JPH02232054A - Deodorant for beauty parlor - Google Patents

Abstract

PURPOSE:To deodorize a nasty smell and further to prevent a sweet smell such as perfume, etc., from being canceled by carbonizing tea under reduced pressure, dissolving a specified carbonized component by alcohole, diluting this component with the large quantity of water and charging this liquid to a pump type spray. CONSTITUTION:The tea is carbonized under the reduced pressure and in the case of 20mmHg, the carbonized component, for which the range of a boiling point is 180-200 deg.C, is dissolved by the alcohole, diluted with the large quantity of the water and charged to the pump type spray. Otherwise, the alcohole solvent of the carbonized component is charged to a high pressure gas spray container together with the large quantity of liquefied gas. Otherwise, the tea is circulated and extracted together with the solvent such as the alcohole, etc., and a solid-state object, which is obtained by drying and setting the filtered liquid under the reduced pressure, is carbonized under the reduced pressure. In the case of 20mmHg, the carbonized component, for which the range of the boiling point is 180-200 deg.C, is dissolved by the alcohole, diluted with the large quantity of the water and charged to the pump type spray. Otherwise, the alcohole solvent of the carbonized component is charged to the high pressure gas spray container together with the large quantity of the liquefied gas.

Description

Detailed Description of the Invention (Industrial Field of Application) The present invention relates to a deodorant for beauty salons, and more specifically, to a deodorant for beauty salons, and more specifically, to a deodorizer for use in beauty salons, and more specifically to a deodorant for use in beauty salons, and more specifically, it is a deodorizer for use in beauty salons, and more specifically, it is a deodorizer for use in beauty salons. To provide a novel deodorant for beauty salons that deodorizes but does not eliminate the scent of perfumes and the like inevitably used in beauty salons. Incidentally, recently, there are cases in which hairdressing is performed at barber salons, so in the following, such cases will be included in the concept of beauty salon.

(Prior art) When hair is permanently treated at a beauty salon, a thioglycolate-based ill solution is applied to the hair with a brush (approximately 180 cc), and then an oxalate-based so-called two-solution solution is applied to the hair. The common process is to apply (approximately 180cc), leave it on for about 10 minutes, and then wash it off. In this case, especially when one liquid is applied, an ammonia-based or amine-based odor is emitted. Therefore, spray aromatics etc. around the area,
Measures are taken to reduce the discomfort caused by this foul odor. (IQ problem to be solved by the invention) However, since the above-mentioned spraying of air fresheners, etc. only distracts the malodorous components with the aromatic components, the above-mentioned discomfort cannot be completely wiped away, and the malodor remains forever. This has become a big problem for customers and hairdressers.

The present inventors focused on this point, and as a result of intensive study on various deodorants, the deodorant disclosed in Japanese Patent Publication No. 61-8964 was dissolved in a solution, and when sprayed on the above-mentioned foul odor, the odor was immediately detected. It was discovered that the bad odor disappears, and that the aromas of perfumes and the like that are unavoidably used in beauty salons are not destroyed at all, leading to the completion of the present invention.

(Means for Solving the Problems) The deodorant for beauty salons of the present invention is produced by carbonizing tea under reduced pressure.
In the case of m H H, a carbonized component with a boiling point range of 180 to 200°C is dissolved in alcohol, diluted with a large amount of water, and filled into a pump sprayer, or the alcoholic solution of the carbonized component is liquefied in a large amount. It is filled with gas into a high-pressure gas spray container. In addition, tea is extracted under reflux with a solvent such as alcohol, and the filtrate is dried under reduced pressure.
In the case of +mHg, a carbonized component with a boiling point range of 180~2oO℃ is dissolved in alcohol, diluted with a large amount of water, and filled into a pump sprayer, or the alcoholic solution of the carbonized component is liquefied in a large amount. This also includes those filled with gas in a high-pressure gas spray container.

The ultraviolet absorption spectrum of a 1000 times aqueous solution of each of the above carbonized components shows maximum absorption at 276±2 mμ, and the refractive index of a 20% by weight propylene glycol solution of the carbonized component is: n oO = 1. 4 1 8±0.02
The optical rotation is: a '60= + O - 0 0 7°
±0.002° specific gravity; d = 1.025±0.02
It is something that is. Furthermore, tea as a starting material for the carbonized component is obtained mainly from tea leaves.

Ethyl alcohol, propylene glycol, etc. are preferable as the alcohol for dissolving the carbonized components, and these are particularly effective in preventing water from spoiling when diluted with water and filled into a pump sprayer. This pump-type sprayer presses air into the container by manual operation of the operating part, and sprays the extruded solution in the form of a mist from the nozzle, and a well-known type is used. As the liquefied gas that is filled into the high-pressure spray container together with the alcohol solution of the above-mentioned carbonized components, jig-fluid methane, dichloro-difluoro-methane, etc., which are gaseous at room temperature, are used. This high-pressure spray container is filled with the liquefied gas that has been liquefied under pressure together with the alcohol solution of the carbonized component.
This method uses manual operation of a valve to rapidly gasify and discharge liquefied gas, and uses this discharged gas as a carrier gas to form a mist of an alcoholic solution containing carbonized components, which is also discharged at the same time. Adopted. The alcohol solution contains 15 to 25% by weight of the carbonized component, and when diluted with water or liquefied gas, the carbonized component is contained in the total amount of 0.001 to 0.05% by weight. It is desirable to do so. It is also possible to include a small amount of vegetable fragrance in these diluted solutions. It goes without saying that the boiling point range during carbonization will change depending on the degree of reduced pressure.

(Function) When the deodorizing agent filled in the pump-type sprayer or high-pressure gas spray container as described above is sprayed in the vicinity of the permanent treatment or in the room thereof, the bad odor generated from the chemical solution disappears quickly. Although the chemical composition of the carbonization component is not yet known, it is presumed to be composed of flavanols, flavonols, and many other organic compounds. This is thought to be due to a combination of the following:

Moreover, it is worth noting that when the deodorant is sprayed, it does not destroy the scent of the vegetable perfume applied to the human body or sprayed indoors. This is because Camellia family plants such as tea avoid typical bad odors generated from ammonia, amine-based substances, hydrogen sulfide, or mercabutan-based substances, and lemon,
This is thought to be due to the fact that the aromas of typical trees used as raw materials for perfumes, such as jasmine and xerox, are not repellent.

Therefore, it can be said that the above characteristics are extremely appropriate for beauty salons that unavoidably use vegetable perfumes.

(Example) Next, an example will be described. (1) 25 kg of dried tea leaves were carbonized in a carbonization pot under a reduced pressure of 20 mmHg, and the pale yellow aromatic component distilled out at 180 to 200°C was collected in propylene glycol. The distillate in this case was approximately 50g. (2) 250 g of dried tea leaf powder and 600 cc of isopropanol were placed in a Soxhlet extractor and refluxed for 20 hours. The raw material residue was filtered off from the extract, and the filtrate was dried under reduced pressure to obtain about 80 g of a dark green solid. This refluxed solid was carbonized under a reduced pressure of 20 mHg, and the dry distillate at 180 to 200°C was distilled into propylene glycol. This distillate amount was 1 g. (3) The carbonized components obtained in (1) and (2) above were made into a 1000 times aqueous solution, and the ultraviolet absorption spectrum was measured.
All showed maximum absorption at 276±2 mμ. Also, 2
0% by weight propylene glycol solution, its refractive index,
When the optical rotation and specific gravity were measured, the refractive index was 'n20=1. 4 1 8 ± 0.02D Optical rotation; a20 = +0.007' + 0.002''D Specific gravity; d20 = 1.025 ± 0.02.

(4) Deodorization test The carbonized components of (1) and (2) above were made into a 20% by weight propylene glycol solution, and 40 parts by weight each of these were weighed.
Four types of deodorant samples were prepared by diluting the deodorant with 60 parts by weight of water and filling it into a pump sprayer, and then filling it with 500 parts by volume of dichlorofluoromethane into a high-pressure gas spray container. Next, it was filled with foul-smelling gas collected from the first liquid for permanent use, and at the same time, 5 odor was sprayed with lemon-based perfume.
Four airtight containers of ooi were prepared. In this container, put the above 4
A seed deodorizer sample was sprayed for 1 second, the gas inside the container was taken out at regular intervals, and the gas concentration was measured by neutralization titration to calculate the odor removal rate. At the same time, we compared the aromatic properties of lemon odor. The results are shown in Table 1. a and b respectively refer to the carbonized components obtained by (1) and (2) above, and a and b refer to the case where they are diluted with water and filled into a pump-type sprayer, and the case where they are filled into a high-pressure gas spray container with liquefied gas, respectively. means. A comparative example is JP-A-53=6
According to Publication No. 6434, a 20% propylene glycol solution of the extract obtained by dry distilling improbanol from tea confectionery powder was
The case is shown in which a deodorant is diluted with water and filled into a pump-type sprayer in the same way as above. Further, the upper column of each column indicates the removal rate (%) of bad odor, and the lower column indicates the degree of lemon odor attenuation. A lemon odor attenuation degree of 0 means normal, and Δ means a slight decrease.

From the results in Table 1, it is understood that all of the deodorants of the present invention exhibit remarkable deodorizing effects. It is also clear that the aromatic properties of the lemon perfume do not decrease at all. The reason why the lemon odor was observed to be low at the initial stage is considered to be because the permanent liquid 1 has a strong bad odor and it is difficult to distinguish the lemon odor.

(Effects of the Invention) As described above, the deodorant of the present invention is extremely effective in deodorizing the bad odor emitted by permanent care solutions, and this will eliminate a great deal of anxiety from customers and beauticians. Furthermore, it does not destroy the aromatic properties of the various perfumes that are inevitably used in beauty salons, and when taken together, it can be said that it is extremely suitable for use in beauty salons. One or more applicants: Takihyo Chemiriki Co., Ltd. Patent attorney (6235) Hidehiko Matsuno

Claims (1)

[Claims] 1. Tea is carbonized under reduced pressure, and the carbonized components whose boiling point ranges from 180 to 200°C at 20 mmHg are dissolved in alcohol, diluted with a large amount of water, and charged into a pump-type atomizer. A deodorant for beauty salons. 2. Tea is carbonized under reduced pressure, the carbonized component with a boiling point range of 180 to 200°C at 20 mmHg is dissolved in alcohol, and this is filled together with a large amount of liquefied gas into a high-pressure gas spray container. Odorant. 3. Extract the tea under reflux with a solvent such as alcohol, dry the filtrate under reduced pressure, and dry distill the obtained solid material under reduced pressure.
A deodorant for beauty salons, which is made by dissolving a carbonized component having a boiling point range of 180 to 200°C in the case of Hg in alcohol, diluting it with a large amount of water, and filling it into a pump-type sprayer. 4. Extract the tea under reflux with a solvent such as alcohol, dry the filtrate under reduced pressure, and dry distill the obtained solid material under reduced pressure.
A deodorant for beauty salons, which is made by dissolving a carbonized component having a boiling point range of 180 to 200°C in the case of Hg in alcohol, and filling this together with a large amount of liquefied gas into a high-pressure gas spray container. 5. The ultraviolet absorption spectrum of a 1000 times aqueous solution of the above carbonized component shows maximum absorption at 276±2 mμ, and the refractive index of a 20% by weight propylene glycol solution of the carbonized component is; n^2^0_D=1.418±0 .02 optical rotation; a^2^0_D=+0.007°±0.002°
The deodorant for beauty salons according to claim 1, 2, 3, or 4, which has a specific gravity of; d^2^0_2_0=1.025±0.02.