RU2093142C1 - Bath shampoo "legran" - Google Patents

Abstract

FIELD: perfume-cosmetic industry. SUBSTANCE: in shampoo containing sodium chloride and carnallite additionally introduced are potassium chloride, CO₂-extracts of drug plants and food colors at the following ratio of ingredients, mas. %: carnallite, 12-14; potassium chloride, 4-5; CO₂-extract of Siberian fir, or CO₂-extract of eucalyptus, or CO₂-extract of calendula, 0.1-0.5; food colors: tartrazine, or indigocarmine, or ponceaux, 0.03-0.05; sodium chloride, the balance. EFFECT: higher stability with good aromatized, tonic, bactericidal and medical effect. 1 dwg, 2 tbl

Description

 The invention relates to the perfumery and cosmetics industry, namely to the production of hygienic, aromatic tonic, bactericidal in combination with the therapeutic effect of drugs used for bathing.

Known means for therapeutic baths containing potassium and magnesium salts in the form of kalamagnesia and carnallite, calcium sulfate in the form of hemihydrate, sodium chloride. [one]
The disadvantage of this tool is: obtaining a therapeutic effect with a high concentration of this composition (1%); high content of Ca ⁺² and SO $\genfrac{}{}{0ex}{}{\text{-2}}{\text{4}}$ contribute to the formation of sparingly soluble salts; lack of aromatic, deodorizing, bactericidal properties.

It has the aromatic, deodorizing and bactericidal properties of a concentrated bath product containing the following components: ethoxylated alcohols; CO ₂ extract foot fir Abies or essential oil; Coriander CO ₂ extract or coriander essential oil; dimethylalkylamine oxide. [2]
The disadvantage of concentrated bath products is: high cost of components; instability; a rather high content of surfactants (20-30%) leads to a negative effect on the skin.

The closest to the achieved effect and technical essence is the bath product "Karel" [3] of the following composition:
sodium chloride (tech.) 35-45%
sodium bicarbonate 6-8%
alkyl sulfonate or soap powder or licorice root extract 2-4%
organic dye (fluorescein) 0.015-0.02%
carnallite rest.

 The disadvantages of the prototype are: instability, caking, when dissolved, gives a precipitate, low tonic effect, the absence of aromatic, deodorizing and bactericidal properties.

 The aim of the invention is to obtain the stability of a bath product that does not cake, dissolves without sediment, has high tonic, aromatic, deodorizing, bactericidal properties.

The goal is achieved by a new composition based on a mixture of pure natural minerals (halite-sodium chloride, white sylvin-potassium chloride, carnallite), biologically active CO ₂ extracts of medicinal herbs or a CO ₂ extract of Siberian fir, or a CO ₂ extract of eucalyptus and food dyes in the following ratio of components, wt.

carnallite 12-14
potassium chloride 4-5
CO ₂ extract of Siberian fir or CO ₂ extract of eucalyptus, or CO ₂ extract of Calendula 0,1-0,5
food colors tartrazine or indigo carmine or ponce 0.03-0.05
sodium chloride the rest.

 The compositions of the proposed funds are given in table. one.

The tool is obtained by mechanical mixing of large salt crystals with liquid CO ₂ extracts and dry dyes. Thanks to the apparatus with a soft, gentle mode, which promotes uniform distribution of components and deeper penetration of particles of CO ₂ extracts and dyes into the crystalline structure of the salt. CO ₂ extracts, forming a film on the surface of structural moisture, provide high stability of the product (Fig. 1). The crystals are not mechanically damaged, have equal coloring, a pleasant strong aroma of coniferous forest or eucalyptus, or calendula.

The combined presence and interaction of components of a mixture of natural minerals containing microincluded gases, biologically active CO ₂ -extracts give unexpectedly high tonic, deodorizing, bactericidal and therapeutic effects in combination with high stability of the product.

 In a patent study, a bath composition of a similar composition was not found. Therefore, it has an "inventive step".

 The limits of the content of components are determined by biological activity, physico-chemical parameters and the cost of the product.

Reducing the lower limit of the content of the mixture of minerals leads to a deterioration of the tonic effect, due to a decrease in the content of microincluded gases (from 8 to 2% or less). Failure to comply with the upper limit impairs physical and chemical indicators:
1) an increase in water-insoluble substances (from 0.02 to 0.2%) does not allow to obtain clean sea water when dissolved;
2) an increase in the mass fraction of moisture (from 10 to 12% or more) reduces the stability of the product. The decrease in the content of CO ₂ extract in the product affects the aromatic, deodorizing and bactericidal properties. Increase - leads to a rise in the cost of funds.

 Example 1

One third of the single salt loading is placed in the apparatus, then a liquid CO ₂ -extract of Siberian fir is added, then another third of the salt, then a dry mixture of food colors of tartrazine and ponso, then the remaining one third of the salt in the following ratio of components, wt. carnallite 12; potassium chloride 4; Siberian fir CO ₂ extract 0.5; dye tartrazine 0.03; Ponceau dye 0.02; sodium chloride 83.45.

 Example 2

The tool is prepared analogously to example 1, with a ratio of components, wt. carnallite 14; potassium chloride 5; CO ₂ -extract of eucalyptus - 0.1; dye tartrazine 0.04; indigo carmine dye 0.01; sodium chloride 80.85.

 Example 3

The tool is prepared analogously to example 1, with a ratio of components, wt. carnallite 12; potassium chloride 4; CO ₂ extract of calendula - 0.4; dye tartrazine 0.03; sodium chloride 83.57.

 Example 4

The tool is prepared analogously to example 1, with a ratio of components, wt. carnallite 13; potassium chloride 4.5; CO ₂ extract fir 0.2; dye tartrazine 0.03; Ponceau dye 0.02; sodium chloride 82.25.

Apply the tool by dissolving 50-100 g in hot water with stirring. The salt dissolves with crackling, saturating the water with small bubbles of gas micro-embedded in the crystals of minerals. Water thus aerated has healing properties that are unique in nature and, due to the content of CO ₂ extracts, enhances the tonic and bactericidal effects.

 Take a bath for 10-15 minutes. Exit without rinsing the body with water, because the salt “cloak” formed on the skin acts reflexively on the body and in the subsequent period.

 To prove the advantages of the proposed tool in comparison with the prototype (tool "Karel") the test results are given.

To conduct stability tests, 2 samples were prepared (1 prototype - Karel, 2 mixture of natural minerals with CO ₂ -extract of eucalyptus - Legra). The results are shown in table. 2 and in the drawing.

Samples of 2 samples were poured into glass cups with a thin layer and left in air at room temperature 18-20 ^o C. Weighing was carried out after 3,4,5,6 and 12 days. According to the results given in table. 2 and the drawing it can be seen that after 3 days, sample 1 (prototype) lost 4.8% of the weight, and sample 2 (Legra) did not change. After 12 days, sample 1 did not change, and sample 2 lost 0.12% of the weight, i.e. the proposed tool is 40 times more stable than the prototype.

 Means "Karel" (prototype) is a fine crystalline powder with a particle size of 3 + 0.5 mm The proposed tool is a large crystals with a particle size of 10 + 3 mm

 The ability to lose moisture and the crystalline structure of the prototype cause caking and lump formation. And high stability and large crystals eliminate these disadvantages and for a long time retain the presentation and properties of the proposed product.

The substances emitting gas bubbles during dissolution possess tonic properties; incorporating bioligically active CO ₂ extracts. Hence the conclusion: the proposed tool contains 99.5% salts of natural minerals, which in turn contain up to 8% microincluded gases. The prototype contains in its composition the same salts, but technical and enriched (90%), not containing microinclusive natural gas, but only 4.5% of carbon dioxide formed during dissolution of sodium bicarbonate. Available in the proposed tool, biologically active CO ₂ extracts not only themselves have a tonic effect, but also potentiate, enhance the effect of the tool itself.

In terms of ionic composition, the proposed product is close to sea water. If we consider that seawater inhibits the activity of bacteria, then we can talk about sterility and bactericidal activity. The composition of the product, for example, the Siberian fir CO ₂ -extract has bactericidal properties, inhibits the development of many microorganisms, in particular, spore flora at a concentration above 65 gamma / ml, and staphylococci at a concentration above 250 gamma / ml.

Due to the content of up to 48% of essential oil in CO ₂ -extracts and up to 40% of aroma carrier, the proposed product has a strong aroma compared to the prototype (organoleptically 0.05 and 0.1% solutions were determined).

 Analyzing the above and summarizing the results of the research, it can be concluded: the claimed tool has a high stability compared to the prototype, does not cake, dissolves without sediment, has enhanced aromatic, tonic and bactericidal properties. Baths with the claimed new means "Legrand" contain the entire registry of micromineral substances of the World Ocean, biologically active components and food colors. They help relieve stress, nourish and rejuvenate the skin, increase elasticity, stimulate metabolism, and increase the body's defenses. They tone, aromatize, deodorize the body, water, air of the bathroom, inhibit the activity of pathogens.

 At higher concentrations, they are included in the treatment complex for diseases of the joints, osteochondrosis, cardiovascular failure. The mechanism of action is dominated by an anti-inflammatory effect, an improvement in microcirculation and blood circulation, and an increase in the cardiovascular system.

Claims (1)

A bath product containing sodium chloride, carnallite, characterized in that it further contains potassium chloride, CO ₂ extracts of medicinal herbs, or Siberian fir, or eucalyptus and food colors in the following ratio of components, wt. Carnallite 12 14
Potassium chloride 4 5
СО ₂ -extracts of Siberian fir, or eucalyptus, or calendula 0.1 - 0.5
Food coloring tratrazine, or indigo carmine, or ponce 0.03 0.05
Sodium Chloride

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