TR201605772A2 - NATURAL SOAP COMPOSITION AND PRODUCTION PROCESS - Google Patents

Abstract

NATURAL SOAP COMPOSITION AND MANUFACTURING PROCEDURE.

Description

DESCRIPTION NATURAL SOAP COMPOSITION AND PRODUCTION PROCESS TECHNICAL FIELD This invention is an advanced natural soap base composition and/or cosmetic products, personal care products and/or other components for use in household products and their production regarding methods.

INFORMATION ABOUT THE INVENTION Natural soap has been the safest cleaning product for centuries. “Natural soap” is usually a mixed with alkaline solution, each of which is renewable natural raw materials (other it is a derivative of vegetable oils or animal fats (in other words, found in nature). liquid oil triglycerides (fatty acids, When mixed with an alkaline solution (including glycerol molecules and aliphatic chains), soap They are subjected to a chemical process/“saponification” reaction to produce with an acid Similar to mixing of base, a saponification reaction is the oil that binds to a glycerol. It may contain a hydroxide (OH) that attacks a carboxyl group of its acid. This is carboxylin It breaks down and forms carboxylic acid. alkaline base (for example, lye, potassium hydroxide and/or sodium hydroxide) is attracted to the carboxylic acid and the pending aliphatic forms a salt with the chain, thus forming a single “soap” molecule. This saponification Chemical reaction can continue until all base or fatty acids are consumed. Therefore, a natural soap synthetic chemical components and/or process reactants (i.e., does not contain human synthesized components or reactants).

Due to some shortcomings of natural soaps and natural soap-based personal care products may not be in high demand. Natural soaps and natural soap-based products, limited to has the following disadvantages: 1) A conventional natural soap is a combination of a fatty acid or a combination of fatty acids. sodium or potassium salt. Therefore, natural soap is mainly found in water. It can be damaged by the hardness of water with calcium ions and magnesium ions. calcium and magnesium ions are combined with water-insoluble sodium and potassium salts of fatty acids. It reacts and therefore soap becomes ineffective in hard water. 2) Calcium and magnesium salts formed in the bath tub or in the bath/shower area. cause unwanted residues (also called “soap remnants”) on other surfaces 3) Traditional natural soaps dry easily due to their qualities in an open atmosphere. 4) Traditional natural soaps have the effect of drying the skin.

) Traditional natural soaps have a high pH value as they are typically alkaline. has. For easy saponification, the industry has traditionally performed saponification reactions. can use excessive lye, sodium hydroxide or potassium hydroxide for

Previously, synthetic soaps were used to eliminate or reduce these shortcomings of natural soaps. chemicals have been used. However, soaps modified with synthetic chemicals no longer “natural” (having or using components found in or derived from nature) and/or adverse effects on human health and/or ecosystems. may have effects. More often in "liquid soaps", cosmetics and personal care products. Synthetic surfactants are used in products and household products. Today As consumers' demands for natural products are increasing, detergent manufacturers are in many hands. some useful natural extracts or extracts of soap, shampoo and other personal care products may advertise that it contains additives. However, synthetic components were previously soap base, surfactants, and/or many other functional groups, for example, formed the basis of microbial preservatives, antioxidants and humectants and therefore, they cannot be considered as completely "natural" products.

Natural soap for micelles by removing oil and dirt from the skin and not sticking them back to the skin. It cleans the skin by keeping it in solution. On the contrary, synthetic liquid soap, including synthetic chemically compounded detergents compete with the oil on the skin to adhere to the skin. This Synthetic chemical film is more difficult to rinse off the skin, and more water consumes. In addition, these synthetic surfactants penetrate deeper into the skin and thereby removing the oil needed to maintain the skin's moisture and causing dryness.

In addition, thousands of tons of synthetic detergents and these synthetic detergents that get into your underground reserves every day. If we take into account the environmental laws applied for the regulation of discharge, from an ecological point of view, and from a business point of view, acceptable natural soap bases are highly desirable.

In this direction, healthier and safer to use, desired in terms of ecological health. and natural soap base with natural means and methods, or soaps and soap-based personal care products are required.

In addition, soaps, cleaning products, cosmetics and personal care products (this hereinafter referred to as "products" in the document) increasingly in terms of variety and quantity. contains more grass, because demands from conscious consumers are increasing.

However, during the herbal extraction processes as described below, various encountered problems: 1) Chemical solvents used for the extraction process may remain in the extract and small It can cause contamination, even in small quantities. Solvents such as carbon dioxide Due to its acidic properties, it can react with basic components and is more stable. compounds may remain in the extract, but may still cause contamination. This contamination, desirability of plant residues for subsequent uses such as animal feed. cases, it can lead to complications. 2) Organic extracts stored for a long time are at a higher risk of spoilage and 'staling'. has. Fresh extracts produced in the required quantities in the production area and then used and more likely to remain effective. 3) Directing capital funds to set up plant and equipment for extraction vehicles extraction, as with the use of supercritical carbon dioxide. operating costs, as well as separation of the desired extract from the solvent. costs are increasing.

In this direction, the above-mentioned products that ensure the preparation of the desired natural extracts eliminate or accept the shortcomings of previous herbal extraction tools and methods. There is a need for methods that reduce it to acceptable levels.

Advantageously and surprisingly, this invention has been improved by adding the vinegar component, which is a natural additive. eliminates or reduces the above-mentioned shortcomings of natural soaps. Vinegar component, combined with other elements or process names, in an alkaline solution It can be added to an oil reactant prior to the saponification reaction. Alternatively, a soap a neutralized vinegar component or an herbal vinegar infusion component of the extract can be added. So, one soap ingredient is mixed with vinegar. It is prepared with component(s) and/or herbal extract infusion(s).

It addresses the shortcomings of the above-mentioned previous herbal extraction tools and methods. advantageous production of herbal extract drink that advantageously eliminates or reduces methods are also provided. In particular, as an extraction medium for the desired herbal extract provide herbal extraction production methods using a raw material component of the final product. is done. In one example, an extraction medium for soluble components of a plant of interest. Methods for using a soap raw material are provided.

In one embodiment of the invention, a vinegar is added to a mixture of oil before saponification, or alternatively, an improved soap base by adding neutralized vinegar after saponification is produced. In another aspect of the invention, it is to obtain an advanced soap base and at the same time a for incorporating a herbal ingredient into the soap base without the need for external solvents an infusion of herbal vinegar is added before and after saponification.

In one embodiment of the invention, it contains an oil and a vinegar component and the vinegar component also contains a natural vinegar extraction medium and a first mix containing a natural herbal additive extract. one of a saponification reaction between a second mixture containing an alkaline solution soap base composition is provided.

Soap base composition is also applicable and functional within the scope of this invention. have the following alternative components that can be put together in various combinations It can be: oil, olive oil, coconut oil, castor oil and any of these. an oil selected from the group consisting of the combination of ; natural vinegar, apple cider vinegar, rice vinegar, wine vinegar, apple cider vinegar, limoii vinegar, blackberry vinegar, raspberry vinegar, sugar cane vinegar, sugar beet vinegar and any combination thereof selected from the group. Natural vinegar is between 2% and 355% by weight of the first mixture; natural vinegar is between 1% and 207% by weight of the soap base composition; natural vinegar weight has an acetic acid concentration of 3% to 20%; natural herbal additive, cinderella, thyme, clove, rosemary, aloe vera, comfrey, coltsfoot, nettle, rosewood, oxeye, tragacanth, locust, soybean, fake and any of these selected from the group consisting of the combination of; natural plant additive, soap's effectiveness in hard water is the person who develops the feature; natural plant additive, making soap resistant to bacterial infection thyme, clove, rosemary and any combination of these is one; natural plant additive, aloe vera that improves the moisturizing effect of soap on the skin, comfrey herb, coltsfoot and any combination thereof; natural herbal additive, Stinging nettle, rosewood, oxeye and buiilariii which enhance the anti-allergic properties of the soap is one of a combination; natural plant additive, softer soap pH°i level one of lemon, orange, a citrus fruit and a combination thereof; natural plant additive, tragacanth, locust and carob, which protects the soap composition against atmospheric drying. it is one of any combination of these; the second mixture, a sodium hydroxide, a an alkali containing potassium hydroxide and any combination thereof contains hydroxide; soap base composition has a pH of between about 9.0 and about 10.5. has; the saponification reaction takes place at a temperature between 70°C and 95°C; second 1% to 14% by weight of the oil composition of the mixture, potassium hydroxide, by weight between 4% and 5% by weight sodium hydroxide and between 37% and 44% by weight contains water; and a combination thereof.

In another embodiment of the invention, a natural oil is combined with a plurality of unsaponifiable oils. a first mixture of vinegar containing a vinegar infusion with a natural herb additive and a sodium hydroxide, a potassium hydroxide, and any combination of these from a saponification reaction between a second mixture containing an alkaline solution with A soap base composition is provided. The reaction takes place at a temperature between 70°C and 99°C. it happens; The soap base compound produced has a pH value between about 9 and about 10.5. has; The vinegar infusion is between 1% and 20% by weight of the soap base composition.

In another embodiment of the invention, the following, as % by total weight of the soap base composition, A soap base composition is produced with a mixture of reactants: 50% by weight Oils between 60% by weight and between 5% by weight and 15% by weight A first mix of vinegar component III and between 6% by weight and 12% by weight potassium hydroxide, 2% by weight to 5% by weight sodium hydroxide and a second solution of an alkaline solution containing 20 wt% to 30 wt% water. mix.

In another aspect of the invention, to prepare a soap base composition, containing a process is provided: a natural vinegar extraction medium of the vinegar component and a natural herb providing a first mix containing an oil and a vinegar component in one step containing the additive extract. to be made; providing a second mixture comprising an alkaline solution; and soap base the second mixture of the first mixture to provide a saponification reaction to produce the reaction with the mixture.

The process also includes various applicable and functional aspects within the scope of this invention. may have the following alternative components that can be put together in combinations: 2% to 35% by weight of the first mix natural vinegar is provided; soap base natural vinegar is provided between 1% and 20% by weight of its composition; with 3% by weight also a lemon, an orange, another citrus fruit, or any of these The first mixture is provided to contain citric acid from the combination; olive oil, pomace oil, coconut oil, castor oil, palm oil, palm kernel oil, sunflower seeds oil, corn oil, cotton oil, canola oil, safflower oil, tall oil or their fatty acids and will contain a large number of oils selected from the group consisting of any combination of these The first mixture is provided in the figure; natural herbal additive coriander, thyme, clove, rosemary, aloe vera, comfrey, coltsfoot, nettle, rosewood, oxtail, tragacanth, locust, soybean beans are selected from the group consisting of false beans and any combination thereof; a sodium hydroxide, a potassium hydroxide and any combination thereof the second mixture is provided to contain an alkaline hydroxide containing second wifeiniii supply, 1% by weight] to 14% potassium hydroxide, 4% to 5% by weight between 37% and 44% by weight of sodium hydroxide and water. includes; Soap base with a pH between about 9 and about 10.5 the compound is formed; and a combination thereof.

In another aspect of the invention, to prepare a soap base composition, containing a process is provided: a natural vinegar and a providing a first mix comprising a vinegar infusion containing the natural herb additive; a providing a second mix containing the alkaline solution; and about 9 to about 10.5 which produces a soap base composition with a pH value between It provides a saponification reaction in which the composition is between 1% and 0/020 by weight. reaction of the first mixture with the second mixture at a temperature between 70°C and 99°C to insertion. DESCRIPTION OF THE DRAWINGS These and other qualities, properties and advantages of the present invention are set forth in the following detailed description. read from the accompanying drawings, where like characters represent similar parts. will be well understood. Unless otherwise stated, drawings may not be drawn to scale.

Figure 1 is a method for producing a vinegar component natural soap according to one embodiment of the present invention. is a reflection diagram showing the method.

Figure 2 is the production of a natural soap with a vinegar component according to another embodiment of the present invention. is a reflection diagram showing a method for

Figure 3 shows the composition of a natural soap with a vinegar component according to another embodiment of the present invention. is a reflection diagram showing a method for producing

Figure 4 shows the composition of a natural soap with a vinegar component according to another embodiment of the present invention. is a reflection diagram showing a method for producing

Figure 5 shows the composition of a natural soap with a vinegar component according to another embodiment of the present invention. is a reflection diagram showing a method for producing

Figure 6 is a flowchart of a herbal extraction method according to one embodiment of the present invention.

DETAILED RECIPE Advantageously, and surprisingly, this invention has improved the previous experience by adding the vinegar component, which is a natural additive. eliminates or reduces the above-mentioned shortcomings of natural soaps. Vinegar component, in combination with other elements or process names, with an alkaline solution. It can be added to an oil reactant prior to the substitution reaction. Alternatively, a soap base as a neutralizing vinegar component after a saponification reaction or as a A vinegar component may be added as a vinegar infusion component of the herbal extract. Hence, a The soap composition is a mixture of an herbal extract as a vinegar solution and/or a vinegar infusion. prepared with vinegar component(s).

It addresses the shortcomings of the above-mentioned previous herbal extraction tools and methods. advantageous production for herbal extraction, which advantageously eliminates or reduces methods are also provided. In particular, it is used as an extraction medium for the desired herbal extract. that uses a raw material component of the final product, for example a soap or cosmetic composition. herbal extraction production methods are provided.

Soap Composition Containing a Vinegar Component The soap-based composition of this invention, its products and the production process steps have been described above. It largely eliminates the disadvantages of previous conventional natural soaps or reduces. In one embodiment of the invention, (a) containing an oil and a vinegar component and containing a vinegar component a first mix containing natural vinegar extraction medium and a natural herbal additive extract and (b) a saponification reaction between a second mixture containing an alkaline solution soap-based composition is provided. In one example, between 5% and 30% by weight a natural vinegar (for example, vinegar containing about 4-5% acetic acid by weight) pre-saponified mixed with oil (or a pre-saponified oil mixture) (in other words, vinegar 5% to 30% of the fat component by weight). In another example, 2% by weight Between 35% and 35% natural vinegar is mixed with pre-saponified oil (in other words, vinegar is between 2% and 35% of the oil composition by weight). pre-saponified component (for example, pre-saponified oil) undergoes a saponification reaction is a component that has not been retained (but may be retained in the future). A mixture of oil and vinegar, then, to subject it to a saponification reaction to produce a natural soap base. mixed with alkaline solution. The oil and vinegar component is alkaline in a saponification process. reacts with the solution. Surprisingly and advantageously, before saponification the oil is adding vinegar component makes natural soap effective in hard water, effective in reducing soap residues and possible, but limited to, limiting odor natural soap base described above and liquid natural soap It removes many of its disadvantages.

The vinegar component that may be used in this invention is a dilute solution of acetic acid and also It may contain aromatic and coloring agents, protein substances and inorganic substances. A in the example, natural vinegar can be prepared by acetic fernientation of alcoholic beverages and thus A natural biological product is obtained, such as an aqueous solution containing 3-20% by weight of acetic acid.

The conversion of alcoholic beverages to vinegar, in one example, was associated with aerobic bacteria such as aoetobacter. The enzyme produced is provided by the oxidation of ethyl alcohol by means of alcohol oxidase. Natural vinegar also 10 inorganic salts such as zinc, potassium, lithurn and sodium salts, especially glucose, fructose and It may contain sugars, including xylitol, ethanol and Vitamins (eg Vitamin B and D). Vinegar, It may be in the form of a clear solution with a color ranging from orange-yellow to red.

Wine, beer, etc. for fermentation. such as alcohol solutions can be used. Natural vinegar, in kind Also, in the presence of suitable bacteria, their sugars are initially converted to alcohol and then to acetic acid. from apples, plums, currants, pears and other fruits by fermentation into which derivatives can also be obtained from sugar solutions. Vinegar, eg apple cider vinegar, rice vinegar, wine vinegar, apple wine vinegar, linon vinegar, blackberry vinegar, raspberry vinegar, sugar It can be one of cane vinegar, beet vinegar and a combination of these.

At the same time, the vinegar component is beneficial for the development and functional use of vinegar. an extraction solvent for adding complementary herbs or plant parts vinegar (“extraction medium”) and/or a plant extract used as a carrier may include iiitusion. Such a vinegar of one or more plants or plant parts and before the saponification reaction to produce the soap base compound or sequentially enhances vinegar properties or functions. In one example, one or more a vinegar infusion of the plant or plant part, the plant part over a period of time (for example, several hours, days, or weeks) by soaking or infusing in a vinegar solution and then Solid solids for separating the liquid part of the plant containing the vinegar-soluble components It is prepared by filtering the mixture. Infusion of the separated liquid part of the plant (for example, It is called a vinegar infusion).

In another aspect of the invention, (a) a mixture of a large number of unsaponifiable oils and a natural vinegar a first mix containing a vinegar infusion and a natural herbal additive; and (b) a sodium hydroxide, a potassium hydroxide, and any combination thereof. A soap-based composition from a reaction between a second mixture containing an alkaline solution is provided. The reaction is heated to a temperature between 70°C and 95°C, the soap base produced The composition has a pH value between about 9.0 and about 10.5 and vinegar infusion, It is between 5% and 30% by weight of the oil composition.

In the above embodiments of the invention, the following alternatives are various within the scope of this invention. can be combined in applicable and functional combinations. In an alternative, oil used as a reactant, olive oil, sunflower seed oil, corn oil, coconut oil oil, palm oil, palm kernel oil, castor oil and any of these It may be an oil selected from the group consisting of a combination of In another alternative, natural vinegar, apple cider vinegar, rice vinegar, wine vinegar, apple cider vinegar, lemon vinegar, sugar beet vinegar, cane vinegar, blackberry vinegar, raspberry vinegar and any of these can be selected from the group consisting of a combination of In another alternative, natural vinegar, primary oil It can be between 5% and 30% by weight of the mixture. Natural vinegar, in one example, by weight It may have a concentration of acetic acid between 2% by weight and 8% by weight. Natural vinegar, in another example, between 2% by weight and 30% by weight of acetic acid can have concentration.

In another alternative, natural herbal additive, coriander, thyme, clove, rosemary, aloe vera, comfrey herb, coltsfoot, stinging nettle, rosewood, oxtail, tragacanth, locust bean, soybean, fake and any combination thereof. In one example, the natural plant The additive may be cilantro, which increases the soap's effectiveness in hard water. In another example, natural herbal additive, thyme, clove, which increase the soap's resistance to bacterial infections, rosemary and any combination thereof. In another example, the natural plant additive, aloe vera, comfrey, coltsfoot and it can be any combination of these. In another example, the natural plant additive, nettle, rosewood, oxeye and any of these, which increase the anti-allergic properties of the soap. It could be one of the combinations. In another example, a natural herbal additive, a milder soap One of lemon, orange and any combination of these that improves pH level it could be. In another example, the natural herbal additive protects the soap composition against atmospheric drying. The preservative may be tragacanth, locust bean, and any combination thereof.

In another alternative, the second mixture is a sodium hydroxide, a potassium hydroxide and their an alkaline hydroxide containing any combination thereof.

This invention is a process using advantageously natural products and no synthetic chemicals added. by making use of their names, the shortcomings of natural soaps described above and below it essentially eliminates or at least reduces many of them.

Effectiveness Against Hard Water Until this invention, one of the important disadvantages of natural soaps was that they were effective in hard water. they were not. In order to produce a nature soap effective in hard water, the subject of this invention creating a first mixture by adding this vinegar additive to the saponified oil and followed by a saponification by mixing with a second mixture containing an alkaline solution. reaction takes place. The acetic acid of the vinegar reacts with some of the lye. forms sodium acetate. Formed sodium acetate, soluble calcium and magnesium in hard water It reacts with ions to form water-soluble acetates. Thus, calcium and Magnesium ions bind to soluble acetates and then sodium and sodium of fatty acids. It does not attack potassium salts. Accordingly, the produced after saponification reaction Soap is made effective in hard water.

Table 1 below is to show the effectiveness of a soap made with this vinegar additive in hard water. gives the results obtained from the experiments carried out. Vinegar using tap water and 100 ml of vinegar-free, 1%, 2% and 5% by weight liquid soap solutions were prepared.

Saponification 'Vinegar using 2% by weight liquid soap vinegar added before Containing liquid soap solutions were prepared. The solutions were diluted in a 500 ml graduated flask. Shake well at an angle of 2 degrees and the height of the foams formed in 0 minutes, 0.5 measured in minutes and 5 minutes. Formation of calcium and magnesium salts foam Since it reduces the production of soap, the height of the foam formed after agitation was found to be proportional to its effectiveness. In 1% soap solutions, with or without vinegar When the solutions are compared, in vinegar solutions, there is usually a difference in the height of the soap foam. increase was observed. For example, a 1% soap solution with vinegar can be turned into a 171% soap solution without vinegar. approximately 235% larger foam at 0 minutes and 0.5 minutes after agitation compared to volume and a foam volume of approximately 260% greater 5 minutes after shaking has put. This is a clear indication that Vinegar makes soap solutions effective in hard water. is the indicator.

LIQUID SOAP WITH TAP WATER SOLUTION WITHOUT VINEGAR Foam %i SOAP SOLUTION 2% SOAP SOLUTION 5% SOAP SOLUTION TAP WATER SOLUTION OF LIQUID SOAP WITH 2% VINEGAR Foam 1% SOAP SOLUTION 2% SOAP SOLUTION 5% SOAP SOLUTION The inventor stated that this feature of vinegar, which makes the natural soap effective in hard water, coriander or soybean before saponification (or after saponification in some formulations) discovered that beans are enhanced by vinegar infusion.

Activity Against Soap Residues (Zeta Potential) Before this invention, another disadvantage of natural soaps was the formation of soap residue. This is the circus The additive minimizes the formation of significant amounts of insoluble salts of soap fatty acids. decreases or decreases.

The inventor states that solutions of the soap base of this invention in water have much higher zeta. He has discovered that he has potential. An oil before or after saponification Adding Vinegar to the component reveals the zeta potential of the soap base produced in solution. was observed to increase significantly. A result of higher zeta potential levels As a result, insoluble soap residues remain emulsified on a surface and become residual. it tends not to stick.

Adhesion of soap residues and undesirable insoluble substances causes such dispersions. is a function of the zeta potential. DLVO (Derjaguin, Landau, Verwey and Overbeek) According to the theory, the total electronic charge of the insoluble particles affects the stability of the emulsion. determines. Absolute values of ±50 mV”1uk indicate an unstable range.

To determine the effectiveness of a soap produced with this vinegar additive against soap residues. experiments were carried out. The samples to be compared were placed in disposable cartridges and Malvern Instruments, at least three load measurements per sample on the Malvern Nano ZSP has been executed. A liquid soap solution of 0.5% by weight was prepared. Zeta potential values were measured and an average of -56 mvs for pure liquid soap in tap water value has not been determined. -56 mV to the settling point of insoluble particles in the emulsion is a close critical value. The results show that adding pH-adjusted vinegar to soap is natural. that the soap emulsion significantly increases the zeta potential so that it does not dissolve Significantly reduces the possibility of substances forming soap residues by sticking. has shown. The water solution of the vinegar additive is adjusted to the pH of the soap before it is added to the liquid soap. was brought and then added to 10% of the total weight of the starting fatty acids.

Guar gum, tara gum, CMC, sodium acetate, borax, PVP, mono glycerate and sodium citrate A similar success was achieved by adding Additives in Table 2.1 below It is added in equal amounts to 10% of the total weight of the starting fatty acids. The following The water solutions of the additives were brought to the pH of the soap before being added to the liquid soap.

Additive Zeta Potential (mV) Guar Gum -60 Tara Gum -61 Sodium Acetate -61 Borax -62 Mono Glycerate -66 Sodium Citrate -71 When producing soap from oils instead of fatty acids, some super-oils (more than stoichiometric amount) adding little lye), surprisingly, act as potent zeta potential enhancers. small amounts of unsaponifiable monoglycerides of existing fatty acids that have been discovered Table 2.2 below shows how to prevent soap residues with a soap made with this vinegar additive. gives results from other experiments conducted to demonstrate efficacy. Tap water 100 ml liquid soap solutions of 1%, 2% and 5% by weight, with or without vinegar, using has been prepared. pH and conductivity values were determined. At the same time, each solution The visibility of the rays was observed by passing a laser beam through the beaker. It is graded as a function of the amount of insoluble matter in it. a 1+ corresponds to a trace amount of insoluble matter, the smallest amount on this scale.

A grade of 2+ means an acceptably small amount of insoluble matter or 1+ corresponds to the amount of insoluble matter higher than the grade. Another 3+ rating Visible amount of insoluble matter or higher than 2+ corresponds to the amount of insoluble matter. A 4+ rating is the highest visible level amount of insoluble matter or higher than grade 3+ corresponds to. The intensity of the visible heat, as soap residue, has the potential to stick. an indicator of the amount of insoluble matter; Insoluble matter zeta potential is It is an indicator of sticking tendency. Solution samples of soap with vinegar, 4+ 2+ lower than vinegar-free soap samples with higher strength values. had a degree of severity. The addition of vinegar only determines the amount of insoluble matter formed. not only reduced it, but also increased the zeta potential of the soap emulsion and thus reducing the tendency of the insoluble substances formed to stick as soap residue.

PH, CONDUCTIVITY OF INSOLUBLE MATERIALS IN THE SUSPENSION and its severity l+ (trace amounts) 2+ (acceptable small amount) 3+ (more visible amount) 4+ (highest visible amount) SOLUTION SAMPLE PH CONDUCTIVITY INTENSITY SOAP WITHOUT VINEGAR + 1% TAP WATER 9,364 884 4+ This feature of the inventor Vinegar, which makes the natural soap effective against soap residues, fakerenin, an acid-rich herb, before saponification (or in some formulations) discovered that it is improved by an infusion of Vinegar (alternatively after saponification).

Activity Against Drying Another disadvantage of natural soaps is that before this invention, the soap flakes and soap It was atmospheric drying that caused the product to separate. Vinegar is an effective drying inhibitor and It makes the soap less susceptible to atmospheric drying.

Table 3 below shows how a soap produced with this vinegar additive prevents atmospheric drying. gives results from experiments conducted to determine efficacy. With a splash of vinegar The subject of this invention created is a control liquid soap that does not contain liquid soap and vinegar. It was left to dry in open beakers for a period of time. Vinegar-free liquid with approximately 64% LV loss Compared to soap, the water loss of liquid soap containing vinegar was approximately 46%. from both samples A comparison of the amount of water evaporated. Vinegar slows down the drying process of LV soap has shown.

ATMOSPHERIC DRYING TEST DATE NO VINEGAR LIQUID SOAP WITH 5% VINEGAR LIQUID SOAP SOAP WEIGHT 50, 50, 0269 WEIGHT (g) WEIGHT (g) The inventor stated that this feature of vinegar, which reduces the atmospheric drying of natural soap, has a significant effect on tragacanth and carob before saponification (or alternatively in some formulations) discovered that it is improved by an infusion of vinegar (after saponification).

Another disadvantage of natural soaps was the very high pH on the skin, prior to this invention. was the drying effect that soaps with high levels of This invention is dry skin It solves the problem with the addition of vinegar, which is a very effective natural moisturizer.

Table 4 below shows a soap produced with the addition of vinegar, which is the subject of this invention, against skin drying. obtained from an experiment conducted on the hands of human volunteers to demonstrate its efficacy. displays the results. Volunteers wash their hands with approximately 1.5 g of vinegar and non-vinegar liquid soap. They were asked to wash and then hand skin moisture levels at 0 minutes, 5 minutes and 60 minutes. Courage-khazaka MPA per minute was measured using a 5 corneoinemeter. Firstly volunteers were asked to wash their hands with a vinegar-free liquid soap. after the subjects wash your hands with a soap base based liquid soap containing 5% vinegar by weight. washing is required.

After washing with a vinegar-free control liquid soap, the levels of liquor in each subject were 5 showed a steady decrease after minutes and 1 hour. However, 5% by weight After washing with liquid soap containing vinegar, the levels of each subject after 1 hour has increased steadily. Comparing the results, the subject of this invention is soap base. The addition of 5% vinegar by weight to the liquid soap made in all volunteers clearly demonstrates that it has significantly increased its levels.

NO vinegar SUBJECT MY FIRST MEASUREMENT 5 MINUTES AFTER 1 HOUR LATER DATE SUBJECT MY FIRST MEASUREMENT 5 MINUTES AFTER 1 HOUR LATER DATE The inventor states that this feature of vinegar, which reduces or eliminates skin dryness, is associated with aloe vera, saponification of herbs such as comfrey or mucilage containing hibiscus or coltsfoot (or alternatively in some formulations with an infusion of neutralized vinegar) discovered that it is improved by an infusion of vinegar (as it is after saponification).

Effectiveness Against High pH An over-based soap can have a relatively high pH of about 10.50 to 11.00. and this can be a caustic medium for the skin. This invention is a pre-saponification reaction. By adding natural vinegar to the oil, the pH of the soap base produced can be accepted between approximately 9.0 and 10.5. It solves the problem of a high pH environment for the skin by reducing it to acceptable levels. vinegar natural It has acidity and is mainly characterized by acetic acid content and after saponification The addition of weakly acidic vinegar effectively lowers the pH level of the soap produced and thus Provides a softer environment for the skin when using soap. The skin is of moderate alkalinity, consisting of a combination of synthetic components and corrosive chemicals not found in nature It adapts much more easily to an environment with a low pH. Lemon, orange, other orange a vinegar additive consisting of the fruit(s) or a combination thereof, or a vinegar intusion prior to saponification to further lower the pH of the soap base produced or later can be used.

Activity Against Microbial Infection/Allergic As noted above, extreme base soaps have a pH above 9.5" or even above 10". may have value. A bacterial preservative is not required at these alkaline levels. However, pH to provide a less corrosive environment for the skin as described above when lowered, the lowered pH level also increases the risk of bacterial attack. The subject of this invention is adding vinegar to the oil(s) prior to saponification, with some of the acetic acid lye in vinegar It provides the formation of sodium acetate formed when it reacts. Advantageously, sodium acetate acts as an effective natural antimicrobial agent and Increases resistance to attack.

To determine the effectiveness of this vinegar additive made to soaps in preventing microbial infection. experiments have been carried out. Quantitative analysis of vinegar and vinegar-free liquid soap samples It was tested for microbial activity using methods. One vinegar-free control set and 14 ml of undiluted liquid soap, a sample set with 5% vinegar by weight The nuinunes were incubated at 37±1°C for 4 days. Samples are then ISO methods It has been inspected according to 16212”. 10 for vinegar-free control samples at pH 9.8 cfu/ml Gram-negative cocci bacteria urea was observed but pathogenic microorganisms not observed. A more favorable environment for bacterial growth due to low pH levels Liquid soap with a pH of 8.8” by adding 5% by weight vinegar, which is expected to be No bacterial activity was observed in the samples.

The inventor shows that this antimicrobial property of vinegar is obtained by infusion of thyme with vinegar. He also discovered that it can be improved.

The inventor suggests that a natural vinegar infusion of stinging nettle, rosewood and/or oxeye by increasing a function of vinegar, making the soap base non-allergenic or less allergic to the skin. He also discovered that it turns it into a soap base.

Advantages For this reason, (1) a first mixture of oil and vinegar and (2) a second alkaline solution The soap base of this invention, formed from a saponification reaction between many advantages over previous natural soaps and synthetic soaps produced for consumers Vinegar and all natural ingredients infused into vinegar are renewable natural products Because they are soap base, petroleum-based surfactants of the present invention, renewable allows it to be effectively replaced with natural resources. Therefore, this invention products, personal care products and household products antimicrobial, antioxidant and moisturizing It eliminates the need for many petrochemical laws that act as

Detergents can accumulate in groundwater and pose a threat to humankind. Before a soap composition if synthetic chemicals of patented consumer synthetic soaps accumulate may cause some damage to groundwater. This invention overcomes the previous disadvantages. Using vinegar alone or in an infusion to make a natural soap that comes from It contributes to the maintenance of healthy ecosystems as well as to the health of individuals.

The developed natural soap base is a surface with additional antibacterial and softening properties. It can be used as a raw material in various industries as an active ingredient. In an advantageous way, The irradiation technique is used to mix plant components with vinegar without using chemical solvents. Allows extraction. In addition, unacceptable odor of the soap base composition produced Before the saponification reaction, the oil is extracted by the addition of vinegar and thus almost A soap composition is provided without the natural scent of vinegar.

Thus, a natural soap base and the liquid natural soaps produced from it, cleaning compositions, Many of the shortcomings of products such as personal care products, household products or cosmetic products most are dissolved prior to saponification by adding a natural ingredient to the oil: vinegar or A vinegar of one or more herbs that enhances the vinegar's function and properties. infusion. Therefore, the soap base that is the subject of the invention and the products produced from it are in hard water. effective, effective against soap residue production, bacterial infection and oxidative it is resistant to degradation, effective in providing an anti-allergic property and moisturizes, a softer soap with a lower pH value than ordinary natural soaps It is effective in providing an environmentally friendly “green” product that is bioderived, biodegradable and natural. soap is generally effective in providing product.

In a soap composition, soap bases, soaps and other products produced from such soap composition As for products, the presence of a vinegar component has the advantages described above.

However, the use of vinegar is something that users of the soap composition product dislike. may cause odor.

Now you can overcome the odor problem and other disadvantages of traditional natural soaps. To come here, based on Figures 1 to 5, three methods are described according to the nature of this invention. Figure 1 shows a plant in water in which soap base is diluted into a liquid soap or other product. The addition of an infusion or decoction of vinegar in vinegar significantly reduces the smell of vinegar. indicates a method (100) that it "hides" to a large extent. In other words, the problem of vinegar smell and To overcome the disadvantages of traditional natural soap, vinegar smell an herbal supplement containing an extract of an herb, such as oil lamp, that masks or disguises vinegar infusion of the extract can be used. Also, vinegar infusion of a plant extract desired components require an external solvent and subsequent removal of the solvent. It allows it to be included in the product without being heard.

According to one embodiment of the present invention, a soap base is provided at 102° of the method (100), Make sure to provide an infusion of plant extractiiiiii vinegar in step 104 and then in Step 104. Mixing vinegar infusion of plant extract with soap base to provide a natural soap at 106 includes mixing.

Figure 2, overcoming the vinegar smell and the disadvantages of traditional natural soap Indicates a method (200) in which the addition of “neutralized” vinegar can be used for vinegar, vinegar hydroxides of sodium or potassium to convert acetic acid to an acetate, It is neutralized by adding carbonates or bicarbonates. The neutralized vinegar is more then into deionized water, in which a soap base is diluted into a liquid soap or other product. can be added.

Method (200) provides a soap base in Step 202, a vinegar or vinegar in Adiin 204 infusion and a neutralizing agent (for example, sodium or hydroxides, carbohydrates or bicarbonates of potassium). My name In 2087, vinegar or vinegar to provide an acetate solution, for example, at about pH 7 The infusion is mixed with the neutralizing agent. Later in Step 210, this invention is a Soap base and acetate solution are mixed to provide a natural soap according to its structure.

Figures 3 to 5 overcome the smell of vinegar and the disadvantages of traditional natural soap. to come to a saponification, which cannot be made into soap after the saponification process, but It shows the methods in which the vinegar addition made before the reaction can be used.

One method (300) is a mixture of oil or a mixture of fatty acids (for example, liquid oil) in Step 302. or other sources of fatty acids) with vinegar or vinegar in Step 304 oil or water to provide the infusion and, in Step 306, a first wife It consists of mixing and heating fatty acid with vinegar or vinegar infusion. step at 308° an alkaline solution is provided and then, in Step 310, a solution according to one embodiment of the present invention. alkaline solution with the first mixture to produce a natural soap from the saponification reaction is mixed.

One method (400) is to use an oil or fatty acid (eg, oil or other fatty acid) in Adiin 402. Sources) provide a vinegar or vinegar infusion in Step 404. and in Step 4067, oil or fatty acid and vinegar to provide a first mix. or mixing and heating vinegar infusion. Method 400, also Step Provide an alkaline solution in 4053, in Step 410, another vinegar or vinegar infusion (may be the same or a different vinegar component as in Step 404) and in Step 412, alkaline solution with vinegar or involves mixing and heating vinegar infusion. Then in Step 414, this invention first to produce a natural soap from a saponification reaction according to a nature The second mixture is mixed with the mixture. In this method, both a fatty acid is used before saponification. It is shown that a vinegar component will be added to the reactant, as well as to an alkaline solution.

One portion (500) requires the supply of oil in Step 502, a vinegar or vinegar in Step 504. infusion and, in Step 506, oil and vinegar to provide a primary mixture. or mixing and heating a vinegar infusion. Method (500), also Step To obtain sodium hydroxide at 508°, to supply potassium hydroxide at 510° and in Step 5125, sodium hydroxide and potassium to provide an alkaline solution It contains mixing of hydroxide. Then, in Step 514, according to one embodiment of this invention, a alkaline solution with the first mixture to produce a 'natural soap' from the saponification reaction is mixed. In this method, alkaline solution is mixed with sodium hydroxide and potassium hydroxide. It could be a mix of proportions. In one example, the ratio is 2 moles of potassium hydroxide to 1 mole of sodium. hydroxide. In another example, the moles of sodium to potassium as a fatty acid counterion Vinegar Soap Composition Examples To prepare soap bases according to the present invention, the and The structures of this invention are better illustrated by looking at certain specific examples that are not intended to be limiting. understandable. Vinegar (or a herbal extract) with an oil component before saponification vinegar intiation) is added. In other embodiments of the invention, a soap base is used to produce a final product. Vinegar or vinegar infusion can also be added to the diluting water.

A sample soap base is produced as follows: 85 grams of olive oil, 10 grams of coconut oil and 5 grams of castor oil are mixed and An oil mixture was formed by heating to approximately 80°C7a. 4.46 grams of sodium hydroxide and 12.49 grams of potassium hydroxide is dissolved in 39.6 grams of deionized water to form an alkaline solution. has been created. The alkaline solution was added to the oil mixture. continuously for 4 hours A soap gel was formed by mixing and heating moderately. This soap is some night rested throughout.

According to one embodiment of the present invention, a liquid hand soap is formed as follows: grams of natural apple cider vinegar dissolved in 150 grams of deionized water and sodium or neutralized to pH 7 by adding hydroxides, carbonates or bicarbonates of potassium and an acetate solution was formed. To this acetate solution, aromatic or functional essential oils are added. The soap base in Example 1 is mixed with this acetate solution. diluted to form a natural soap composition according to one embodiment of this invention.

An exemplary vinegar infusion according to one embodiment of the present invention is prepared as follows: 2 grams of dry Caleiidula Officinalis was placed in 10 grams of apple cider vinegar and for 5 minutes. time boiled. It contains active substances such as luteolin, campferol, and apigeiin from the lampshade. It enabled the extraction of substances into vinegar. This vinegar intusion of lampshade is filtered The lampshade residue was removed and then 150 grams of vinegar infusion was deionized. diluted with water.

Aromatic or functional essential oils, mechanical if desired dissolved in glycerol by homogenization or sonication and water with vinegar intusion. added to the solution. The soap base in Example 1 is mixed with this vinegar infusion and water solution. diluted to form a natural soap composition according to one embodiment of this invention.

In glycerol before adding to a solution of essential oils, vinegar infusion and water that the dissolution of the oils provides a better dispersion of the oils and thus the oils It is emphasized that it prevents floating on the surface and provides better phase stability.

An example soap base according to one embodiment of the present invention is prepared as follows: 85 grams of olive oil, 10 grams of coconut oil, 5 grams of castor oil and 10 grams of apple A first mixture was formed by mixing wine vinegar and heating it to about 80°C. 4.6 grams of sodium hydroxide and 12.77 grams of potassium hydroxide in 40.4 grams of deionized water dissolved to form an alkaline solution. The alkaline solution was added to the first mixture. 4 hours of continuous stirring and moderate heating, according to one embodiment of this invention. natural soap gel was created. This soap has been rested for some overnight.

An example soap base is prepared as follows: 85 grams of olive oil, 10 grams of coconut oil and 5 grams of castor oil are mixed and A first mixture is formed by heating it to approximately 80°C. 5.67 grams of sodium hydroxide and 13.36 grams of potassium hydroxide dissolved in 44.4 grams of deionized water to form a second mixture has been created. The second mixture (alkaline solution) was added to the first mixture (oil mixture). A soap gel was formed by continuous stirring and moderate heating for 4 hours.

This saburi has been rested for some nights.

An exemplary liquid hand soap according to one embodiment of the present invention is prepared as follows: 24.7 grams of natural apple cider vinegar infusion of comfrey herb (a mucilage-containing plant) 305 grams Aromatic or functional essential oils dissolved in deionized water and added to vinegar solution has been added. This soap base in Example 5 is then mixed with this vinegar, oil, and water solution. diluted to form a natural soap composition according to one embodiment of this invention.

According to one embodiment of this invention, an example natural shampoo is prepared as follows: grams of bay leaf essential oil and 10 grams of apple cider vinegar infusion of nettle 318 added to grams of deionized water. Example: soap base at 5°, essential oil of bay leaf, This infusion is diluted with a solution of stinging nettle infusion of apple cider vinegar and water. a shampoo has been produced according to a structure. This shampoo is made of stinging nettle and bay leaves. It has known positive effects on the hair. The vinegar made the hair shiny and shampoo It is easier to rinse from the hair.

Herbal Extraction Methods According to this invention, herbal extraction methods, production process steps and these methods products created using the previous traditional herbal extraction described above greatly eliminates or reduces the disadvantages of the methods. This invention is a In its structure, one or more of the raw materials of a soap composition product elimination of the above-mentioned problems of herbal extraction or separately or together as the extraction medium for the plants in question to reduce the describes its use. In other words, the herbal ingredients in question are used as a solvent/s. using only their raw material(s) and thus dissolved incorporated into final products by eliminating the need for separation from solvents.

In one embodiment, (a) a plant dissolved in a first extraction medium is soluble containing a first herbal extract infusion with components of the first extraction medium A first mix in which the soap is the reactant to a first saponification to produce the base compound and (b) a second saponification reactant to produce a soap base composition. A soap base composition is produced from a saponification reaction between the mixture.

In another embodiment of the invention, (a) a first plant dissolved in a first extraction medium. first extraction, comprising a first herbal extract infusion with soluble components the medium is a first saponification reactant to produce the soap base compound, and The first extraction medium is vinegar, turpentine, oil, fat, milk, glycerin, water and their a first mix, where it is selected from the group consisting of any coinbinations; and (b) a second a second plant having Soluble components of a second plant dissolved in the extraction medium To produce the soap base composition of the second extraction medium containing the herbal extract infusion as a second saponification reactant and the second extraction medium is sodium hydroxide, potassium hydroxide and any combination thereof a soap base that reacts to a saponification between a second mixture of composition is produced.

In the above embodiments of the invention, the following alternatives are various within the scope of this invention. can be combined into viable and functional coinbinations. In an alternative, first herbal extract infusion, vinegar, turpentine, oil, fat, milk, sodium hydroxide, potassium hydroxide, glycerin, water, and any combination thereof. a selected first extraction medium. In another alternative, the second wife has a second A second herbal plant having soluble components of a plant dissolved in the extraction medium. contains the extract infusion and the second extraction medium is the same as the second saponification reactant. has composition.

In an alternative, the plant thawed in the second extraction medium is in the first extraction medium. may be the same plant as the one dissolved, and the plant dissolved in the first extraction medium may have a different extraction media is subjected to multiple extractions. In another alternative, different extraction dissolved in the first extraction medium subjected to more than one extraction plants, sunflower seeds, almonds, hazelnuts, corn, olives and olive seeds, dates and selected from the group consisting of palm kernels.

In another alternative, the second saponification reactant is a sodium hydroxide, a potassium an alkaline hydroxide containing hydroxide and any combination thereof it could be.

In another alternative, the soap base composition has a pH of between about 9 and about 10.5. may have value.

In another alternative, a saponification reaction is carried out at a temperature between 70°C and 99°C. it can happen.

In another alternative, the first extraction medium is vinegar and the herb dissolved in vinegar selected from the group consisting of: candle flower (Calendula officinalis), Lavender (lavendula officinalis), Rosemary (Rosmarinus officinalis), Sage (Salvia officinalis), Melissa (Melissa officinalis), Olive leaves (Olea europaea), Thyme (Thymus vulgaris), Carob (Ceratonia siliqua), Dandelion (Taraxacum officinale), Cinnamon (Cinnamomum zeylanicum), clove (sysygium aromaticum), Red clover (Trifolium pratense), Lion's ear (Leonurus cardiaca), burdock (Arctium lappa), Tarragon (Artemisia dracunculus), Basil (Ocimum basilicum), Mint (Mentha piperita), daisy flowers (Matricaria chamomilla), Ginseng (Panax ginseng), Clover (Medicago sativa), Orange peels (citrus), Yarrow (Achillea millefolium), Liquorice (Glycyrrhiza glabra), Foxglove (Digitalis purpurea), St. John's Wort (Gentiana Lutca), Curly labada (Rumex crispus), Huang Qi (Astragalus membranaceus), Blue cohos (Caulophyllum thalictroides), wild potato (Dioscorea villosa), Boyaci currant root (Phytolacca americana), Comfrey (Symphytum officinale), cattle tail (Verbascum Thapsus), Red pepper (Capsicum), Artichoke (Cynara scolymus), Male fern (Dryopteris filix-mas), Water fennel (Filipendula ulmaria), Wintergreen (Gaultheria Procumbens), Willow bark (Salix), Goldenrod (Solidago virgaurea), Fragrant Cabbage (Symplocarpus Foetidus), Kasimpati (Tanacetum parthenium), Thuja (Thu ja occidentalis), Cough grass (Tussilado farfara), Valerian (Valeriana officinalis), Verbena (Verbena officinalis), Periwinkle (Vinca major), Violet (Viola Odorata), pansy (Viola tricolor), Egypt (Zea mays L), Ginger (Zingiber offioinale) and any combination of these.

In another alternative, the first extraction medium is turpentine and the herb dissolved in turpentine selected from the group consisting of: Rosemary (Rosmarinus officinalis), Nigella sativa (Nigella sativa), orange leaf (citrus), Sunflower (Helianthus annuus), wax tree (Myrica Cerifera), clove (sysygium aromaticum), tarragon (artemisia dracunculus), Vanilla (Vanilla planifolia), Cinnamon (cinnamomuin zeylanicum), Borage (Borago officinalis), burdock (Arctium lappa), Cedar (Cedrus atlantica), Mint (Mentha piperita), Comfrey (Symphytuin officinale), Echinacea (Eehinacea angustifolia), Elderberry (Sambueus nigra), Eucalyptus (Eucalyptus globulus), Ginkgo (Ginkgo biloba), Sage (Salvia officinalis), Marshmallow (Althaea officinalis), Rhubarb (Rheum officinale), Mayasil grass (Hypericum perforatum), Thyme (Thymus vulgaris), Pigeon tree (Hamamelis Virgiiiiaiia), Civan perçenii (Achillea millefolium), Acacia (Acacia Senegal), Tragacanth (Astragalus gummifer), Seaweed (Chondrus crispus), Guar bean (Cyamopsis tetragonoloba), Quince leaves (Cydonia Oblonga), Psyllium (plantago ovata), Fenugreek (Trigonella Foenum-Graecum), Cough grass (Tussilado farfara), Selak (Boswellia serrata), Camphor (Cinnamomum Camphora), Myrrh (Commiphora molmol), Dragon resin (Daemonorops draco), Grindelia (Grindelia), Cornflower tree (Guaiacum officinale), Dandelion (Taraxacum officinale), Tansy (Tanacetum vulgare), psoriasis (Ruta graveolens), Water clover (Menyanthes Trifoliata), Golden seal (Hydrastis Canadensis), St. John's Wort (Gentiana Lutea), Boneset (Eupatorium perfoliatum), St. John's Wort (Erythraea centauriuin), thorn currant (Berberis vulgaris) and any combination of these.

In another alternative, the primary extraction medium is vegetable oil and the herb dissolved in the oil is selected from the group consisting of: candle flower (Calendula officinalis), Lavender (Lavendula officinalis), Rosemary (Rosinarinus officinalis), Yarrow (Achillea millefoliuin), burdock (Arctium lappa), Licorice (Glycyrrhiza glabra), Ginseng (Panax ginseng), Dandelion (Taraxacum officinalis), Foxglove (Digitalis purpurea), St. John's Wort (Gentiana Lutea), Curly labada (Runiex crispus), Huang Qi (Astragalus membranaceus), Blue cohos (Caulophylluin thalictroides), wild potato (Dioscorea villosa), Boyaci currant root (Phytolacca americana), Milkweed root (Polygala senega), Comfrey (Symphytum officinale), cattle tail (Verbascuni Thapsus), Marshmallow (Althaea officinalis), Oxtail (Arnica Montana), Eucalyptus (Eucalyptus globulus), Golden lily (Hydrastis Canadensis), Elderberry (Sanibucus nigra), rat ear (Stellaria media), Thyme (Thymus vulgaris), Mallow (Malva sylvestris), Crane beak (Geranium maculatuin), Tea flower (Melaleuca) and any combination of buiilariii.

In another alternative, the first extraction medium is milk and the herb dissolved in milk is one of the following. selected from the group consisting of: Tamarind (Tamarindus indica), Olive leaves (Olea europaea), clove (sysygium aromatieum), Cinnamon (Cinnamomum zeylaiiicum), Thyme (Thymus vulgaris), Quince leaves (Cydoiiia Oblonga), Yarrow (Achillea millefolium), Horse chestnut (Aesculus hippocastanum), Casicot (Agrimonia eupatoria), Parsley (Alchemilla arvensis), Marshmallow (Althaea officinalis), Angelica (Angelica archangelica), Celery (apium graveolens), Wormwood (Artemisia absinthium), Oats (Avena Sativa), candle flower (Calendula officinalis), Shepherd's purse (Capsella bursa-pastoris), red pepper (Capsicum annuum), Kimyoii (Carum Carvi), Iceland moss (Cetraria islandica), Seaweed (Chondi'us crispus), Hawthorn (Crataegus laevigata), Broombush (Cytisus scoparius), Carrot (Daucus carota), Sun rose (Drosera rotundifolia), Clover (Elyinus repens), Ma huang (Ephedra sinica), Persian tulip (Eschscholtzia Californica), Eucalyptus (Eucalyptus globulus), Boneset (Eupatorium perfoliatum), EYE grass (Euphrasia), Water fennel (Filipendula ulinaria), Fennel (Foeniculum vulgai'e), Goatee (Galega officinalis), Yogurt grass (Galium aparine), Crane beak (Geranium maculatum), Ginkgo (Ginkgo biloba), Grindelia (Grindelia), Mouse ear (Hieracium pilosella), Hops (Humulus lupulus), Mayasil grass (Hypericuni perforatum), Juniper (Juniperus Communis), Wild lettuce (Lactuca Virosa), Lavender (Lavendula offieinalis), Lion's ear (Leonurus cardiaea), Mountain niacin grass (Lycopus europaeus), Mallow (Malva sylvestris), dog grass (Marmbium vulgare), daisy flowers (Matricaria Chamomilla), Melissa (Melissa officinalis), Mint (Mentha piperita), Watermelon (Mentha pulegium), Wintergreen (Mitchella repens), Wild hyacinth (Nepeta cataria), Passionflower (Passiflora inearnata), Parsley (Petroselinum Crispuin), Boldo (Peuinus boldus), Boyaci`s currant root (PhyIolacca americana), Anise (Pimpinella anisum), Lamb tongue (Plantago major), Milkweed root (Polygala senega), Wind flower (Pulsatilla vulgaris), Rosemary (Rosmarinus officinalis), Raspberry (Rubus idaeus), psoriasis (Ruta graveolens), Sage (Salvia Officinalis), Elderberry (S ambucus nigra), Sycamore (Scrophularia nodosa), skullcap (Scutellaria Lateriflora), Sinaineki (Senna), Goldenrod (Solidago virgaurea), rat ear (Stellaria media) and any combination of these.

In another alternative, the first extraction medium is glycerol and the herb dissolved in glycerol selected from the group consisting of the following herbs: Herbs containing rosemary acid: agastache rugosa Anethum graveolens Artemisia dracunculus Borago offieinalis Collinsonia canadensis Gleehoma hederacea Hyssopus officinalis Lavandula angustifolia korean mint dill grass tarragon Canadian monarchy ground ivy hyssop Lavandula X intermedia Lavandula latifolia Lycopus europaeus Lycopus virginicus Melissa officinalis Mentha pulegium Mentha spicata Mentha longifolia Mentha arvensis var. piperascens Mentha aquatica Mentha x piperita Mentha x rotundifolia Momordica charantia Monarda fistulosa monarda didyina nepeta cataria Ociirium tenuiflorum Ocirnurn basilicum origanum vulgare Origanum majorana perilla frutescens Petroselinum crispum Prunella vulgaris Rosmarinus officinalis Salvia officinalis Salvia sclarea satura ja hortensis satura ja montana Scrophularia scorodonia Stachys officinalis Symphytum officinale Teucrium scorodonia Thyinus vulgaris lavandin Portuguese lavaitasi wolf foot Lemon grass yai'puz green mint wild mint J apoii family watermelon bitter melon wild bergamot catnip basil feslegeii thyme herb rat ear gauze Rosemary Sage sage musk summer sateri winter sateri horsetail sawgrass comfrey grass pigeon grass german thyme Thymus serpyllum Wild thyme Vaccinium corymbosum tall blueberry Plants containing camosic acid: Hyptis dilata Lepechinia meyenii Lepeehinia patient Ocimum tenuiflorum Basil Pulicaria salviaefolia Rosmarinus offieinalis Rosemary SalVia munzii Munz sage Salvia canariensis Canary Island sage Salvia apiana White sage Salvia Willeana Troodos sage Salvia officinalis Sage Salvia tomentosa Salvia columbariae Chie sage Herbs containing GENISTEIN: Adenocarpus foliolosus Adenocarpus decorticans albizia procera Amphicarpaea edgworthii Amphicarpaea bracteata Pork nut apios americana Argyrocytisus battandieri Baptisia sp. Baptisia tinctoria wild indigo Bowdiehia nitida Ca janus ca jan Pigeon peas Ca janus scarabaeoides Calicotome Villosa Calicotome spinosa Calopogonium caeruleum Camptosema sp. Canavalia eurycarpa canavalia rosea Canavalia ensiformis Canavalia Virosa canavalia gladiata Kachang paraug (Chopper beans) canavalia galeata canavalia sericea Centrosema schiedianum Centrosema pascuorum Centrosema sagittatum Centrosema plumieri Chamaecytisus supinus Chamaecytisus hirsutus Chamaecytisus smymaeus Chamaecytisus eriocarpus Chamaecytisus ratisbonensis Chamaecytis albus Chamaespartium tridentatum Chamaespartium sagittale Chronanthus biflorus Cicer arietinum Clitoria themea Turkey; Menteling; clitoria falcata Cologana broussonetii Crotalaria juncea Cytisus multiflorus Cytisus tribracteolatus jack beans Kachang polong; carabanz; Chickpeas; garbanzo Kembang teling; Mazerion in cwetabhan solar hemp Cytisus ingramii Cytisus scoparius Cytisus striatus Cytisus ardoini Desmodium gangeticum Dioclea glycinoides Dipogon li gnosus Dolichos biflorus Dunbaria villosa Echinospartium horridum Erinacea anthyllis Eriosema nutans Eriosema glomeratum Eriosema psoraleoides Erythrina crista-galli Cockspur Erythrina sp Flemingia strobilifera Galactia jussiaeana genista patula Genista germanica Genista sp genet genista ovata Genista clavata Genista tinctoria Genista rumelica genista lydia Glycine max Glycine Wightii Glycyrrhiza glabra Hardenbergia violacea kennedia nigricans broom grass Serengan; Vidarigandha; lepantane; Akar katuh; violin bali; Meringa Kulattha wild potato mampong coral tree Soybean Liquorice Black Kennedy Kennedia rubicunda brown coral flower kennedia procurrens Laburnum alpinum yellow cluster Laburnum anagyroides golden rain Lembotropis emerifolia Lens culinaris lentil Lespedeza cyrtobotrya Japanese clover Lupinus albus White lupine Lupinus luteus Yellow lupine Lupinus perennis Wild perennial lupine Lygos raetum Lygos monosperma Maackia amurensis Macroptylium braeteatum Macroptylium martii Macroptylium atropurpureum Macroptylium lathyroides Macrotyloma axillare Macrotyloma unifiora Medicago sativa Moghania macrophylla Mucuna deeringiana Mucuna pruriens Neonotonia Wightii Ononis' spinosa Pericopsis laxiflora Phaseolus lunatus Phaseoius vulgaris Phaseolus spp. Phaseolus lunatus Phaseolus coccineus Piptanthus nepalensis Piptanthus nanus pisum sativum Podocarpus spicatus Prunus nipponica Prunus avium Prunus aequinoctialis Prunus verecunda Prunus maximowiczii Pmnus cerasus Pmnus spp. Prunus mahaleb Pseudemia comosa Pseudoeriosema borianii Pseudovigna argentea Psoralea corylifolia Pterocarpus angolensis Pueraria pseudohirsuta Pueraria phaseoloides pueraria montana Rhynchosia densiflora Rhynchosia pyramidalis Rhynchosia cabibaea Rhynchosia phaseoloides Rhynchosia minima Rhynchosia acuminatifolia Rhynchosia volubilis Rhynchosia hirsuta Sophora japonica Sophora subprostrata Spartium junceum Stauracanthus genistoides Stauracanthus boivinii Stellaria media Stizolobium deeringianum Strongylodon macrobotrys teline sp Teyleria coordersii Thermopsis sp Thermopsis fabacea Trifolium subterraneum Trifolium hybridum trifolium pratense Trifolium sp. Trifolium brachycalycinuin Trifolium repens Trifolium alexandrinum Trigonella foenum-graecum Ulex sp Ulex micranthus Vandasina retusa vicia faba Vigna angularis Vigna unguiculata Vigna subterranea Vigna radiata Herbs containing GENISTIN: Genista tinctoria mule hoof Glycine max Soybean Prunus cerasus Cherry Pueraria inontana Japanese ivy UleX europaeus gorse Herbs containing DAIDZEIN: Cicer arietinuin Chickpea Genista tinctoria Glycine max lens culinaris Medicago sativa Phaseolus lunatus Phaseolus vulgaris Phaseolus coccineus pisum sativum Psoralea corylifolia Pueraria pseudohirsuta pueraria montana Sophora subprostrata trifolium pratense Vicia faba Pods Vigna radiata Vigna angularis Vigna unguiculata DAIDZIN containing plants: Glycine max pueraria montana Pueraria pseudohirsuta trifolium pratense mule claw Soybean lentils clover Beans Böi'îilce string beans Babchi chinese ivy japanese ivy Shan Dou Gen zigzag clover mas bean adzuki beans long chinese beans Soybean japanese ivy chinese ivy zigzag clover and any combination thereof.

In another alternative, the first herbal extract infusion is from the plants listed above or a soluble extract of a plant selected from the group consisting of a combination thereof. may contain. In another alternative, the second herbal extract infusion can be performed as listed above. a plant of a plant selected from the group consisting of plants or a combination thereof The herbal extract infusion can be used without separating from the herbal residue or physical that the herbal residue after filtering can be used without leaving the extraction medium. is highlighted.

In addition, the extraction of raw materials or components for a product described above It is emphasized that the medium can be used together or sequentially.

Now here is a method for herbal extraction according to one embodiment of the present invention based on Figure 6. A flowchart of method 600 is shown. Method 600, a first extraction in Adiin 602 providing the medium, a first extraction medium for a specified time in step 604 dissolution of the plant and a first herbal residue (remaining solids) into a first herbal First extraction of plant solids to separate them from the extract infusion (liquid) includes filtering from the medium. In step 608, this first herbal extract infusion is a product. For example, a saponification reaction for the production of a soap composition product as a raw material for a reactant or as a raw material for a cream or other cosmetic product. used as an ingredient.

Optionally, from Step 606° as indicated by the dashed arrow to Step 610. first herbal residue a second extraction medium different from the first extraction medium dissolves in In step 612, add the second herbal residue (remaining solids) to the second herbal extract. Filter the plant solids from the second extraction medium to separate the infusion (liquid) is done. In step 614, the second herbal extract infusion is used as a raw material for a product.

Accordingly, additional extractions using successive herbal residues are within the scope of this invention. it is clear. Advantageously, taking full advantage of raw materials and plant Raw materials and herbs to fully extract the active ingredients from the additive/plant used together and/or sequentially as the extraction medium.

Advantages The present invention describes the need for separation of a solvent that can be used in the extraction process. eliminates the extra step because the solvent itself is a raw material of the final product produced. is the item. This also eliminates the risk of decomposition of the active ingredients in the extracts. removes, because high temperatures for solvent separation are avoided. in the field of production extracts produced in required quantities when necessary than those produced by other methods or are fresher and stronger than those that require storage times.

For this reason, this invention is widely used in soap, household products, cosmetics, Etc. herbal extracts in products lower investment, stock and operation in simpler extraction plants ensures production with its costs. For example, the herbal extraction production described above can occur in the field.

Vegetable extraction residues in natural products are also used in animal feed in the raw material sector. Herbal Extraction Examples As is generally described in this invention, a raw material according to this invention is herbal extraction. for medium use, provided herein for illustrative purposes only and for The invention may be better understood by looking at certain specific examples that are not available.

Vinegar as a soap base composition or a raw material for a cosmetic product It has been used as an herbal extraction medium: One unit of dried horsetail (Equisetum arvense) in four units of apple cider vinegar 2-6 week soaked. After filtering the solids from the horsetail and vinegar mixture, The vinegar infusion of horsetail was used to produce a soap base. Soap is a It was used to produce shampoo (liquid soap). Cysteine, selenium and Active ingredients such as zinc are carried to the shampoo with vinegar infusion.

One unit of dried and granulated soybeans (Glyeine max) four units of apple cider soaked in vinegar for 15 minutes. Solids from soybean and vinegar mixture After filtration, vinegar infusion of soybean is used to produce a soap base. used. Soap is sometimes used to produce a shampoo (liquid soap).

Thickening of hair strands, preventing hair loss, restoring hair color and found in soybeans to produce a shampoo that helps prevent dandruff. Active ingredients such as daidzin and genistin are carried into the shampoo with vinegar infusion.

Vinegar, as an extraction medium for daidzin and genistiii from soybeans, hexane or It functions better than solvents such as ethyl alcohol. Table 5 below, liquid Shows some comparative results of the extraction analyzed by chromatography (LC).

Table 5. Soybean Extraction No Extracts Daidzin (mg/L) Genistin (mg/L) Turpentine, a raw ingredient for shampoo, is a herbal extraction medium as follows] used as: Rosemary (Rosmarinus officiiialis) was added at the rate of 114 to turpentine and the mixture was kept for 4 hours. heated in a hot water bath. Solids from a mixture of rosemary and turmeric After filtering, turpentine infusion of rosemary is used raw to produce a shampoo. used as a substance.

Active ingredients such as rosemary, alpha-pinene and camosol are mixed with turpentine infusion. By transporting it, it helps the formation of healthy hair follicles, which helps to prevent dandruff. A shampoo that supports it has been produced. Turpentine helps to open pores and scalp. it helps him heal.

Turpentine, water, ethyl alcohol and hexane as an extraction medium for camosol from rosemary It functioned better than solvents such as Table 6 below, high performance liquid Here are some comparative results of the extraction analyzed by chromatography (HPLC) shows.

Table 6. Extraction of Rosemary No Extracts Carnosol (mg/L) 1 Rosemary-Water 0.79 ± 0.05 2 Rosemary-Ethyl Alcohol 18.95 ± 0.05 3 Rosemary-Hexane 4.87 ± 0.02 Oil, which is a raw material for a soap base or skin care product, is a vegetable oil as follows. extraction medium] was used as: The candle flower (Calendula offieinalis) was soaked in sunflower oil for 1 month. Oil lamp After filtering the solids from the oil and oil mixture, the oil of the oil lamp is as a raw material in the manufacture of a soap base or skin care product. used. Oil-soluble vitamins, antioxidants, resins and By carrying active ingredients such as saponins to soap or skin care product with oil infusion, Helps to moisturize and heal the skin, heals blemishes, A soap or skin care product has been produced that reduces wrinkles and acts as a Firming Agent.

The candle flower also contains active ingredients such as luteolin, apigenen campferol. It was mixed in olive oil for 15 minutes to test its extraction. Olives oil, such as ethyl alcohol and hexane, as an extraction medium for campferol from oil lamps. performed better than solvents. Table 7 below, analyzed by HPLC shows some comparative results of the extraction.

Table 7. Candle Flower Extraction No Extracts Kampferol (mg/L) 1 Oil Lamp-Ethyl Alcohol 2.10 ± 0.00 2 Oil Lamp-Hexane 2.20 ± 0.00 3 Oil Lamp-Olive Oil 7.10 ± 0.00 Glycerin and water, a raw material for a skin care product, are an herbal product as follows. used as the extraction medium: Pigeonwood (Hainainelis virginiana) in a 75:25° mixture of vegetable glycerine and water 1:4 and heated in a hot water bath for 4 hours. pigeon tree, After filtering the solids from the mixture of glycerin and water, the pigeonwood was extracted with glycerine and The water infusion was used as a raw material for a skin care product. pigeon tree by carrying active ingredients such as gallotannins into the skin care product with glycerin and water infusion, acting as a sclerotherapeutic and Firming and thus spider veins, varicose A skin care product has been produced that heals veins and eczema.

Soybeans were also diluted 1:4 by weight in a 2:1 mixture of glycerin and water. soaked and heated in a hot water bath for 4 hours. Soybeans, glycerin and water glycerine and water infusion of soybean, after the solids have been filtered out of the mixture, It was used in the manufacture of a cream.

Glycerin-water mixture, an extraction medium for daidzein and genistein from soybeans It functioned better than solvents such as ethyl alcohol and hexane. Table 8 below, liquid Some comparisons of extraction analyzed by chromatography-mass spectroscopy (LC-MS) shows the results.

Table 8. Soybean Extraction No Extracts Daidzein (mg/L) Genistein (mg/L) Goat milk, a raw material for a cosmetic product, is a herbal extract as follows. used as a medium: Tamarind (Tamarindus indica) soaked in goat's milk. Tamarind and goat's milk Goat milk infusion of tamarind, after filtering the solids from the mixture, It has been used in a cosmetic product such as balsam or body milk. Tamarind's xyloglycan By carrying active substances such as goat milk to the cosmetic product, increasing the elasticity of the skin, It is a product that helps to moisturize the skin, improve redness and lighten the skin color. cosmetic product is produced. It contains polyphenols and antioxidants and is an effective biological Known to be a preservative, tamarind has helped prevent milk from spoiling.

According to one embodiment of the present invention, multiple herbal extracts with various herbal extraction media are used. extraction was used as follows: After filtering the oil lamp used in herbal extraction in Example 3, solids remaining after extraction, an alkaline solution for a saponification reaction dilute sodium, another raw material used in soap base production, as a component Another extraction in hydroxide solution and/or potassium hydroxide solution has been passed through the name. With this extra extraction step, after filtration, the solid oil lamp sunflower oil remaining on the flower residue and the oil lamp residue and previously extracted The excipients are obtained by the extraction medium of sodium hydroxide and/or potassium hydroxide. extraction liquor was recovered. This extra step of extraction is a deeper level. extraction provided.

After the candle flower is soaked in sodium or potassium hydroxide solution and filtered, The solid residue is soaked in vinegar, another soap base raw material. Before In the steps of the non-extracted candle flower active ingredients were extracted and Blossom solid residue has reached a pH level suitable for use in animal feed.

Wax and oil infusion, oil phase (mixture of oils listed in Table 9 below) A cream was produced by heating it to approximately 80°C. Lecithin, bee resin and xanthan gum, vinegar is mixed into the water phase containing glycerol and extracts in water. oil phase vs water phase The mixtures were then mixed under vigorous stirring to produce a crene.

Table 9. Cream mix Cream Formulation Part Manuka essential oil 1 Lavender essential oil 0.2 sandalwood oil 1 rosewood oil 1 coconut oil 3 Oil lamp infusion in olive oil 2 Sesame oil 2 Apricot kernel oil 2.5 Grape seed oil 2.5 Rosehip oil 1 bee resin 0.5 Lecithin 3 Black m'urvcr water extract 29.3 couscous water extract 30 Straw flower vinegar decoction 10 xanthan gum 3 The above Examples are provided for illustrative purposes only and by no means should not be considered irritating. While this invention is explained by structure, here words used to describe and explain rather than limiting words is intended to be. This invention has been described with reference to certain materials and structures. However, it is not intended to limit the invention to the features described herein. For example, various types of vinegars with varying concentrations of acetic acid and various herbs Vinegar infusions of various types with concentrations of brought together in various applicable and functional combinations within the scope of the invention. alternatives may be available. Preferably, this invention, as in the appended claims, expandable to all functionally equivalent structures, materials and uses.

As set forth herein and when modifications are required, the scope and substance of this invention Changes can be made within the scope of the attached requests without leaving. In this specification all terms used in the broadest possible should be interpreted.

MEANINGS OF THE INSTRUCTIONS IN THE FIGURES 102 = Get a soap base 104 = Provide vinegar infusion of a herbal extract 106 = vinegar infusion of soap base and herbal extract to provide a natural soap mix 202= Get a soap base skin 204 : Provide a vinegar / vinegar infusion 206 = A neutralizing agent (for example, hydroxides, carbonates of sodium or potassium or bicarbonates) 208 = Neutralizing agent with vinegar to provide an acetate solution at approximately pH 75. mix 210 = Mix the soap base with the acetate solution to obtain a natural soap 302 = Obtain a blend of oil or a fatty acid 304 : Provide a vinegar / vinegar infusion 306 = Mix the fatty acid with the vinegar / vinegar infusion to obtain a first mix and 308 = Provide an alkaline solution 310 = With first mix to produce a natural soap from a saponification reaction stir and heat alkaline solution 402 : Obtain a mixture of oil or a fatty acid 404 = Provide a vinegar / vinegar infusion 406 = Mix the fatty acid with the vinegar/vinegar infusion to obtain a first mix and 408 = Provide an alkaline solution 410 : Provide a vinegar / vinegar infusion 412 : To obtain a second mixture, alkaline solution and vinegar / vinegar intî'ion mix and heat 414 = A saponification reaction with the first mixture to produce a natural soap stir and heat the second mixture 502 : An oil/s is supplied 504 = Provide a vinegar / vinegar infusion 506 : Mix and heat oil and vinegar/vinegar infusion to obtain a first mix 508 : Provide sodium hydroxide 510 = Get potassium hydroxide 512 : Sodium hydroxide and potassium hydroxide to provide an alkaline solution mix 514 : First mixture to produce a soap in a saponification reaction with alkaline stir and heat the solution A = Separate the first herbal residue (residual solids) and the first herbal extract infusion (liquid) Filter solid plant parts from the primary extraction medium for B = As a raw material for a product (for example, as a saponification reaction reactant or as a cosmetic product raw material) use the second herbal extract infusion 602 = Provide a first extraction medium 604 = Dissolve a plant in the first extraction medium 608 = As a raw material for a product (For example, a saponification reaction. As a reactant or as a cosmetic product raw material) use the first herbal extract infusion 610 : A second extraction of the first herbal residue different from the first extraction medium average solution 612 1 Separating the second herbal residue (residual solids) and the second herbal extract infusion (liquid) Filter solid plant parts from the second extraction medium for

Claims (44)

REQUESTS 1. A soap base composition produced from a saponification reaction between a first mix containing an oil and a vinegar component and a second mix containing an alkaline solution, the vinegar component comprising a natural vinegar extraction medium and a natural herb additive extract. 2. The composition according to claim 1, wherein the oil is selected from the group consisting of olive oil, coconut oil, castor oil and any combination thereof. 3. The composition according to claim 1 or 25, wherein natural vinegar, cider vinegar, rice vinegar, wine vinegar, apple cider vinegar, linon vinegar, blackberry vinegar, raspberry vinegar, cane sugar, beet vinegar and any combination thereof selected from the resulting group. 4. Composition according to the desired 1°, where natural vinegar with 2% by weight of the first mixture 5. The compound according to claim 1, wherein the natural vinegar is between 1% and 20% by weight of the soap base composition. 6. Composition according to any one of claims 1 to 5°, wherein the natural vinegar has a concentration of acetic acid between 3% and 20% by weight. 7. The composition according to claim 1, wherein the natural herb additive is coriander, thyme, clove, rosemary, aloe vera, comfrey, coltsfoot, nettle, rosewood, oxtail, tragacanth, locust bean, soybean, fake and their selected from the group consisting of any coinbination. 8. The composition according to claim 1, wherein the natural plant additive is cilantro, which improves its ability to be effective in soapy hard water. 9. The composition according to claim 1, wherein the natural herbal additive is one of any combination of thyme, cloves, rosemary and herbs that improve the soap's ability to resist bacterial infection. 10. The composition according to claim 1, wherein the natural herbal additive is one of aloe vera, comfrey, coltsfoot and any combination thereof that enhances the skin moisturizing effect of the soap. 11. The compound according to claim 1, wherein the natural herbal additive is any combination of stinging nettle, rosewood, oxeye and any of these, which enhances the anti-allergic property of the soap. 12. Compound according to request 1, where natural herbal additive, improves the pH level of milder soap, consists of lemon, orange, a citrus fruit and a combination of these 13. The composition according to claim ], wherein the natural herbal additive is made of tragacanth, carob and any combination thereof, which protects the soap composition against atmospheric drying. 14. The composition according to any one of claims 1 to 13, wherein the second mixture comprises an alkaline hydroxide including a sodium hydroxide, a potassium hydroxide and any combination thereof. The composition according to any one of claims 1 to 14°, wherein the soap base composition has a pH of between about 9.0 and about 10.5. 16. The composition according to any one of claims 1 to 157, wherein the saponification reaction takes place at a temperature of between 70°C and 95°C. 17. The soap base composition according to claim 1, wherein the second blend consists of between 11% and 14% by weight potassium hydroxide, between 4% and 5% by weight sodium hydroxide, and between 11% and 14% by weight of the oil composition. It contains between 37% and 44% water. 18. Produced from a saponification reaction between a first mixture containing a vinegar infusion of natural vinegar with a natural herb additive and a second mixture containing an alkaline solution having either a sodium hydroxide, a potassium hydroxide and any combination thereof, together with a plurality of unsaponifiable oils. is a soap base composition where the reaction takes place at a temperature of between 70°C and 99°C, where the soap base composition produced has a pH of about 9 to about 10.5, where the vinegar infusion is 1% by weight of the soap base composition. It is between i and 207%. 19. The composition according to claim 18, wherein the vinegar is between 2% and 35% by weight of the first mixture. 20. The composition according to claim 18, wherein the vinegar has an acetic acid concentration of between 3% by weight and 12% by weight. 21. The composition according to claim 18, wherein the first blend further comprises citric acid from a lemon, an orange, a citrus fruit, or a combination thereof. 22. The composition according to claim 18, wherein a plurality of unsaponifiable oils, olive oil, priia oil, coconut oil, castor oil, palm oil, palm kernel oil, sunflower seed oil, corn oil, cotton oil, canola oil, safflower oil oil, tall oil or fatty acids thereof, and any combination thereof. 23. The composition according to claim 18, wherein the natural herbal additive is coriander, thyme, clove, rosemary, aloe vera, comfrey, coltsfoot. selected from the group consisting of stinging nettle, rosewood, oxeye, tragacanth, locust bean, soybean, sage, and any combination thereof. 24. The composition according to claim 18, wherein the second mixture contains between 11% and 14% by weight potassium hydroxide, between 4% and 5% by weight sodium hydroxide and between 37% and 44% by weight water. 25. In % of the total weight of the soap base composition, 50% by weight to a first mix and 6% to 12% by weight potassium hydroxide, 2% to 5% by weight sodium hydroxide and weight a soap base composition produced by a mixture of reactants of a second mix of an alkaline solution containing between 20% by weight and 30% by weight water. 26. A soap base composition, a liquid soap, or a cleanser composition comprising a solvent according to any one of claims 1 to 25”. 27. A cosmetic product, a personal care product or a household product comprising a soap base composition according to any one of claims 1 to 25 and a solvent. 28. A process for preparing a soap base composition, the process comprising providing a first mix comprising an oil and a vinegar component, the vinegar component comprising a natural vinegar extraction medium and an extract of a natural herb additive, containing an alkaline solution. comprising providing the second mix, and reacting the first mix with the second mix to provide a saponification reaction that produces the soap base composition. 29. The process according to claim 28, wherein natural vinegar is mixed with 2% by weight of the first mixture. 30. The process according to Istein 28, wherein the natural vinegar is between 1% and 20% by weight of the soap base composition. 31. The process according to claim 28, wherein the natural vinegar is provided in the first mixture with an acetic acid concentration of between 3% by weight and 12% by weight. 32. The process of claim 28, wherein the first mix is provided further comprising citric acid from a lemon, orange, another citrus fruit or any combination thereof. 33. The process according to claim 28, wherein the first blend is olive oil, pomace oil, coconut oil, castor oil, palm oil, palm kernel oil, sunflower seed oil, corn oil, cotton oil, canola oil, safflower oil, It is supplied with a large number of oils selected from the group consisting of tall oil or their fatty acids and any combination thereof. 34. The process according to claim 28, wherein the natural herb additive is coriander, thyme, clove, rosemary, aloe vera, comfrey, coltsfoot, nettle, rosewood, ox-eye, tragacanth, locust bean, soybean, fakere. and any combination thereof. 35. The process of any one of claims 28 to 34, wherein the second mixture is provided comprising an alkaline hydroxide comprising a sodium hydroxide, a potassium hydroxide and any combination thereof. 36. The process according to any of Claims 28 to 35, wherein the second mixture is provided with between 11% and 14% by weight potassium hydroxide, between 4% and 5% by weight sodium hydroxide and between 37% and 44% by weight of water. includes mixing. 37. The process of claim 287, wherein the soap base composition is formed to have a pH of between about 9 and about 10.5. 38. A process for preparing a soap base composition, the process comprising providing a first mixture comprising a vinegar infusion comprising a natural vinegar and a natural herb additive together with a plurality of unsaponifiable oils; providing a second mixture comprising an alkaline solution; and reacting the first mixture with the second mixture at a temperature of between 70°C and 99°C to provide a saponification reaction producing the soap base composition having a pH between about 9 and about 10.5, wherein the vinegar infusion is the solution of the soap base composition. It is between 1% and 20% by weight. 39. The process of claim 389, wherein the vinegar infusion is between 2% and 35% by weight of the first mix. 40. The process of claim 38, wherein the first mix is provided further comprising citric acid from a lemon, orange, citrus fruit or a combination thereof. 41. The process according to claim 38, wherein the first blend is provided comprising a plurality of saponified oils selected from the group consisting of olive oil, coconut oil, castor oil and any combination thereof. 42. The process according to claim 38, wherein the natural herb additive is coriander, thyme, clove, rosemary, aloe vera, comfrey, coltsfoot, nettle, rosewood, oxtail, tragacanth, locust bean, soybean, fake and their selected from the group consisting of any combination of 43. The process of any of claims 38 to 42, wherein the second mixture is provided comprising an alkaline hydroxide comprising one of a sodium hydroxide, a potassium hydroxide and any combination thereof. 44. The process of any of claims 38 to 43, wherein the second mixture is provided with between 11% and 14% by weight potassium hydroxide, between 4% and 5% by weight sodium hydroxide and between 37% and 44% by weight of water. includes mixing. 21787