TWI657134B - Organic soap manufacturing process - Google Patents

Abstract

An organic soap process, the steps comprising: a fermentation step: using a predetermined microorganism to ferment a fermentation liquid to obtain a fermentation liquid; and an extraction step: using a freeze extraction to reduce water in the fermentation liquid to obtain a planting molecular solution; Step: mixing the oil with sodium hydroxide and water in a saponification ratio and stirring, adding the planting molecular solution after stirring to a thick state, and uniformly stirring to obtain a soap liquid; filling step: filling the soap into the mold; and standing still : standing for at least 45 days, until the soap solidifies and completely saponified to form a soap bar; cutting step: cutting the soap bar to obtain a finished product; thereby providing an organic soap process to manufacture an organic soap, using natural materials and manufacturing The method is prepared, and the invention can also reduce the alkaline substance and has the effect of mild cleaning.

Description

Organic soap process

The invention provides an organic soap manufacturing process, in particular to a method of using a herb to ferment and extract to obtain an extract and mixing it into a soap solution to be completely saponified, thereby reducing the residue of the alkaline substance, and having the effect of being natural and mildly clean.

According to recent years, chemical substances are immersed in life, causing human skin to be exposed to hundreds of chemical substances during life, and the toxins absorbed by the skin are difficult to metabolize. Therefore, the skin must be cleaned daily to keep clean and reduce toxins. Deposition, especially the cleaning products used every day, is also a mixture of chemical substances, and the finished products of synthetic chemicals do make human life more convenient. The impact of chemical substances on the human body is difficult to find in the short term, but in the long run. Under the use and contact, the harm to the human body can still be gradually found in life, and the skin is exposed to more chemical substances. Therefore, modern human skin often has various symptoms, and people gradually pay attention to the items used to improve their lives. Raw materials; among them, there are many kinds of cleaning soaps, and commercially available soaps are mostly made of soap base. The soap base is a semi-finished soap. Its easy-to-process characteristics make most manufacturers use the soap base produced by the factory as a raw material. To replace traditional soap and simplify the production process, but change over time, consumers' environmental and health awareness Lifting, selection for higher raw material for producing soap requirements, but its raw soap factory mislabeled Clearly, the quality of the downstream manufacturers in the manufacture of soap is difficult to control. To this end, the soap industry has gradually adopted the use of raw materials to produce soap instead of soap base to enhance the quality control of soap.

However, as far as the above soap manufacturing process is concerned, the degree of control of the quality of the soap is greatly improved compared to the use of the soap base, but the consumer does not simply require the cleaning function in selecting the soap, and the additional functions such as maintenance and repair are more For the sake of purchase, soap is added to the herbal formula to enhance the value of the soap. Because of the short shelf life of the herbal formula, the soap is prone to acidification or bacteria for a long time, which is a major drawback, and needs to be improved.

The present inventors have in view of this, and based on years of experience in this field, careful observation and research, and in conjunction with academic application, are in-depth discussion on the problems faced by the aforementioned existing soap, and actively seek solutions, after long-term research and Development, an organic soap has been successfully developed, and a reasonable and effective invention has been proposed to overcome the existing soap problem and to make it more practical to meet the needs of users.

The main object of the present invention is to provide an organic soap process, thereby producing an organic soap, which is prepared by natural materials and a manufacturing method. The invention can also reduce the residue of alkaline substances and has the effect of mild cleaning.

The organic soap process of the invention comprises the steps of: S1 fermentation step: fermenting the herb with a predetermined microorganism to obtain a fermentation liquid; and S2 extracting step: placing the fermentation liquid in a freezing extractor to reduce the moisture in the fermentation liquid by using a freeze extraction method Obtaining the extracting molecular solution, adding the myrrh essential oil to the planting molecular solution, and using the myrrh essential oil to have a sterilization function, thereby improving the shelf life of the finished product; S3 mixing step: heating the oil to 45-80 ° C, and mixing sodium hydroxide and water in a saponification ratio to obtain a sodium hydroxide solution, and adjusting the sodium hydroxide solution to a temperature close to the oil, mixing and stirring, stirring Adding the phytochemical solution to the thick form and stirring evenly to obtain the soap; S4 filling step: filling the soap into the mold; S5 standing step: standing for at least 45 days, the soap is solidified and completely saponified to form soap Block; S6 cutting step: demolding the soap block and cutting into a predetermined size to obtain a finished product.

The herbaceous plant is Antrodia camphorata, and the Fermented Antrodia camphorata is fermented by microorganisms to ferment the Antrodia camphorata into a fermentation liquid having biochemical active substances such as triterpenoids, superoxide dismutase, adenosine and polysaccharide; wherein the extracting molecular solution can be further Add essential oils and pure dews; among them, essential oils and pure dews are distilled to extract essential oils and pure dews, and cedar or loofah can be extracted by freezing to obtain extracts and mixed into the extracted molecules at a predetermined ratio. In the solution; wherein the oil used in the mixing step is composed of any one or any combination of olive oil, coconut oil or castor oil; wherein the ratio of sodium hydroxide and water is mixed per 1000 grams of olive oil. Less than 134 grams of sodium hydroxide and 312 to 389 grams of water; less than 190 grams of sodium hydroxide and 389 to 456 grams of water per 1000 grams of coconut oil; less than 129 grams of sodium hydroxide per 1000 grams of castor oil and 300~ 389 grams of water, causing the saponification reaction to meet the saponification ratio, so that sodium hydroxide can be completely saponified, so that the pH value of the finished product is close to neutral; More may be added to the pearl extract; In the mixing step, the oil may be mixed with sodium hydroxide and water in a saponification ratio, stirred and mixed until solidified, and then added to the alcohol to maintain the temperature at 55-80 ° C and continuously stirred, so that the alcohol dissolves and solidifies the soap liquid to obtain a light-transmitting state. Soap.

The main purpose of the present invention is to: through an organic soap process, the process step comprises the steps of: fermenting a herb with a predetermined microorganism to obtain a fermentation liquid, placing the fermentation liquid in a freezing extractor, and using a freeze extraction to reduce the fermentation liquid. The water in the solution is used to obtain the extracting molecular solution, and the myrrh oil is added into the planting molecular solution, and the myrrh essential oil has a bactericidal function, thereby improving the shelf life of the finished product, and then heating the oil to 45-80 ° C, and saponifying the price Mix sodium hydroxide and water to obtain sodium hydroxide solution, adjust the sodium hydroxide solution to be close to the temperature of the oil, mix and stir. When stirring until thick, add the planting molecular solution and stir evenly to obtain soap. Then, the soap liquid is filled into the mold and allowed to stand for at least 45 days, and the soap liquid is solidified and completely saponified to form a soap bar, and the soap bar is demolded and cut into a predetermined size to obtain a finished product; thereby, an organic soap process is provided. By making an organic soap, which is made by natural materials and a manufacturing method, the invention can also reduce the residue of alkaline substances and has the effect of mild cleaning.

〔this invention〕

1‧‧‧ soap body

11‧‧‧ Hydrocarbon chain

111‧‧‧ lipophilic end

112‧‧‧Hydrophilic end

12‧‧‧glycerol molecules

13‧‧‧Phytic molecules

S1~S6‧‧‧ process steps

S10~S60‧‧‧ Process steps

Figure 1 is a schematic diagram of the flow block of the present invention (1).

Figure 2 is a schematic diagram of the flow block of the present invention (2).

Figure 3 is a partial cross-sectional enlarged view of a preferred embodiment of the present invention.

In order for your review board to further develop the purpose, features and efficacy of the present invention For the understanding and understanding, please refer to the following [detailed description of the drawings] as follows: Please refer to Figure 1 for the "organic soap process" of the present invention; the process includes the following steps: S1 fermentation step: herbaceous plants Fermentation liquid is obtained by fermentation with a predetermined microorganism; S2 extraction step: the fermentation liquid is placed in a freezing extractor and extracted by a 6-fold extraction technique to reduce the moisture in the fermentation liquid to obtain a planting molecular solution, and is added to the planting molecular solution. Myrrh essential oil, using myrrh essential oil has a bactericidal function, thereby improving the shelf life of the finished product; S3 mixing step: heating the oil to 45-80 ° C, and mixing sodium hydroxide and water at a saponification price ratio to obtain a sodium hydroxide solution, and The sodium hydroxide solution is adjusted to be close to the temperature of the oil, and then mixed and stirred. When the mixture is stirred until thick, the planting molecular solution is added and stirred uniformly to obtain a soap liquid; S4 loading step: filling the soap into the mold; S5 is allowed to stand Step: Allow to stand for at least 45 days, until the soap liquid solidifies and completely saponifies to form a soap bar; S6 cutting step: demold the soap bar and cut into a predetermined size to obtain a finished product.

According to the above description, the main purpose of the present invention is that the herbaceous plant line is Antrodia camphorata, and the microorganism is fermented by the microorganism to ferment the Antrodia camphorata into a biochemical activity such as a triterpenoid compound, a superoxide dismutase, an adenosine and a polysaccharide. The fermentation liquid of the substance; the above-mentioned planting molecular solution can be added with essential oil and pure dew, and the use of a certain proportion of essential oil can effectively improve the antibacterial effect of the finished product, thereby prolonging the shelf life of the finished product; wherein the essential oil and pure dew are burdock, cypress or cypress The loofah is distilled to extract the essential oil and the pure dew, and the cypress or loofah is subjected to freeze extraction to obtain the extract, and is mixed into the planting molecular solution at a predetermined ratio, thereby utilizing the triterpenoid compound and superoxide. Disproportionation enzymes, adenosine and polysaccharides make the finished product anti-inflammatory, anti-acne, moisturizing, nourish and revitalize the skin, and use loofah to increase moisturizing, nourish and revitalize the skin, and use cypress ingredients to maintain the scalp and nourish the hair follicle; The oil used in the mixing step is either olive oil, coconut oil or castor oil. Or any combination of the methods, wherein the olive oil is rich in vitamins A, B, D, E, K to promote skin collagen proliferation and delay aging, more coconut oil can be added to increase the hardness, cleansing power and foam of the finished product; And adding castor oil to enhance the transparency of the finished product, thereby achieving a beautiful and clean and maintainable soap function; wherein the sodium hydroxide and water addition ratio is less than 134 grams of sodium hydroxide per 3,000 grams of olive oil and 312~ 389 grams of water; less than 190 grams of sodium hydroxide and 389 to 456 grams of water per 1000 grams of coconut oil; less than 129 grams of sodium hydroxide and 300 to 389 grams of water per 1000 grams of castor oil, resulting in saponification in response to saponification The ratio of the price makes the sodium hydroxide completely saponified, so that the pH value of the finished product is close to neutral; the pearl extract can be added to the above-mentioned planting molecular solution, and the pearl extract has CaCO ₃ and a trace amount of Conchiolin pearl protein, resulting in the finished product. It has the functions of anti-oxidation, anti-aging, scavenging free radicals, etc. In the above mixing step, the oil can be mixed with sodium hydroxide and water in a saponification ratio, stirred and mixed until solidified. Keep it at 55~80 °C and continue to stir, so that the alcohol dissolves and solidifies the soap liquid to obtain a light-transmissive soap liquid; the liquid liquid in the light-transmissive state is added with a predetermined proportion of the molecular solution to make the soap liquid By the above description, the main purpose of the present invention is to: through an organic soap process, the process step comprises the steps of: fermenting the fermentation liquid with a predetermined microorganism by using the herb, and placing the fermentation liquid into the frozen extraction The machine uses freezing extraction to reduce the water in the fermentation liquid to obtain the planting molecular solution, and to add the myrrh essential oil in the planting molecular solution, and the antibacterial essential oil has the sterilization function, thereby improving the shelf life of the finished product, and then heating the oil to 45. ~80 ° C, and sodium hydroxide and water are mixed in a saponification ratio to obtain a sodium hydroxide solution, and the sodium hydroxide solution is adjusted to be close to the temperature of the oil, and then mixed and stirred. When the mixture is stirred until thick, the planting molecular solution is added. After the mixture is evenly stirred, and the soap liquid is obtained, and then the soap liquid is filled into the mold and allowed to stand for at least 45 days, until the soap liquid is solidified and completely saponified to form a soap bar, and the soap bar is formed. The mold is demolded and cut into a predetermined size to obtain a finished product; thereby, an organic soap process is provided, thereby manufacturing an organic soap, which is prepared by a natural material and a manufacturing method, and the invention can also reduce the residue of the alkaline substance, and has a mild cleanness. efficacy.

Furthermore, please refer to FIG. 2 to FIG. 3 , which is another manufacturing step of the “organic soap process” of the present invention; the process comprises the following steps: S10: fermentation step: fermentation is carried out by using a predetermined microorganism to ferment with Antrodia camphorata. Liquid; S20: extraction step: the fermentation liquid is placed in a freezing extractor by means of extraction 6 times technology to freeze extraction, reduce the moisture in the fermentation liquid, and mix a predetermined proportion of essential oil, pure dew to obtain a planting molecular solution, and plant Adding myrrh essential oil to the extracted molecular solution, using the myrrh essential oil to have a bactericidal function, thereby improving the shelf life of the finished product; S30: mixing step: heating the oil to 45-80 ° C, and mixing sodium hydroxide and water at a saponification ratio to obtain hydrogen Sodium oxide solution, and adjust the sodium hydroxide solution to the temperature of the oil, mix and stir, stir and mix until solidified, add alcohol to keep it at 55~80 °C and keep stirring, so that the alcohol dissolves and solidifies the soap. a liquid soap in a light-transmissive state, and the soap solution is planted in a predetermined ratio to prepare the molecular solution to make the soap liquid appear in a predetermined color; S40: filling step: filling the soap into the mold S50: standing step: standing for at least 45 days, until the soap solidifies and completely saponified to form a soap bar; S60: cutting step: demolding the soap bar and cutting into a predetermined size to obtain a plurality of soap bodies 1.

According to the above description, the main purpose of the present invention is that each of the soap bodies 1 has a plurality of hydrocarbon chains 11, a plurality of glycerol molecules 12, and a plurality of planting molecules 13, each of which has a hydrocarbon chain 11 Each of the oleophilic end 111 and the hydrophilic end 112 is provided, and each of the hydrocarbon chains 11 of the soap body 1 and each glycerol molecule 12 of the soap body 1 are prepared by a saponification reaction; the fermentation broth is fermented by microorganisms using Antrodia camphorata The Astragalus sinensis is fermented and converted into a biochemical active substance such as a triterpenoid compound, a superoxide dismutase, an adenosine and a polysaccharide; the essential oil and the pure dew are extracted from the essential oil and the pure dew by using anthraquinone, cypress or loofah by distillation. Further, the cypress or the loofah can be subjected to freeze extraction to obtain an extract, and mixed into the planting molecular solution at a predetermined ratio, and the soap is obtained by having a triterpenoid, a superoxide dismutase, an adenosine and a polysaccharide. Body 1 has anti-inflammatory, anti-acne, moisturizing, nourishing and revitalizing skin, and uses loofah to increase moisturizing, nourishing and revitalizing skin. It can also use cypress ingredients to maintain scalp and nourish hair follicles. The oil used is composed of any one or any combination of olive oil, coconut oil or castor oil, wherein the olive oil is rich in vitamins A, B, D, E, K to promote skin collagen proliferation and delay aging. More coconut oil can be added to increase the hardness, cleansing power and foaming amount of the soap body 1; and adding castor oil to enhance the transparency of the soap body 1, thereby achieving an aesthetically pleasing and cleansing soap function; among them, sodium hydroxide and water Adding a ratio of less than 134 grams of sodium hydroxide and 312 to 389 grams of water per 1000 grams of olive oil; less than 190 grams of sodium hydroxide and 389 to 456 grams of water per 1000 grams of coconut oil; castor oil per 1000 grams Mixing less than 129g of sodium hydroxide and 300~389g of water, so that the saponification reaction meets the saponification ratio, so that sodium hydroxide can be completely saponified, so that the pH value of the finished product is close to neutral; pearl extract was added, was extracted with pearls based CaCO ₃ and traces of Conchiolin pearl protein, resulting in the soap body 1 has antioxidant, anti-aging, free radical scavenging and other effects; the body of the soap system to a stand 45 to 60 In a manner, the soap body 1 is completely saponified, and the soap body 1 reacts sodium hydroxide with triglyceride by a saponification reaction to form each hydrocarbon chain 11 and each glycerol molecule 12, thereby reducing the sodium hydroxide content and making the PH The value falls below 9 and the soap body 1 is in a neutral state, which is less likely to irritate the skin during washing; the alcohol is added in the mixing step to enhance the appearance of the soap body 1, and the alcohol has a bactericidal function. The bacteria and microorganisms in the raw material of the soap body 1 are removed, and the soap body 1 has an antibacterial function, thereby prolonging the shelf life of the soap body 1. The planting molecular solution is colored by mixing with essential oil or herbs to make the soap The color of the body 1 is versatile, and the color can be used to distinguish different components and effects, thereby providing a soap function capable of quickly distinguishing between types and effects; the soap body 1 is cut into a predetermined size after being completely saponified, and The outer edge of the soap body 1 is sheathed to prevent the soap body 1 from coming into contact with air, thereby reducing oxidative rancidity and avoiding bacterial growth to prolong the shelf life; by the above description, the main purpose of the present invention is to The process step comprises the steps of: fermenting the fermentation liquid with a predetermined microorganism by using a predetermined microorganism, and placing the fermentation liquid into a freezing extractor to reduce the moisture in the fermentation liquid and mixing the predetermined proportion by an organic soap process. Essential oil, pure dew, in order to obtain the plant extract molecular solution, and add myrrh essential oil in the planting molecular solution, using the myrrh essential oil has a sterilization function, thereby improving the shelf life of the finished product, heating the oil to 45~80 ° C, and The ratio of saponification price is mixed with sodium hydroxide and water to obtain sodium hydroxide solution, and the sodium hydroxide solution is adjusted to be close to the temperature of the oil, and then mixed and stirred. After being stirred and mixed until solidified, alcohol is added to keep it at 55-80 ° C and Continuous stirring, so that the alcohol dissolves the solidified soap liquid to obtain a light-transmissive soap liquid, and the soap liquid is planted in a predetermined proportion to the molecular solution, so that the soap liquid is presented in a predetermined color, and then the soap liquid is filled into the mold and allowed to stand. 45~60 days, after the soap liquid solidifies and completely saponifies, forms a soap block, demolds the soap block and cuts it into a predetermined size, and obtains the soap body 1; thereby, providing an organic Process, thereby producing an organic soap, made of natural materials and manufacturing method, the present invention also reduces the residual alkaline material, a mild cleaning effect.

In summary, it is known that the present invention can be widely used by related industries, and is extremely progressive and novel, and the invention has not been disclosed before the application, and has complied with the provisions of the Patent Law, and has filed an invention patent application according to law. It is a pray that the bureau has clearly examined and patented patents.

The above is only the preferred embodiment of the present invention, and the scope of the present invention is not limited thereto; that is, the equivalent changes and modifications made by the scope of the present invention should still belong to the present invention. Within the scope of the patent.

Claims (8)

An organic soap process, the process step comprising the following steps: a) a fermentation step: fermenting the herb with a predetermined microorganism to obtain a fermentation liquid; b) an extraction step: placing the fermentation liquid in a freezing extractor, using a freeze extraction to reduce the fermentation liquid The water in the solution is used to obtain the extracting molecular solution, and the myrrh oil is added into the planting molecular solution, and the myrrh essential oil has a sterilization function, thereby improving the shelf life of the finished product; c) mixing step: heating the oil to 45-80 ° C, The sodium hydroxide solution is prepared by mixing sodium hydroxide and water in a saponification ratio, and the sodium hydroxide solution is adjusted to be close to the temperature of the oil, and then mixed and stirred. When the mixture is stirred until thick, the planting molecular solution is added and stirred uniformly. Obtaining the soap; d) filling step: filling the soap into the mold; e) standing step: standing for at least 45 days, allowing the soap to solidify and completely saponify to form a soap bar; f) cutting step: placing the bar The mold is released and cut into a predetermined size to obtain a finished product. The organic soap process according to claim 1, wherein the herbaceous plant is Antrodia camphorata, and the Astragalus sinensis is fermented by microorganisms to ferment the Astragalus sinensis into a biochemical active substance such as a triterpenoid compound, a superoxide dismutase, an adenosine and a polysaccharide. Fermentation broth. The organic soap process of claim 1, wherein the extracting molecular solution is further added to an essential oil or a pure dew. The organic soap process as claimed in claim 3, wherein the essential oil and the pure dew are extracted from the essential oil and the pure dew by using anthraquinone, cypress or loofah, and the cypress or loofah is subjected to freeze extraction to obtain an extract, and the preparation is as follows. The ratio is mixed into the implanted molecular solution. The organic soap process of claim 1, wherein the oil used in the mixing step is composed of any one or any combination of olive oil, coconut oil or castor oil. The organic soap process as claimed in claim 5, wherein the sodium hydroxide and water addition ratio is less than 134 grams of sodium hydroxide and 312 to 389 grams of water per 1000 grams of olive oil; each 1000 grams of coconut The sub-oil mix is less than 190 grams of sodium hydroxide and 389 to 456 grams of water; each 1000 grams of castor oil is mixed with less than 129 grams of sodium hydroxide and 300 to 389 grams of water, causing the saponification reaction to meet the saponification ratio, so that sodium hydroxide It can be completely saponified, so that the pH of the finished product is close to neutral. The organic soap process of claim 1, wherein the extracting solution is further added to the pearl extract. The organic soap process as claimed in claim 1, wherein in the mixing step, the oil is further mixed with sodium hydroxide and water in a saponification ratio, and stirred and mixed until solidified, and the alcohol is kept at 55 to 80 ° C and continuously stirred to make the alcohol After dissolving the solidified soap liquid, a soap liquid in a light transmitting state is obtained.