JP6090884B1 - Washing soap - Google Patents

Abstract

To provide a cleaning agent having a cosmetic effect. A cleaning agent includes a cleaning material base and a material derived from agaric bamboo dispersed in the cleaning material base. [Selection] Figure 1

Description

  Embodiments of the invention relate to cleaning agents.

  Conventionally, there is a universal demand for products that have the effect of making the skin beautiful, and products that are more effective are being developed every day. In recent years, soaps and body soaps that contain plant-derived ingredients and are expected to have beauty and pharmacological effects have attracted attention.

  Hanabiratake is a type of mushroom that has been used for food and medicine. In recent years, it has been found that the bamboo shoot has the effect of enhancing immunity and the effect of adjusting the intestinal environment.

JP-A-11-269596

  The problem to be solved by the present application is to provide a cleaning agent having a cosmetic effect.

  The cleaning agent according to the embodiment includes a cleaning material base, and a material derived from the bamboo shoots dispersed in the cleaning material base.

It is a figure which shows an example of the cleaning agent of embodiment. It is a figure which shows an example of the cleaning agent of embodiment.

  The cleaning agent according to the embodiment includes a cleaning material base, and a material derived from the bamboo shoots dispersed in the cleaning material base. The cleaning agent can be a solid or fluid cleaning agent.

  An example of a solid cleaning agent according to the embodiment is shown in FIG. A cross-sectional view cut along BB in FIG. 1A is shown in FIG. The cleaning agent 1 shown in FIGS. 1A and 1B is soap. The cleaning agent 1 includes a cleaning material base 2. The cleaning material base 2 is a cleaning component of the cleaning material 1, and in this example is a soap base 2 '.

  The soap base 2 'can be any known soap base. The soap base 2 'is a fatty acid salt obtained by neutralizing a fatty acid with an alkali, for example. The fatty acid can be, for example, a higher fatty acid. The higher fatty acid can be, for example, lauric acid, myristic acid, palmitic acid, stearic acid, oleic acid, or any combination thereof. The alkali can be, for example, a basic salt. One kind of alkali may be used, or a plurality of kinds of combinations may be used. The alkali can be, for example, sodium hydroxide or potassium hydroxide, or a combination thereof.

  The soap base 2 'may be, for example, a fatty acid salt obtained by saponifying fats and oils with an alkali. The fat may be, for example, horse oil, beef tallow, lard, palm oil, coconut oil, olive oil, palm kernel oil or soybean oil, or any combination thereof. The alkali can be the same alkali as described above.

  Alternatively, the soap base 2 'may be a fatty acid salt obtained by neutralizing a mixture of fatty acid and fat with an alkali.

  The soap base 2 'may be a non-transparent soap base or a transparent soap base.

  The cleaning agent 1 further comprises a material derived from agaric bamboo that is dispersed in the soap base 2 '. In this embodiment, as shown in FIGS. 1 (A) and 1 (B), the alga bamboo material 3 is present in a substantially uniform concentration throughout the surface and the inside of the soap substrate 2 '.

  Hanabira bamboo derived material 3 is a material derived from Hanabira bamboo. Hanabira bamboo may be a mushroom generally referred to as “Hanabira bamboo”. For example, it is a mushroom or a related mushroom that is classified into the genus Hanabiratake of the family Basidiomycota agaricidae, and that has the scientific name Sparassis crispa or Spalassis latifolia.

  The part of the bamboo shoot that can be used in the embodiment is, for example, the base of a fruiting body. The base of the fruiting body is preferred for use because of its higher density, ie, weight to volume. The base of the fruiting body may be, for example, a stonework. Alternatively, the part of the flower that can be used may be the whole fruit body of the flower, the umbrella and / or the fungus pattern.

  The bamboo shoot-derived material 3 may be fragmented or atomized edible bamboo having a particle size of 2 mm or less, 1.5 mm or less, or 1 mm or less. The particle size can range, for example, from about 1 nm to about 2 mm, from about 1 nm to about 100 nm, from about 1 nm to about 10 μm, from about 1 nm to about 100 μm, or from about 1 nm to about 1 mm, but is limited to this range is not.

  The particle size of the material derived from the bamboo shoot may be, for example, about 100 nm to about 2 mm. Such a material for the bamboo shoot may be a fruit body fragment. The cleaning agent containing such a material derived from the bamboo shoot may exhibit a higher dirt removing effect. Such a cleaning agent 1 can have a further effect by removing pore dirt of the user of the cleaning agent 1, improving dullness of the skin, whitening and / or reducing body odor. Such a cleaning agent 1 may be used as a scrub cleaning agent and / or a massage cleaning agent.

  The particle size of the material from the bamboo shoot may be, for example, from about 1 nm to about 100 nm. Such a material for the bamboo shoots 3 may be an extract of the bamboo shoots. The extract of the flower is a mixture containing at least two kinds of substances contained in the flower, extracted from the flower by a polar solvent that does not have an undesired effect on an organism. The substance contained in the bamboo shoot that may be contained in the extract may be, for example, at least two kinds from the group containing β-glucan, trehalose, ergosterol, chitosan, other amino acids, minerals, and the like. Hanabiratake extract may contain other unspecified functional substances contained in Hanabiratake. Since the observation of such a substance at the molecular level is also understood to be fine, here, the extract is defined as finely crushed. Therefore, the Hanatake mushroom-derived material dispersed in the cleaning agent base contains a Hanatake mushroom extract. The cleaning agent 1 containing the material derived from the bamboo shoot as such a flower extract can exert an effect that the material derived from the bamboo shoot tends to penetrate into the skin or the hair.

  All of the material 3 derived from the bamboo flakes contained in the cleaning agent 1 may have the same particle size or may have different particle sizes. For example, the cleaning agent 1 may contain both a chanterelle fruit body fragment and a garlic bamboo extract. Preferably, the cleaning agent 1 includes at least a chanterelle fruit body fragment having any of the above-described particle sizes. Such a cleaning agent 1 includes a cleaning agent base 2 and a Hanatake mushroom-derived material 3 as a fruit body fragment distributed in the cleaning agent base 2.

  In FIG. 1 (A) and (B), for the sake of convenience, the material derived from the flower is shown in a size that can be seen with the naked eye. However, the size of the material derived from the flower is not limited to this size, and may be a size that cannot be seen with the naked eye.

  For example, the content of the material 3 in the cleaning agent 1 is 0.1% to 10%, 0.5% to 5%, 1% to 3%, or 2% by weight with respect to the cleaning agent 1 as a whole. obtain.

  The cleaning agent 1 has a cosmetic effect as compared with a conventional cleaning agent by including the above-mentioned Hanabira bamboo derived material 3. The beauty effect can be, for example, a moisturizing effect on the skin and / or hair, a soil removing effect or a skin quality and / or hair quality improving effect associated therewith, a deodorizing effect, a cleaning effect, and the like. The skin quality improvement may be, for example, reduction of wrinkles due to dry skin, reduction of sagging, reduction of rough skin, and / or whitening, that is, skin color becomes brighter. Hair quality improvement includes reduction of hair drying, reduction of damage, reduction of gray hair, hair sharpening, improvement of hair mass, reduction of hair loss, hair growth and / or glossiness of hair, etc. obtain.

  The material derived from the bamboo shoot shows a moisturizing effect that is 1.2 times higher than that of hyaluronic acid. In addition, it has been found that the material derived from the agaric bamboo has an effect of whitening melanoma cells and has an effect on whitening. Further, the cleaning agent has a high dirt removing effect, can control body odor such as aging odor, and has a high effect of removing pore dirt. The cleaning agent is also effective in improving hair quality. Furthermore, it has been found that people who are prone to rough skin due to sensitive skin, that is, those that come into contact with the skin, are also less likely to cause rough skin.

  Among such effects, with respect to the moisturizing effect, β-glucan, which is found to be contained in the material derived from Hanabiratake, may be partially involved. However, there are also effects that cannot be explained only by the effects of β-glucan, and these effects are comprehensive effects obtained by various components contained in Hanabira bamboo, and the cleaning agent of the embodiment including the same It is suggested that this is an overall effect. Furthermore, since the material derived from the bamboo shoot is a biodegradable substance, it does not adversely affect the environment even if it is drained as waste water.

  In addition, it has been found that the component derived from Hanabiratake has an effect as an adjuvant. The effect as an adjuvant is to further enhance the cosmetic effect due to components other than the material derived from Hanabiratake contained in cleaning agents such as additives as described below. For example, the moisturizing effect of hyaluronic acid in the cleaning agent containing hyaluronic acid as an additive can be higher than the moisturizing effect of the cleaning agent that does not contain a component derived from agaric bamboo. Alternatively, the adjuvant effect is to allow the immune-related cells to take up components that are desired to be taken up by the immune-related cells. By this function, the cleaning agent of the embodiment contains an anti-diabetic effect, an anti-allergic effect and / or an anti-cancer effect when it contains a component desired to be taken up by immune-related cells, for example, a synthetic nucleic acid as an additive. And so on. In the case of an embodiment in which an antiallergic effect is expected, an effect of preventing itching due to atopic dermatitis and / or hay fever is expected. In the case of an embodiment in which an anticancer effect is expected, such a cleaning agent can be expected to be effective in preventing skin cancer and the like. Alternatively, by using such a cleaning agent over time, a health care effect on the whole body can be expected.

  In addition to the above-described components, the cleaning agent 1 further includes a moisturizing agent, a chelating agent, an antioxidant, a preservative, a foaming agent, and an auxiliary agent, as long as the effect of the above-mentioned material 3 is not affected. As an alkaline agent, surfactant other than soap, water softener, oil, medicinal component, bactericidal component, insecticidal component, water, glycerin, solvent, plant extract, scrub agent, component desired to be incorporated into immune-related cells Any known additives such as colorants and / or fragrances may be included. The insecticidal component may be a component that does not adversely affect the human body when the cleaning agent 1 is used for humans, such as a plant extract. When the cleaning agent 1 is transparent soap, a clarifying agent such as glycerin or sugar may be further added.

  The method for producing the cleaning agent 1 as described above includes the steps of preparing the bamboo leaf derived material 3, the step of preparing the soap base material 2 ′, and the surface of the soap base material 2 ′ with the habitat bamboo derived material 3 dispersed as the cleaning agent 1. Producing a soap. These steps will be described below.

  The step of preparing the leaflet material 3 can include, for example, a step of drying the leaflet and a step of refining the dried leaflet.

  The drying step can be performed using any known method such as natural drying, hot air drying, low temperature drying, vacuum freeze drying, pressure drying, spray drying, fluidized bed drying and / or drum drying. . Drying can be performed until the water content of the bamboo shoot is 0% to about 30% by weight.

  The step of refining can be performed by, for example, wet pulverization, dry pulverization, or freeze pulverization. These pulverizations can be performed using a known apparatus such as a coarse pulverizer, a medium pulverizer, a fine pulverizer, or an ultrafine pulverizer. These devices can be, for example, known mixers, choppers, food processors, mills or crushers.

  The step of drying may be performed before the step of atomizing, may be performed at the same time, or may be performed after. In a further embodiment, the step of preparing the bamboo leaf-derived material 3 may not include a step of drying. The obtained bamboo shoot derived material 3 can be, for example, powdery, granular or pasty. The particle diameters of the material 3 from these forms can be any of those described above.

  As described above, the bamboo shoot derived material 3 can be obtained. Next, a process for preparing the soap base 2 'will be described.

  The soap base 2 'can be obtained by mixing a fatty acid selected as desired with an alkali selected as desired, heating and stirring the mixture, and causing a neutralization reaction. Prior to the neutralization reaction, the fatty acid may be dissolved in ethanol. In that case, a soap base is obtained by mixing the said solution with an alkali, heating and stirring. The soap base may be a transparent soap base that is a raw material for transparent soap.

  Alternatively, the soap base 2 'can be obtained by mixing an oil and fat selected as desired with an alkali selected as desired and heating and stirring the mixture to cause a saponification reaction. After the saponification reaction, glycerin produced together may be removed. Further, alcohol may be added and removed during saponification. In that case, a transparent soap substrate can be obtained.

  Either the step of preparing the bamboo leaf-derived material 3 or the step of preparing the soap base 2 ′ may be performed first or simultaneously.

  Next, a process for producing soap as the cleaning agent 1 by dispersing the bamboo leaf derived material 3 in the soap base 2 'will be described. The soap as the cleaning agent 1 can be, for example, framed soap or mechanical soap.

  When the cleaning agent 1 is framed soap, for example, the cleaning agent 1 mixes and disperses Hanabira bamboo-derived material on a non-solidified soap base, pours the obtained mixture into a mold of a desired size, and cools and solidifies. And can be manufactured by stamping.

  When the cleaning agent 1 is mechanically kneaded soap, for example, the cleaning agent 1 is formed by cooling the mixture to form powder or flakes, kneading with a roller or the like, and extruding the product extruded into a rod shape with a plotter or the like. Can be obtained.

  Alternatively, the cleaning agent 1 performs a step of producing a soap base using a fatty acid, oil or fat or an alkali in which a material derived from agaric bamboo is dispersed, and using that, a framed soap or a mechanical soap is produced as described above. You may manufacture by performing a process.

  The manufacturing process of the cleaning agent 1 may further include a process of adding the above-described additive to the soap base. Additives may be added in advance to soap raw materials such as fatty acids, oils and fats, may be added to the soap base, may be added in advance to the material derived from Hanabira bamboo, or before solidification It may be added to the mixture of the bamboo shoot-derived material and the soap base. When the cleaning agent 1 is mechanical soap, these additives may be added to the mixture in the form of powder or flakes.

  The cleaning agent 1 obtained in this way may contain only the lobster fruit body fragment as the material derived from the lobster bamboo, may contain only the lobster fruit extract, It may contain both objects. It is preferable that at least a fruit body fragment of Hanabiratake is included.

  The cleaning agent 1 containing an extract of the garlic bamboo as a material derived from the garlic bamboo can be manufactured as follows. After being dispersed in the soap base 2 ′ and the bamboo leaf derived material 3, before the mixture is solidified, the mixture is mixed with water as an additive, and at a high temperature condition, for example, about 50 ° C. to about 80 ° C. for a predetermined time. Stir and filter. The water may be previously mixed with the material derived from the bamboo shoot. By including such a process, the material 3 derived from the garlic bamboo can be eluted in the soap base 2 ′. Thereby, the cleaning agent containing the Hanatake mushroom-derived material 3 as a Hanatake mushroom extract can be obtained. The filtration can be performed using, for example, a mesh, a filter paper, a filter cloth, a wire mesh, a sieve, or a filter. The mesh may be, for example, a 30 mesh network, a 40 mesh network, a 50 mesh network, or a 60 mesh network. The step of filtering may be omitted.

  The detergent 1 obtained in this way can contain both a garlic bamboo fragment and a garlic bamboo extract. In such a detergent 1, in addition to the Hanabira bamboo fragment after the Hanabiratake extract is eluted, the Hanabira bamboo fragment and / or the Hanabiratake fragment before the Hanabiratake extract is eluted May be included.

  Alternatively, the cleaning agent 1 containing the algal extract may be manufactured by separately preparing the algal extract and dispersing it in the soap base. The step of preparing the extract of the bamboo shoot can be performed, for example, by mixing the bamboo shoot with the solvent for extraction and obtaining the extract from the mixture. The solvent for extraction can be a polar solvent that does not have an undesirable effect on the organism. It can be, for example, water, aqueous buffer, aqueous non-buffer, ethanol and the like or mixtures thereof. After mixing the solvent for extraction and Hanabira bamboo, the mixture may be pressurized or centrifuged. The step of obtaining the extract from the mixture can be performed, for example, by filtering the obtained mixture or removing the layer in which the extract is present from the mixture. Thereafter, unnecessary components may be removed from the obtained extract. It can be done, for example, by filtration, precipitation or selective exclusion of contaminants. The extract obtained as described above may be concentrated. Concentration can be performed by any known method such as evaporation, membrane concentration or freeze concentration. The detergent containing the material obtained from the agaric bamboo as an extract of the agaric bamboo can have the same effect as the detergent containing the fruit body fragment.

  In the above, the example which disperses | distributs the material 3 from a bamboo shoot in the soap base 2 'at a substantially uniform density | concentration was shown. However, in the cleaning agent 1, there may be a portion where the concentration of the Hanatake bamboo-derived material 3 is higher than other portions. Such a cleaning agent 1 is, for example, formed by laminating a soap in which a plurality of types of soap bases having different concentrations of the bamboo leaf derived material 3 are mixed in a marble shape or a plurality of types of soap bases having a different concentration of the root shell material 3 in a layered manner. It can be soap that is stuck together.

  In a further embodiment, the cleaning agent 1 may contain a material 3 derived from a kind of bamboo shoot having different particle sizes. Such a detergent 1 is, for example, a soap in which a plurality of different types of grain size 3 material are mixed in a soap base at a uniform concentration, or a plurality of types of soap having a different particle size. The soap may be a soap in which the base material is mixed in a marble shape, or a soap in which a plurality of types of soap base materials having different particle sizes are formed in layers and pasted to each other.

  Each of the manufacturing method of the cleaning agent 1 as such a soap may further include the process of processing the obtained soap into a powder form after these processes. In that case, the cleaning agent 1 is provided as powdered mechanical soap or powdered mechanical soap.

  Any of the cleaning agents 1 described above can be used to clean animals. The animals can be, for example, humans, companion animals, livestock animals and / or wild animals. The part of the animal that can be cleaned by the cleaning agent 1 may be the whole body or a part of the body. The part may be, for example, a face, a hand, a foot, and / or hair, but is not limited thereto. The cleaning can be, for example, removing dirt attached to the skin, pores, and / or body hair. The dirt may be, for example, sebum, sweat, horn plugs, old keratin, dirt, microorganisms such as mites or fungi, food and drink, environmental substances and / or chemical substances. To remove the dirt is to lift the dirt from the part to be cleaned. It can be achieved by applying a cleaning agent to the part to be cleaned, foaming the cleaning agent, rubbing the part to be cleaned, or letting the cleaning agent 1 become familiar with the part to be cleaned. Thereafter, the cleaning agent 1 and dirt can be removed from the part to be cleaned by washing the cleaning agent 1 with a liquid, wiping or removing it with another cleaning agent.

  Such a cleaning agent 1 can be, for example, a full body soap, a hand soap, a facial soap, a cleansing soap, a hair soap, a massage soap or a scrub soap, but is not limited thereto. Absent. Moreover, when the cleaning agent 1 contains an insecticidal component and / or a bactericidal component, it has an effect of killing and / or sterilizing microorganisms such as mites and / or fungi. For embodiments where anti-diabetic, anti-allergic and / or anti-cancer effects are expected, the detergent 1 can be soap for extracorporeal treatment. It is preferably, for example, a health care soap or a medicinal soap.

  The above-mentioned cleaning agent 1 can be used as follows, for example. First, water is applied to the surface of the cleaning agent 1, and the surface is rubbed with a hand, a cloth or a plastic net to generate bubbles. The foam is applied to the part to be cleaned and rubbed for a desired time. By rubbing for a desired time, the Hanatake mushroom-derived material may touch the skin and / or hair and / or a portion of the Hanatake mushroom-derived material may penetrate the skin and / or hair. Therefore, for the desired period of time, the material from the bamboo shoot may give the skin and / or hair the above-mentioned effects. Thereafter, the foam is washed away with a liquid such as water or hot water. Alternatively, the cleaning agent 1 may be used without foaming. In that case, the surface to be cleaned is rubbed with the surface of the cleaning agent 1 soaked with water, and then the rubbed portion is washed away with the liquid.

  The cleaning agent is a cleaning agent that is washed away after use, thereby preventing the Hanatake mushroom-derived material from remaining on the portion to be cleaned for a long time. This prevents the portion to be cleaned from being excessively affected by the material derived from Hanabira bamboo. Thereby, expression of an undesirable effect such as irritation to skin and / or hair and / or deterioration of skin quality and / or hair quality can be prevented. Since the cleaning agent of the embodiment is a cleaning agent, the advantages as described above are also effective.

  In a further embodiment, the cleaning agent may be a fluid. The fluid may be, for example, a liquid or gel form. An example of such a cleaning agent 11 is shown in FIGS. FIG. 2A shows the liquid cleaning agent 11 contained in the container 5. A cross-sectional view taken along line BB in FIG. 2A is shown in FIG. The cleaning agent 11 is liquid soap. In that case, the cleaning agent base 22 is a liquid soap base 22 '. The alkali of the raw material of the liquid soap base 22 'can be potassium hydroxide, sodium hydroxide or triethanolamine.

  The raw materials other than the alkali of the liquid soap base 22 'can be the same as those described above. Further, the bamboo shoot-derived material 33 may be the same as described above. As shown in FIGS. 2 (A) and 2 (B), the bamboo shoot-derived material 33 is dispersed throughout the liquid soap substrate 22 '.

  2A and 2B, the container 5 is shown as a pump-type dispenser that discharges the contents. However, the container 5 may be any known container that can accommodate a fluid. Such containers can be, for example, automatic dispensers, dispensers that produce foam from the contents, tubes or bottles, and the like. 2 (A) and 2 (B), a schematic diagram is shown in which the internal structure of the pump portion as the container 5 is omitted.

  The liquid soap base 22 'can be manufactured in the same way as the soap base 2'.

  The cleaning agent 11 is, for example, mixed with the liquid soap base 22 ′ and the Hanabiratake-derived material 33, or mixed with oil or alkali that is a raw material of the liquid soap base 22 ′ and the Hanaburatake-derived material 33, and the liquid soap base 22 ′. Can be manufactured by performing the process of manufacturing.

  The fluid cleaner 11 can be used to clean the entire animal as well as the solid cleaner. Moreover, the same effect as a solid cleaning agent can be produced. Such a cleaning agent may be, for example, a body shampoo, a body shampoo for scrubs, a body shampoo for massage, a hand shampoo, a medicated shampoo, a facial cleansing foam or a hair shampoo, but is not limited thereto.

  In a further embodiment of the fluid cleaner, the cleaner matrix may be a surfactant other than soap dissolved in water (not shown). The surfactant may be, for example, a known surfactant such as an amino acid surfactant, a petroleum surfactant, a natural fat surfactant, or any combination thereof. These surfactants may be anionic surfactants, cationic surfactants, amphoteric surfactants, or nonionic surfactants.

  An amino acid surfactant is a surfactant having a structure in which an amino group is present between a lipophilic group and a hydrophilic group. The amino acid-based surfactant can be, for example, acyl sarcosinate, acyl alaninate, acyl glutamate, or alkylamino dibrovionate. The petroleum-based surfactant is a surfactant using petroleum as a raw material, and may be, for example, linear alkylbenzene sulfonate (LAS), α-olein sulfonate (AOS), or the like. The natural fat / oil surfactant is a surfactant made from natural fat / oil, and may be, for example, α-sulfo fatty acid ester salt (MES). However, examples of the surfactant are not limited to these examples.

  Alternatively, the surfactant may be any known natural surfactant. Such natural surfactants can be, for example, casein, lecithin, saponin or plant extracts. Such a plant extract may be, for example, a soap nut (muclozi) extract.

  Such a detergent substrate may contain 40% to 95% water based on the total weight.

  The material derived from the bamboo leaf contained in such a cleaning agent may be the same as described above.

  Such a cleaning agent can be manufactured by mixing the raw material of the bamboo flake and the cleaning agent base, or after mixing the raw material of the cleaning agent base and the raw material of the cabbage base, and then performing the process of manufacturing the cleaning agent base. .

  The content of the material from the bamboo shoot in such a cleaning agent may be 0.1% to 20% by weight with respect to the entire cleaning agent.

  In addition to the above-mentioned components, such a cleaning agent, in addition to the above-described components, may further contain a moisturizing agent, a chelating agent, an antioxidant, a preservative, a foaming agent, a thickening agent, an oil, It may contain any known additives such as medicinal ingredients, bactericidal ingredients, insecticidal ingredients, plant extracts, scrub agents, ingredients desired to be taken up by immune-related cells, colorants and / or fragrances. The method of adding these additives can be the same as described above.

  In the above-described fluid detergent, there may be a portion where the concentration of the material derived from the flower is higher than other portions. Moreover, in the said cleaning agent, the different kind of particle size derived material of a bamboo shoot may exist.

  Such cleaning agents can be liquid, cream, emulsion, and the like. The fluid cleaning agent can be used to clean the entire animal, as well as the solid cleaning agent. Moreover, the same effect as a solid cleaning agent can be produced. Such a cleaning agent may be, for example, a cleaning agent used by foaming or a cleaning agent used by being familiar with a portion to be cleaned. The detergent used by foaming can be, for example, body shampoo, body shampoo for scrub, body shampoo for massage, hand shampoo, facial cleansing foam, medicated shampoo, hair shampoo or rinse-in shampoo, but is not limited thereto. is not.

  The detergent used by foaming can be stored and / or used in any of the containers described above. Such a cleaning agent can be used as follows, for example. First, a cleaning agent is applied to a hand, cloth, plastic net, or the like and rubbed to generate bubbles. In that case, cleaning water may be included. Alternatively, the foam may be obtained from a dispenser that produces foam containing the cleaning agent. Thereafter, the foam is applied to the part to be cleaned, and the part is rubbed for a desired time. By rubbing for a desired time, the material derived from the bamboo shoot may give the skin and / or hair the above-mentioned effects. Then rinse off the foam with a liquid such as water or hot water. Or you may apply | coat a cleaning agent to the part to wash | clean with water, and rub the part.

  The cleaning agent used by applying to the part to be cleaned can be, for example, cleansing emulsion, cleansing cream, peeling emulsion, peeling cream, etc., but is not limited thereto. Such a cleaning agent can be used as follows, for example. Apply the cleaning agent to the part you want to clean and let it blend. The conforming step can be performed for a desired time. In the meantime, the part to be cleaned may be massaged. By acclimatizing for a desired time, the material derived from the bamboo shoot can give the skin and / or hair the above-mentioned effects. The cleaning agent can then be washed away with a liquid such as water or hot water, wiped off, or removed by using additional other cleaning agents. Still another cleaning agent may be the cleaning agent used by foaming the embodiment, or may be any cleaning agent used by creating any known foam.

  In a further embodiment, the detergent substrate may be a surfactant other than soap that is not dissolved in water. In that case, the detergent substrate may be in powder form. Such a cleaning agent can be produced by dispersing a material derived from agaric bamboo in any of the above-described surfactants in powder form. The cleaning agent may further contain a known additive in addition to the above-described components. Such a cleaning agent 1 is used in the same manner as the cleaning agent used by foaming or the cleaning agent used by being blended with the portion to be cleaned, and has the same effect.

  In a further embodiment, the cleaning agent used in conformity with the part to be cleaned may not be a surfactant. The detergent base contained in such a detergent may be a known oil, lotion, gel or mud (clay) or any known adsorbent. In such a case, the cleaning of the embodiment is carried out by dispersing the Hanabira bamboo-derived material in these cleaning materials, or by dispersing the Hanabira bamboo-derived material in the raw material of the cleaning material and producing the cleaning material. An agent can be obtained. The cleaning agent may further contain a known additive in addition to the above-described components. Such a cleaning agent may be, for example, cleansing oil, cleansing water, cleansing gel, peeling gel or mud pack, but is not limited thereto.

  Such a cleaning agent can be used in the same manner as the cleaning agent used by the above-mentioned acclimation.

  According to the embodiment, a cleaning agent having a cosmetic effect and a manufacturing method thereof are provided.

<Example>
Example 1. Soap A detergent according to the embodiment was made. First of all, the stones of Hanabiratake were finely granulated with a household juice mixer to obtain the material derived from Hanabiratake. Next, what melt | dissolved the fatty acid in ethanol was mixed with sodium hydroxide and potassium hydroxide, and it stirred under the temperature conditions of 50 to 78 degreeC, and obtained the soap base. Thereafter, the soap base was confirmed to be alkaline by a phenolphthalein solution or a pH meter. To the soap base material, a mixture of Hanabira bamboo, water and glycerin, sugar, water, chelating agent, coloring agent, moisturizing agent and oil were added in random order and stirred at 50 to 78 ° C. for 20 minutes or more. Thereafter, the mixture maintained at 53 ° C. to 65 ° C. was filtered through a 40 mesh mesh made of stainless steel, and then poured into a round pipe made of polyvinyl chloride. Thereafter, the mixture in the pipe was stirred with a stir bar for about 1 hour so that the material derived from the bamboo leaf was uniformly dispersed in the soap base. Then, after the solidified soap was cut, the surface was polished, stamped, and dried to obtain the soap that is the cleaning agent of the embodiment. This is Example 1.

Example 2. Sensory test A sensory test was performed to evaluate the effect of the cleaning agent of Example 1. Using Example 1, the body, face and hair were washed once or twice a day for 10 days, and then moisturized, hypoallergenic, deodorizing effect, dirt removing effect, pore dirt removing effect, skin The evaluation was performed by listing items that were particularly effective for the effect of hairiness (reduction of wrinkles) or hair beautification. This test was conducted on 13 men and women in their teens to 70s.

The evaluation results are shown in Table 1.

  In particular, there were many subjects who evaluated that they were effective in improving moisture retention, improving skin quality, removing dirt, removing pore dirt, and improving hair quality. The subjects who were effective in improving the skin quality evaluated the familiarity of other cosmetics with the skin or the reduction of acne. Moreover, several test subjects evaluated that it was effective in moisture retention, deodorizing effect, pore dirt removal effect, and hypoallergenicity. Some subjects evaluated that the aging odor was reduced with respect to the deodorizing effect. Some subjects evaluated it as having a hair-beautifying effect or a whitening effect.

  From the above results, the cleaning agent of the embodiment has a cosmetic effect, that is, a moisturizing effect on the skin and / or hair, a stain removing effect or an accompanying skin quality and / or hair quality improving effect, a deodorizing effect, and a cleaning effect. It has been suggested.

Example 3 Shampoo A test was conducted to evaluate the cleaning agent of the embodiment as a shampoo. The detergent is made of Naurus bamboo, which is a detergent base, made from finely ground stones of agaric bamboo, and water, cocamidopropyl betaine, EDTA-2Na, horse oil as additives. , Silica, bis (C13-15alkoxy) PG amodimethicone, coconut oil fatty acid PEG-7 glyceryl, polyotanium-7, polyotanium-10, sodium benzoate, citric acid, Na chloride, phenoxyethanol and perfume, stirred and filtered It was manufactured by doing. The detergent contains 1% by weight of the component derived from Hanabira bamboo.

Example 4 Sensory test Using this detergent, hair was washed once or twice a day for 5 days. As a comparative example, before using the cleaning agent, shampooing was performed under the same conditions using “BOTANIST Botanical Shampoo”, “Elavache Hair Shampoo”, and “Giovanni GV Ecochic Smooth As Silk Moisture Hair Shampoo”. . After using the cleaning agent of the embodiment, changes in hair quality and scalp were compared and evaluated. This test was conducted on 12 men and women in their teens to 70s. As a result of the test, the following various reports were obtained. "Glossy hair""Hairdoesn't squeeze, no need to rinse""Good hair fit""Goodfingering""Blood circulation improves""Hair root rises""Hair Easy to style, easy to style, “decreased hair loss” “increased hair” “clean pores (high cleaning effect)” “decreased gray hair (longer hair dyeing interval)” “I lost my white hair” “I feel refreshed after washing my hair”.

  Based on the above results, the cleaning agent of the embodiment has a cosmetic effect on the hair and scalp, that is, a moisturizing effect on the skin and / or hair, a soil removing effect, or a background quality associated therewith, as compared with other hair cleaners. It was suggested that there is an effect of improving hair quality, deodorizing effect, and cleaning effect.

Example 5. Oral evaluation test Granules containing 750 mg of ground Hanabiratake, 930 mg of ECM · E, and 120 mg of dextrin were taken 168 ± 7 days three times a day before meals to evaluate changes in skin condition or changes in health condition, etc. . This test was conducted on men and women in their 10s and 60s.

  As a result of the test, the following various reports were obtained. "Reduction of aging odor" "Whitening effect by suppressing melanin" "Activation of the ability of collagen to generate in the body" "Improvement of skin quality (reduction of fine wrinkles, restoration of tension, etc.)" "Improvement of sleep (deep sleep, awakening, sleeping) ) ”“ Improvement of hair quality (confirmed thickening in many humans) ”“ Improved diabetes ”“ Impaired body fatigue / malaise, tired eyes / hazy / sight, taste, complexion ”“ Stiff shoulders, numbness ” / Improvement of neuralgia "" Improvement of constipation (intestinal improvement), appetite, frequent urination / residual urine "," Cold / flu resistance, healing of wounds, improvement of swelling due to athlete's foot and insect bites " Improve metabolism (sweat), improve hypothermia, increase white blood cells, cancer (tumor suppression), symptoms caused by hepatitis / virus / gonococcus (resistance), type II / III diabetes, depression / Alzheimer's disease, etc. "Especially effective in improving prostate cancer" "Angiogenesis inhibitory effect" "Improvement of hay fever" "Improvement of menstrual irregularities" "Improvement of keratinous condition such as foot" "Migraine, joint pain, dizziness, tinnitus / hearing improvement" "Slight fever, hyperventilation, “Improved palpitations and dizziness” “Improved swelling / itchiness of limbs” “Improved personality (like irritability)” “Improved exercise capacity (endurance)”

  From the above results, it was found that the material derived from Hanabira bamboo has a beauty effect, an antiallergic effect, an antidiabetic effect, and an anticancer effect. Although the result by oral administration of the component derived from agaricus bamboo was shown above, such an effect is expected to be obtained by administration other than oral administration, for example, transdermal administration. It is expected that such an effect can also be achieved by the cleaning agent of the embodiment.

  According to the embodiment, the following cleaning agent and a manufacturing method of the cleaning agent may be provided.

[1] A cleaning agent comprising a cleaning material base and a material derived from the bamboo shoot dispersed in the cleaning material base.

[2] The cleaning agent according to [1], wherein the cleaning material base is a soap base.

[3] The cleaning agent according to [1], wherein the cleaning material base is a surfactant other than soap.

[4] The cleaning agent according to any one of [1] to [3], wherein the material derived from the flower is a flower of about 1 nm to about 2 mm.

[5] The cleaning agent according to any one of [1] to [3], wherein the material derived from the flower is a flower extract.

[6] The cleaning agent according to any one of the above [1] to [5], which contains 0.1% to 10% by weight of the material derived from the bamboo shoot.

[7] A method for producing a cleaning agent, comprising a step of preparing a material derived from a bamboo shoot, a step of preparing a cleaning material base, and a step of dispersing a material derived from a bamboo shoot in the cleaning material base to prepare a cleaning material.

[8] A method for producing a cleaning agent, comprising the steps of preparing a material derived from agaric bamboo, a step of obtaining a raw material for a cleaning material base dispersed with the material derived from agaric bamboo, and a step of producing the cleaning material base from the raw material.

[9] The method according to [7] or [8] above, wherein the detergent substrate is a soap substrate.

[10] The method according to [7] or [8], wherein the cleaning material base is a surfactant other than soap.

  DESCRIPTION OF SYMBOLS 1,11 ... Detergent 2,22 ... Detergent base 2 '... Soap base 22' ... Liquid soap base 3,33 ... Hanabira bamboo origin material 5 ... Container

Claims (2)

A detergent matrix, the Sparassis crispa derived material dispersed in the cleaning agent in the matrix seen including,
The material derived from the flower of Hanatake is a cleaning agent comprising stone fragments of Hanatake . The cleaning agent according to claim 1, wherein a particle size of the material derived from the flower is 100 nm to 2 mm.

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