along the inner side of the top of the pottery to fit the inner side of the top of the pottery ( 12) and an outer cover surface 13 that extends downward along the outer side of the upper cover surface and is fitted to the upper outer surface of the pottery.

As shown in FIG. 2, the cross section of the pad layer 10 has a'C' shape with an open lower side to cover the top of the pottery and a part of the side of the pottery, so that it is easily fixed and installed on the top of the pottery without a separate adhesive member.

Meanwhile, the pad layer 10 may be made of litmus paper.

The litmus paper is a black-purple solid obtained by grinding and purifying Roccella-based lichens on paper and dried. The litmus paper has a surprisingly narrow pH range, and reacts sensitively to weak acids or bases.

The color of the pad layer 10 made of litmus paper is changed by the absorbed urine, and the user's health status can be intuitively guided according to the changed color tone. The litmus paper is made of a color tone divided into three areas, and a preferred example may be provided in a burgundy area, a black purple area, and a dark blue area.

The burgundy region can detect pH <4.5, the black purple color is 4.5 <pH <8.3, and the dark color can detect the acidity of 8.3 <pH. For example, when urine discharged by the user splashes on the pad layer 10, when the color changes from burgundy, it guides that the acidity of the urine is less than 4.5, and when the color changes from black purple, the acidity of the urine is 4.5 or more and 8.3 or less. When the color changes from dark blue, it is guided that the acidity of urine is 8.3 or higher.

In other words, the user can see the changed color of the pad layer 10 and continuously grasp his or her health status.

5 is a perspective view showing the configuration of a coating layer proposed by the present invention.

As shown in FIG. 5, the coating layer 20 imparts additional functions such as waterproof, deodorant, antibacterial, and scent to the pad layer 10. The coating layer 20 is a film having a smooth surface and has the same shape as the upper surface of the pad layer 10 and is attached to the entire surface of the pad layer or partially attached.

The coating layer 20 is formed of a flat body corresponding to the top or side of the pad layer, and is applied to both sides of the PLA (Poly Lactic Acid, biodegradable polylactic acid) film layer 21 and the film layer 21 to function as a waterproofing pad. A carbon fiber mesh layer 23 that is adhered to any one of the adhesive layer 22 for imparting an adhesive function to the layer and the adhesive layer applied on both sides of the film layer to give the shape of the film layer and elasticity of setting, and the mesh layer It is composed of a deodorizing member 24 that is filled in each of the formed plurality of grating grooves 23a to exert a deodorizing and scenting function, and an antibacterial layer 25 applied to the surface of the film layer to eradicate viruses.

The film layer 21 is made of a PLA material.

The PLA material refers to an eco-friendly resin made from raw materials extracted from corn starch as Poly Lactic Acid. The PLA material is a very safe material because harmful substances such as heavy metals as well as environmental hormones are not detected even when hot food is contained or a baby bites and sucks it. In particular, it has the same characteristics as general plastics, but it is a material that is 100% biodegradable by microorganisms when discarded.

On the other hand, PLA material has a somewhat weaker durability compared to general plastics, and may be easily damaged if it is produced in the form of a film. Therefore, the present invention further added carbon powder extracted from bamboo stems to reinforce the durability of the PLA material.

The bamboo stem has the best conditions for use as a material for the film layer 21 because the bark is very hard and the touch is smooth like plastic.

In this way, the film layer 21 is obtained by mixing a polymerization catalyst with the carbon powder extracted from corn and bamboo stalks. Here, the polymerization catalyst refers to a new natural coating agent that is manufactured similarly to the component structure of natural lacquer and has excellent mechanical properties, as well as rust prevention, moisture resistance, electrical insulation, and chemical resistance, and is harmless to the human body. In particular, in the present invention, a phenolic vegetable oil obtained during the production of cashew nuts is used, away from the conventional method of using formalin, which is an environmental pollutant.

The adhesive layer 22 is applied to both sides of the film layer 21 as a general adhesive component to impart an adhesive function to the film layer. The film layer 21 is bonded to the pad layer 10 by an adhesive layer 22 applied on one side, and a mesh layer 23 and a deodorant member 24, which will be described later, are attached by the adhesive layer applied on the other side. .

The mesh layer 23 is formed by melting the carbon fiber using an extruder, and then forming a mesh network in the shape of a grid or honeycomb through a spinning nozzle provided with hundreds of orifices. The mesh layer 23 is excellent in predetermined tensile, shrinkage, and resilience by carbon fiber having elasticity by itself, and as it is molded into a mesh-shaped mesh network as described above, the functions of tension, contraction, and resilience are actively reinforced. .

The mesh layer 23 is attached to any one surface of the film layer 21 by the adhesive layer 22, thereby preserving the shape of the film layer and imparting a predetermined elasticity to the film layer.

The deodorizing member 24 is applied to each partitioned space of the mesh layer 23 and fixed by the adhesive layer 22 applied to the film layer 21.

The deodorizing member 24 is provided in the form of a powder, and in detail, a phosphate metal salt compound for deodorizing ammonia odor by mixing at least one or more components of cerium phosphate, titanium phosphate, lanthanum phosphate, and aluminum dihydrogen tripolyphosphate, and charcoal It consists of a purifying agent that purifies the surrounding air by mixing powder and phytoncide powder, and a fragrance fragrance composed of herb powder, pine needle powder, and gold orchid powder.

The cerium phosphate, titanium phosphate, lanthanum phosphate, and tripolyphosphate aluminum dihydrogen are all widely proven to be effective in deodorizing ammonia odor.In the present invention, a phosphate metal salt compound formed by selectively mixing a plurality of the above components is processed into a powder form. After that, it is applied to each partitioned space of the mesh layer 23.

The metal phosphate compound effectively removes odors such as the smell of ammonia generated around the toilet bowl as well as urine contaminated on the pad layer 10 to induce the surroundings to be created in a comfortable environment at all times.

Below is a graph showing the experimental results to prove the functional performance of the phosphate metal salt compound.

Example 1 applied to the graph below measures the ammonia odor and odor of a general toilet without using the sanitary pad 1 of the present invention.

Example 2 applied to the graph below measures the ammonia odor and odor of the toilet with the sanitary pad 1 excluding the coating layer 20 installed.

Example 3 applied to the graph below measures the ammonia odor and odor of a toilet equipped with a sanitary pad 1 to which the coating layer 20 of the present invention is applied.

<Comparison graph of deodorization performance depending on whether or not a metal phosphate compound is applied>

As shown in the graph above, the smell of ammonia and various odors generated from the pottery contaminated with urine did not disappear after 1 hour, but in the toilet equipped with the sanitary pad 1, deodorization was made so that the odor was not felt after about 35 minutes. I could see that I lost. In addition, the sanitary pad 1 to which the coating layer 20 was applied was confirmed that the smell of ammonia and the odor had completely disappeared from the point when exactly 25 minutes had elapsed.

In particular, when the sanitary pad 1 was replaced immediately after using the toilet, the ammonia odor and odor were removed within 5 minutes.

The purifying agent is composed of a mixture of charcoal powder and phytoncide powder, and as is widely known, charcoal and phytoncide have excellent air purification functions. The purifier creates a more pleasant and hygienic toilet environment by not only purifying by inhaling the smell of ammonia and various odors generated from urine on the toilet, but also purifying the air around the toilet at a time.

The fragrance scent is composed of a mixture of herb powder and pine needle powder, gold orchid powder, and serves to reduce the rejection of the next toilet user by covering the remaining odors while the phosphate metal salt compound and the purifying agent remove the ammonia odor and odor.

The deodorizing member 24 composed of the above configuration is dividedly provided on the film layer 21 by the mesh layer 23 to exhibit a uniform deodorizing function, as well as from a partition space disposed outside to a partition space disposed at the center. It has the effect of prolonging the duration of the deodorizing function by exerting sequential functions.

The antibacterial layer 25 is made of a mixture of an antiviral agent and a natural antibacterial agent, the antiviral agent is a mixture of at least one or more of immunoglobulin or interferon or nucleic acid-like substances, and the natural antibacterial agent is charcoal powder or mugwort powder or lactoferrin powder or It is a mixture of at least one or more of ommochrome powder.

The antiviral agent is a mixture of three major axes consisting of immunoglobulin or interferon or nucleic acid-like substances, and the immunoglobulin is called a neutralizing antibody, which binds to the virus to remove the toxicity of the virus, and mainly prevents the onset of type B infection, The interferon is one of the cytokines, originally a protein present in vivo, and is composed of three types of α, β, and γ. The interferon mainly prevents the onset of type B infection and the onset of type C sensitivity, and exhibits various anti-tumor effects. The nucleic acid analogue is composed of Acyclovir, vidarabine, Ganciclovir, reverse transcriptase inhibitor, and the like. Antiviral agents composed of the above types are composed of a mixture of at least one or more of immunoglobulin, interferon, or nucleic acid-like substances.

The natural antibacterial agent is composed of charcoal powder, mugwort powder, lactoferrin powder, or ommochrome powder, and the charcoal powder and mugwort powder are, of course, composed by pulverizing charcoal and dried mugwort into powder form. While purifying the air of the air, it eradicates viruses contained in the air.

The lactoferrin powder is a substance having antiviral and antimicrobial functions, and in particular, a naturally occurring protein obtainable from colostrum of humans and cows is dried in a solid form and processed into a powder form. The lactoferrin has antioxidant activity, combined with iron and removed to reduce oxidative stress, improves various immune systems, removes various allergens contained in the air, and prevents various viruses, antifungal, antiparasite, and reduces carcinogenic effects, etc. It is effective.

The ommochrome powder is extracted from pigment cells in the skin of cephalopods, and the ommochrome is capable of removing free radicals that cause cell damage by binding to metals, and as anti-mutation, mutagenicity of aflatoxin B1, a toxin found in fungi. Can interfere. This proves that ommochrome is a powerful ingredient with three main substances, including antimicrobial properties, antioxidants and anti-mutations.According to actual research results, this pigment is responsible for the growth of Kanda albicans, Haemophilus influenza, and Staphylococcus aureus. % Or more was suppressed.

The antimicrobial agent composed of the above type is made by mixing at least one material among charcoal powder, mugwort powder, lactoferrin powder, or ommochrome powder.

6 is a perspective view showing a coupling structure between a mesh layer and a deodorizing member proposed by the present invention.

As shown in FIG. 6, the mesh layer 23 of the present invention is configured in a mesh form divided vertically and horizontally, and is attached to one side of the film layer 21 by an adhesive layer 22. In the film layer 21, several grid grooves 23a are provided by the vertical and horizontal partition structure of the mesh layer 23, and the adhesive layer 22 is exposed to the outside for each of the grid grooves. Can be attached.

On the other hand, since the mesh layer 23 is made of carbon fiber, it has a predetermined elasticity, and the size of the grid groove 23a is adjusted by stretching or contracting the mesh layer according to the will of the operator. ) Can also be attached.

For example, pottery is more likely to be contaminated on the inner surface than on the upper surface, and it is natural that the higher the amount of contamination, the worse the odor including ammonia odor. Therefore, it will be effective to remove the odor when the film layer 21 is provided with a larger amount of the deodorizing member 24 in the area of the inner cover surface 12.

Therefore, the mesh layer 23 expands and arranges the lattice grooves 23a in the region corresponding to the inner cover surface 12 among the regions provided by the film layer 21, so that more deodorizing members in the corresponding lattice grooves ( It is characterized by charging 24).

The sanitary pad 1 of the present invention having the above-described configuration actively prevents contamination of pottery because urine and various contaminants scattered upon discharge of male urine are quickly adsorbed by the pad surrounding the upper surface of the pottery and its surroundings. And, the contaminated pad can be easily replaced, so that the toilet in a comfortable environment can be maintained at all times.

In addition, functions such as deodorization, antibacterial, and fragrance are exerted in the coating layer 20 composed of the sanitary pad 1, so that a clean toilet can be provided to the next user, and various bacterial contamination is prevented in advance while facilitating hygiene management of the toilet. can do.

The present invention described above has been described with reference to an embodiment shown in the drawings, but this is only exemplary, and various modifications and other equivalent embodiments are possible from those of ordinary skill in the art. Should be clarified. Accordingly, the true technical protection scope of the present invention should be interpreted by the appended claims, and all technical ideas within the scope equivalent thereto should be construed as being included in the scope of the present invention.

10. Pad layer
20. Coating layer
1. Sanitary pad

Claims (6)

Surrounding the top and top of the toilet bowl to adsorb the scattering urine and contaminants, and by intuitively guiding the user's health status by changing the color of the adsorbed urine, it is waterproof and antibacterial. In the toilet replacement type sanitary pad that satisfies a plurality of functions of one or more of (抗菌), deodorant, and scent fragrance,
A pad layer 10 made of litmus paper that surrounds the upper and upper pottery of the toilet; and a coating layer 20 that selectively attaches to the outer front or part of the pad layer to exhibit waterproof, antibacterial, deodorizing, and scenting functions. Consisting of ;,
The coating layer 20 is composed of a flat body corresponding to the top or side of the pad layer, and a PLA (Poly Lactic Acid, biodegradable polylactic acid) film layer 21 that functions as a waterproof; And, it is applied on both sides of the film layer 21 An adhesive layer 22 that imparts an adhesive function to the pad layer; And, a carbon fiber mesh layer 23 that is adhered to any one of the adhesive layers applied to both sides of the film layer to impart elasticity of the film layer shape and setting; And, A deodorant member 24 that is attached by an adhesive layer between the mesh layers to exert a deodorizing and scenting function; and an antibacterial layer 25 applied to the surface of the film layer to eradicate viruses; and,
The film layer (21) is a replacement sanitary pad for toilet, characterized in that formed by melting the carbon powder extracted from corn and bamboo stems and then cooling and pressing.
delete delete delete The method of claim 1,
The deodorizing member 24 is composed of a mixture of at least one or more components of cerium phosphate, titanium phosphate, lanthanum phosphate, and aluminum dihydrogen tripolyphosphate to deodorize the smell of ammonia, and a mixture of charcoal powder and phytoncide powder. Replaceable sanitary pad for toilet, characterized in that consisting of a purifier that purifies the air and a scent scent consisting of herb powder, pine needle powder, and gold orchid powder.
The method of claim 1,
The antibacterial layer 25 is made of a mixture of an antiviral agent and a natural antibacterial agent,
The antiviral agent is a mixture of at least one or more of immunoglobulins or interferons or nucleic acid analogs,
The natural antibacterial agent is a replacement sanitary pad for toilet bowl, characterized in that the mixture of at least one of charcoal powder, mugwort powder, lactoferrin powder, or ommochrome powder.

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