JPS61265141A - Production of bathing material of enzyme bath and structure of bathtub - 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 The present invention relates to a method for manufacturing Enzyme Style B bath material and the structure of a bathtub using the bath material.

Enzyme baths have existed for some time, but this bath material was made by mixing sawdust with milk, etc., adding an enzyme agent, and fermenting it, using the heat of fermentation. Self-fermenting heat has its own cycle limit, and the required heat calories decrease after 7 to 10 days, making it necessary to replace the bath materials. In addition, the depth of the bathtub was 1.8 m, and the fermentation was anaerobic, and the fermentation temperature near the bottom of the tank was 60 to 70°C, so the temperature at the top of the bathtub was a suitable temperature of about 40°C. However, as mentioned earlier, fermentation heat is the energy for decomposing organic matter, and it is well known that fermentation has a certain rhythm and there are highs and lows. Also, anaerobic fermentation produces an odor, so it needs to be replaced every 7 to 10 days.

Therefore, in order to delignify sawdust, which is the raw material for the bath material, it was boiled in 1% sodium hydroxide for about 3 hours, and an enzyme agent was mixed therein to make the bath material.

In general, in conventional enzyme baths, delignified sawdust is not used as a bath material, and in anaerobic treatment, the protein of the enzyme is denatured and inactivated by high-temperature fermentation, so the original enzyme bath is It strongly inhibits the function of enzymes.

Lignin is a poorly soluble fermentation inhibitor and is a factor in inactivating enzymes, but by removing it, the activity of cellulose-degrading enzymes is activated.

Bath materials are made by mixing sawdust purified in this way with enzymes, and enzyme baths that use this as bath materials must be constructed using an aerobic treatment method.

This uses a blower to send air to activate enzymes and supply oxygen, making the enzymes work even better.

Just as humans live by breathing, enzymes are able to fully perform their functions through the supply of oxygen, which can be easily understood from the fact that the human body is made up of enzymes. In addition to the fermentation heat, we also wanted the hot water stored at the bottom of the bathtub to cover the periodic rises and falls of the fermentation heat, and to provide 60 to 80% humidity to the bath material to facilitate heat conduction and maintain a constant level. By maintaining the temperature, the functions of the enzymes are activated evenly.

In addition, the reason why the thickness of the bath material to be put in the bathtub was set to 60 cm is to improve air circulation and prevent it from becoming anaerobic because it is an aerobic treatment. This is because they are easily damaged and difficult to maintain and manage.

The purpose of this invention is to maintain the activity of enzymes by placing a bath material containing enzymes in delignified sawdust in a bathtub with an aerobic treatment structure.

The original purpose of an enzyme bath is to take a hot bath, just like a hot spring, and except for the fact that the bath material used in the bathtub is hot mineral water for hot springs and sawdust containing enzymes for enzyme baths, they are completely similar in terms of effectiveness. are doing.

In other words, the mineral components contained in hot springs are said to be good for the body because they activate the functions of the body's cells. The enzyme bath according to the present invention is particularly noteworthy in that it does not allow the propagation of E. coli.

This is because the structure of the bathtub is an aerobic treatment structure, which not only inhibits the growth of E. coli that grows in an anaerobic environment, but is also thought to be due to the action of enzymes to decompose the bacteria.

This conforms to the provision stipulated in the Bathroom Law that states that more than 1 E. coli may not be detected in 1 cc.

In general, in bathtubs, dirt, sweat, fat, etc. adhering to the human body are not only eluted into the hot water to make the bathtub clean, but also bacteria, particularly E. coli, are present. The temperature of the bath is slightly higher than body temperature.
Since the temperature is suitable for the growth of bacteria, they naturally increase and are extremely harmful to hygiene.

The enzyme bath according to the present invention has the same conditions as a general bath, but E. coli is not present in excess of the specified amount in any case.

This is due to the action of enzymes and the aerobic treatment structure of the enzyme bath, and is something that could not be achieved with conventional oxygen baths.

In addition, regarding the effect of oxygen on the human body, by delignifying the bath material by refining it, the action of oxygen becomes more active, the texture becomes smoother, and the ingredients contained in sawdust can cause skin roughness and inflammation. do not have.

According to existing examples 1. The skin feels soft when taking a bath.

2. There is no odor at all.

3. You will feel refreshed and sleepy even after taking a bath.

4. Obese people lost weight by getting rid of fat.

5. My skin has become more vibrant and firm.

6. The function of my stomach has improved significantly.

7. My long-standing back pain is gone.

It has been very well received and has received business licenses that were not available for conventional oxygen baths.
The reason why this method was approved in the public bath at Hotel Hayashida Onsen in Makizono-cho, Aira-gun, Kagoshima Prefecture in this example is because the theory was proven by the example.

[Brief explanation of drawings]

The drawings are perspective views of the proposed structure. (1) is the bathtub, (2) is the bath material (3) is the hot water level (4)
is one that can be ventilated using the receiving plate of the bath material. For example, the plate with holes (5) is an air diffuser. A perforated pipe is installed at the bottom of the tank.

Claims (1)

[Claims] 1. Traditionally, sawdust was used as the bath material for enzyme baths, but sawdust from which lignin has been removed is mixed with an enzyme agent.2. Unlike the conventional anaerobic treatment structure, a blower (air supply) pipe is installed at the bottom of the tank to create an aerobic treatment structure.