Formula and production process of antibacterial handmade soap containing lucid ganoderma enzymatic hydrolysate

Abstract

The invention belongs to the technical field of handmade soap, and particularly relates to an antibacterial handmade soap formula of ganoderma lucidum enzymatic hydrolysate, which is prepared from the following raw materials in percentage by mass: 14-20% of ganoderma lucidum enzymatic hydrolysate, 50-65% of coconut oil, 3-7% of sodium hydroxide, 14-20% of distilled water, 1-3% of tea tree oil, 1-3% of unsaturated lipoglycerin and 0.1-0.3% of vitamin E, an extraction method of the lucid ganoderma enzyme dissolving solution comprises the following steps: putting raw material lucid ganoderma into a cleaning machine, cleaning, airing the cleaned lucid ganoderma, crushing into powder, putting pure water into the lucid ganoderma powder according to a ratio of 1: 10, and uniformly stirring. The composition can resist bacteria, moisten, repair and resist oxidation, the ganoderma lucidum enzymatic hydrolysate and the tea tree oil provide a natural antibacterial effect and prevent skin infection, the ganoderma lucidum polysaccharide and the ganoderma lucidum saponin promote collagen generation, balance skin color, resist oxidation and delay senescence, the composition does not contain synthetic perfume and preservatives, is suitable for sensitive skin, and adopts modern enzymolysis and sterilization technologies, so that the composition is safe and reliable. High efficiency and stability of products are ensured.

Description

Technical Field

[0001] The invention belongs to the technical field of handmade soaps, and in particular relates to an antibacterial handmade soap formula of ganoderma lucidum enzymatic hydrolysate and a production process thereof. Background Art

[0002] Ganoderma is a fungus of the Ganoderma family and the genus Ganoderma. Most of the fruiting bodies of Ganoderma are annual, and a few are perennial. They have stalks, and the stalks are lateral. The cap is woody, corky, fan-shaped, with grooves, kidney-shaped, semicircular or nearly circular, with a brownish yellow or reddish brown surface, blood red to chestnut, and sometimes the edges gradually turn into light yellow brown to yellowish white, with a lacquer-like luster. There are concentric ring grooves on the cap surface, with sharp or slightly blunt edges, often involute. The flesh is white to light brown, often light brown near the tube, the tube is small, the tube pore surface is light white, white cinnamon, light brown to light yellow brown, the tube mouth is nearly circular, the stipe is lateral, eccentric or mesogenous, nearly cylindrical, and has a strong lacquer-like luster. The basidiospores are ovate or truncated at the top, double-walled, transparent and smooth outer wall, brown or light brown inner wall, with small thorns, and an oil droplet in the center. Ganoderma is distributed on all continents of the world, and most of them grow in tropical, subtropical and temperate regions. China is a place where Ganoderma resources are widely distributed, mainly in Beijing, Hebei, Shandong, Jiangsu, Zhejiang, Fujian, Jiangxi, Hubei, Hunan, Guangxi, Guangdong, Henan, Yunnan, Sichuan, Guizhou, Hainan, Taiwan, Shaanxi, Shanxi, Anhui, Gansu, Tibet, Hong Kong, etc. It grows beside or on the rhizosphere of various broad-leaved trees such as oak and Fagaceae and pine trees, and also grows on conifers such as hemlock. Ganoderma fungi mostly grow in places with scattered sunlight, sparse trees or open areas.

[0003] The existing Ganoderma lucidum handmade soap generally uses:

[0004] Soaking oil, using vegetable oil to soak and extract the oil-soluble substances in Ganoderma lucidum powder;

[0005] Boil water or distill hydrosol, and use high temperature and other means to extract water-soluble substances in Ganoderma lucidum powder;

[0006] Directly add Lingzhi powder;

[0007] Adding Ganoderma lucidum spore oil or water-soluble Ganoderma lucidum extract;

[0008] The above methods can be added to handmade soap in one or more combinations, but they all have limitations to varying degrees, such as a single available active ingredient, or a limited amount of additives, resulting in insufficient residual active ingredients, making it difficult to maximize their effects, or the added extract ingredients are expensive, resulting in poor quality or high cost of handmade soap. To this end, we propose an antibacterial handmade soap formula of Ganoderma lucidum enzymatic hydrolysate and its production process to solve the above problems. Summary of the invention

[0009] The purpose of the present invention is to provide an antibacterial handmade soap formula of ganoderma lucidum hydrolysate and a production process thereof, which can be antibacterial, moisturizing, repairing and anti-oxidant. The ganoderma lucidum hydrolysate and tea tree oil provide natural antibacterial effects and prevent skin infections. Ganoderma lucidum polysaccharides and ganoderma lucidum saponins promote collagen production, balance skin color, resist oxidation and delay aging. The soap does not contain synthetic fragrances and preservatives and is suitable for sensitive skin. Modern enzymolysis and sterilization technologies are used to ensure that the product is efficient and stable.

[0010] The technical solution adopted by the present invention is as follows:

[0011] The invention discloses an antibacterial handmade soap formula of ganoderma lucidum enzymolysis liquid. The antibacterial handmade soap formula is prepared from the following raw materials in percentage by mass: 14-20% of ganoderma lucidum enzymolysis liquid, 50-65% of coconut oil, 3-7% of sodium hydroxide, 14-20% of distilled water, 1-3% of tea tree oil, 1-3% of unsaturated lipid glycerol and 0.1-0.3% of vitamin E. The extraction method of the ganoderma lucidum enzymolysis liquid comprises the following steps: putting the raw ganoderma lucidum into a cleaning machine for cleaning, drying the cleaned ganoderma lucidum and crushing it into powder, putting pure water into the ganoderma lucidum powder at a ratio of 1:10, stirring evenly, adding cellulase, protease and glucanase, wherein the enzymolysis temperature is 40-60 DEG C, the enzymolysis pH value is 7, the enzymolysis time is 3-8h, after the enzymolysis is completed, filtering is performed by using a centrifugal separation device to remove insoluble impurities to obtain a clarified enzymolysis liquid, concentrating the filtered enzymolysis liquid by using a reduced pressure evaporation or a membrane concentration technology, and sterilizing the ganoderma lucidum enzymolysis liquid by using a pasteurization or a high temperature instantaneous sterilization.

[0012] In a preferred embodiment, a production process of an antibacterial handmade soap formula of Ganoderma lucidum enzymatic hydrolysate comprises the following steps:

[0013] Step 1. Preparation: Prepare all the necessary raw materials and equipment, including weighing tools, mixers, molds, thermometers, gloves, and goggles;

[0014] Step 2. Oil mixing: Weigh the coconut oil according to the formula ratio and heat it to 40-50 degrees Celsius to ensure complete dissolution and uniform mixing;

[0015] Step 3. Preparation of lye: Weigh sodium hydroxide according to the formula, slowly pour it into the pre-weighed distilled water, stir until completely dissolved, and wait for the lye to cool to 40-50 degrees Celsius after dissolution;

[0016] Step 4. Mix the oil and lye: Slowly pour the lye cooled to 40-50 degrees Celsius into the heated coconut oil, stirring continuously until evenly mixed;

[0017] Step 5. Add the Ganoderma enzyme solution: When the oil and alkali solution are fully emulsified and begin to thicken, add the Ganoderma enzyme solution and continue stirring until uniform;

[0018] Step 6. Add other ingredients: Add tea tree oil, unsaturated fat glycerin and vitamin E in sequence, and continue stirring until all ingredients are evenly mixed;

[0019] Step 7. Mold and cut: Pour the mixed soap liquid into the prepared mold, gently shake the mold to remove bubbles, cover the mold and let it stand for 24-48 hours until the soap body hardens, remove the hardened soap body from the mold and cut into soap blocks of appropriate size;

[0020] Step 8. Airing and maturing the soap: Place the cut soap blocks in a well-ventilated place and air them for 4-6 weeks. The moisture in the soap will gradually evaporate, the soap body will become harder, and the pH value will drop to a range suitable for skin use.

[0021] In a preferred embodiment, the preparation work also includes checking the particle condition of sodium hydroxide to ensure that the particles are fine and dry, checking the quality of tea tree oil, vitamin E and unsaturated fat glycerol respectively, preparing a heat-resistant glass container for mixing alkali solution, preparing a manual mixer or an electric mixer, preparing an electronic thermometer or a glass thermometer for measuring the temperature of oil and alkali solution, and selecting a silicone mold, a stainless steel mold or a wooden mold.

[0022] In a preferred embodiment, the oil mixing also includes pouring the weighed coconut oil into a stainless steel pot, turning on the heating source, setting it to low heat, slowly heating the coconut oil to avoid overheating or heating too quickly, and during the heating process, using a thermometer to regularly monitor the oil temperature, inserting the thermometer into the oil to avoid contact with the bottom of the pot, when the oil temperature reaches 40-50 degrees Celsius, turning off the heating source, using a heat-resistant stirrer or a long-handled spoon, gently stirring the heated coconut oil, and placing the oil pot in a hot water bath to maintain a stable temperature.

[0023] In a preferred embodiment, the alkali solution preparation also includes slowly pouring the weighed sodium hydroxide into the weighed distilled water, using a chemical-resistant stirring rod or spoon to gently stir the solution, during the stirring process, checking whether there are undissolved particles at the bottom of the container, placing the dissolved alkali solution in a well-ventilated place, naturally cooling it to 40-50 degrees Celsius, and slowly pouring the cooled alkali solution into a large container.

[0024] In a preferred embodiment, the mixing of the fat and the alkali solution also includes slowly pouring the alkali solution cooled to 40-50 degrees Celsius into a large container containing heated coconut oil, using a chemical-resistant stirring rod or spoon to gently stir to preliminarily mix the fat and the alkali solution, using an "8" shape or circular motion during stirring to evenly distribute the alkali solution in the fat, and as the stirring proceeds, the color and texture of the mixture will change, and when the mixture begins to become viscous and leaves a short trace when the stirring rod or stirrer passes over the surface, it indicates that the "trace" stage has been reached.

[0025] In a preferred embodiment, the adding of the Ganoderma enzyme solution also includes slowly pouring the Ganoderma enzyme solution into the mixture, pouring it along the inner wall of the agitator or container, controlling the flow rate and avoiding splashing, continuously stirring the mixture with a stirring rod or electric stirrer to ensure that the Ganoderma enzyme solution is evenly distributed in the mixture without any stratification or precipitation, observing whether the mixture thickens too quickly or other abnormal conditions occur, and adjusting the stirring speed and time to ensure the best mixing effect.

[0026] In a preferred embodiment, the adding of other ingredients also includes slowly pouring tea tree oil into the mixture according to the formula ratio, continuing to stir using a stirring rod or an electric stirrer, slowly pouring unsaturated fat glycerol into the mixture according to the formula ratio, and after uniform stirring, slowly pouring vitamin E into the mixture according to the formula ratio to ensure that the mixture has consistent color and uniform texture without stratification or particles. If uneven mixing is found, the stirring speed and time are appropriately adjusted until all ingredients are completely blended.

[0027] In a preferred embodiment, the molding and cutting further include slowly pouring the mixed soap solution into the mold, using a scraper or stirring rod to guide the soap solution to be evenly distributed in the mold, gently tapping the side of the mold with your hands, or gently shaking the mold on a solid surface to help bubbles rise and discharge, gently covering the top of the mold with plastic wrap, a lid or cardboard to prevent dust or foreign matter from falling into the soap solution, placing the mold in a warm and stable environment, avoiding vibration and extreme temperature changes, leaving it alone for 24-48 hours, depending on the soap solution formula and ambient temperature, waiting for the soap body to completely harden, confirming that the soap body has completely hardened, gently pressing the surface to confirm its firmness, turning the mold over, gently pushing the soap body out or tearing off the backing paper to help demolding, placing the hardened soap body on a cutting board, and cutting it according to the planned size with a cutting tool.

[0028] In a preferred embodiment, the soap drying and aging further comprises selecting a dry and well-ventilated place, preparing a soap drying rack or a soap drying plate, evenly arranging the cut soap blocks on the soap drying rack or the soap drying plate, turning the soap blocks over weekly so that all sides can be fully exposed to the air, maintaining the temperature of the soap drying environment between 20-25°C, controlling the humidity between 50-60%, checking the hardness of the soap blocks by pressing the surface, measuring the pH value between 8-10, and packaging the matured soap blocks and storing them in a dry and cool area.

[0029] The technical effects achieved by the present invention are:

[0030] Ganoderma lucidum hydrolysate and tea tree oil both have natural antibacterial properties, which help inhibit bacterial growth and prevent skin infections and inflammations. Coconut oil and unsaturated glycerol are used in the formula. These ingredients have moisturizing and hydrating effects, which help maintain the skin's natural barrier and avoid dryness and irritation. Ganoderma lucidum hydrolysate contains a variety of active ingredients, such as polysaccharides and triterpenoid compounds, which nourish and repair the skin and promote skin health. No synthetic fragrances, pigments, and preservatives are used in the production process of handmade soap, which reduces pollution to the environment. At the same time, it is safer for the skin and is suitable for sensitive skin.

[0031] Handmade soap can adjust the proportion of ingredients and add other natural ingredients, such as essential oils and herbs, according to demand to meet the needs of consumers with different skin types and needs. It combines traditional handmade soap making technology with modern enzymatic hydrolysis technology to ensure the efficiency and stability of the product. The ganoderma lucidum enzymatic hydrolysate is treated with pasteurization or high-temperature instant sterilization technology to ensure its stability and antibacterial properties, so that the handmade soap has a longer shelf life.

[0032] The glycerin and unsaturated lipid glycerin contained in the Lingzhi soap use the principle of similar compatible physical properties to clean the epidermis of the skin, thereby enhancing the vitality of the stratum corneum skin shrinking pores. After cleaning, the cells return to their best state, allowing the pores to shrink naturally. Lingzhi is rich in high-molecular polysaccharide β-1, 3-D-glucan, which can promote the production of skin collagen, prevent the formation and precipitation of melanin caused by ultraviolet rays and cosmetics, and achieve the effects of removing excess melanin and balancing the skin's luster. The Lingzhi active ingredients contained in the Lingzhi soap can provide sufficient nutrition to the cells, enable collagen and elastin fiber cells to exert their maximum activity, and supplemented with olive oil and vitamin E, can moisturize the skin, make the skin balanced, shiny, delicate and elastic, and promote blood circulation and skin metabolism to achieve whitening and spot removal.

[0033] Vitamin E contains excellent antioxidants that can remove free radicals in the body, protect the skin from damage caused by chemical pollution, soften the skin and relieve skin dehydration symptoms, and has a good effect on preventing and treating small wrinkles and skin inflammation. The Ganoderma lucidum polysaccharides in Ganoderma lucidum soap have a wide range of pharmacological activities. Ganoderma lucidum polysaccharides can improve the body's protection against radiation by activating the hematopoietic system and enhancing immunity. Ganoderma lucidum saponins can inhibit inflammatory responses, alleviate inflammatory symptoms, and promote wound healing. Ganoderma lucidum saponins can inhibit the production of free radicals and oxidation reactions, slow down the aging process, and delay aging. Ganoderma lucidum saponins can promote the metabolism of skin cells, enhance skin elasticity, and have a certain beauty and skin care effect. BRIEF DESCRIPTION OF THE DRAWINGS

[0034] Figure 1 The present invention is a schematic diagram of an antibacterial handmade soap formula of ganoderma lucidum enzymatic hydrolysate and its production process. DETAILED DESCRIPTION

[0035] In order to make the above-mentioned objects, features and advantages of the present invention more obvious and easy to understand, the specific implementation methods of the present invention are described in detail below in conjunction with the accompanying drawings.

[0036] See also Figure 1 As shown, the invention provides an antibacterial handmade soap formula of ganoderma lucidum enzymolysis solution, which is made of the following raw materials in percentage by mass: 14.7% of ganoderma lucidum enzymolysis solution, 65% of coconut oil, 3% of sodium hydroxide, 15% of distilled water, 1% of tea tree oil, 1% of unsaturated lipid glycerol, and 0.3% of vitamin E. The extraction method of ganoderma lucidum enzymolysis solution is as follows: putting the raw ganoderma lucidum into a cleaning machine for cleaning, drying the cleaned ganoderma lucidum and crushing it into powder, adding pure water into the ganoderma lucidum powder at a ratio of 1:10, stirring evenly, adding cellulase, protease, and glucanase, the enzymolysis temperature is 50°C, the enzymolysis pH value is 7, the enzymolysis time is 6h, after the enzymolysis is completed, filtering is performed by using a centrifugal separation device to remove insoluble impurities to obtain a clarified enzymolysis solution, the filtered enzymolysis solution is concentrated by using a reduced pressure evaporation or a membrane concentration technology, and the ganoderma lucidum enzymolysis solution is sterilized by using pasteurization or high temperature instantaneous sterilization.

[0037] A production process of an antibacterial handmade soap formula of ganoderma lucidum enzymatic hydrolysate: The production process specifically comprises the following steps:

[0038] Step 1. Preparation: Prepare all the necessary raw materials and equipment, including weighing tools, mixers, molds, thermometers, gloves, and goggles;

[0039] Step 2. Oil mixing: Weigh the coconut oil according to the formula ratio and heat it to 45 degrees Celsius to ensure complete dissolution and uniform mixing;

[0040] Step 3. Preparation of lye: Weigh sodium hydroxide according to the formula, slowly pour it into the pre-weighed distilled water, stir until completely dissolved, and wait for the lye to cool to 45 degrees Celsius after dissolution;

[0041] Step 4. Mix the oil and lye: Slowly pour the lye cooled to 45 degrees Celsius into the heated coconut oil, stirring continuously until evenly mixed;

[0042] Step 5. Add the Ganoderma enzyme solution: When the oil and alkali solution are fully emulsified and begin to thicken, add the Ganoderma enzyme solution and continue stirring until uniform;

[0043] Step 6. Add other ingredients: Add tea tree oil, unsaturated fat glycerin and vitamin E in sequence, and continue stirring until all ingredients are evenly mixed;

[0044] Step 7. Mold and cut: Pour the mixed soap liquid into the prepared mold, shake the mold gently to remove bubbles, cover the mold and let it stand for 32 hours until the soap body hardens, remove the hardened soap body from the mold and cut into soap blocks of appropriate size;

[0045] Step 8. Airing and maturing the soap: Place the cut soap blocks in a well-ventilated place and air the soap for 6 weeks. The moisture in the soap will gradually evaporate, the soap body will become harder, and the pH value will drop to a range suitable for skin use.

[0046] Preparation work also includes checking the particle condition of sodium hydroxide to ensure that its particles are fine and dry, checking the quality of tea tree oil, vitamin E and unsaturated fat glycerol separately, preparing heat-resistant glass containers for mixing lye, preparing manual blenders or electric blenders, preparing electronic thermometers or glass thermometers for measuring the temperature of oils and lye, and selecting silicone molds, stainless steel molds or wooden molds.

[0047] Grease mixing also includes pouring the weighed coconut oil into a stainless steel pot, turning on the heating source, setting it to low heat, and slowly heating the coconut oil to avoid overheating or heating too quickly. During the heating process, use a thermometer to regularly monitor the temperature of the oil, inserting the thermometer into the oil to avoid touching the bottom of the pot. When the oil temperature reaches 45 degrees Celsius, turn off the heating source, use a heat-resistant stirrer or a long-handled spoon to gently stir the heated coconut oil, and place the oil pot in a hot water bath to maintain a stable temperature.

[0048] Lye preparation also includes slowly pouring the weighed sodium hydroxide into the weighed distilled water, using a chemical-resistant stirring rod or spoon to gently stir the solution. During the stirring process, check whether there are undissolved particles at the bottom of the container. Place the dissolved lye in a well-ventilated place and cool it naturally to 40-50 degrees Celsius. Slowly pour the cooled lye into a large container.

[0049] Mixing the oil and lye also includes slowly pouring the lye cooled to 45 degrees Celsius into a large container containing the heated coconut oil, using a chemical-resistant stirring stick or spoon to gently stir to initially mix the oil and lye, using an "8" shape or circular motion when stirring to evenly distribute the lye in the oil. As the stirring progresses, the color and texture of the mixture will change. When the mixture begins to become viscous and leaves a short mark when the stirring stick or whisk is passed across the surface, it indicates that it has reached the "trace" stage.

[0050] Adding the Ganoderma enzyme solution also includes slowly pouring the Ganoderma enzyme solution into the mixture, pouring it along the inner wall of the agitator or container, controlling the flow rate and avoiding splashing, using a stirring rod or electric stirrer to continuously stir the mixture, ensuring that the Ganoderma enzyme solution is evenly distributed in the mixture without any stratification or precipitation, observing whether the mixture thickens too quickly or has other abnormal conditions, and adjusting the stirring speed and time to ensure the best mixing effect.

[0051] Adding other ingredients also includes slowly pouring tea tree oil into the mixture according to the formula ratio, continuing to stir using a stirring stick or electric stirrer, slowly pouring unsaturated fat glycerol into the mixture according to the formula ratio, stirring evenly, and then slowly pouring vitamin E into the mixture according to the formula ratio to ensure that the mixture has consistent color and texture, without stratification or particles. If uneven mixing is found, adjust the stirring speed and time appropriately until all ingredients are completely blended.

[0052] Molding and cutting also include slowly pouring the mixed soap into the mold, using a scraper or stirring rod to guide the soap to be evenly distributed in the mold, gently tapping the sides of the mold with your hands, or gently shaking the mold on a solid surface to help bubbles rise and discharge, gently covering the top of the mold with plastic wrap, a lid or cardboard to prevent dust or foreign objects from falling into the soap, placing the mold in a warm and stable environment, avoiding vibration and extreme temperature changes, and leaving it alone for 32 hours, depending on the soap formula and ambient temperature, waiting for the soap to harden completely, confirming that the soap has hardened completely, gently pressing the surface to confirm its firmness, turning the mold over, gently pushing the soap out or tearing off the backing paper to help demolding, placing the hardened soap on a cutting board, and cutting it according to the planned size with a cutting tool.

[0053] Drying and aging the soap also includes choosing a dry, well-ventilated place, preparing a soap rack or soap tray, arranging the cut soap blocks evenly on the soap rack or soap tray, turning the soap blocks over weekly so that all sides can be fully exposed to the air, maintaining the temperature of the soap drying environment between 2°C, and controlling the humidity between 50-60%, checking the hardness of the soap blocks by pressing their surface, measuring the pH value between 8-10, and packaging the matured soap blocks and storing them in a dry, cool area.

[0054] In the present invention, both the ganoderma lucidum hydrolysate and tea tree oil have natural antibacterial properties, which are helpful to inhibit the growth of bacteria and prevent skin infection and inflammation. Coconut oil and unsaturated lipid glycerol are used in the formula, which have the effect of moisturizing and hydrating, and are helpful to maintain the natural barrier of the skin and avoid dryness and irritation. The ganoderma lucidum hydrolysate contains a variety of active ingredients, such as polysaccharides, triterpenoid compounds, etc., which have the effect of nourishing and repairing the skin and promoting skin health. No synthetic fragrances, pigments and preservatives are used in the production process of the handmade soap, which reduces the pollution to the environment, is safer for the skin, and is suitable for sensitive skin.

[0055] Handmade soap can adjust the proportion of ingredients and add other natural ingredients, such as essential oils and herbs, according to demand to meet the needs of consumers with different skin types and needs. It combines traditional handmade soap making technology with modern enzymatic hydrolysis technology to ensure the efficiency and stability of the product. The ganoderma lucidum enzymatic hydrolysate is treated with pasteurization or high-temperature instant sterilization technology to ensure its stability and antibacterial properties, so that the handmade soap has a longer shelf life.

[0056] The glycerin and unsaturated lipid glycerin contained in the Lingzhi soap use the principle of similar compatible physical properties to clean the epidermis of the skin, thereby enhancing the vitality of the stratum corneum skin shrinking pores. After cleaning, the cells return to their best state, allowing the pores to shrink naturally. Lingzhi is rich in high-molecular polysaccharide β-1, 3-D-glucan, which can promote the production of skin collagen, prevent the formation and precipitation of melanin caused by ultraviolet rays and cosmetics, and achieve the effects of removing excess melanin and balancing the skin's luster. The Lingzhi active ingredients contained in the Lingzhi soap can provide sufficient nutrition to the cells, enable collagen and elastin fiber cells to exert their maximum activity, and supplemented with olive oil and vitamin E, can moisturize the skin, make the skin balanced, shiny, delicate and elastic, and promote blood circulation and skin metabolism to achieve whitening and spot removal.

[0057] Vitamin E contains excellent antioxidants that can remove free radicals in the body, protect the skin from damage caused by chemical pollution, soften the skin and relieve skin dehydration symptoms, and has a good effect on preventing and treating small wrinkles and skin inflammation. The Ganoderma lucidum polysaccharides in Ganoderma lucidum soap have a wide range of pharmacological activities. Ganoderma lucidum polysaccharides can improve the body's protection against radiation by activating the hematopoietic system and enhancing immunity. Ganoderma lucidum saponins can inhibit inflammatory responses, alleviate inflammatory symptoms, and promote wound healing. Ganoderma lucidum saponins can inhibit the production of free radicals and oxidation reactions, slow down the aging process, and delay aging. Ganoderma lucidum saponins can promote the metabolism of skin cells, enhance skin elasticity, and have a certain beauty and skin care effect.

[0058] The above is only a preferred embodiment of the present invention. It should be noted that, for those skilled in the art, several improvements and modifications can be made without departing from the principles of the present invention, and these improvements and modifications should also be considered as the protection scope of the present invention. The structures, devices and operating methods not specifically described and explained in the present invention shall be implemented according to the conventional means in the art unless otherwise specified and limited.

Claims

1. A formula for antibacterial handmade soap containing Ganoderma lucidum enzymatic hydrolysate. Features: The antibacterial handmade soap formula is made of the following raw materials in percentage by mass: 14-20% of ganoderma lucidum enzyme solution, 50-65% of coconut oil, 3-7% of sodium hydroxide, 14-20% of distilled water, 1-3% of tea tree oil, 1-3% of unsaturated glycerol, and 0.1-0.3% of vitamin E. The extraction method of the ganoderma lucidum enzyme solution is as follows: putting the raw ganoderma lucidum into a cleaning machine for cleaning, drying the cleaned ganoderma lucidum and crushing it into powder, adding pure water into the ganoderma lucidum powder at a ratio of 1:10, stirring evenly, adding cellulase, protease, and glucanase, the enzymolysis temperature is 40-60°C, the enzymolysis pH value is 7, the enzymolysis time is 3-8h, after the enzymolysis is completed, filtering is performed using a centrifugal separation device to remove insoluble impurities to obtain a clarified enzymolysis solution, the filtered enzymolysis solution is concentrated using a reduced pressure evaporation or a membrane concentration technology, and the ganoderma lucidum enzyme solution is sterilized by pasteurization or high-temperature instantaneous sterilization.

2. A production process for an antibacterial handmade soap formula based on a Ganoderma lucidum enzymatic hydrolyzate according to claim 1, Features: The production process specifically comprises the following steps: Step 1. Preparation: Prepare all the necessary raw materials and equipment, including weighing tools, mixers, molds, thermometers, gloves, and goggles; Step 2. Oil mixing: Weigh the coconut oil according to the formula ratio and heat it to 40-50 degrees Celsius to ensure complete dissolution and uniform mixing; Step 3. Preparation of lye: Weigh sodium hydroxide according to the formula, slowly pour it into the pre-weighed distilled water, stir until completely dissolved, and wait for the lye to cool to 40-50 degrees Celsius after dissolution; Step 4. Mix the oil and lye: Slowly pour the lye cooled to 40-50 degrees Celsius into the heated coconut oil, stirring continuously until evenly mixed; Step 5. Add the Ganoderma enzyme solution: When the oil and alkali solution are fully emulsified and begin to thicken, add the Ganoderma enzyme solution and continue stirring until uniform; Step 6. Add other ingredients: Add tea tree oil, unsaturated fat glycerin and vitamin E in sequence, and continue stirring until all ingredients are evenly mixed; Step 7. Mold and cut: Pour the mixed soap liquid into the prepared mold, gently shake the mold to remove bubbles, cover the mold and let it stand for 24-48 hours until the soap body hardens, remove the hardened soap body from the mold and cut into soap blocks of appropriate size; Step 8. Airing and maturing the soap: Place the cut soap blocks in a well-ventilated place and air them for 4-6 weeks. The moisture in the soap will gradually evaporate, the soap body will become harder, and the pH value will drop to a range suitable for skin use.

3. The antibacterial handmade soap formula of a ganoderma lucidum enzymatic hydrolyzate and its production process according to claim 2, Features: The preparation work also includes checking the particle condition of sodium hydroxide to ensure that the particles are fine and dry, checking the quality of tea tree oil, vitamin E and unsaturated fat glycerol respectively, preparing a heat-resistant glass container for mixing alkali solution, preparing a manual blender or an electric blender, preparing an electronic thermometer or a glass thermometer for measuring the temperature of oil and alkali solution, and selecting a silicone mold, a stainless steel mold or a wooden mold.

4. The antibacterial handmade soap formula of a ganoderma lucidum enzymatic hydrolyzate and its production process according to claim 2, Features: The oil mixing also includes pouring the weighed coconut oil into a stainless steel pot, turning on the heating source, setting it to low heat, slowly heating the coconut oil to avoid overheating or heating too quickly, using a thermometer to regularly monitor the oil temperature during the heating process, inserting the thermometer into the oil to avoid contact with the bottom of the pot, when the oil temperature reaches 40-50 degrees Celsius, turning off the heating source, using a heat-resistant stirrer or a long-handled spoon, gently stirring the heated coconut oil, and placing the oil pot in a hot water bath to maintain a stable temperature.

5. The antibacterial handmade soap formula of a ganoderma lucidum enzymatic hydrolyzate and its production process according to claim 2, Features: The lye preparation also includes slowly pouring the weighed sodium hydroxide into the weighed distilled water, using a chemical-resistant stirring rod or spoon to gently stir the solution, during the stirring process, checking whether there are undissolved particles at the bottom of the container, placing the dissolved lye in a well-ventilated place, naturally cooling to 40-50 degrees Celsius, and slowly pouring the cooled lye into a large container.

6. The antibacterial handmade soap formula of a ganoderma lucidum enzymatic hydrolyzate and its production process according to claim 2, Features: The mixing of the fat and the lye also includes slowly pouring the lye cooled to 40-50 degrees Celsius into a large container containing the heated coconut oil, using a chemical-resistant stirring rod or spoon to gently stir to preliminarily mix the fat and the lye, using an "8" shape or circular motion during stirring to evenly distribute the lye in the fat, and as the stirring proceeds, the color and texture of the mixture will change, and when the mixture begins to become viscous and leaves a short mark when the stirring rod or stirrer passes over the surface, it indicates that the "trace" stage has been reached.

7. The antibacterial handmade soap formula of a ganoderma lucidum enzymatic hydrolyzate and its production process according to claim 2, Features: The adding of the ganoderma enzyme solution also includes slowly pouring the ganoderma enzyme solution into the mixture, pouring it along the inner wall of the agitator or container, controlling the flow rate and avoiding splashing, using a stirring rod or electric stirrer to continuously stir the mixture to ensure that the ganoderma enzyme solution is evenly distributed in the mixture without any stratification or precipitation, observing whether the mixture thickens too quickly or other abnormal conditions occur, and adjusting the stirring speed and time to ensure the best mixing effect.

8. The antibacterial handmade soap formula of a ganoderma lucidum enzymatic hydrolyzate and its production process according to claim 2, Features: The adding of other ingredients also includes slowly pouring tea tree oil into the mixture according to the formula ratio, continuing to stir using a stirring rod or electric stirrer, slowly pouring unsaturated fat glycerol into the mixture according to the formula ratio, stirring evenly, and slowly pouring vitamin E into the mixture according to the formula ratio to ensure that the mixture has consistent color and uniform texture without stratification or particles. If uneven mixing is found, the stirring speed and time are appropriately adjusted until all ingredients are completely blended.

9. The antibacterial handmade soap formula of a ganoderma lucidum enzymatic hydrolyzate and its production process according to claim 2, Features: The molding and cutting also include slowly pouring the mixed soap into the mold, using a scraper or stirring rod to guide the soap to be evenly distributed in the mold, gently tapping the side of the mold with your hands, or gently shaking the mold on a solid surface to help bubbles rise and discharge, gently covering the top of the mold with plastic wrap, a lid or cardboard to prevent dust or foreign matter from falling into the soap, placing the mold in a warm and stable environment to avoid vibration and extreme temperature changes, leaving it alone for 24-48 hours, depending on the soap formula and ambient temperature, waiting for the soap body to completely harden, confirming that the soap body has completely hardened, gently pressing the surface to confirm its firmness, turning the mold over, gently pushing the soap body out or tearing off the backing paper to help demolding, placing the hardened soap body on a cutting board, and cutting it according to the planned size with a cutting tool.

10. The antibacterial handmade soap formula of a Ganoderma lucidum enzymatic hydrolyzate and its production process according to claim 2, Features: The soap drying and maturation also includes selecting a dry and well-ventilated place, preparing a soap drying rack or a soap drying plate, evenly arranging the cut soap blocks on the soap drying rack or the soap drying plate, turning the soap blocks over weekly so that all sides of the soap blocks can be fully exposed to the air, maintaining the temperature of the soap drying environment between 20-25° C., controlling the humidity between 50-60%, checking the hardness of the soap blocks by pressing the surface, measuring the pH value between 8-10, and packaging the matured soap blocks and storing them in a dry and cool area.

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