KR101121713B1 - The broccoli soap to produce with the conc. solution of beanstalk's ash and pottery core - Google Patents

Abstract

PURPOSE: A broccoli soap manufactured with concentrated solution of bean stalk ash and elvan core is provided to prevent face discoloration, freckle production, and nutrient destruction and reinforce control of tyrosinase. CONSTITUTION: A broccoli soap includes an upper oval hemicircle soap(10b), and a lower oval hemicircle soap(10a) which is formed by solidifying the material contained in a lower oval hemicircle soap cup(42) and an upper oval hemicircle soap cup(52), an oval elvan core(30a) which is inserted into center of the hemi-circle soap before the two hemi-circle soaps are solidified, or rod-like elvan core(30b). The broccoli soap is manufactured by following steps: dissolving bean pod ash in hot water; and mixing broccoli powder, green tea powder, paprika powder, houttuynia cordata powder, olive oil, canola essential oil, and aromatic glycerin with concentrated bean pod.

Description

Broccoli Soap Made from Concentrated Pods and Elvan Core {The Broccoli Soap to produce with the conc. solution of beanstalk's ash and pottery core}

According to the present invention, a strong irritant such as caustic soda is made of natural ash lye obtained by burning soybean pods unlike ordinary soaps, but it is made by baking at low temperature with gannetrite in soap while protecting skin by containing special ingredients of vegetables such as broccoli. It is a kind of eco-friendly manufacturing technology in the soap field that makes coarse pebbles that can scrape keratin of the sole in the form of an oval core so that there is no residual amount of soap.

Unlike the conventional soap, the manufacturing method is caustic soda, which is a chemical product, unlike sheep soap, that is, lye, which is difficult to be used for lye and edible oil, by mixing ash with burned soybeans cultivated in the field instead of a highly toxic material. As a base oil, it is not only cheap and eco-friendly, but also made of stone and attached to the same core as the fruit seeds and molded into oval or angular soaps. It relates to a manufacturing and soap molding technology that can be made available for use,

Background art of the present invention, unlike conventional soap made of caustic soda imported into the western civilization, by using the conventional oil for soybean pods burnt lye by squeezing the base oil and cultivated with green tea and eochocho and vegetables used in oriental medicine Broccoli was added to make functional soap manufacturing technology for skin protection such as acne removal.

In addition, broccoli extract is added to edible vegetables in soap base oil. The extract is resistant to heat and does not destroy nutrients. Especially, it is rich in beta-carotene, which makes it possible to penetrate the skin of retinol. As well as enhancing the inhibitory ability of tyrosinase to be formed, there are many ascorbic acids, and it is a functional additive that suppresses the formation of blemishes and freckles.It is also an eco-friendly product development technology as a background technology to prevent material conservation and residual soap with earthenware cores. It was.

The problem to be solved by the present invention is the development of eco-friendly soap and the utilization of soybean pods discarded in rural areas to reduce the use of caustic soda, which is a chemical component that is used and recycled technology to increase the income of farmers, thereby causing skin problems Broccoli and ganban rock cores grown with vegetables with herbal ingredients were developed as a tool to scrape hard soles in addition to soaps.

The new soap of the present invention produces only grain in the past, so that agricultural products such as soybean pods, broccoli vegetables, and low-cost rapeseed oil can be used as functional soaps to solve the sluggishness of farm income. It also raises the desire to increase production and localizes all the nutrients for relieving skin troubles that depend on imports, so it is also a task to continue the follow-up of the invention by developing additional raw materials accompanying the invention.

The broccoli-containing functional soap of the present invention is expected to contribute to the creation of new income sources in rural areas by recycling the pods discarded in rural areas and developing products other than the inexpensive broccoli vegetables.

While localizing the base oil, which had been dependent on imports for soap manufacturing, the import of caustic soda can be replaced with pure domestic soybean lye, minimizing the amount of imports, and eliminating skin troubles with organic farming It is expected to have a great effect in the history of national history that informs the wisdom of Sunhyun because it is recognized as a product that contributes to the value of the national view and the promotion of patriotism through the acquisition of sublime technology that inherits wisdom.

Broccoli soap produced from the pod lye and ganban rock core of the present invention is a product that has already been researched and developed, so that the pods are burned to make fine powder with a roller crusher, and the fine powder is filtered through a fine sieve or silk such as a small amount of water. Soybean pods are finely liquefied by using 100% by weight ratio of 75% of clean water and 25% of clean water by weight ratio, and after agitation with sufficient stirring, the water temperature is cooled to 40 to 50 degrees Celsius. Place in a well-ventilated place.

On the other hand, chop the base oil prepared with liquid rapeseed oil in a stainless steel container that can be heated, fill it with less than 7 bows in the container, melt it until it becomes transparent with low heat, and place it in a well-ventilated place to cool to 45 degrees Celsius.

Next, slowly pour the pre-made pod lye into the base oil, stir for 15 minutes in one direction using a spatula, and turn it for 20 seconds with an electric stirrer. Check until it is constant and continue stirring.

On the other hand, pour the mixture of broccoli powder, eosungcho powder and green tea powder prepared in advance and stir one more time, rotate it for about 10 seconds with an electric stirrer, keep the temperature at 35 degrees Celsius, and continue stirring with olive oil and Mix and mix Kenola Essenol oil with alcohol and fragrance glycerin in a quantitative manner, and then stir again with a spatula to stop the agitation.

On the other hand, the ellipsoidal rock core (30a) and the rod-shaped rock core (30b) are provided with the respective molds and ordered to a ceramics company to provide a blending ratio to bake in the kiln to be the core of the broccoli soap of the present invention whether the elbow or the bar The blending ratio of the core is mixed with 2/1/100 of the VB oil powder in 98% of the ganban stone powder as shown in the raw material mixing ratio (Fig. 4) to prepare the ganban stone core of the present invention, and then molded into a mold to 850 degrees Celsius. It is manufactured by heat dissipation 3 hours by baking 10 hours in the electric furnace of Fig.

When the mixing is completed as described above, fill the lower elliptical semi-circular soap cup 42 prepared separately, and after about 6 hours, the half ellipse cores (30a, 30b) prepared in advance are inserted by half, and the lower ellipse is formed. Insert half of the angular rock cores (30a, 30b) in half and place them in the positions provided in the semi-circular soap cup (42) and the upper elliptic semi-circular soap cup (52). When it is hardened, when one side corner of each semi-circular soap mold (40, 50) is impacted, the semi-circular soap molds (40, 50) are attached to each other and formed into a hardened form.

Completed as described above, the ganban rock core soap (60) is well-ventilated in a dry room without direct sunlight so that it can be molded and marketed by broccoli soap made of pod lye and ganban rock cores to be dried for a month or more than one month. Will be.

[Example 1]

In order to prepare the material for preparing the broccoli soap of the present invention, first secure the upper and lower elliptical semi-circular soap mold (40, 50), and as a soap material, soybean pods, broccoli powder and green tea powder to be used as a base oil, Tocopherol powder and keola sulsulol oil, alcohol and flavored glycerin sold in the eochocho powder, olive oil and pharmacy, etc. were prepared and purchased as shown in the mixing ratio of the raw materials added to the broccoli soap of the present invention (Fig. 5). The upper ellipsoidal soap mold 50 had to be turned upside down and filled and placed with the lower ellipsoidal soap mold 40 until the base oil, the lye and other materials were mixed, stirred and hardened. I could make it.

The pod lye is made by hand, and the blending ratio is measured by weight ratio to prepare 1000 grams of pod pod ash, and the lye is concentrated and liquefied with the same amount of hot water. Liquid, chopped finely, weigh 8,000 mg by weight, melt until it is transparent on a low heat, cool down to 45 degrees Celsius, slowly pour soybean lye, and stir for about 15 minutes using a spatula and use an electric stirrer. ) For 20 seconds and stir again with a spatula to stir until the drops are mixed.

Meanwhile, 200 grams of broccoli powder, 150 grams of green tea powder, 150 grams of eosungcho powder, and 50 grams of paprika powder are poured into the mixture. 100 grams of tocopherol powder, 100 grams of fragrance glycerin, 100 grams of olive oil, and 100 grams of canola 50 grams of essential oils were mixed while spraying in the middle and then rotated for about 10 seconds with a vibrating stirrer to keep the temperature at 35 degrees Celsius and stirred several times to mix evenly.

[Example 2]

In order to prepare the material for preparing the broccoli soap of the present invention, this time, unlike the lower elliptic semi-circular soap mold 40, the lower rod-shaped semi-circular soap 20a when the rod-shaped semi-circular soap is to be manufactured so as to be shaped as a rectangle. And prepare a separate mold and cup for manufacturing the upper rod semicircular soap (20b). For other soap materials, base oil is the seed oil and the pod lye, such as the lower ellipsoidal soap (10a) and the upper ellipsoidal soap (10b). Soy pod ash, broccoli powder and other materials to be used as in Example 1.

In the process of making lye for lye, filter paper was placed on a screen sieve instead of conventional ash, and pod ash was placed, and hot water was slowly poured and all the lye was dissolved and concentrated. .

1 is a perspective view of a soap and a molding mold inserted into the elvan rock core of the present invention,

Figure 2 is a perspective view of the upper and lower molds to be formed the core rock stone core of the present invention,

3 is a side view of the lamellar core is inserted while the present invention is superimposed,

Figure 4 is a raw material blending ratio to prepare the elvan rock core of the present invention,

5 is a blending ratio of the raw material added to the broccoli soap of the present invention,

<Short description of code>

10a: lower ellipsoidal soap, 10b: upper ellipsoidal soap,

20a: Lower rod half circle soap, 20b: Upper rod half circle soap,

30a: ellipsoidal rock core, 30b: rod-shaped rock core,

40: lower elliptical semicircular soap mold, 42: lower elliptic semicircular soap cup,

50: upper elliptic semi-soap mold, 52: upper elliptical semi-soap cup,

60: mac rock core soap,

Claims (2)

Soap material prepared by dissolving soybean ash in hot water and condensed with soybean hull lysate, broccoli powder, green tea powder, paprika powder, fish vinegar powder, olive oil, canola essential oil and flavored glycerin, The lower elliptic semi-soap 10a formed by holding the material in the lower elliptic semi-soap cup 42 of the lower elliptic semi-soap mold 40 and the upper elliptic semi-soap soap cup 52 of the upper elliptic semi-soap mold 50. With upper elliptical semicircular soap (10b) An ellipsoidal rock core (30a), or rod-shaped rock mass (30b), which is bent in an electric furnace with an elvan rock powder inserted into a place formed in the center of the semicircular soap before the two semicircular soaps are hardened. Broccoli soap made from pod lye and ganban rock core, characterized in that the core is inserted and hardened in the center of the semi-circular soap Soap made by mixing soy pod ash with hot water, concentrated pod lysate, broccoli powder, green tea powder, paprika powder, fish oil powder, olive oil, canola essential oil and flavored glycerin, An ellipsoidal rock core (30a), which was mixed with 98% of the elvan rock powder and 2/100 of the fibrous oil, and was baked and molded in an electric furnace of 850 degrees Celsius with an ellipse of 2 to 3 millimeters in a length of 4 to 5 millimeters or a rod shape. ), Or a method for producing broccoli soap made of pod lye and gannet rock core, characterized in that it is inserted into the center of the semicircular soap and coalesced to be molded.

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