SU1691389A1 - Toilet soap - Google Patents

Abstract

The invention relates to the soap industry and is aimed at imparting to the toilet soap the properties of skin rehabilitation of patients with psoriasis. Toilet soap with medicinal properties contains components in the following ratio, wt%: titanium dioxide 0.15-0.35; a dye of 0.005-0.02; Antal P-2 antioxidant 0.1-0.4; oil extract of celandine leaves 0.2-0.4; oil extract of chaga birch fungus 0.2-0.4; oil extract of rhizomes of yellow capsule 0.2-0.6; perfume 0.5 to 1.5; soap shavings rest. 1 tab.

Description

This invention relates to the soap industry and concerns the creation of toilet soap formulations.

The purpose of the invention is to reduce the irritating effect on the skin of psoriasis patients.

This is achieved by adding the oil extractor of chaga birch fungus and rhizomes of yellow capsule to the composition of toilet soap in the following ratio, wt.%: Titanium dioxide 0.15-0.35

Dye 0,005-0.02

Antioxidant

Antal, 1-0,4

Oily extract of celandine leaves 0.2-0.4

Oil extract of growths of birch fungus chaga 0,2-0,4 Oil extract of rhizomes of yellow capsule

Odorant0.5-1.5

Soap shavings

With the selected composition, sanation of the skin of patients with psoriasis is provided due to the synergistic effect of biologically active components:

-alkaloidov subgroups on protoberberi- (berberine koptezina, stilopina), protopine alkaloids subgroup (protopine, allokritonina) alkaloids benzofenantridina subgroup (heledonine, heletri- on, sanguinarine) and organic acids (malic, citric, succinic, helidono- howling) of oil extract of celandine leaves;

-pigments and gum-like substances of the chromogenic polyphenolcarbonone complex, alkaloids, flavonoids, organic acids (oxalic, formic, acetic, oil, vanillic, para-xibenzoic, obdonic, iono-xyloxy, agaricinic), and an extract, an extract, an oxybenzoic, anionic, iononotic, agaricinic, acetic, oil, vanillinic, para-xibenzoic, obdonic, iono-acetic, agaricinic, acetic, oxybenzoic, organic acid

-alkaloids (/ 5-nufaridine, thiobinufaradine, deoxynufaradine, oplosid

G w.

Kl.

ABOUT

about

SA) CO

thiobinofaradine and others), organic acids (caffeic, ferulic, sipanic, and kumarinic) in the oil extract of rhizomes of yellow capsule.

In addition, there are positive dermatological and perezhiriuyuschie effects that reduce skin dryness due to the use of low-melting fraction of mink fat, consisting of 70% of triglycerides of unsaturated fatty acids (including linoleic acid, linolenic acid and arachidone) as an oil extractant. - new) and synergistic effects of such bioactive components as saponins, provitamin A, ascorbic acid, flavonoids, essential oil of celandine leaves, polysaccharides, zgosterol, microelements of growth of birch trees ba Chaga, sitosterol, stigmasterol and tannins rhizomes Potbelly yellow.

When the upper and lower limits of the content of components are exceeded, the pshykite effect is not achieved, the introduction of titanium dioxide and the dye in concentrations less than 0.15% and 0.005% does not ensure the filling of soap and the color tone, and their introduction is more than 0.35% and 0 , 02 reduces the effect. The introduction of the antioxidant Antal P-2 in concentrations of less than 0.1% does not provide the elasticity of the soap and the preservative effect, and the introduction of more than 0.4% impairs the structure of the soap and its detergent action. The introduction of oil extracts of the leaves of celandine, growths of the birch fungus of the chag and rhizomes of the yellow capsule in an amount of less than 0.2% does not provide the specified biological effect, and an increase in their concentration is more than 0.4; 0.4 and 0.6%, respectively, creates an excessive biological effect. The introduction of odorants in the amount of less than 0.5% does not provide the optimal tone of the smell of soap, and an increase of over 1.5% causes a sharp odor.

The manufacturing process for making toilet soap is illustrated by the following example.

Example. Soap base prepared from high-quality fats and fat substitutes, with a fatty acid content of at least 61.5%, free alkali 0.12-0.25%, sodium chloride 0.35-0.55%,

dried in a vacuum drying unit to produce soap chips containing 74- 80% fatty acids. Soap shavings are mixed with titanium dioxide, dye, Antal P-2 antioxidant, oil extracts of celandine leaves, growths of the birch fungus of chag and rhizomes of yellow capsule and fragrance. The resulting toilet soap is cut, stamped and packaged.

The results of testing the proposed toilet soap, depending on the recipe are presented in Table. one.

When using soap of a known recipe, and also the proposed toilet

no soap without oil extracts, no improvement in skin condition is observed.

Thus, use in the formulation of soap based on soap chips, titanium dioxide, dye, antioxidant

Antal P-2, mesine extract of celandine leaves and odorants, oil extracts of growths of chaga birch fungus and rhizomes of yellow capsules can reduce the irritant effect on the skin of patients with psoriasis.

Claims (1)

Invention formula Toilet soap containing soap chips, titanium dioxide, dye, anti-oxidant Antal P-2, oil extract of celandine leaves from the low-melting fraction of mink oil and perfume, in order to reduce the irritant effect on the skin of patients with psoria In addition, it additionally contains oil extracts of growths of birch fungus chaga and rhizomes of yellow capsule in the following ratio of components, wt.%: Titanium dioxide 0.15-0.35 Dye 0,005-0,02 Antioxidant Antal, 1-0,4 Oil extract of celandine leaves 0.2-0.4 Oil extract of growths of birch fungus Chaga 0,2-0,4 Oil extract of rhizomes of yellow capsule 0.2-0 0.6 Odorant0.5-1.5 Soap shavings