TWM572898U - Improved organic soap structure - Google Patents

Abstract

The invention relates to an organic soap structure improvement comprising: a soap body and an outer package, the soap system comprising a plurality of hydrocarbon chains, a plurality of glycerol molecules and a plurality of planting molecules, each of the hydrocarbon chain systems having an oleophilic end And a hydrophilic end, each of the phytochemical molecules is obtained by mixing the extract, the pure dew and the essential oil to obtain the phytochemical solution, the phytochemical solution containing the phytochemical molecules, and then mixing the molecular solution with oil, water and sodium hydroxide. Performing a saponification reaction to form each hydrocarbon chain and each glycerol molecule, so that each hydrocarbon chain coats each glycerol molecule and each planting molecule to form the soap body; thereby providing an organic soap structure, especially in a manufacturing process, The soap body is prepared by mixing the oil with the planting molecular solution, sodium hydroxide and water to achieve the function of the organic soap which is naturally cleaned and maintained.

Description

Organic soap structure improvement

This creation relates to an organic soap structure, especially in the manufacturing process, using a planting molecular solution mixed oil, sodium hydroxide and water to make the soap body, and achieving the function of organic soap with natural cleansing and maintenance. .

According to recent years, chemical substances are immersed in life, causing human skin to be exposed to hundreds of chemical substances in the course of life, and the toxins absorbed by the skin are more difficult to metabolize. Therefore, it is necessary to clean the skin daily to keep clean and reduce. Toxin 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 Under long-term 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 the commercially available soaps are mostly made of soap base. The soap base is a semi-finished soap. Its easy-to-process characteristics make most of the manufacturers use the soap base produced by the factory. Raw materials to replace traditional soaps and simplify the production process, but change over time, consumers' environmental and health awareness Gradually improve, the raw material for producing soap selected higher, however, the raw material plant soap 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 invention provides an organic soap structure improvement comprising: a soap body having an outer package at an outer edge thereof, the outer package being sleeved at an outer edge of the soap body to isolate the soap body from contact with air. The soap system is composed of a plurality of hydrocarbon chains, a plurality of glycerol molecules and a plurality of planting molecules, each of which has an oleophilic end and a hydrophilic end, wherein each of the planting molecules is a herbaceous plant. The frozen extract, the herbal pure dew and the essential oil are mixed in a predetermined ratio to prepare a planting molecular solution containing each of the phytochemical molecules, and then water and organic sodium hydroxide are added to the oil in a relative proportion to the saponification reaction to form a saponification reaction. Hydrocarbon chain and each glycerol molecule, and a predetermined proportion of the planting molecular solution is added during the saponification process and uniformly mixed, so that each hydrocarbon chain is agglomerated and coated with each glycerol molecule and each planting molecule, and completely saponified The soap body is then formed, and the outer package is placed on the outer edge of the soap.

Wherein the herbaceous plant is composed of any one or any combination of Antrodia camphorata, cypress or loofah; wherein the oil used in the soap body is in any one or any combination of olive oil, coconut oil or castor oil. Composition; wherein the extracting molecular solution can be further mixed into the pearl extract; Wherein the soap system is allowed to stand still for 45 to 60 days, so that the soap body is completely saponified and the pH value is reduced to below 9; wherein each of the planting molecular lines comprises Antrodia camphorata essential oil, which increases the antibacterial function of the soap body to prolong the soap The shelf life of the body; wherein the soap body is more mixed with alcohol during the mixing process, so that the soap body is in a light transmitting state; wherein the planting molecular solution is mixed by mixing with an essential oil or a herb extract; wherein the soap system is Mix less than 134 grams of organic sodium hydroxide and 312 to 389 grams of water per 1000 grams of olive oil.

The main purpose of this creation is to provide an organic soap structure, especially in the manufacturing process, using a planting molecular solution to mix oil, sodium hydroxide and water to make the soap body, which is naturally cleaned and maintained. Organic soap function.

Due to the improved structure of the organic soap of the present invention, the effect is that the soap body is provided with each hydrocarbon chain, each glycerol molecule and each planting molecule, each hydrocarbon chain, each glycerol molecule and each planting molecule. The soap body is mixed and composed, and each of the hydrocarbon chains is provided with the oleophilic end and the hydrophilic end, wherein each of the phytochemical molecules extracts the extract of the herb by a freeze extraction method, and the herbaceous plant is Distillation extraction method extracts pure dew and essential oil, and extracts extract, pure dew and essential oil in a predetermined proportion to obtain a planting molecular solution, and the extracting molecular solution contains each planting molecule, and then adding water with a relative proportion of saponification price And organic sodium hydroxide, which is subjected to saponification reaction to form each hydrocarbon chain and each glycerol molecule, and a predetermined proportion of the planting molecular solution is added during the saponification process and uniformly mixed, so that the hydrocarbon chains are solidified and packaged. Covering each glycerol molecule and each planting molecule, and forming the soap body after complete saponification, so that the soap body has the function of cleaning and the function of the herb to nourish the skin; thereby providing an organic soap structure, in particular One kind of the manufacturing process, the use of plant extracts molecule solution mixed oil, and water to form the sodium soap thereof, and serve to achieve with a natural cleaning function by maintenance of the organic soap.

[this creation]

1‧‧‧ soap body

11‧‧‧ Hydrocarbon chain

111‧‧‧ lipophilic end

112‧‧‧Hydrophilic end

12‧‧‧glycerol molecules

13‧‧‧Phytic molecules

2‧‧‧Overpack

The first picture is a three-dimensional diagram of the creation.

Figure 2 is a partial cross-sectional enlarged view of the preferred embodiment of the present invention.

First, please refer to Fig. 1 and Fig. 2 for the "organic soap structure improvement" of the present invention; comprising a soap body 1 and an outer package 2, the soap body 1 comprising: a plurality of hydrocarbon chains 11 , a plurality of glycerol molecules 12 and a plurality of planting molecules 13; wherein: The soap body 1 is provided with the outer package 2 at the outer edge thereof, and the outer package 2 is sleeved on the outer edge of the soap body 1 to prevent the soap body 1 from coming into contact with air, and the soap body 1 is utilized. Each of the hydrocarbon chains 11, each of the glycerol molecules 12, and each of the phytosanitary molecules 13 are mixed, and each of the hydrocarbon chains 11 of the soap body 1, the glycerol molecules 12 of the soap body 1, and the respective phytochemical molecules of the soap body 1 The soap body 1 is mixed and composed, and each of the hydrocarbon chains 11 of the soap body 1 is provided with an oleophilic end 111 and a hydrophilic end 112, wherein each of the phytochemical molecules 13 of the soap body 1 is frozen by the herb. The extraction method extracts the extract of the herb with a 6-fold extraction technique, and extracts the pure dew and the essential oil by distillation extraction, and extracts the extract, the pure dew and the essential oil in a predetermined ratio to obtain the extracted molecular solution, and extracts the molecular molecule. The solution contains the respective phytochemical molecules 13 so that each of the phytochemical molecules 13 of the soap body 1 has a maintenance function of the herb, and the water and the organic sodium hydroxide are added to the oil in a relative proportion of the saponification price. Saponification reaction to form each hydrocarbon chain 11 of the soap body 1 and each glycerol molecule 12 of the soap body 1 After adding a predetermined proportion of the planting molecular solution in the saponification process and uniformly mixing, the hydrocarbon chains 11 of the soap body 1 are agglomerated. And coating each glycerin molecule 12 of the soap body 1 and each of the phytomolecules 13 of the soap body 1, and forming the soap body 1 after complete saponification, and then sheathing the outer package 2 on the outer edge of the soap body 1. With the above structure, it is further explained that the herbaceous plant line is composed of any one or any combination of Antrodia camphorata, cypress or loofah, and has a triterpenoid compound, β-D-glucan Sugar, superoxide dismutase, adenosine and polysaccharide make the soap body 1 anti-inflammatory, anti-acne, moisturizing, nourishing and revitalizing the skin, and the use of loofah can increase the moisturizing, nourishing and revitalizing effect, and can also use the cypress component Maintaining the scalp and nourishing the hair follicle; the oil used in the soap body 1 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 can promote skin collagen proliferation and delay aging, and can add coconut oil to increase the hardness, cleansing power and foam amount of the soap body 1; and add castor oil to enhance the transparency of the soap body 1, thereby achieving beauty and cleanness. Maintenance soap function; In the extracting molecular solution, the pearl extract can be further mixed to make the soap body 1 have whitening effect; the soap body 1 is completely saponified by standing for 45 to 60 days, and the soap body 1 is borrowed. The saponification reaction reacts the organic sodium hydroxide with the triglyceride to form each hydrocarbon chain 11 and each glycerol molecule 12, thereby reducing the content of the organic sodium hydroxide and lowering the pH to below 9, thereby making the soap body 1 In the neutral state, it is less irritating to the skin during washing; the above-mentioned various phytosanitary molecules 13 contain the essential oil of Antrodia camphorata, so that the soap body 1 increases the antibacterial function, so as to prolong the shelf life of the soap body 1, making the soap body 1 difficult to cause Oxidizing rancid to produce bacteria; the soap body 1 can be mixed with alcohol during the mixing process, so that the soap body 1 is in a light transmitting state to enhance the aesthetics of the soap body 1, and the alcohol has a sterilization function to remove the The bacteria and microorganisms in the raw material of the soap body 1 maintain the soap body 1 to have an antibacterial function, thereby prolonging the shelf life of the soap body 1; The above-mentioned planting molecular solution is color-mixed by mixing with essential oil or herbal extract, so that the color of the soap body 1 is diverse, and the color can be used to distinguish different components and functions, thereby providing a soap function capable of quickly distinguishing types and effects. The soap body 1 is cut into a predetermined size after being completely saponified, and is sheathed on the outer edge of the soap body 1 to isolate the soap body 1 from contact with air, thereby reducing oxidative rancidity and avoiding bacteria. Hygiene to extend the shelf life; in particular, the soap body 1 is mixed with less than 134 grams of organic sodium hydroxide and 312 to 389 grams of water per 1000 grams of olive oil; less than 190 grams of organic hydroxide per 1000 grams of coconut oil Sodium and 389~456g water; every 1000g castor oil is mixed with less than 129g organic sodium hydroxide and 300~389g water, so that the soap body 1 can meet the saponification ratio when saponification reaction, so that the organic sodium hydroxide can be completely Saponification, and the pH value of the soap body 1 is made close to neutral; as shown in the above, the use state of the preferred embodiment of the "organic soap structure improvement" of the present invention includes a soap body 1, the soap body The 1 series comprises: a plurality of hydrocarbon chains 11, a plurality of glycerol molecules 12, and a plurality of planting molecules 13; wherein: the soap body 1, each hydrocarbon chain 11, each glycerol molecule 12, and each phytochemical molecule 13, each of which The structure has been described above, so it will not be described: First, the oil used in the soap body 1 is composed of any one or any combination of olive oil, coconut oil or castor oil, wherein the olive oil is rich. Vitamins A, B, D, E, and K promote skin collagen hyperplasia and delay aging, and may add coconut oil to increase the hardness, cleansing power and foam amount of the soap body 1; and add castor oil to enhance the transparency of the soap body 1, In addition, the herb function is a clean and well-maintained soap function; further, the herbaceous plant is composed of any one or any combination of Antrodia camphorata, cypress or loofah, and has a triterpenoid compound, β-D by Antrodia - dextran, superoxide dismutase, adenosine And the polysaccharide body, the soap body 1 has anti-inflammatory, anti-acne, moisturizing, nourishing and revitalizing the skin, and the use of the loofah can increase the moisturizing, nourishing and revitalizing the skin, and the cypress component can be used to maintain the scalp and nourish the hair follicle; The pearl solution can be mixed into the pearl solution to make the soap body 1 have whitening effect; wherein the coconut oil ratio controls the hardness of the soap body 1 to reduce the problem that the soap body 1 is easy to rot, and the ratio of olive oil is The moisturizing degree of the soap body 1 is controlled to increase the efficacy of the soap body 1, and the castor oil ratio controls the transparency of the soap body 1 to increase the appearance of the soap body 1, and the alcohol is mixed to make the soap body 1 crystallize. The crystals are relatively fine, so that the soap body 1 has transparency; further, each of the planting molecules 13 comprises an essential oil of Antrodia camphorata, and the soap body 1 is added with an antibacterial function to extend the shelf life of the soap body 1 to make the soap body 1 It is not easy to agglutinate bacteria due to oxidative rancidity, and alcohol can be mixed in the mixing process of the soap body 1, so that the soap body 1 is in a light transmitting state, thereby improving the aesthetics of the soap body 1, and utilizing alcohol to have a bactericidal function. To remove the soap 1 The bacteria and microorganisms in the raw material maintain the soap body 1 to have an antibacterial function, thereby prolonging the shelf life of the soap body 1, whereby the planting molecular solution can be used to mix the essential oil or the herb extract to make the color The soap body 1 has a variety of colors, and can distinguish different components and effects by color, and then the soap body 1 is cut into a predetermined size after being completely saponified, and an outer package is sleeved on the outer edge of the soap body 1. Insulating the soap body 1 in contact with air, thereby reducing oxidative rancidity and avoiding bacterial growth to prolong the shelf life, and providing a soap function capable of quickly distinguishing between type, efficacy and antibacterial properties; in particular, the soap body 1 is per 1000 The gram of olive oil is mixed with less than 134 grams of organic sodium hydroxide and 312 to 389 grams of water; each 1000 grams of coconut oil is mixed with less than 190 grams of organic sodium hydroxide and 389 to 456 grams of water; each 1000 grams of castor oil is mixed below 129 grams. The organic sodium hydroxide and 300-389 g of water make the soap body 1 conform to the saponification ratio in the saponification reaction, so that the organic sodium hydroxide can be completely saponified, so that the pH of the soap body 1 is close to neutral, and the soap body 1 is used. 1 system 45 to 60 days in a static manner, so that the soap mass 1 Completely saponified, the soap body 1 reacts with an organic sodium hydroxide and a triglyceride by a saponification reaction to form each hydrocarbon chain 11 and each glycerol molecule 12, thereby reducing the content of organic sodium hydroxide and reducing the pH to 9 In the following, the soap body 1 is in a neutral state, and is less likely to irritate the skin during washing, and is a mild and non-irritating natural soap function; finally, due to the improved organic soap structure of the present invention, the effect is: The soap body 1 is provided with each hydrocarbon chain 11, each glycerol molecule 12, and each phytochemical molecule 13, each hydrocarbon chain 11 of the soap body 1, each glycerol molecule 12 of the soap body 1, and the soap body. Each of the phytochemical molecules 13 of the mixture 1 is composed of the soap body 1 , and each of the hydrocarbon chains 11 of the soap body 1 is provided with the oleophilic end 111 and the hydrophilic end 112, wherein: each of the soap bodies 1 is extracted. Molecular 13 extracts the extract of the herb by means of freeze extraction, and extracts the pure dew and essential oil by distillation extraction, and extracts the extract, the pure dew and the essential oil in a predetermined ratio to obtain the planting molecular solution. The extracting molecular solution contains each of the phytochemical molecules 13 to make the soap Each of the phytosanitary molecules 13 has a maintenance function of the herb, and the saponification reaction is carried out by adding water and organic sodium hydroxide in a relative proportion of the saponification price to form each hydrocarbon chain of the soap body 1 And each glycerol molecule 12 of the soap body 1, and a predetermined proportion of the planting molecular solution is added and uniformly mixed during the saponification process, and then the hydrocarbon chains 11 of the soap body 1 are agglomerated and coated with the soap body. Each of the glycerol molecules 12 and the respective phytomolecules 13 of the soap body 1 and form the soap body 1 after complete saponification; thereby providing an organic soap structure, especially a planting molecule during the manufacturing process The solution is mixed with oil, sodium hydroxide and water to make the soap body 1 to achieve the function of organic soap which is naturally cleaned and maintained.

In summary, the improvement of an organic soap structure has not been seen in various books or publicly used, and it is in line with the requirements of the new patent application, and it is requested to express the patent as soon as possible. For those who need to be clear, the above is the specific embodiment of the creation and the technical principle applied. The changes made by the concept of the work shall not be included in the scope of this creation and shall be combined with Chen Ming.

Claims (9)

An organic soap structure improvement comprising: a soap body having an outer packaging at an outer edge thereof, the outer packaging being sleeved at an outer edge of the soap body to isolate the soap body from contact with air, and the soap The system is composed of a plurality of hydrocarbon chains, a plurality of glycerol molecules and a plurality of planting molecules, each of which has an oleophilic end and a hydrophilic end, wherein each of the planting molecules is a herbal frozen extract. The herbaceous pure dew and the essential oil are mixed in a predetermined ratio to prepare a planting molecular solution containing each of the planting molecules, and then water and organic sodium hydroxide are added in a relative proportion of the oil to form a saponification reaction to form each hydrocarbon chain. And each glycerol molecule, and a predetermined proportion of the planting molecular solution is added during the saponification process and uniformly mixed, so that each hydrocarbon chain is agglomerated and coated with each glycerol molecule and each planting molecule, and formed after complete saponification The soap body is placed on the outer edge of the soap. The organic soap structure according to claim 1 is improved, wherein the herbaceous plant is composed of any one or any combination of Antrodia camphorata, Cypress or Loofah. The organic soap structure according to claim 1 is improved, wherein the oil used in the soap body is composed of any one or any combination of olive oil, coconut oil or castor oil. The organic soap structure according to claim 1 is improved, wherein the extracting solution is further mixed into the pearl extract. The organic soap structure according to claim 1 is improved, wherein the soap system is completely saponified and the pH is lowered to 9 or less by standing for 45 to 60 days. The organic soap structure according to claim 1, wherein each of the phytochemical molecules comprises Antrodia camphorata essential oil, which increases the antibacterial function of the soap body to prolong the shelf life of the soap body. The organic soap structure according to claim 1 is improved, wherein the soap body is further mixed with alcohol during the mixing process, so that the soap body is in a light transmitting state. The organic soap structure according to claim 1 is improved, wherein the planting molecular solution is toned by mixing with an essential oil or a herbal extract. The organic soap structure of claim 1 is modified wherein the soap system mixes less than 134 grams of organic sodium hydroxide and 312 to 389 grams of water per 1000 grams of olive oil.