RU2010116344A - METHOD FOR TREATMENT FOR HEALTHY HAIR AND PREPARATION OF TREATMENT KERATIN PROTEIN SOLUTION - Google Patents

Abstract

 1. A method of preparing a working solution for restoring damaged hair, comprising the steps of:! ionization of the α-keratin protein by heating and spraying it to a state of fine aerosol; ! hydrolyzing the sprayed α-keratin protein with water and passing an electric current of about 200 A per cubic meter through said hydrolyzed α-keratin protein; ! introducing trace amounts of iron oxide and trace amounts of methanol to form an iron-aldehyde chain; ! the introduction of cyclic and linear aldehydes; ! supplying 6-7% of keratinized water to the filter to filter out very small proteins in the molecular range of 12000-19000 Yes; ! boiling 10% of the water of its required amount to obtain bacteria-free water; ! introducing trionogenic α-keratin protein into a sealed chamber in the absence of air exposure to solvents; ! introducing a cationogenic guar gum to thicken the system to the required viscosity of 2000-5000 cP; ! slow administration of p-benzoquinone and other reagents, with the exception of mixtures of cyclodimethicone and dimethicone; ! vigorously shaking all components until they are mixed to form phase A; as well as ! preparing phase B by boiling 90% distilled water in a separate reactor; ! heating the remaining cyclodimethicone; ! introducing into the mixture phase B liquid aminopropylphenyltrimethicone; ! the introduction of polyglyceryl laurate 10, an extract of jojoba oil and oil vitamin A; ! vigorous shaking up to complete mixing with the formation of phase B; ! introducing phase A into phase B; ! stir slowly until a uniform mixture is formed

Claims (6)

1. A method of preparing a working solution to restore damaged hair, comprising the steps of: ionization of the α-keratin protein by heating and spraying it to a state of fine aerosol; hydrolysis of the sprayed α-keratin protein with water and passing an electric current of about 200 A per cubic meter through said hydrolyzed α-keratin protein; introducing trace amounts of iron oxide and trace amounts of methanol to form an iron-aldehyde chain; the introduction of cyclic and linear aldehydes; supplying 6-7% of keratinized water to the filter to filter out very small proteins in the molecular range of 12000-19000 Yes; boiling 10% of the water of its required amount to obtain bacteria-free water; introducing trionogenic α-keratin protein into a sealed chamber in the absence of air exposure to solvents; introducing a cationogenic guar gum to thicken the system to the required viscosity of 2000-5000 cP; slow administration of p-benzoquinone and other reagents, with the exception of mixtures of cyclodimethicone and dimethicone; vigorously shaking all components until they are mixed to form phase A; as well as preparing phase B by boiling 90% distilled water in a separate reactor; heating the remaining cyclodimethicone; introducing into the mixture of phase B liquid aminopropylphenyltrimethicone; the introduction of polyglyceryl laurate 10, an extract of jojoba oil and oil vitamin A; vigorous shaking up to complete mixing with the formation of phase B; introducing phase A into phase B; slowly stirring until a homogeneous mixture is formed; shaking slowly until completely mixing with phase A to form phase B; cooling the resulting mixture to room temperature. 2. A working solution to restore damaged hair, including: α-keratin protein for the reconstruction of keratin-sulfur bonds, the destruction of disulfide bridges and the crosslinking of various sulfur-containing molecules that create nodules in the hair strands, and thus weaken these strands of hair when they are straightened, also containing linear and cyclic aldehydes, water, cyclodimethicone, dimethicone and cationic guar gum. 3. A working solution for restoring damaged hair according to claim 1, comprising: a keratin protein complex including an emulsion of water, a silicone with an oxidant such as p-benzoquinone to control the rate of polymerization of keratin sulfur and linear and cyclic aldehyde structures in order to bind to cuticles of hair; cyclodimethicone; aminopropylphenyltrimethicone to provide shine and hair conditioning; cationic guar gum for thickening the composition and for conditioning hair; cyclic and linear aldehydes for their action in the process of applying hair protein as sulfur bonds and creating a barrier film on the hair shaft in order to isolate aldehydes and oxidants and the keratin protein complex from their release into the environment, as well as to protect hair from damage related to the environment, creating a barrier film by controlling the rate of polymerization with quinone during thermal application so that no hazardous wastewater is released; as well as cyclic aldehyde groups for stabilizing the solution and producing aromas. 4. The working solution according to claim 1, characterized in that said aldehyde structures are cyclic and linear aldehydes, which also act to produce aromas. 5. The working solution according to claim 1, characterized in that said aldehyde structures are linear and capable of polymerization with keratin-sulfur bonds. 6. The method of fixing keratin-protein treatment inside the hair through the application of heat, as well as polymerization, including reactions in the following form