RU2033186C1 - Deodorant - Google Patents

Abstract

FIELD: hygienic means. SUBSTANCE: this deodorant includes sodium salts of resin acids, water, sodium salts of aliphatic acids, wax, phytosterol, pheophorbid, carotene and essential oil. Above ingredients should be taken in following amounts. 0.2 to 1.0 mass percent sodium salts of resin acids, 0.1 to 0.3 mass percent sodium salts of aliphatic acids, 0.2 to 0.8 mass percent wax, 0.1 to 0.4 mass percent phytosterol, 0.01 to 0.04 mass percent pheophorbid, 0.001 to 0.002 mass percent carotene, 0.01 to 0.03 essential oil, water making up balance. EFFECT: disclosed deodorant includes natural components, its aqueous solution excellently impregnates curative insoles for footwear, napkins, axillary spacers, individual hygienic accessories made of cotton, felt and paper, possesses uninflammatory properties, promotes healing of wounds and pedal intertrigo, and favorably and biologically actively treats skin without causing allergy. 2 tbl

Description

 The invention relates to cosmetic hygiene products that eliminate unpleasant odors of the human body, and is intended for use as a deodorizing agent in the processing and impregnation of products and personal hygiene items made of fabric and paper, namely insoles for shoes, sanitary napkins, clothing items, etc. P.

 Numerous deodorizing compositions are known containing various components of natural origin, such as vegetable essential oils, natural waxes and resins, wheat and wood flour, citrus fruits, starch, etc.

 However, the known compositions are intended for the deodorizing treatment of air, macromolecular substances or their decomposition products, gases with an unpleasant smell of rubber, household items, such as carpets, ashtrays and similar processing, and are not intended for the processing of products and objects in contact with the human body.

 Known compositions having a deodorizing effect or reducing the release of sweat, as well as eliminating the smell of sweat or absorbing perspiration. Shoe insoles are treated or impregnated with such compounds, both supplementary and therapeutic, sports, etc. and also make products from deodorizing materials intended for shoes, garments (gaskets for hats, linings, armpits, etc.), hygienic underwear, hats, seats, etc. Known compositions contain activated carbon, as well as derivatives of potassium, magnesium, sodium, calcium sulfosuccinate, talc, silicon dioxide and / or calcium carbonate with acetohydroxamic acid, modified dextran, a strong polyelectrolyte in ion exchange form, and others.

 However, these compositions contain organic and inorganic compounds mixed with compounds of synthetic origin, which adversely affects the human skin, since the introduction into the body through skin pores of synthetic substances that do not exist in nature is likely to be harmful, despite the temporary apparent suitability, when using these personal care products daily or for long periods.

 Known deodorizing agent closest to the invention in the main component of the composition of natural origin. The composition contains sodium salts of resin resin of gum and water. In the form of a 0.2-1.0% aqueous solution, a known agent is used to eliminate the unpleasant odor released by substances such as pyridine, formalin, hydrogen sulfide.

 However, the known deodorizing agent is unsuitable for use in the impregnation of products made of fabric and paper, which are personal hygiene items in contact with the human body, such as therapeutic insoles, insoles for shoes, sanitary napkins, armpits, etc. since the sodium salts of resin acids in an aqueous solution will not be sorbed on objects, but will be washed off with them later, and with it, drying on the body will give it stickiness, creating unpleasant sensations on the skin and (sticking) the surface of the objects (glued) (for example , insoles) to the body. Such an action of the deodorizing composition cannot but cause skin irritation up to allergic. At the same time, resin acids, as well as their sodium salts, do not have anti-inflammatory properties and are not able to have a beneficial effect on cracks and diaper rash and irritation on the body when used for processing personal hygiene items.

 The aim of the invention is to give the deodorizing agent anti-inflammatory properties and expand its functionality by giving it the ability to impregnate articles of fabric and paper, i.e. the creation of such a deodorizing agent, all components of which would be of natural origin, and which could be used to impregnate personal hygiene items (medical insoles for shoes, sanitary napkins, etc.) and process fabric and paper products (clothes, gasket hats, etc.) .p.) or other objects in contact with the human body. At the same time, the created deodorizing agent should fight off the smell of sweat, have anti-inflammatory properties, promote the healing of cracks and diaper rash, and not cause allergic effects.

This goal is achieved in that the deodorizing agent containing sodium salts of resin acids and water, according to the invention, additionally contains sodium salts of fatty acids, wax, phytosterol, pheophorbide, carotene and essential oil in the following ratio, wt. Sodium salts of resin acids 0.2-1.0 Sodium salts of fatty acids 0.1-0.3 Wax 0.2-0.8 Phytosterol 0.1-0.4 Feoforbide 0.01-0.04 Carotene 0.001-0.002 Essential oil 0.01-0.03 Water Else
The introduction of sodium salts of tar and fatty acids and other listed natural components into a deodorizing agent allows you to expand the range of use of the agent for impregnation and processing of products and personal hygiene products and to give it properties that have beneficial effects on human skin.

 Sodium salts of fatty acids by themselves, as well as mixed with the sodium salts of resin acids, agglomerate the remaining water-insoluble components of essential oil, wax, phytosterol, carotene, pheophorbide, which allows you to create an aqueous solution of these fat-soluble components. The introduction of pheoforbide in the composition of the deodorizing agent allows you to give it biological activity and contribute to the appearance of anti-inflammatory and anti-allergic properties of the composition. Carotene is formulated as an antioxidant to protect fat-soluble components from oxidation. Phytosterol in the composition has a positive effect on metabolism and promotes the absorption of other biocomponents, even in small quantities. In addition, phytosterol has a tool for collagen of human skin, and also helps to increase the sorption ability of the impregnating composition. Since it is firmly absorbed on fabric and paper. The introduction of wax into the composition as a sorbent agent promotes the retention of components by sodium salts of fatty and resin acids, which lengthens the duration of the composition and enhances the deodorizing effect. Essential oil, along with the perfume effect, exhibits antimicrobial properties, which gives the deodorizing agent both a bactericidal effect and beats off unpleasant odors of sweat. The positive effect of phytosterol and pheophorbide is enhanced by the introduction of carotene, which together give an anti-inflammatory effect to a deodorant, despite the low concentrations of the components of the whole composition and their high sorption on fabric and paper. At the same time, separately taken colored biocomponents carotene and essential oil cannot be used for impregnation, since they are sublimated on fabric and paper forming spots and stains, which would lead to damage to clothing items. Therefore, their introduction into the composition together with other components allows to obtain a uniform application of the product on the surface of objects, and due to the presence of a combination of wax, sodium salts of fatty acids and resin acids, the deodorizing composition is suitable for impregnation of personal hygiene items. The inventive composition allows you to use it in the form of aerosol spraying.

 The quantitative ratio of the components in the composition is chosen optimal to achieve the goal. The introduction of sodium salts of fatty acids less than 0.1 wt. will reduce the effect of agglomeration of fat-soluble components of the composition, which worsen the conditions conducive to their dissolution. The increase in the amount of sodium salts of fatty acids more than 0.3 wt. impractical due to the presence in the composition of sodium salts of resin acids and wax, which together contribute to the retention of fat-soluble components in an aqueous solution. The quantitative introduction of biologically active components of phytosterol and pheoforbide and carotene and essential oil additives is due to their effectiveness in the composition, so that a lower limit is set, followed by a decrease in anti-inflammatory effect, deodorizing properties, a slight odor of fragrance, and an upper quantitative limit is the inexpediency of increasing scarce, expensive additives that give a bioactive beneficial effect within the specified limits. The increase in the amount of wax more than 0.8 wt. in the composition is impractical due to the appearance of stickiness on products impregnated with a deodorizing agent, and a decrease in its amount is less than 0.2 wt. leads to a decrease in the sorption of bioactive components on fabric and paper.

 The claimed technical solution in comparison with the prototype has distinctive essential features, which allows this solution to be considered as meeting the criterion of "novelty."

 The analysis of similar deodorizing agents known in science and technology shows that the claimed composition is not found and the totality of the distinctive essential features is not known.

 It was not obvious that the fat-soluble components of the claimed composition will be combined with water and will give a combined homogeneous aqueous solution capable of impregnating products and preserving uniformly adsorbed biocomponents on fabric and paper. This became possible due to the manifestation of the agglomerating action of sodium salts of fatty acids with respect to the water-insoluble components of the composition, which was still not known. The property of pheophorbide to have an anti-inflammatory effect was also unknown. The widely known properties of the bioactive effect of phytosterol, carotene and essential oil only enhance the positive effect of a deodorizing agent, but they can act in the inventive composition only if they are transferred to an aqueous solution due to their agglomeration with sodium salts of fatty acids, the indicated property of which was not known.

 Thus, the claimed technical solution meets the criterion of "significant differences".

PRI me R 1. Sodium salts of fatty acids taken in an amount of 1.0 g, ie, in terms of abs. dry matter 0.1 wt. (product of tall oil), mixed with 5 ml of water in a glass vessel there were added 2.0 g (0.2 wt.), sodium rosin acid salts (soap of rosin) with stirring and heating to 50-60 ° ^C. Then the following components were successively added to the resulting mass under the same conditions: 1.0 g (0.1 wt.) phytosterol, 0.001 wt. carotene, 2.0 g of coniferous wax (0.2 wt.), 0.1 g of coniferous essential oil, then 0.1 g (0.01 wt.) of pheophorbide from plant materials of nettle, needles, algae, etc. The resulting mass is stirred well at 50-60 ^{° C} for 15-20 min and water was added to 1,000 g (988.8 g). Received 1000 g of a 0.6% aqueous solution of a deodorizing agent, which was used to impregnate sanitary napkins by immersing them in the solution for 2-3 minutes in an enameled container. Napkins were left moistened in a hermetically sealed plastic bag to preserve their one-time action for a month.

 The organoleptic characteristics of sanitary napkins after their treatment with a 0.6% deodorizing solution are presented in Table 1, the test results of the impregnated products in dynamics in Table 2.

PRI me R 2. Sodium salts of fatty acids 3.0 g (0.3 wt.) (Product from tall oil) was mixed with 25 ml of water in a glass container. With stirring and heating to 50-60 ^{° C} was added sodium salts of rosin acids in an amount of 10 g (1.0 wt.). The following components were successively introduced into the resulting mass under the same conditions: 4.0 g of phytosterol (0.4 wt.) In powder form, 0.02 g (0.002 wt.) Carotene 8.0 g (0.8 wt.) Of wax from aspen bark; 0.3 g of pine essential oil (0.03 wt.) And 4.0 g of pheophorbide (0.04 wt.) Calculated on the abs. dry matter. The resulting mass is stirred well at 50-60 ^{° C} for 15-20 min, and added water up to 1000. The obtained 1000 g of a 25% aqueous solution dezodopiruyuschego means that used to impregnate the insoles of the x / cotton fabric, felt, by dipping calico them into the solution for 5-10 minutes in an enameled bath. The organoleptic characteristics after treatment of the insoles are presented in Table 1, the test results of the products impregnated with a deodorant composition in Table 2.

PRI me R 3. Sodium salts of fatty acids in an amount of 1.5 g (0.15 wt.) Was mixed with 10 ml of water in a glass container. With stirring and heating to 50-60 ^C then added sodium salts of resin acids of 5 g (0.5 wt.). The following components were successively introduced into the resulting mass under the same conditions; 2.0 g of phytosterol in powder form (0.2 wt.). 0.015 g of carotene (0.0015 wt.), 4.0 g of aspen bark wax and 0.15 g of essential oil from pine and spruce, 0.2 g of pheoforbide. The resulting mass is stirred well at 50-60 ^{° C} for 15-20 minutes, and thereto was added water to 1000 he received a 1.3% aqueous solution of the deodorizing agent, which is impregnated insole, underarm shields of the x / cotton fabric by immersion in a a bath. The shoes were treated with the same solution from the inside (felt slippers) by spraying from a spray bottle followed by natural drying. The test data are presented in tables 1 and 2.

PRI me R 4. Sodium salts of fatty acids in an amount of 0.8 g of 0.008 wt.) Was mixed with 10 ml of water in a glass container. Then, while stirring and heating to 50-60 ^{° C} was added 1.5 g (0.15 wt.) In abs. dry matter sodium salts of resin acids. The following components were sequentially introduced into the resulting mass: 0.9 g (0.09 wt.) Phytosterol in powder form, 0.009 g carotene, 1.5 g wax from the axis of the new bark 0.09 g pheoforbide from coniferous greenery, 0.09 g coniferous essential oil. Water was added to the resulting mass up to 1000 g, and a 0.5% aqueous solution of a deodorizing agent was obtained, which was used to treat napkins, armpits, and insoles for shoes made of felt and cotton fabric. The test data are presented in tables 1 and 2.

PRI me R 5. Mixed sodium salts of fatty acids in an amount of 4.0 g with 25 ml of water in a glass container. We were then introduced with stirring and heating to 50-60 ^{° C} the sodium salts of rosin acids, taken in an amount of 13.0 g (1.3 wt.) Of a rosin soap. The following components were successively introduced into the resulting mass: 5.0 g of phytosterol, 0.03 g of carotene, 9.0 g of coniferous wax, 0.5 g of pheoforbide and 0.6 g (0.06 wt.) Of essential coniferous oil. Water was added up to 1000 g. A 3.0% aqueous solution of a deodorizing agent was obtained, which was used to soak insoles, napkins, armpits from cotton fabric.

 Organoleptic characteristics of a deodorizing agent and the test results of products impregnated with it are presented in Tables 1 and 2.

 From these tables it follows that the organoleptic characteristics of the deodorizing agent are best for formulations where the optimal amounts of the components taken make it possible to prepare 0.6-2.5% solutions for processing and impregnating products from cotton fabric and paper (examples 1, 2, 3 tab. 1). The solutions have a coniferous smell, green, do not stick to the surface of the product. When they process items from cotton fabric, paper, felt, the solutions well impregnate them, stably preserving the properties in the process of using these products (as personal hygiene items) for a month (examples 1, 2, 3 of Table 2). So, disposable wipes as on the 1st day give a feeling of freshness, coolness and beneficial effect on the skin, disinfecting it, and after a month, provided that the wet wipe is properly stored in a hermetically sealed form. Cotton insoles and felt soaked with a deodorizing composition absorb smelts of sweat during their socks and contribute to the healing of diaper rash of the feet and fingers, abrasions and cracks. Pleasant smell and anti-inflammatory properties, they remain in a month. Underarm impregnated with a deodorizing agent do not leave streaks on clothes, absorb sweat well and create a pleasant feeling of freshness, absorb unpleasant body odors. With an increase in the number of components in the composition above the optimum, the resulting 3% solution retains its pleasant organoleptic properties (color, smell), however, products impregnated with it become sticky, which creates inconvenience when worn, can cause discomfort on the body and irritation on the skin ( example 5, table 1, 2). If there is an insufficient amount of introduced components in the composition, which is less than optimal, a 0.5% solution does not have an anti-inflammatory effect and slightly masks unpleasant odors, and after 7 days its deodorizing effect completely disappears (Example 4, Table 2).

 The proposed deodorizing composition in optimal amounts (examples 1, 2, 3) has anti-inflammatory properties, absorbs perspiration well, fights off unpleasant body odors, which allows to expand its range of application for impregnation of personal hygiene items. This is especially important, given that the social needs of the population, especially the poor, require a large number of items such as medical insoles for shoes, armpits, footcloths, etc., made of cotton fabric, felt and paper for constant everyday use, which Today it simply does not exist and is not produced by domestic industry. Moreover, given that the proposed deodorizing agent consists entirely of natural components of natural origin, it can beneficially influence, through the pores of the skin, the body as a whole, especially the legs, affecting the skin of the legs and biologically active points of the feet while walking , normalizing their metabolic disorder.

 The proposed deodorant is tested on a large number of product samples (more than 50 pcs.), Insoles, armpits, napkins (Table 2) and tested in the process of wearing.

Claims (1)

 A DEODORIZING PRODUCT containing sodium salts of resin acids and water, characterized in that, in order to impart anti-inflammatory properties and expand its functionality by giving it the ability to soak tissue and paper products, it additionally contains sodium salts of fatty acids, wax, pheoforbide, phytosterol , carotene and essential oil in the following ratio, wt. Sodium salts of resin acids 0.2 1.0
Sodium salts of fatty acids 0.1 0.3
Wax 0.2 0.3
Phytosterol 0.1 0.4
Pheophorbide 0.01 0.04
Carotene 0.001 0.002
Essential oil 0.01 0.03
Water Else

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