JPH04203127A - Method and tool for preventing generation of odor of toilet - Google Patents

Abstract

PURPOSE:To prevent generation of the odor of stool by arranging the waterborne forming agent, which is housed in a discharge container, in a toilet previously under the foaming condition. CONSTITUTION:The foaming agent 2 is discharged with the aerosol gas 3 from a discharge container 1 into a toilet (b) to cover the water surface (w) and the inner wall surface near the bottom part of the toilet (b). When the stool is fallen from the upper of the foam 2', the stool is fallen into the foam 2' to be covered with the foam.

Description

DETAILED DESCRIPTION OF THE INVENTION <Industrial Application Field> The present invention relates to a method for preventing odor in a toilet and a preventive device that can be used in this method.

<Prior Art> Today, various products for the purpose of deodorizing toilets are offered on the market, but their basic idea is to prevent deodorization after the fact. That is, the purpose is to use fragrances and deodorizers to distract from or eliminate the smell of stool. However,
There are naturally limits to deodorization after the fact, resulting in the need to use a lot of deodorant.

<Problems to be Solved by the Invention> Therefore, the present invention aims to change the concept from the conventional deodorization method after the fact and prevent odor generation in advance.

Means for Solving the Problems> In order to achieve the above-mentioned object, the present invention provides a method of achieving the above-mentioned object by distributing a foaming agent that is difficult to defoam on water and stored in a discharge container in a foamed state in the toilet bowl in advance. To provide a method for preventing odor in a toilet, characterized in that the odor of feces and the scattering of water are prevented by allowing the feces to be received in the foam.

Further, the present invention provides an odor prevention tool that can be used in the above-mentioned method of preventing odor generation, and is composed of a discharge container and a foaming agent that is difficult to defoam on water and is housed in the discharge container together with an aerosol gas. An odor-generating toilet characterized by being able to generate foam in the toilet bowl that is difficult to defoam on water and can absorb feces in the foam and prevent odor from the feces and water scattering. Provide protective equipment.

Furthermore, there is provided a toilet odor prevention device characterized in that the volume ratio of the above-mentioned non-defoaming foaming agent on water to the aerosol gas is within the range of 3:7 to 7:3.

In the present invention, a foaming agent that is difficult to defoam on water refers to a foaming agent that takes 5 minutes or more for the volume of the foam to be reduced by half after being foamed on the water surface.

The present invention will be described in more detail below with reference to the drawings.

First, the toilet odor prevention device of the present invention includes a discharge container (1) that can be placed near the toilet bowl (b), and a non-foaming foam that is stored in the discharge container together with an aerosol gas (3). It consists of a foaming agent (2).

A well-known aerosol container or the like can be used as the discharge container (1). This discharge container (1) is provided at an appropriate position near the toilet bowl, and when using it, the user holds it in his/her hand.
The foaming agent (2) is discharged into the toilet bowl (b). In addition, a mounting device is installed on the aerosol container mentioned above, and a toilet bowl such as a toilet seat (b)
It may also be installed in a position facing the inside.

The foaming agent (2) may be selected from conventional foaming agents that take 5 minutes or more for the volume of the foam to reduce by half after being foamed on the water surface. A blowing agent (2) is enclosed in a discharge container (1) together with an aerosol gas (3). This aerosol gas (3) is L
A conventional aerosol gas such as PG may be selected and used. Here, the volume ratio of the blowing agent (2) to the aerosol gas (3) is preferably within the range of 30:70 to 70:30. If the blowing agent is less than 30, the bubbles will become too fine and will easily scatter, while if the blowing agent is less than 70, it will be difficult to form bubbles on the water surface.

Therefore, the foamed foam '1iq (2
) becomes a large amount of foam (2)°, and the water surface (w
) and the inner wall near the bottom of the toilet bowl (b). It is desirable that this foam (2)" does not decrease by half for 5 minutes or more, more preferably for about 10 to 50 minutes.

Then, by defecating from above this foam (2)l, the feces falls into the foam (2)° as shown by the arrow in FIG. 1 and is covered by the foam (2)°. This prevents odor from the stool from rising above the toilet bowl. Incidentally, the deodorizing effect may be enhanced by adding an aromatic agent or a deodorizing agent to the foaming agent (2).

Also, if the water level (w) in the toilet bowl (b) is high,
Water may splash and stick to the human body due to falling stool, but
The foam (2)' can suppress the spring of water.

Furthermore, from a visual point of view, it is possible to improve the aesthetic appearance during defecation since there is no need to look at the stool.

In addition, feces may stain the inner wall of the toilet bowl (b) by hitting it, but since this inner wall surface of the toilet bowl is also covered with foam (2)', the inner wall of the toilet bowl (b) The possibility of staining the inner wall surface can be reduced. In addition, foaming agent (2
) in addition to some cleaning side,
It is also possible to exhibit the cleaning effect of the toilet bowl (b) at the same time.

<Example> Next, preferred embodiments of the present invention will be described.

Foaming agents (1) and (2) were manufactured using the ingredients shown in Tables 1 and 2. Then, these were sealed in an aerosol container together with LPG at the ratio shown in Table 3.

As a result, when foaming agents (1) to (2) are encapsulated at blending ratios (2) to (3) and foamed on the water surface, the half-life of the foam is 10 to 40.
It was within minutes. As shown in Figure 2, this half-life is calculated by pouring water into the bottom of a cylindrical container (a) and measuring the water surface (11
), and the time taken for the volume of the foam to decrease by half was measured. In the case of compounding ratio ■, the foam becomes too thin and easily scatters, making it unsuitable for actual use.)

In the case of mixing ratio ■, the foam does not have a sense of volume and does not form sufficient foam on the water surface.In the case of foaming agent ■, the foam is too hard and is not suitable for actual use, and in the case of foaming agent ■, it does not form enough foam on the water surface. The foaming time was short, and sufficient foaming could not be obtained in the case of foaming agent (2).

Table 1 The unit of each numerical value is weight percentage table 2 The unit of each numerical value is weight percent table 3 The unit of each numerical value is volume percent , the odor emitted from stool can be stopped within the toilet bowl. Thereby, it is possible to provide a method for preventing odor in a toilet, which can not only prevent odor in the toilet, but also improve aesthetic appearance and usability.

Further, the invention as set forth in claim 2 of the present application can provide a toilet odor prevention device that can prevent odor from the toilet and improve aesthetic appearance and usability.

Furthermore, the invention set forth in claim 3 of the present application provides a toilet odor prevention tool that can form good foam, prevent toilet odor, and improve aesthetic appearance and usability. be.

[Brief explanation of the drawing]

FIG. 1 is an explanatory diagram of one embodiment of the present invention, and FIG. 2 is an explanatory diagram of a method for measuring the half-life of a blowing agent. (1)...discharge container, mouth)...mikami antifoaming foaming agent, (2)'...foam, (3)...aerosol gas,
(a) Container, agent Takeshi Samejima
-1゜l...Discharge container, 2...Foaming side 2' that is difficult to defoam on water
...Foam, 3...Aerosol gas b...Toilet bowl, W.
・・Water surface

Claims (1)

[Claims] 1. A foaming agent that is difficult to defoam on water and stored in a discharge container is arranged in a foamed state in the toilet bowl in advance, so that feces are received in the foam and the feces are removed. A method for preventing odor in a toilet, characterized by preventing odor and water scattering. 2. It is composed of a discharge container and a foaming agent that is difficult to defoam on water and is stored in the discharge container together with aerosol gas, and can receive feces within the foam and prevent odor from the feces and water scattering. A toilet odor prevention device characterized by being able to generate foam in the toilet bowl that is difficult to defoam on water. 3. The toilet odor prevention tool according to claim 2, wherein the volume ratio of the foaming agent that is difficult to defoam on water and the aerosol gas is within the range of 3:7 to 7:3.