KR20000061117A - Compound for five elements bath and total spirits-medicinal bath, and manufacture of soap - Google Patents

Abstract

PURPOSE: A compound for five elements bath and total spirits-medicinal bath is provided, which makes common bath to show better quality for bath, so prevents various disease and stress of body and mind; and gives partial curing effect on medicinal spots on the body. A soap containing the compound is also provided. CONSTITUTION: The compound for five elements bath and total spirits-medicinal bath is manufactured by mixing more than 10% of calcium, more than 5% of magnesium, more than 1% of potassium, more than 20% of sodium chloride, more than 1% of manganese, more than 0.5% of selenium, more than 0.5% of iodine, more than 20% of sodium carbonate, more than 0.05% of menthol, more than 0.05% of zinc oxide, more than 0.5% of sulfur, and more than 0.001% of diphenhydramine completely at room temperature. A process for the preparation of soap comprises of: adding adequate quantity of soap solution, potassium hydroxide, ammonium hydroxide, ethanolamine, and perfume to the compound to be gel; mixing after adding more than 50% of neat soap; adding softening agent, sodium silicate, and surfactant; cooling to get objective soap.

Description

Preparation of Soaps and Whole Body Medical Baths and Preparation of Soaps

The present invention activates the distribution of Yin-Yang five bleeding blood (기) and instrumental blood (穴) and systemic blood (하고) and promotes the function of each organ associated with it to have the vitality of the prevention and healing of diseases and the skin tissue and It slows down the oxidation and aging of the whole body, helps promote the excretion of partial waste through each gland of the outer skin tissue, activates the tissue according to the ideal osmotic pressure, and maintains the active function of various capillaries. The present invention relates to the composition of the composition for the five-phase bath and the whole-body medical bath, which promotes vitality of the whole body and promotes a fresh and healthy life, and manufactures healthy soaps using the same.

Until now, there has been no other kind of bathing, except how to use a simple hot spring, cold spring, fresh water and sea water to relieve fatigue through the whole body bath, and to maintain health by using a general bath, sauna, and steam room.

The present invention can be used to convert to a better quality bath using the bathing of such a method, and by using a variety of diseases or physical and mental stress by making it possible to conveniently use a bath according to the constitution in general homes The composition and manufacture of new substances by combining ionic materials and bio-minerals to prevent the inhibitory factors of systemic function, to have a therapeutic function, to enjoy bathing in accordance with biorhythms, and to see partial therapeutic effect of acupuncture points The following description will be made.

First manufacturing process

Composition of Complex Mineral-Containing Substances for Five-Way Bath and Whole-body Medical Bath

1) In the preparation of bath mixture mainly composed of composite minerals, more than 10% of calcium, more than 5% of magnesium, more than 1% of potassium, more than 20% of sodium chloride, more than 1% of manganese, and more than 0.5% of selenium Iodine 0.5% or more sodium bicarbonate 20% or more menthol0.05% or more camphor 0.05% or more zinc oxide 0.5% or more sulfur 0.5% or more diphenhydramine 0.001% or more in a mixing blender at room temperature Add the time Run the gaiters until the mixed material is fully blended.

2) After a certain period of time after the operation is completed, open the lid and transfer to another container for packaging.

2nd manufacturing process

Mixed Composition of Complex Mineral Compounds for Five-Stage Bathing and Systemic Medical Bathing

1) In the preparation of the bath material mainly composed of minerals, more than 40% of silicon oxide, more than 4% of aluminum oxide, more than 0.5% of ferric oxide, more than 0.5% of ferric oxide, more than 0.4% of potassium oxide, and more than 6% of calcium oxide Magnesium 20% or more Sulfur 20% or more Zinc oxide 0.1% or more Chitosan 1% or more Sodium chloride 10% or more Menthol 0.01% or more Campa 0.001% or more Diphenhydramine 0.001% or more Leave the gaiters until complete mixing at room temperature for a certain time.

2) After complete mixing, transfer to other container for commercialization after a certain time.

3rd manufacturing process

Mixture Composition of Metallic Compounds for Penile Bath and Systemic Medical Bath

1) In the preparation of the bath mixture mainly composed of metal materials, more than 20% sodium bicarbonate, more than 20% sodium chloride, more than 10% magnesium chloride, more than 5% potassium chloride, more than 5% glycerin, more than 5% calcium chloride Add more than 0.001% of menthol and 0.001% of camphor to more than 0.001% of diphenhydramine into the blending blender.

2) After complete mixing, transfer to a commercialization container after a certain time.

4th manufacturing process

Mixed Composition of Seawater Compounds for Five-Way and Whole-body Medical Baths

1) In the preparation of water-based bathing water mixture, more than 80% of sodium chloride, more than 2% of magnesium chloride, more than 1% of potassium sulfate, more than 2% of calcium carbonate, and more than 1% of calcium sulfate, more than 10% of sodium carbonate Above 1% of magnesium sulfate, more than 3% of silicon oxide, more than menthol 0.001% and more than Campa 0.001% are put in the mixing blender, and the mixing operation is performed until complete mixing at room temperature for a certain time.

2) After complete mixing, transfer to product container after a certain time.

5th manufacturing process

Mixture Composition of Alkaline Ionic Substances for Pentagram Bath and Whole Body Medical Bath

1) In the preparation of bath mixtures mainly composed of alkali ions, more than 30% of sodium bicarbonate, more than 30% of bio ceramics, more than 30% of sodium chloride, more than 30% of cerenium, more than 2% of potassium chloride, more than 2% of calcium chloride Add more than 0.001% of menthol and more than 0.001% of diphenhydramine to add more than 0.002% of zinc oxide to the mixing blender.

2) After complete mixing, transfer to the commercialization container after a certain time.

6th manufacturing process

Mixed Composition of Comprehensive Nutrient Substances for Five-Way Bath and Whole-body Medical Bath

1) More than 10% of total vitamin B group, more than 50% of Ssanghwatang granules, more than 50% of APC, and more than 5% of APC biomass 35 Add more than 0.001% of menthol to the mixing container, and mix the leggings until complete mixing at room temperature for a certain time.

2) After complete mixing, transfer to product container after a certain time.

7th manufacturing process

Composition of the Compounds of Occurring Combinations for Penile Bathing and Systemic Medical Bathing

7-1) In the preparation of vital combination compounds for five-phase bathing and whole-body medical baths, more than 30% of jade and 30% of alumina, more than 30% of bioceramic, more than 10% of sodium chloride, and more than 10% of diphenhydramine. Add more than 0.001% of menthol to the mixing container.

When complete, the mixture is transferred to a packaging container and entered into a finished product.

7-2) More than 70% of iron, more than 10% of sodium chloride, more than menthol 0.001%, more than 1% of zinc oxide, more than 0.001% of diphenhydramine, more than 0.001% of potassium chloride, more than 0.5% of calcium chloride, more than 10% of sodium bicarbonate After appropriate amount is reduced, put into mixing container, mix the leggings at room temperature for a certain period of time, and then completely mix and move to packing container.

7-3) More than 70% of bio ceramic powder, more than 10% of sodium chloride, more than 10% of alumina, more than 8% of sodium bicarbonate, more than 0.1% of sulfur, more than 0.001% of diphenhydramine, more than 0.5% of potassium chloride, more than 0.5% of calcium chloride. Add at least 0.001% of menthol or more to a mixing container and mix it at room temperature for a certain time. After complete mixing, put it in a packing container.

8th manufacturing process

Mixing of Total Mixed Compounds for Five-Way Bath and Whole-body Medical Bath

In mixing and mixing each of the compositions prepared in the first step to the 7-3 step, divide into equal parts to the total amount, add them into a mixer, and perform the mixing operation until the mixture is completely mixed at room temperature for a certain time. .

After complete mixing, transfer to product container after a certain time.

In the preparation of soap based on the mixed composition and the nine characteristic compound compositions thus prepared.

9th saponification manufacturing process (liquid and solid materials)

1) Transfer the mixture after the first step to the liquid mixer.

The mixer is operated at room temperature while adding an appropriate amount of soap liquid, an appropriate amount of potassium hydroxide, ammonium hydroxide, ethanolamine, and flavoring until it becomes a gel.

Once gel phase is complete, transfer to product container.

2) Put the mixture completed in the first step into the mixer, and stir at room temperature while adding more than 50% of the total amount of nit soap. When complete mixing, add water softener and some sodium silicate appropriately, add appropriate amount with surfactant, and when complete mixing, put into the machine and produce it through cooling process for a certain time.

10th saponification manufacturing process

1) Transfer the complex mineral compound of which the second process is completed to the liquid mixer.

The mixer is operated at room temperature while adding an appropriate amount of soap liquid, an appropriate amount of potassium hydroxide, ammonium hydroxide, ethanolamine and flavoring agent until it becomes a gel.

Once gel phase is complete, transfer to product container.

2) Put the composite mineral compound of which the second process is completed into the mixer, and stir at room temperature while adding an appropriate amount of nit soap.

When it is completely mixed, add water softener and a little sodium silicate in appropriate amount, and add it in a suitable amount with surfactant. When it is completely mixed, put it in a maker and make it through a cooling chamber.

11th saponification process

1) Transfer the metal material compound which has completed the 3rd process to the liquid mixer.

The mixture is mixed at room temperature until an appropriate amount of soap liquid, an appropriate amount of potassium hydroxide, ammonium hydroxide, ethanolamine, and flavoring agent is added to the gel state.

2) Put the metal compound of the 3rd step into the mixer and add it to the mixture at room temperature while adding an appropriate amount of nit soap.

When complete mixing, add water softener and a little silicate in appropriate amount and add surfactant in proper amount. When complete mixing, put into a refrigerator and produce it through cooling process.

12th saponification manufacturing process

1) Transfer the seawater compound, which has completed the fourth step, to the liquid mixer. A proper amount of soap liquid, an appropriate amount of potassium hydroxide, ammonium hydroxide, ethanolamine and a flavoring agent are added thereto, followed by mixing at room temperature for a predetermined time.

2) Put the seawater compound which the 4th process is completed into a mixer, and put it in room temperature at room temperature, adding an appropriate amount of nit soap.

When complete mixing, add water softener and a little silicate in appropriate amount and add surfactant in proper amount. When complete mixing, put into a refrigerator and produce it through cooling process.

The thirteenth saponification manufacturing process

1) Transfer the alkaline ionic compound of the fifth step to a liquid mixer.

A proper amount of soap liquid, an appropriate amount of potassium hydroxide, ammonium hydroxide, ethanolamine and a flavoring agent are added thereto, followed by mixing for a predetermined time at room temperature until it becomes a gel.

2) Put the alkaline ionic compound completed in the fifth step into the mixer, and stir at room temperature while adding an appropriate amount of nit soap.

When complete mixing, add water softener, some menthol, fragrance, and silicate in appropriate amount, and add surfactant in appropriate amount. When it is completely mixed, put it in the machine and cool it.

The 14th saponification manufacturing process

1) Transfer the synthetic nutrient compound after the sixth process to the liquid mixer.

Add a proper amount of soap liquid, an appropriate amount of potassium hydroxide, ammonium hydroxide, ethanolamine, fragrance and menthol, and mix and mix at room temperature for a certain time until it becomes a gel.

2) Put the synthetic nutrient compound after the 4th process into the mixer, and add the appropriate amount of nit soap to keep it at room temperature.

When it is completely mixed, a suitable amount of hard water softener, some chemicals, menthol and silicate are added, and an appropriate amount of surfactant is added.

The 15th saponification manufacturing process

1) Biodegradable Combination Compound

Transfer (7-1) to a liquid mixer. Add a proper amount of soap solution, an appropriate amount of potassium hydroxide, ammonium hydroxide, ethanolamine, menthol and fragrance and mix and mix at room temperature for a certain time until it becomes a gel.

2) Put the biosynthetic compound compound (7-1), which has completed the seventh step, into the mixer and stir at room temperature while adding an appropriate amount of nit soap.

When complete mixing, add water softener, fragrance, menthol, and some silicate in appropriate amount, and add surfactant in appropriate amount. When complete mixing, put into the machine and cool it.

The 16th saponification manufacturing process

1) Transfer the biogenerated compound of compound having completed Step 7-2 to the liquid mixer. Add a proper amount of soap liquid, an appropriate amount of potassium hydroxide, ammonium hydroxide, ethanolamine, fragrance and menthol, and mix and mix at room temperature for a certain time until it becomes a gel.

2) Put the bio-generating compound of compound having completed the 7-2 process into the mixer, and stir at room temperature while adding an appropriate amount of nit soap.

When complete mixing, add water softener, fragrance, menthol and some silicate in appropriate amount, and add surfactant in appropriate amount. When it is completely mixed, put it in the machine and cool it.

17th saponification process

1) Transfer the bio-generating compound compound having completed Step 7-3 to the liquid mixer. Add a proper amount of soap liquid, an appropriate amount of potassium hydroxide, ammonium hydroxide, ethanolamine, fragrance and menthol, and mix and mix at room temperature for a certain time until it becomes a gel.

2) Put the bio-generating compound of compound having completed the 7-3 process into the mixer, and add the appropriate amount of nit soap and run it at room temperature. When it is completely mixed, add water softener, fragrance, menthol and some silicate in appropriate amount, and add it in a suitable amount with surfactant. When it is completely mixed, put it in the machine and make it through cooling process.

18th saponification manufacturing process

1) Transfer the total mixed compound, which has completed the eighth process, to a liquid mixer.

Add a proper amount of soap solution, an appropriate amount of potassium hydroxide, ammonium hydroxide, ethanolamine, fragrance and menthol, and mix and mix at room temperature for a certain time until it becomes a gel.

2) Put the total mixed compound of the eighth step into a mixer and stir at room temperature while adding an appropriate amount of nit soap.

When it is completely mixed, add water softener, fragrance, menthol and some silicate in appropriate amount, and surfactant in appropriate amount. When it is completely mixed, put it in the machine and cool it.

In the practical use of soaps and mixtures produced in such a comprehensive manner

Example 1

Pour a certain amount of water into the hand and foot submersible where both the knees and elbows can enter, and depending on the symptoms of the sick person, one of the first, second, third, fourth, fifth, sixth, and seventh steps Completely dissolve the mixture by adding more than 1-5% of the amount of immersion, soak the hands and feet, keep the temperature at 50 ℃ for 10-30 minutes, and treat the sick with the help and ventilation of Yin-Yang Five Blood. Healing diseases and promoting systemic blood flow will have the effect of promoting recovery and activating metabolism.

Example 2

100 liters of hot water or ordinary water for a bath is placed in a general bathtub, and the mixture of each sieve, that is, the composition made in the first to seventh steps is added to the mixture by adding 1% to 2% of the bath water. After 5 to 30 minutes of bathing, and then lightly soaped and rinsed with the bath water and wiped dry with a towel, you will have a refreshing feeling from the activation of blood donation.

Example 3

Produced in the first step-1, the second step-1, the third step-1, the fourth step-1, the fifth step-1, the sixth step-1, and the seventh step-1, In the use of the soap, according to the constitution of the choice to use it will have the convenience that can be used together with the bath, unlike ordinary soap, when showering will have the effect of replacing the ordinary bathtub only with the corresponding soap. It will be possible.

In this way, the present invention can be used to select according to the constitution and conditions of each person, to find and maintain health, to prevent various diseases, can be used to select to live, especially the ideal new treatment function of Yin-Yang five blood By providing effective effects, active circulation of systemic blood and activation of treatment of pneumococcal blood, it provides new treatment and preventive function in oriental medicine, as well as five-bath and whole-body medical baths that have soap function suitable for general bathing function and constitution. Composition of aqueous mixture and preparation of soap

Missing technical challenges for invention

Missing configuration and action of the invention

Missing Effect of Invention

Claims (18)

The present invention has the function of stimulating circulation of Yin-Yang five bleeding blood (독자) independently to have the function of activating the related books, and actively circulating the meridians and blood circulation of the whole locus, which heals and releases the disease and is always healthy To prepare the compound for each field to combine the five elements of the five elements, which can preserve the physical body and the whole body medical bath and the constitution bath, the mixture of the five elements of the five complexes and the whole body medical bath 10% of calcium, more than 5% of magnesium, more than 1% of potassium, more than 0.5% of iodide, more than 20% of sodium chloride, more than 20% of manganese, more than 0.5% of cerenium, more than 20% of sodium bicarbonate. A phenomena of adding more than 0.05% of menthol and more than 0.001% of diphenhydramine to the mixing blender for a certain amount of time at room temperature. And telegraph (氣) Preparation of composition and the soap of the medical receiving bath mixture. In formulating complex compounds for five-phase bathing and whole-body medical baths mainly composed of minerals, 40% or more of silicon oxide, 4% of aluminum oxide, 0.5% of ferric oxide, and 0.4% of potassium oxide Calcium Oxide 6% or more Magnesium Oxide 20% or more Sulfur 20% or more Zinc oxide 0.1% or more Chitosan 1% or more Sodium chloride 10% or more Menthol 0.01% or more Campa 0.001% or more Diphenhydramine 0.001% or more Put all of them into the mixing mixer for each time and operate the gaiters until complete mixing at room temperature for a certain time. Manufacture of soap In formulating complex compounds for five-season and whole-body medical bath mainly composed of composite metal materials, more than 20% sodium bicarbonate, more than 20% sodium chloride, more than 10% magnesium chloride, more than 5% potassium chloride More than 5% of glycerin, more than 5% of calcium chloride, more than 0.001% of menthol, more than 0.001% of camphor, and more than 0.001% of diphenhydramine were added to the mixing blender. After the completion of a certain period of time, the composition of the composition and composition for soap bath and whole-body medical bath, which was transferred to a commercialization container and prepared In formulating a mixture of five-sealing soluble bath and whole body medical bath mainly composed of sea-water soluble mixture, more than 80% sodium chloride, more than 2% magnesium chloride, more than 1% potassium sulfate, more than 2% calcium carbonate Add more than 1% of calcium sulfate, more than 10% of sodium carbonate, more than 1% of magnesium sulfate, more than 3% of silicon oxide, more than menthol 0.001%, more than Campa 0.001%, and mix them all together in a mixing mixer for a certain period of time at room temperature. Preparation of soap and the composition of the mixture for five-sealing bath and whole-body medical bath after transfer to a commercialization container after a certain period of time. In formulating a mixture of alkaline ionic and penile medical baths, more than 30% sodium bicarbonate, more than 30% bioceramic, more than 30% sodium chloride, more than 5% selenium, potassium chloride 2 Add more than 2% of calcium chloride, more than 2% of menthol, more than 0.001% of diphenhydramine, more than 0.O01% of zinc oxide, and add more than 0.002% of zinc oxide to the mixing formulator for complete mixing at room temperature for a certain period of time. Preparation of soap mixture and composition for pentagram bath and whole-body medical bath. In formulating mixtures for five-seasoning and whole-body medical baths mainly composed of comprehensive nutritional substances, more than 10% of vitamin B-compurex, more than 35% of bioceramic, and more than 50% of Ssanghwatang granules. Add 5% or more of P. C. menthol to 0.001% or more in a mixing container for complete mixing and mixing at room temperature for a certain period of time. And the manufacture of soaps. [Claim 7-1] In formulating mixtures for five-year-olds and whole-body medical baths, which are mainly composed of vital substances, they have more than 30% of jade and alumina, more than 30% of bio ceramics, more than 30% of bio-ceramic, and more than 10% of sodium chloride. Add 0.001% or more of hydramine and 0.001% or more of menthol to the mixing container, and mix the mixture at room temperature for a certain period of time. When complete mixing is carried out, the composition of the pentagram bath and whole body medical bath is contained in the packaging container. And the manufacture of soaps. [Claim 7-2] More than 70% of jade, more than 10% of sodium chloride, more than 10% menthol 0.001%, more than zinc oxide 1%, more than 0.001% of diphenhydramine, more than 0.5% of potassium chloride, more than 0.05% of calcium chloride, more than 10% of sodium bicarbonate After mixing the mixture in a container at room temperature for a certain period of time, when the complete mixing is carried out, the composition of the five-season bathing system for whole body medical bath and the preparation of the soap [Claim 7-3] More than 70% of bio ceramic powder, more than 10% of sodium chloride, more than 10% of alumina, more than 8% of sodium bicarbonate, more than 0.1% of sulfur, more than 0.001% of diphenhydramine, more than 0.5% of potassium chloride, more than 0.5% of calcium chloride. After the appropriate amount of menthol 0.001% or less is added to the mixing vessel and mixed for a certain period of time at room temperature, complete mixing and mixing, the composition of the composition for five-season bath and whole-body medical bath in the packaging container and soap production. In formulating the mixture for the five-phase bathing bath and the whole body medical bath mainly composed of the complex total compounds, the same composition to the total amount in mixing and mixing the respective compositions prepared in the first to seventh steps The composition of the composition for five-phase bathing bath and whole-body medical bath and the preparation of soap, which were added to the mixing part in the amount and added to the mixer, and then completely mixed at room temperature for a certain time, and then transferred to the product container. [Claim 9-1] In preparing the soap for the five-phase bath and the whole body medical bath mainly composed of complex minerals, the composite mineral mixture prepared in claim 1 is transferred to a liquid mixer. Add the right amount of soap solution, appropriate amount of potassium hydroxide, ammonium hydroxide, ethanolamine and flavoring agent until it becomes gel phase, mix it with normal gaiters at room temperature and transfer it to the product container when the gel phase is completed. Composition of bath mixture and preparation of soap [Claim 9-2] The complex mineral mixture prepared in claim 1 is placed in a mixer and nitrated at room temperature with the addition of more than 50% of the total amount of the nit soap. After complete mixing, add appropriate amount of water softener and some sodium silicate, and add appropriate amount of surfactant, mix each batch until it is completely mixed, put it in a defrosting machine, and produce it through cooling process for a certain time. Preparation of soap mixtures and preparation of soap for medical care baths. [Claim 10-1] In preparing soap for bathing bath and whole body medical bath mainly composed of composite mineral mixture, the composite mineral mixture prepared in claim 2 is transferred to a liquid mixing container. Add appropriate amount of soap solution, proper amount of potassium hydroxide, ammonium hydroxide, ethanol amine and incense until it becomes a gel phase, mix it at room temperature, and carry it in the product container when the gel phase is completed. Preparation of soap mixtures and preparation of soaps. [Claim 10-2] The composite mineral mixture prepared in claim 2 is placed in a mixer, and the nit soap is added at 50 ° C. at room temperature while adding at least 50% of the total amount of the soap. After complete mixing, add appropriate amount of water softener and some sodium silicate, and add appropriate amount of surfactant, mix each batch until it is completely compounded, put it in the oven, and cool it for a period of time. Preparation of soap mixtures and preparation of soap for medical care baths. [Claim 11-1] In preparing soap for bathing bath and whole body medical bath mainly composed of complex metal materials, the compound metal compound prepared in claim 3 is transferred to a liquid mixing container. Add the right amount of soap solution, proper amount of potassium hydroxide, ammonium hydroxide, ethanolamine and flavoring agent, mix the leggings at room temperature until it becomes a gel phase, and transfer the product to the product container when the gel phase is completed. Preparation of soap mixtures and preparation of soaps. [Claim 11-2] The composite metal compound prepared in claim 3 is placed in a mixer, and the neat soap is added at 50% of the total amount of the soap to keep it at room temperature. After complete mixing, add appropriate amount of water softener and a little sodium silicate, and add appropriate amount of surfactant, mix the gaiters until complete mixing, put it in the defroster, and cool it for a certain period of time. Preparation of soap and mixtures for conventional medical baths. [Claim 12-1] In preparing the soap for the five-seasoning bath and the whole body medical bath, which are mainly composed of the sea-melt-soluble mixture, the composite sea-water-soluble mixture prepared in claim 4 is transferred to a liquid mixing container. Add appropriate amount of soap solution, proper amount of potassium hydroxide, ammonium hydroxide, ethanolamine, and fragrance and mix the mixture at room temperature until it becomes a gel phase. When the gel phase is completed, it is transferred to the product container. Preparation of soap mixtures and preparation of soaps. [Claim 12-2] The composite seawater soluble mixture prepared in claim 4 is placed in a mixer, and the neat soap is added at 50% of the total amount of the soap, which is then frosted at an appropriate temperature. After complete mixing, add appropriate amount of water softener and some sodium silicate, and add appropriate amount of surfactant, mix the gaiters until it is completely compounded, put it in the oven, and then cool it for a certain period of time. Preparation of soap and preparation of mixtures for medical medical baths. [Claim 13-1] In the preparation of the alkaline bathing constituents mainly for alkaline ionic bath and whole body medical bath soap, the complex alkaline ionic mixture prepared in claim 5 is transferred to a liquid mixing container. Add appropriate amount of soap solution, proper amount of potassium hydroxide, ammonium hydroxide, ethanolamine, and flavoring agent, mix the mixture at room temperature until it becomes a gel, and transfer the product to the product container when the gel phase is completed. Composition of bath mixture and preparation of soap [Claim 13-2] The composite alkaline ionic mixture prepared in claim 5 is placed in a mixer, and the neat soap is added at 50 ° C. with a temperature of at least 50% of the total amount of the soap. After complete mixing, add appropriate amount of water softener and some sodium silicate, and add appropriate amount of surfactant, mix each batch until complete mixing, put it in the oven, and cool it for a certain time. Of soap mixtures and preparation of soap [Claim 14-1] In preparing soaps for five-phase bathing and whole-body medical baths mainly composed of synthetic nutrients, the complex nutritional compound prepared in claim 6 is transferred to a liquid mixing pot. Add appropriate amount of soap solution, proper amount of potassium hydroxide, ammonium hydroxide, ethanolamine and fragrance, and mix them at room temperature until it becomes a gel phase. Preparation of soap mixtures and preparation of soaps. [Claim 14-2] The complex nutritional compound prepared in claim 6 is placed in a mixer, and the leggings are carried out at an appropriate temperature while adding at least 50% of the total amount of the nit soap. After complete mixing, the right amount of water softener and some sodium silicate are added and the appropriate amount of surfactant is added. Preparation and preparation of soap for the preparation of medical medical baths [Claim 15-1] In preparing soaps for five-phase bathing and whole-body medical baths mainly composed of vital substances, the mixed organic-generating mixture prepared in claim 7-1 is transferred to a liquid mixing container. Add appropriate amount of soap solution, proper amount of potassium hydroxide, ammonium hydroxide, ethanolamine, and flavoring agent, mix the mixture at room temperature until it becomes a gel phase. Composition of bath mixture and preparation of soap [Claim 15-2] The composite biogenerated mixture prepared in claim 7-1 is placed in a mixer, and the nitrate is added at 50% of the total amount of the soap, which is then frosted at room temperature. After complete blending, add an appropriate amount of water softener and some sodium silicate, and add an appropriate amount of surfactant, mix each batch until it is completely blended, put it in a defroster, and cool it for a period of time. Formulation of soap mixtures and preparation of soap [Claim 16-1] Transfer the complex biogenic mixture prepared in claim 7-2 to a liquid mixing container. Add appropriate amount of soap solution, appropriate amount of potassium hydroxide, ammonium hydroxide, ethanolamine, flavoring agent and menthol, mix the mixture at room temperature until it becomes a gel phase, and when the gel phase is completed, transfer the bath bath and whole body Preparation of Soap Mixture and Preparation of Soap [Claim 16-2] Put the composite viability-producing mixture prepared in claim 7-2 in a mixer, and stir at room temperature while adding more than 50% of the total amount of the nit soap. After complete mixing, add an appropriate amount of water softener and a little sodium silicate, and add an appropriate amount of surfactant, mix each batch until it is completely mixed, put it in a defroster, and cool it for a period of time. Preparation of Soap Mixtures and Preparation of Soap [Claim 17-1] Transfer the complex biogenic mixture prepared in claim 7-3 to a liquid mixing container. Add appropriate amount of soap solution, proper amount of potassium hydroxide, ammonium hydroxide, ethanolamine, flavoring agent and menthol, mix the mixture at room temperature until it becomes a gel phase, and when the gel phase is completed, transfer the bath bath and whole body Preparation of Soap Mixture and Preparation of Soap [Claim 17-2] The mixed bio-generating mixture prepared in claim 7-3 is placed in a mixer, and the neat soap is added at 50% of the total amount, and the leggings are carried out at an appropriate temperature. After complete mixing, add an appropriate amount of water softener and a little sodium silicate, and add an appropriate amount of surfactant, mix each batch until complete mixing, put it in a defroster, and cool it for a period of time. Formulation of soap mixtures and preparation of soap In preparing soaps for five-component baths and whole-body medical baths mainly composed of the total mixed compounds, the total mixed compounds prepared in claim 8 are transferred to a liquid mixer. Add a proper amount of soap liquid, an appropriate amount of potassium hydroxide, ammonium hydroxide, ethanolamine, flavoring agent and menthol, and mix and mix at room temperature for a certain time until the gel phase. Composition and preparation of soap for whole body medical bath [Claim 18-1] The total mixed compound prepared in claim 8 is placed in a mixer, and the leggings are carried out at an appropriate temperature while adding more than 50% of the total amount of the nit soap. After complete mixing, add an appropriate amount of water softener and some sodium silicate, and add an appropriate amount of surfactant, mix each batch until it is completely mixed, put it in a defroster, and cool it for a period of time. Preparation of soaps and the preparation of mixtures for conventional medical baths.