TWI626058B - Dye / perm agent deodorant preparation and deodorant hair conditioner - Google Patents

Abstract

The invention provides a deodorant preparation for dyeing / perming agent and a deodorizing preparation containing the same. The deodorant preparation contains zinc ricinoleate and a liquid carrier. The dye / perm agent deodorant can react with chemical molecules that generate odor in the dye / perm agent. When dyeing / perming agents are used in the process of dyeing / perming, the odor generated by the dyeing / perming agent can reduce the chance of inhaling the chemical molecules that generate odors in the dyeing / perming agent.

Description

Dye / perm agent deodorant preparation and deodorant hair conditioner

The invention relates to a dye / perm agent deodorant preparation and a deodorant hair conditioner containing the dye / perm agent deodorant preparation, in particular to a dye capable of reacting with chemical molecules of odor generated during the use of the dye / perm agent. / Perm agent deodorant preparation.

In the process of dyeing / perming, dyeing / perm agents are usually used. When using dye / perm agents, certain chemical molecules in the dye / perm agents will produce irritating odors, such as nitrogen compounds, such as ammonia. (ammonium Hydroxide), monoethanolamine, triethanolamine, etc .; sulfur compounds, such as thioglycolic acid; oxygen compounds, such as hydrogen peroxide, sodium bromide (Sodium bromate), etc., the personnel who perform the dyeing / perming and the dyed / perm persons often feel uncomfortable when inhaling the chemical molecules that may generate odor in the dyeing / perming agent. At the same time, the odorous chemical molecules in the dyeing / perming agent not only cause odor discomfort to the staff performing the dyeing / perming, but also to the dyed / permant. The aforementioned odorous chemical molecules can also cause harm to the human body after being inhaled by the human body. hurt. In addition, after the dyed / perm person has finished dyeing / perming, the odorous chemical molecules in the dyeing / perming agent may still not be completely removed and remain on the hair roots and scalp of the dyed / perm person. Molecules can also harm the health of infected / permanent people after they have been inhaled by the body.

An object of the present invention is to provide a deodorant preparation for hair dye / perm agent, which includes zinc ricinoleate and a liquid carrier.

The dye / perm agent deodorant preparation as described above, and the liquid carrier may be water or pH-transforming protein.

The dye / perm agent deodorant preparation as described above, the pH-transforming protein is an L-mixed amino acid, which includes aspartic acid, arginine, cystine, cysteine, glutamic acid, group Amino acid and lysine.

The dye / perm agent deodorant preparation as described above further includes ethyl soybean oil-based morpholine acetate sulfate.

The dye / perm agent deodorant preparation as described above further comprises a compound essential oil, which includes alder essential oil, lemon essential oil, tea tree essential oil, chamomile essential oil, lavender essential oil, mint essential oil, rose essential oil, citrus essential oil and cypress essential oil.

In order to achieve the above and other objects, the present invention provides a deodorizing hair conditioner, which includes the above-mentioned dye / perm agent deodorizing preparation, an antistatic agent, and a hair conditioning agent.

The deodorant conditioner as described above further comprises a fragrance selected from the group consisting of mint essential oil, Mediterranean cypress essential oil, lavender essential oil, and sandalwood essential oil.

By using the above-mentioned dye / perm agent deodorant preparation and deodorant conditioner, the odor generated by the dye / perm agent during the dye / perm process can be reduced, and Chance of toxic chemical molecules in perm preparations that are inhaled by the body.

A‧‧‧Dye / Perm Agent Deodorant

B‧‧‧Dye / Perm Agent Deodorant

C‧‧‧Dye / perm agent deodorant

D‧‧‧Dye / Perm Agent Deodorant

FIG. 1 is a comparison chart of the effect of reducing ammonia molecules by the deodorant preparations A, B, C, and D of the dyeing / perming agent.

FIG. 2 is a comparison chart of the effects of reducing hydrogen sulfide molecules on the deodorant preparations A, B, C, and D of the dyeing / perm agent.

FIG. 3 is a comparison chart of the effect of reducing the amount of hydrogen peroxide molecules in the deodorant preparations A, B, C, and D of the dye / perm agent.

In order to fully understand the purpose, features and effects of the present invention, the following specific embodiments are used in conjunction with the accompanying drawings to make a detailed description of the present invention, which will be described later: Example 1 is to provide a dye / perm agent deodorant A. The dye / perm agent deodorant A includes zinc salt of ricinolic acid and a liquid carrier.

Zinc ricinoleate is an effective deodorizing ingredient in the deodorant formulation A of the dye / perm agent. Zinc ricinoleate will be active when dissolved in water. When there are odorous chemical molecules in the environment (for example: Containing nitrogen, sulfur, oxygen, organic acids, aldehydes, or ketones), zinc ricinoleate soluble in water can polymerize with odorous chemical molecules, and zinc ricinoleate and odorous chemical The molecules form odorless, low-volatility large chemical molecules. In this way, the odor in the environment can be reduced and the chance of odorous chemical molecules being inhaled by the human body is reduced.

The liquid carrier may be water or a water-soluble polar solution, such as ethanol. In the first embodiment, the liquid carrier is water.

The dye / perm agent deodorant A is preferably composed of zinc ricinoleate in an amount of 30 to 50% by weight and a liquid carrier in an amount of 50 to 70% by weight. In the dye / perm agent deodorizing preparation A of Example 1, the weight percentage of zinc ricinoleate was 35%, The weight percentage is 65%. However, the individual weight percentages of zinc ricinoleate and liquid carrier in the dye / perm agent deodorizing preparation A can also be adjusted according to the use requirements, and is not limited to this embodiment 1.

Example 2 is to provide a dye / perm agent deodorant B, which contains zinc ricinoleate and pH-transparent protein, zinc ricinoleate and pH-transparent protein As an effective deodorizing component in the dye / perm agent deodorizing preparation B, the pH-transforming protein also serves as a liquid carrier.

The pH-transforming protein is an L-mixed amino acid, which may include aspartic acid, spermine, cystine, cysteine, glutamic acid, histidine, and lysine. The L-mixed amino acid in the protein has positively charged ions, and most of the odorous chemical molecules in the dye / perm agent have negatively charged ions. Therefore, the pH-transforming protein can attract each other and perform redox reactions with the odorous chemical molecules. Therefore, the odorous chemical molecules are decomposed, thereby reducing the pH of the environment and reducing the chance of the odorous chemical molecules being inhaled by the human body. In addition, because the pH-transforming protein is a mixture of many human hair amino acids (for example: cysteine, cystine, aspartic acid, glutamic acid, arginine, histidine, Amino acids such as lysine, etc.), so the pH-transforming protein can also interact with hair to achieve the effect of repairing hair.

The pH-transforming protein may include 2% to 10% aspartic acid, 2% to 10% spermine, 10% to 20% cystine, 5% to 15% cysteine, 2% to 10% Glutamate, 2% ~ 10% histamine and 2% ~ 10% lysine.

The dye / perm agent deodorant B is preferably composed of zinc ricinoleate in an amount of 30 to 50% by weight and the pH-transforming protein in an amount of 50 to 70% by weight. In the dye / perm agent deodorizing preparation B of Example 2, the weight percentage of zinc ricinoleate is 35%, and the weight percentage of the pH-transforming protein is 65%; the pH-transforming protein system includes 5% Aspartic acid, 5% spermine Acid, 10% cystine, 10% cysteine, 5% glutamine, 5% histamine and 5% lysine. However, the individual weight percentages of zinc ricinoleate and pH-transforming protein in the dye / perm agent deodorizing preparation B and the amino acid composition ratio in the pH-transducing protein may also be adjusted according to the use requirements. Example 2 is limited.

Example 3 is to provide a dye / perm agent deodorant preparation C, which is a zinc ricinoleate, the pH-transforming protein, and ethyl soybean oil-based morpholine acetate sulfate ( N-ethyl-N-soya morpholinium ethosulphate), zinc ricinoleate, the pH-transforming protein, and ethyl soybean oil-based morpholine acetate sulfate as effective deodorants in the dye / perm agent deodorant C Ingredient, the pH-transforming protein also acts as a liquid carrier.

Ethyl soybean oil based morpholine acetate sulfate is a cationic surfactant that can neutralize specific organic chemical molecules (such as chemical molecules such as organic acids and sulfides) that produce odors, or can produce odors The specific organic chemical molecules of the odor form a complex, whereby the ethyl soybean oil-based morpholine acetate sulfate can also reduce the odor in the environment and reduce the chance of odorous chemical molecules being inhaled by the human body.

The dye / perm agent deodorizing preparation C is preferably composed of zinc ricinoleate in an amount of 30 to 50% by weight, the pH-transforming protein in an amount of 50 to 70% by weight, and ethyl acetate in an amount of 2 to 10% by weight. Based on soybean oil based morpholine acetate sulfate. In the dye / perm agent deodorizing preparation C of Example 3, the weight percentage of zinc ricinoleate is 35%, the weight percentage of the pH-transforming protein is 60%, and the ethyl soybean oil-based morpholine acetate sulfuric acid is The weight percentage of the salt is 5%, and the amino acid composition ratio in the pH-transforming protein is the same as the pH-transducing protein of the dye / perm agent deodorizing preparation B of Example 2. However, the zinc ricinoleate, the pH-converting protein, and the ethyl group in the dye / perm agent deodorizing preparation C The individual weight percentages of soybean oil-based morpholine acetate sulfate and the amino acid composition ratio in the pH-transforming protein can also be adjusted according to use requirements, and are not limited to this embodiment 3.

Example 4 is to provide a dye / perm agent deodorant D. The dye / perm agent deodorant D includes zinc ricinoleate, the pH-transforming protein, ethyl soybean oil-based morpholine acetate sulfate, and Compound essential oil, zinc ricinoleate, the pH-transforming protein, ethyl soybean oil-based morpholine acetate sulfate, and compound essential oil are used as effective deodorizing ingredients in the dye / perm agent deodorizing preparation D, and the pH is converted The sex protein also acts as a liquid carrier.

The compound essential oil composition in the dye / perm agent deodorizing preparation D includes alder essential oil, lemon essential oil, tea tree essential oil, chamomile essential oil, lavender essential oil, mint essential oil, rose essential oil, citrus essential oil, and cypress essential oil. The compound essential oil is a variety of An extract obtained by extracting the roots, stems, leaves, flowers, fruits, peels and other parts of plants. The compound essential oil can not only provide aroma to cover the odor, but the organic chemical molecules in the compound essential oil can also interact with the odor chemical molecules. Polymerization is carried out to reduce odor in the environment.

The dye / perm agent deodorant D is preferably composed of zinc ricinoleate at 30 to 50% by weight, the pH-transforming protein at 50 to 70% by weight, and 2 to 10% by weight of B. Composed of soybean oil-based morpholine acetate sulfate and compound essential oil with a weight percentage of 2 to 10%. In the dye / perm agent deodorizing preparation D of Example 4, the weight percentage of zinc ricinoleate is 35%, the weight percentage of the pH-transforming protein is 55%, and the ethyl soybean oil-based morpholine acetate sulfuric acid The weight percentage of the salt is 5%, and the weight percentage of the compound essential oil is 5%. The amino acid composition ratio of the pH-transforming protein is the same as that of the pH-transforming protein of the dye / perm agent deodorizing preparation B of Example 2. However, the zinc ricinoleate in the dye / perm agent deodorizing preparation D, the pH-transforming protein, and ethyl soybean oil-based morpholine The individual weight percentages of the acetate sulfate and the compound essential oil and the amino acid composition ratio in the pH-transforming protein can also be adjusted according to the use requirements, and are not limited to this embodiment 4.

Comparative test of molecular effect of reducing ammonia gas (Ammonia) of the dye / perm agent deodorant AD in Examples 1-4: Firstly, 10 ml of the dye / perm agent deodorant A was added to 90 ml of the dye / perm agent to reconcile And pour the dye / perm agent deodorant preparation A / dye / perm agent mixture into a container, and put the container containing the dye / perm agent deodorant A / dye / perm agent mixture in the container In a closed box, a closed space in which gas cannot escape outward is formed in the closed box. A gas detector is also placed in the closed box, and the gas detector detects the deodorant preparation from the dye / perm agent. The A / dye / perm agent mixture was placed in the closed box. Within 15 minutes, the concentration change of the ammonia gas emitted by the dye / perm agent deodorant A / dye / perm agent mixture in the closed space was started. At the same time, 10 ml of the dye / perm agent deodorant preparations B, C, and D were also blended with 90 ml of the dye / perm agent to form a mixed solution, and the same test was performed as described above.

FIG. 1 is a comparison chart showing the effect of reducing the ammonia gas molecules of the deodorant preparations A, B, C, and D of the dye / perm agent. It can be seen in Figure 1 that the dye / perm agent deodorant preparations A, B, C, and D all have significant effects on reducing the concentration of ammonia gas. After adding the dye / perm agent deodorant preparation A to 15 After 15 minutes, the ammonia concentration dropped from the original 100ppm to 50ppm. After 15 minutes of adding the dye / perm agent deodorant B to the dye / perm agent, the ammonia concentration dropped from the original 100ppm to 23ppm. After 15 minutes of adding the dye / perm agent deodorizing preparation C, the ammonia concentration dropped from 100 ppm to 5 ppm; after 15 minutes of adding the dye / perm agent deodorizing preparation D, the ammonia concentration changed from The original 100 ppm dropped to 0 ppm, that is, for reducing the concentration of ammonia The effect is that the dye / perm agent deodorant preparation A <the dye / perm agent deodorant preparation B <the dye / perm agent deodorant preparation C <the dye / perm agent deodorant preparation D.

Comparative test of the molecular effect of reducing the hydrogen sulfide of the dye / perm agent deodorant AD in Examples 1-4: firstly add 10 ml of the dye / perm agent deodorant A to 90 ml of the dye / perm agent Blend and pour the dye / perm agent deodorant A / dye / perm agent mixture into a container, and place the container containing the dye / perm agent deodorant A / dye / perm agent mixture in the container Entering a closed box, the inside of the closed box forms a closed space where the gas cannot escape outward. A gas detector is also placed in the closed box, and the gas detector detects the deodorization from the dye / perm agent. Preparation A / dye / perm agent mixed solution was put into the closed box. Within 30 minutes, the concentration / change amount of hydrogen sulfide emitted by the dye / perm agent deodorant A / dye / perm agent mixed solution in the closed space was changed. . At the same time, 10 ml of the dye / perm agent deodorant preparations B, C, and D were also blended with 90 ml of the dye / perm agent to form a mixed solution, and the same test was performed as described above.

FIG. 2 is a comparison chart showing the effect of reducing hydrogen sulfide molecules of the deodorant preparations A, B, C, and D of the dye / perm agent. As can be seen in Figure 2, the dye / perm agent deodorant A, B, C, and D all have significant effects on reducing the concentration of hydrogen sulfide. The dye / perm agent is added to the dye / perm agent deodorant A after 30 minutes. After 30 minutes, the hydrogen sulfide concentration decreased from the original 200 ppm to 72 ppm. After 30 minutes of adding the dye / perm agent deodorant B to the dye / perm agent, the hydrogen sulfide concentration decreased from the original 200 ppm to 40 ppm. After 30 minutes of adding the dye / perm agent deodorizing preparation C, the hydrogen sulfide concentration dropped from 200 ppm to 10 ppm; after 30 minutes of adding the dye / perm agent deodorizing preparation D, the hydrogen sulfide concentration changed from The original 200 ppm dropped to 0 ppm, that is, The effect on reducing the concentration of hydrogen sulfide is the dye / perm agent deodorant A <the dye / perm agent deodorant B <the dye / perm agent deodorant C <the dye / perm agent deodorant D.

Comparative test for reducing the effect of hydrogen peroxide molecules on the dye / perm agent deodorant preparation AD in Examples 1-4: Firstly, 10 ml of the dye / perm agent deodorant preparation A was added to 90 ml of the dye / perm agent to blend, and The dye / perm agent deodorant preparation A / dye / perm agent mixture is poured into a container, and the container containing the dye / perm agent deodorant A / dye / perm agent mixture is placed in a closed container. In the box, a closed space in which gas cannot escape outward is formed inside the closed box. A gas detector is also placed in the closed box, and the gas detector detects the deodorant A / The dye / perm agent mixture was placed in the closed box. Within 30 minutes, the concentration / change amount of the hydrogen peroxide emitted by the dye / perm agent deodorant A / dye / perm agent mixture in the closed space. At the same time, 10 ml of the dye / perm agent deodorant preparations B, C, and D were also blended with 90 ml of the dye / perm agent to form a mixed solution, and the same test was performed as described above.

FIG. 3 is a comparison diagram showing the effect of reducing hydrogen peroxide molecules of the deodorant preparations A, B, C, and D of the dye / perm agent. It can be seen in Figure 2 that the dye / perm agent deodorant preparations A, B, C, and D all have significant effects on reducing the concentration of hydrogen peroxide. The dye / perm agent is added to the dye / perm agent deodorant preparation A after passing through. After 30 minutes, the hydrogen peroxide concentration dropped from the original 50 ppm to 20 ppm; after 30 minutes of adding the dye / perm agent deodorant B to the dye / perm agent, the hydrogen peroxide concentration dropped from the original 50 ppm to 6 ppm; After 30 minutes of adding the dye / perm agent deodorizing preparation C, the concentration of hydrogen peroxide dropped from the original 50 ppm to 3 ppm. After 30 minutes of adding the dye / perm agent deodorizing preparation D, Hydrogen peroxide concentration dropped from 50ppm to 0 ppm, that is, the effect on reducing the concentration of hydrogen peroxide is the dye / perm agent deodorant A <the dye / perm agent deodorant B <the dye / perm agent deodorant C <the dye / perm agent deodorant Odor formulation D.

Personnel's odor reduction effect test: The dye / perm agent deodorant D and the dye / perm agent in Example 4 were mixed according to the composition ratio of the 11 groups in Table 1 / Table 2 below, and 11 The dye / perm medicament deodorant D / dye / perm medicament mixture was mixed according to the proportions in Table 1 below into 11 containers, and the olfactory person sniffed and compared the 11 groups of the dye / perm The medicament deodorant D / dye / perm agent mixture was used to test the effect of the odor / perm medicament deodorant D on reducing the dying / perm agent. The test results show that when the olfactory person sniffed from the first group to the fourth group, the odor of the smelling / perm agent was gradually diminished, and when the olfactory person sniffed the fifth group, they almost had The smell of the dye / perm agent could not be smelled, and when the smeller smelled from the 6th group to the 11th group, not only the smell of the dye / perm agent could hardly be detected, but also the smeller could smell Increasing fragrance of plant essential oils.

It can be known from the above tests that the dye / perm agent deodorant preparations A, B, C, and D can effectively reduce the odor chemical molecules ammonia, hydrogen sulfide, and hydrogen peroxide in the dye / perm agent. The dye / perm of the present invention Deodorant preparations A, B, C, and D can be reduced in the dyeing / perming process by using zinc ricinoleate, the pH-transforming protein, ethyl soybean oil-based morpholine acetate sulfate, and essential oils. When using a dye / perm agent, the odor generated by the dye / perm agent can reduce the chance of inhaling the chemical molecules that generate the smell in the dye / perm agent. In addition, the dye / perm agent deodorant preparations A, B, C, and D can reduce the odor chemical molecules in the dye / perm agent as well as the odor chemical molecules in other environments, so the dye / perm agent The deodorizing preparations A, B, C and D can be used as a general-purpose deodorizing agent.

Example 5 provides a deodorizing hair conditioner, which includes the aforementioned dye / perm agent deodorizing preparation A, an antistatic agent, and a hair conditioning agent. The deodorizing conditioner in this Example 5 passes through the dye / perm agent deodorizing preparation A, in addition to enabling the staff performing the dyeing / perming and the affected / permanent person to reduce the odor-generating chemistry in the inhaled dye / perm agent It can also reduce the harmful odorous chemical molecules left on the roots and scalp of the infected / permanent person. In other embodiments, the dye / perm agent deodorant A can also be replaced by other dye / perm agent deodorant B, C or D, and is not limited to this embodiment 5.

The antistatic agent in this Example 5 is cystine, but it can also be replaced by other antistatic agents with equivalent effects without being limited to this Example 5. The hair conditioning agent in this embodiment 5 is lysine, but it can also be replaced by other hair conditioning agents with equivalent effects without being limited to this embodiment 5.

Example 6 provides a deodorizing hair conditioner, which contains an anti-oxidant and an antistatic agent and a hair conditioner in addition to the dye / perm agent deodorizing agent A in Example 5. The antioxidant in this embodiment 6 is the Alternate Leaf Melaleuca Leaf Oil, but it can also be replaced by other antioxidants with equivalent effects without being limited to this Embodiment 6.

Example 7 provides a deodorizing hair conditioner, which in addition to the dye / perm agent deodorizing agent A, an antistatic agent, a hair conditioner, and an antioxidant in Example 6 includes a fragrance. The fragrance in this embodiment 7 is selected from the group consisting of peppermint essential oil, Mediterranean cypress essential oil, lavender essential oil and sandalwood essential oil, but it can also be replaced by other fragrances with equivalent effects without being limited to this embodiment 7.

The dye / perm agent deodorant preparation of the present invention can reduce the use in the process of dyeing / perming by using zinc ricinoleate, the pH-transforming protein, ethyl soybean oil-based morpholine acetate sulfate, and a compound essential oil. When dyeing / perming a medicine, the odor generated in the dyeing / perm medicine can reduce the chance of inhaling the chemical molecules that generate a bad smell in the dye / perm medicine. In addition, the dye / perm agent deodorant preparation of the present invention can reduce the odor chemical molecules in the dye / perm agent, as well as the odor chemical molecules in other environments, so the dye / perm agent deodorant of the present invention It can also be used as a universal deodorant.

The deodorant conditioner of the present invention passes the aforementioned dye / perm agent deodorant preparation, in addition to enabling the staff performing dyeing / perm and the person affected by the dye / perm to reduce the chance of inhaling the chemical molecules that generate odor in the dye / perm agent At the same time, it can reduce the harmful odorous chemical molecules left in the roots and scalp of the infected / permanent person.

The present invention has been disclosed in the foregoing with a preferred embodiment, but those skilled in the art should understand that this embodiment is only for describing the present invention, and should not be interpreted as limiting the scope of the present invention. Should note It is intended that all changes and substitutions equivalent to this embodiment should be included in the scope of the present invention. Therefore, the scope of protection of the present invention shall be defined by the scope of the patent application.

Claims (3)

A deodorant preparation for dyeing / perming agent is used for reducing the odor of the dyeing / perming agent. The deodorant preparation for permanent or dyeing agent comprises: zinc ricinoleate; a pH-transforming protein, which is an L-mixed amino acid. The pH-transforming protein includes aspartic acid, arginine, cystine, cysteine, glutamic acid, histidine, and lysine; ethyl soybean oil-based morpholine acetate sulfate; and a compound Essential oils, including alder essential oil, lemon essential oil, tea tree essential oil, chamomile essential oil, lavender essential oil, mint essential oil, rose essential oil, citrus essential oil, and hinoki essential oil; wherein zinc ricinoleate accounts for 30 to 35% by weight, The weight percentage of the pH-transforming protein is 50 to 65%, the weight percentage of ethyl soybean oil-based morpholine acetate sulfate is 2 to 10%, and the weight percentage of the compound essential oil is 2 to 10%. A deodorizing hair conditioner, comprising the dye / perm agent deodorizing preparation, antistatic agent, and hair conditioning agent according to claim 1. The deodorizing conditioner according to claim 2, further comprising a fragrance selected from the group consisting of peppermint essential oil, Mediterranean cypress essential oil, lavender essential oil, and sandalwood essential oil.