JPS6289607A - Antifungal and other physiological activity enhancer - Google Patents

Abstract

PURPOSE:To titled promotor that contains a specific activating agent, thus activating the living things in the solvent only by adding it to the solvent through its antifungal, neutralizing, rotproof, disinfectant, softening and antifeedant actions without effect on human bodies, fish and plants. CONSTITUTION:Several kinds of sodium compound, e.g., which can neutralize chlorine such as sodium sulfate or sodium bicarbonate, a compound, which has softening, rotproof, and cleansing action such as sodium sesquicarbonate and borax, essential oil from trees such as alpha-pinene or 1,8-cineol, a terpene having antibacterial, disinfecting antifeedant and air-cleaning actions are properly mixed and combined with a solvent to give the objective promoter. EFFECT:It is useful in improvement in productivity and efficiency of fish farming and transportation, in improvement in quality and productivity in agriculture, in disposition of domestic sewage as a durable microbial agent.

Description

DETAILED DESCRIPTION OF THE INVENTION "Industrial Application Field" The present invention relates to an antibacterial bioactivity promoter.9 What is the antibacterial bioactivity of the antibacterial bioactivity promoter in the present invention?

Suppresses harmful bacteria naturally occurring in the solvent and neutralizes the solvent.

By preservative and softening, it means activating living things such as the human body, fish, plants, etc. without having any negative effect on them, and when mixed with a solvent, its antibacterial effect, neutralizing effect, and preservative effect. It activates the solvent and the organisms in the solvent through its deodorizing, softening, and anti-feeding effects. This invention relates to an antibacterial physiological activity promoter.

"Conventional technology" Traditionally, in order to cultivate or transport fish and other aquatic organisms, strict conditions such as artificial oxygen supplementation, water quality selection, and water purification during use have been set, which requires equipment investment and However, there were limits to running costs, aquaculture efficiency, and transportation efficiency.

In addition, various bath additives are used in the water used for bathing, but after use, they can be harmful as gray water.

It was difficult to create a product that would be useful. A drainage tank.

A strong odor of putrefaction occurs in heavily polluted rivers, lakes, etc.

Investments were made in equipment to treat the sludge and phytoplankton that caused the problem, and it was difficult to eliminate the cause.

In addition, in hydroponic cultivation and agricultural fields such as fields, pesticides are used that are only effective for exterminating pests and weeds, and are harmful to the sprayer and other living things. Inspection.

It was necessary to purify the water used. Chlorine gas, iodine, silver, ozone, etc. are used as chemicals to sterilize water, medium and sewerage systems, swimming pools, etc. However, there are 9 problems such as their toxicity, sustainability, and capital investment. Ta.

``Object of the Invention'' Therefore, in order to solve the above-mentioned problems, the present invention provides sterilization and antibacterial treatment by simply mixing and dissolving in such a medium.

The object of the present invention is to provide an antibacterial physiological activity promoter that has neutralizing, preservative, softening, and deodorizing effects and has no effect on living organisms such as the human body, fish, and plants.

"Means for Solving the Problem" As a result of intensive research, the present inventors discovered an antibacterial physiological activity promoter consisting of multiple types of sodium compounds, tree essential oil, etc. in a solvent, and added these in appropriate proportions. By mixing and dissolving, it neutralizes and softens the solvent, and by reacting and suppressing only negative bacteria, general bacteria, and protozoa, it promotes activity without affecting living organisms at all. This makes it possible to cultivate and transport organisms that come into contact with the solvent, and to reuse used water, rivers, lakes, and gray water.

"Example" Sodium compounds as a component of the antibacterial physiological activity promoter of the present invention include those having a chlorine neutralizing effect such as sodium sulfate rNa2sO4J+ and sodium bicarbonate "Naaco, J."

Sodium sesquicarbonate “NaC!05 HNaHCO3
J, refers to a sodium compound such as borax [Na2B4O7:10H20J, which has softening, preservative, and cleaning effects, and one of them in the present invention includes, for example,
Two types, such as sodium hydrogen carbonate and borax, which have different effects may be used, or six or more types may be used. Tree essential oil is α-pinene.

1.8-It refers to essential oils containing various types of terpenes such as cineole and borneol, which have antibacterial, deodorizing, feeding inhibiting, growth inhibiting, and air purifying effects. Among them, a combination consisting of 995% by weight of sodium compound and 0.5% by weight of essential oil is suitable.

The mixing ratio is balanced for antibacterial, neutralizing, antiseptic, etc. effects. These can be directly mixed into the solvent, or in order to facilitate dissolution, they can be dissolved in a small amount of the solvent and then mixed into the solvent. Representative examples of the implementation of one invention are listed below.

"Example 1" The antibacterial bioactivity promoter of the present invention is mixed and dissolved in water from tap water, rivers, lakes, etc. as the main solvent, and the solvent is used for fish cultivation, aquaculture, transportation, etc. "Example 2" Intermediate media such as detergents, shampoos, bath additives, etc. are produced by mixing the antibacterial physiological activity promoter of the present invention with their raw materials.

Then, it is dissolved in water supply, which is a solvent, along with an intermediate medium, and discharged as useful gray water.

"Example 3" The antibacterial physiological activity promoter of the present invention is similarly mixed into concrete, etc. as a solvent, and used as a construction material.

"Test Examples" The present inventors conducted various tests to confirm the effects of the present invention, some of which are shown here.

"Test Example 1" Dry sodium sulfate [Na25O4J 49.5% by weight
, Borax [Na2B4O7: 10H20J 50.
0.02% by weight of a mixture consisting of 0.0% by weight of essential oil and 0.5% by weight of essential oil.
g is PH7.1 in Toshima Ward, Tokyo from Murayama Water Source, Tokyo.
, dissolved in 360 cc of tap water at a water temperature of 25°C. Pour 240 cc of this liquid into a transparent plastic film container with an internal volume of 360 cc, add one fish with a volume of about 10 cc, and form an air layer of 1/3 of the container at the top under normal pressure to further enhance the effect. 60 bottles in a sealed state for viewing, 60 bottles under the same conditions in the above tap water that does not dissolve the mixture,
A total of 60 books were compared and contrasted.

"Results" Tables 1 and 2 are graphical representations of the relationship between the number of survivors and the elapsed time9, and it can be seen that the survival rate of the aqueous solution mixed with the antibacterial physiological activity promoter is significantly higher than that of tap water. Furthermore, when observing the occurrence of athlete's foot fungi after death, it can be seen that the incidence of athlete's foot fungi in the aqueous solution is extremely low, as shown in Table 1 and 6. Furthermore, in the aqueous solution, no putrid odor or cloudy water was observed after death compared to tap water. Also, when comparing the pH values after 48 hours, Table 9
It can be seen that no decrease in pH value is observed.

Table 1 Table 2 Table 3 Table 4 “Test Example 2” 180! Two FRP bathtubs, A and B, were prepared for use. A is the water supply of Toshima Ward, Tokyo from Murayama Water Source, Tokyo at 18C1, and B is the above-mentioned tap water at 180! An aqueous solution containing 0.1 g/A of the antibacterial physiological activity enhancer of the present invention dissolved in the same mixing ratio as in Test Example 1 was added. A
In both cases, the water temperature was raised to 42° C., and one male weighing 56 Kp was attempted to take a bath for 10 minutes each.

``Results'' The aqueous solutions collected from A and B were analyzed for the number of general bacteria (viable bacteria) using the standard substrate culture method.
...Compared to A, Suido Mizuko antibacterial physiological activity promoter...B
It was found that 41% of general bacteria (live bacteria) were suppressed. Also, compared to A, the soap foamed better in B, and while in A, cloudiness was observed, in B, the soap remained transparent.

Table 5 "Test Example 6" Na2SO449.5% by weight, Na2B4O7:
0.5 g of a mixture consisting of 0.0% by weight of 10H2050 and 0.5% by weight of essential oil was dissolved in 10,000 cc of water supply in Toshima Ward, Tokyo, supplied by Murayama Suigen, Tokyo. Internal volume 660
A thin layer of absorbent cotton was spread on the bottom of a cc transparent plastic film container, and 50 cc of the above aqueous solution was injected into 25 bottles (referred to as A).The container, absorbent cotton, and water amount were the same, and only the above water supply was injected. We prepared 25 seeds (referred to as B), a total of 50 seeds, and provided each with 20 seeds, a total of 1,000 seeds of Kaiware radish for hydroponic cultivation. The presence or absence, presence or absence of feeding by insects, discoloration of water, and condition of hair roots are shown in Table 6, and the two were compared.

Comparing the two, 9 germination is a little slower with the aqueous solution, but the presence of pests that eat the buds and leaves, the discoloration of the water, the condition of the hair roots, and other factors that are directly related to yield and quality. I understand that it is better.

Table 6 "effect" The antibacterial physiological activity promoter of the present invention has its effects and effects.

Although the scope of application has not been fully elucidated, from the test examples mentioned above, sodium compounds have neutralizing, antiseptic, and softening effects, and essential oils have antibacterial, deodorizing, and anti-feeding effects, and in addition, they have been shown to affect the human body. It can suppress bacteria, general bacteria, and protozoa in the medium without affecting living organisms such as plants and fish, thereby improving production and transportation efficiency in fish farming and transportation. For improving quality and yield in agriculture.

In addition, it is very useful in industry, such as as useful gray water, as a non-hazardous sterilizer, and as a sterilizing agent with long-lasting effects. In addition, various applications and uses are expected in various fields.

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Claims (1)

[Claims] An antibacterial physiological activity enhancer that consists of multiple types of sodium compounds, tree essential oils, etc. in appropriate proportions as activators mixed into the solvent in order to activate the solvent.