JP2009091489A - Soap containing ozonized oil and manufacturing method for it - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a product having bactericidal effect and healing effect of an ozonized oil while reducing ozone odor. <P>SOLUTION: Means to incorporate the ozonized oil into soap is used. The soap is produced by an oil/fat saponification method or a fatty acid neutralization method while using a raw material prepared by mixing ozone gas with natural fat and oil 7 including oleic acid and ozonizing the mixture. Alternatively, the soap is produced by using oil and fat, with which ozonized oil is mixed, as a raw material, or the soap containing ozonized oil is produced by mixing the ozonized oil to unsolidified soap during a saponification process or a neutralization process as soap manufacturing processes or after these processes. Furthermore, the soap containing ozonized oil is produced when the ozonized oil is mixed to chip-shaped soap, liquid soap and the like manufactured by an ordinary method. <P>COPYRIGHT: (C)2009,JPO&INPIT

Description

  The present invention relates to solid soap, powder soap and liquid soap used for face washing, washing, dish washing and the like.

Vegetable oils such as olive oil, sunflower oil, safflower oil, etc. contain abundant oleic acid, but by bubbling ozone gas purified from oxygen or air as raw material, ozone enters the double bond part of oleic acid and ozonides are formed. It is known to generate.
The oil containing ozonide thus produced is called ozonized oil.
In particular, ozonized oil made from olive oil is also called ozonized olive.

Ozonated oil has a healing effect on wounds, skin ulcers, hemorrhoids, burns, etc., and many clinical effects have already been reported.
(See Non-Patent Documents 1, 2, 3, and 4)
Patents have already been filed in Japan for the production method of ozonated oil. (Patent Document 1)

The healing effect of this ozonated oil is thought to be due in part to its powerful bactericidal action.
In addition, it is presumed that by stimulating the skin, the blood circulation action on the skin surface is enhanced, which has a healing effect.

  Furthermore, enhancement of immunity by ozonated oil can be expected. That is, gaseous ozone is known to have an immune enhancing effect when injected into human blood, and it is estimated that ozone is incorporated into oleic acid molecules and ozonide has a similar immune enhancing action. is there.

  In Japan, ozonated oils that have been recognized for their healing effects are used as in-hospital prescriptions in some hospitals and are generally not widely used.

One of the reasons that hinders its widespread use is its unique ozone odor.

Patent Publication 2005-162995 Example of use of ozonated oil in outpatient minor surgery Author: Yoshiaki Matsumoto (Surgery, Kirifengkai Yokohama Kirifumi Hospital) Exhibit: Abstracts of the 5th Annual Meeting of the Japan Society for Medical and Environmental Ozone Research Page32-36 (2000.04) Application and effects of ozonated oils on humans Authors: Natsuhiro Matsumoto (Department of Surgery, Sakai City Hospital), Shotaro Sakurai Exhibits: Abstracts of the 4th meeting of the Japan Society for Medical and Environmental Ozone Research Page42-44 (1999.04) Authors: Shotaro Sakurai (Japan Society for Medical Environmental Ozone), Mitsuko Osawa, Kyoko Shinriki, Katsuhiko Nakamuro, Toshiaki Miura, Yasuyoshi Sayato Exhibit: Journal of Japan Society for Medical and Environmental Ozone Vol. 9 4 Issue Page17 (2002.10) Authors: Shotaro Sakurai (Japan Society for Medical and Environmental Ozone Research) Exhibit: Journal of Japanese Society for Medical and Environmental Ozone Research Vol.8 No.2 Page17 (2001.5)

  This invention makes it a subject to provide the product which has the bactericidal effect and healing effect of ozonized oil, and there are few ozone odors.

  In order to solve the above-mentioned problems, the present invention employs a means for containing ozonized oil in soap.

  The raw materials of soap are mainly fats and oils and alkalis, but those containing oleic acid as fats and oils are used, and soaps containing ozonized oil are produced by ozonizing them.

Moreover, the soap containing ozonized oil is manufactured from the fats and oils mixed with ozonized oil.

  Further, a soap containing ozone oil is produced by mixing ozonated oil with soap before solidification during or after the saponification or neutralization process, which is a soap production process.

  Furthermore, the soap containing ozonized oil is manufactured by mixing ozonized oil with the soap manufactured by the normal method.

  The soap according to the present invention has an ozone smell peculiar to the ozonated oil by adjusting the content of the ozonated oil and adding a fragrance, has a bactericidal action of the ozonated oil, and has a cleaning effect as a soap. It can be used for hand sterilization, tableware sterilization, and human and animal body surface sterilization.

An embodiment of the present invention will be described with reference to FIGS.
Structure: FIG. 1, FIG. 2, FIG. 3, and FIG. 4 are examples showing the steps for producing soap containing ozonized oil according to claims 1, 2, 3, and 4 of the present invention, respectively. These forms are referred to as form 1, form 2, form 3, and form 4, respectively.

  Form 1: As shown in FIG. 1, the ozone generated by the ozone generator 1 using oxygen as a raw material is guided to a bubbler 4 immersed in a natural oil 2 containing oleic acid, and ozone is contained in the natural oil as air bubbles. By raising it, a part of oleic acid is converted into ozonide, and then saponified into soap.

  Here, the bubbler 4 is a kind of a fluid device having a small diameter and a cylindrical shape having a large number of holes, a plate shape, etc., and a function of generating a large number of ozone-containing bubbles from the small diameter holes.

  As the properties of the soap produced by such a method, there are solid, liquid and powder. Incidentally, it is well known that when sodium hydroxide is added for saponification, it becomes a solid soap, and when potassium hydroxide is added, it becomes a liquid soap.

  Aspect 2: As shown in FIG. 2, the ozonized oil 6 is combined with the natural oil 7 and mixed in the mixing tank 8 by rotating the stirring bar 9 and then saponified to obtain soap.

Form 3: As shown in FIG. 3, after natural oil is saponified, ozonized oil is mixed before solidifying, and then solidified to form soap.
This mixing can also be performed when saponification is not completely completed.

  Form 4: As shown in FIG. 4, natural oil is saponified to make a chip-like soap 15, and then mixed with ozonized oil to make a soap.

Method of use: The soap produced according to the present invention can be used for washing in the same manner as normal soap in any of solid, liquid and powder form.
However, if the ozonide component in the ozonated oil disappears when left at room temperature for a long period of time, it is recommended to store it frozen or refrigerated.

Since the soap produced by the present invention has a sterilizing ability, it can be widely used for food industry, medical sterilization and the like in addition to household use.
Furthermore, since it can be expected to have the healing effect of ozonated oil, it can be expected to be applied to healing for trauma, skin diseases and the like.

The manufacturing process of the soap containing the ozonized oil of the form 1 (form concerning Claim 1) is shown. The manufacturing process of the soap containing the ozonized oil of the form 2 (form concerning Claim 2) is shown. The manufacturing process of the soap containing the ozonized oil of the form 3 (form concerning Claim 3) is shown. The manufacturing process of the soap containing the ozonized oil of the form 4 (form concerning Claim 4) is shown.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Ozone generator 2 Natural oil and fat containing oleic acid 3 Natural oil and fat tank 4 Bubbler 5 Ozone-containing bubble 6 Ozonated oil 7 Natural oil and fat 8 Mixing tank 9 Stirrer 10 Natural fat and oil 11 Ozonated oil 12 Soap before solidification after saponification 13 Stirrer 14 Chip soap

Claims (4)

  Oil saponification process or fatty acid using ozonized oil and alkali such as sodium hydroxide, potassium hydroxide, etc. produced by mixing ozone gas into natural oil containing oleic acid and ozonizing a part of oleic acid A soap produced by a neutralization method and a method for producing the soap.   Produced by fat saponification method or fatty acid neutralization method using natural oils and fats containing ozonized oil and natural oils and fats and natural alkalis such as sodium hydroxide and potassium hydroxide as raw materials. And a method for producing the same.   During the saponification or neutralization, or after saponification in the manufacturing process of solid soap and liquid soap produced by natural fats and oils and alkalis such as sodium hydroxide and potassium hydroxide as a raw material by the fat saponification method or fatty acid neutralization method or A soap and a method for producing the soap, comprising a step of adding and mixing ozonized oil to the product after neutralization.   Soap characterized by adding and mixing ozonized oil to solid soap and liquid soap manufactured by fats and oils saponification method or fatty acid neutralization method using natural fats and oils, caustic soda, caustic potash and other alkalis as raw materials, and its Production method.

Images