TWI446925B - A method of manufacturing cleaning and maintenance ingot containing mineral - Google Patents

Description

Method for preparing mineral cleaning and maintenance tablets

The invention relates to a method for preparing a mineral cleaning and maintenance lozenge, in particular to a mineral powder obtained by a special mineral mud through a mud separation step, a drying step, a milling step and a screening step, and then mixed with an additive, and then made by using a high pressure ingot. A method for manufacturing a mineral cleaning and maintenance ingot that can be quickly turned into a mud.

According to the conventional cleaning and maintenance products, they are packaged in liquid or paste form, such as shower gel, shampoo, facial cleanser, lotion or toothpaste, and block cleaning and maintenance products such as soap or soap tablets; Although liquid or cream-like cleaning and care products are very convenient to use, they can be foamed for cleaning directly after contact with water, or can be directly applied to the skin for maintenance. It is very convenient to use, but the liquid or creamy Cleaning and maintenance products often accumulate on the bottle mouth or nozzle to dry the agglomerate, affecting the use, or spraying or dripping onto the sink due to excessive force, which affects the environment; and the soap needs to be used all the time. It is very inconvenient to use it when it is repeated, and it is very inconvenient to use. Repeating the use of the same soap by many people has health problems. Soaking soap on the sink will also cause soapy scale and affect the environment. Practicality.

Furthermore, the conventional method for cleaning and maintaining an ingot, such as the resin composition of the cleaning mold for the new type 320600 of Taiwan, is mixed with the resin composition particle (A) and the resin composition powder (B). In the molded product, the weight ratio of the particles (A)/powder (B) is 1/9 or more, wherein the particles (A) are 0.1 to 1.5 parts by weight with respect to 100 parts by weight of the amino group, and The slip agent (excluding the metal soap) is 0.1-1.5 parts by weight, and the total content of the metal soap and the slip agent is 1.5 parts by weight or less. The composition of the 42# sieve residue is 50% by weight or more; the powder (B) is 0.1 to 1.5 parts by weight with respect to 100 parts by weight of the amino group, and the slip agent (excluding metal soap) is 0.1 to 1.5 parts by weight, and the total content of the metal soap and the slip agent is 1.5 parts by weight or less, and the 80# sieve residue is 90% by weight or more of the powder.

Further, the "bubble ingot structure" of the new type M388914 of Taiwan includes a tablet; a capsule is disposed in the body, and the capsule has a capsule wall and the capsule wall is covered to form a chamber The room is for placing a beauty product.

Furthermore, the "exfoliating ingot" of the new type M437723 of Taiwan comprises a body consisting of a fragrance, an SLS (sodium laureth sulfate), a moisturizing essence, and an additive. The body is mixed with magnesium monostearate and a spindle made of high temperature and high pressure ingot of a sea salt, in particular, the ingot is formed into a flat shape and has an embossed shape below the flat shape.

However, the above-mentioned conventional persons use the resin composition particles and the resin composition powder; or provide a capsule in the ingot; or use a stearic acid to shape the liquid or powder cleansing and maintenance mixture into a granular form. The disadvantage of the cleaning and maintenance ingot is that the above-mentioned styling components only have a styling function, and do not have the functional use of cleaning and maintenance itself, and the cleaning and maintenance ingots need to be firstly dissolved and dissolved in the above-mentioned conventional cleaning and maintenance ingots. In the water or directly into the water, the cleaning and maintenance ingot can be slowly dissolved before it can be used for cleaning and maintenance. It is less convenient to use and has no special cleaning and maintenance effect.

To this end, the inventors have invented the present invention based on the research and manufacturing experience of many years of cleaning and maintenance articles, and researched and improved the shortcomings of the previously disclosed cleaning and maintenance articles.

The purpose of the present invention is to select a mineral powder suitable for cleaning and maintenance use from a mineral mud raw material through a mud separation step, a drying step, a milling step and a screening step, and to utilize the mineral powder. It can be used as a mineral cleaning and maintenance ingot for cleaning and maintenance purposes such as facial cleanser, abrasive, detergent, crude wax, mask, bathing ingot, etc. It is very convenient to use, and it will be opened when it meets water without affecting the environment. It is tidy and hygienic, and its shelf life is longer, which is more practical and economical than conventional cleaning and maintenance products. The method for preparing a mineral cleaning and maintenance lozenge of the invention, wherein the mineral mud raw material is a mineral mud produced by volcanic mud, hot spring mud, mud mud, riverbed sediment, seabed sediment or other special geological regions.

The method for preparing a mineral cleaning and maintenance lozenge of the invention, wherein the mud separation device is a centrifuge or a natural sedimentation device, and the mineral mud raw materials are layered according to the particle size by centrifugal force and gravity, and the impurities can be filtered to facilitate the collection. Fine mud.

The method for preparing a mineral cleaning and maintenance lozenge of the invention, wherein the mineral cleaning and maintenance ingot is packaged in a bottle; or each mineral cleaning and maintenance ingot can be packaged in a blister packaging sheet to maintain the quality of each mineral cleaning and maintenance ingot And prevent mineral cleaning and maintenance of the ingot oxidation and deterioration.

The method for preparing a mineral cleaning and maintenance lozenge according to the invention, wherein the screening device has a screen size of 100 to 250 mesh (hole/inch), and the hardness of the mineral cleaning and maintenance ingot is between 1 and 4 Mohs hardness.

1‧‧‧Mineral mud raw materials

2‧‧‧fine mud

3‧‧‧ mud block

4‧‧‧ mud powder

5‧‧‧ mineral powder

6‧‧‧Additives

7‧‧‧Mineral cleaning and maintenance materials

8‧‧‧Mineral cleaning and maintenance ingots

Figure 1 is a manufacturing flow diagram of the present invention.

In order to further understand the present invention, it will be explained as follows: As shown in FIG. 1, it is the best flow chart of the method for preparing the mineral cleaning and maintenance lozenge of the present invention. First, the first step is to obtain mineral mud raw material 1. The mineral mud raw material 1 is obtained from volcanic mud, hot spring mud, mud mud, river bed sediment, seabed sediment or other special geological areas, depending on the geology. The characteristics of the area, the mineral composition contained in the mineral mud is also different, for example, the mineral mud in the volcanic geological area contains more mineral components of volcanic rocks, and the mineral mud in the limestone geological area contains more calcium carbonate. Wait, depending on the needs of the use.

The second step is to filter the mineral mud raw material 1 through the mud separation device to select the fine mud 2 of the required particle size. The mud separation device is a centrifuge or a natural sedimentation device, and the mineral mud raw material 1 is granulated by centrifugal force and gravity. It is stratified in size and can be filtered to facilitate the collection of fine mud 2 of the desired particle size.

In the third step, the fine mud 2 is passed through a drying device to obtain a dried mud block 3, and the drying device is used as a dryer or directly drying the fine mud 2 in a sun-drying manner to obtain a mud block. 3.

In the fourth step, the mud block 3 is crushed by a crushing device to obtain a mud powder 4.

The fifth step is to screen the mud powder 4 into a mineral powder 5 of a desired particle size by a screening device. The screen size of the screening device is about 100-250 mesh (hole/inch), and the desired mineral powder is viewed at the end. The size of the particles depends.

In the sixth step, the mineral powder 5 obtained in the foregoing is added to the additive 6, and is thoroughly stirred and mixed by a mixing device to obtain a mineral cleaning and maintenance material 7 which is composed of one or more kinds of powder containing a cleaning component and a maintenance component. A powder, an organic filler, an inorganic filler, a fragrance, a toner, a hardening catalyst, or an additive such as an antioxidant, and the composition of the additive can be adjusted depending on the needs of use.

The seventh step is to carry out the high-pressure barning operation of the mineral cleaning and maintenance raw material 7 by using the bar-making device to obtain the mineral cleaning and maintenance ingot 8. The hardness of the mineral cleaning and maintenance ingot 8 pressed by the above-mentioned bar-making device is between the Mohs hardness 1~ 4 or so, it is ideal to be close to the hardness 1. In this way, it is necessary to prevent the mineral cleaning and maintenance ingot 8 from being crushed by slight pressing or impact before use, which affects the use; or the user can easily crush it when used. Mixed with water, easy to carry around, as a cleaning or maintenance of the body; as for the above-mentioned mineral cleaning and maintenance ingot 8 shape is round, square, round, long, polygonal, irregular or other Geometric shapes are all indispensable.

In the eighth step, the mineral cleaning and maintenance ingot 8 is packaged in a packaging device. Since the mineral cleaning and maintenance ingot 8 has a certain hardness, the mineral cleaning and maintenance ingot 8 can be packaged in a bottle, or each mineral can be cleaned and maintained. 8 is packaged in the blister packaging sheet to maintain the quality of each mineral cleaning and maintenance ingot 8 and prevent mineral cleaning and maintenance of the ingot 8 oxidative deterioration.

Thus, the method for preparing a mineral cleaning and maintenance lozenge of the present invention can sufficiently filter the mineral mud raw material 1 into a mineral powder 5 suitable as a cleaning and maintenance article to produce a mineral cleaning and maintenance ingot 8 using the mineral powder 5. The mineral cleaning and maintenance ingot 8 of the invention is mainly made of ingots of mineral powder. Since the hardness of the mineral particles is large, and the bonding force between the mineral particles is weak, and there are many pores, the mineral cleaning and maintenance ingot 8 is in contact with water. After the moisture will quickly penetrate into the pores in the mineral cleaning and maintenance ingot 8, the structure of the mineral cleaning and maintenance ingot 8 will immediately disintegrate into a mud, and then supplemented with the cleaning ingredients, the mineral mud can be dissolved by a little simmering. In the foam, for cleaning, for example, mineral fine mud can be used as a facial cleanser for exfoliating, or mineral fine mud can be used as an abrasive. Used as a cleaning and waxing machine for machinery or transportation; or in the mineral cleaning and maintenance ingot 8 supplemented with maintenance ingredients to make the mineral mud thick and thick for maintenance purposes, for example, by using mineral mud as a coating The mask on the skin to achieve the effect of exfoliation and beauty skin care; the mineral cleaning and maintenance ingot 8 can also be directly used as a bathing ingot, so that users can enjoy the fun of hot spring mud at home.

Therefore, the mineral cleaning and maintenance ingot 8 of the present invention can be combined with natural mineral powders and additives of different particle sizes according to different purposes of use to achieve various cleaning and maintenance effects, and the mineral cleaning and maintenance ingot 8 of the present invention has a granular design. It is very convenient to use and does not affect the environment cleanliness and sanitation problems, and the mineral cleaning and maintenance ingot 8 is a dry granule, which has a long shelf life, and is opened when it is in contact with water, which is better than the conventional cleaning and maintenance products. The practicality and economic benefits are the components of this case.

1‧‧‧Mineral mud raw materials

2‧‧‧fine mud

3‧‧‧ mud block

4‧‧‧ mud powder

5‧‧‧ mineral powder

6‧‧‧Additives

7‧‧‧Mineral cleaning and maintenance materials

8‧‧‧Mineral cleaning and maintenance ingots

Claims (8)

The invention relates to a method for preparing a mineral cleaning and maintenance lozenge, which comprises at least: a mineral mud raw material, which is selected by a mud separating device, wherein the mud separating device is a centrifuge or a natural sedimentating device, and the fine mud is dried. The device obtains the dried mud block, and the drying device is a dryer or a drying operation in a sun-drying manner, and the mud block is crushed by a crushing device to obtain a mud powder, and the mud powder is screened to obtain a desired particle by using a screening device. Mineral powder of a size, the screening device has a mesh opening of at least 100 mesh (hole/inch) and at most 250 mesh (hole/inch), so that the size of the aforementioned mineral powder is determined by the size of the screen of the aforementioned screening device. Deciding to add the aforementioned mineral powder to the additive, and thoroughly mixing and mixing to obtain the mineral cleaning and maintenance raw materials. Finally, the mineral cleaning and maintenance raw materials are subjected to high-pressure ingot operation by using the ingot equipment, and the hardness of the mineral cleaning and maintenance ingot is at least Damor. Hardness 1 up to 4 Mohs hardness to obtain mineral cleaning and maintenance ingots. According to the method for preparing a mineral cleaning and maintenance lozenge according to claim 1, wherein the mineral mud raw material is a mineral produced by volcanic mud, hot spring mud, mud mud, riverbed sediment, seabed sediment or other special geological regions. mud. According to the method for preparing a mineral cleaning and maintenance lozenge according to the scope of claim 1, wherein the mud separation device is a centrifuge or a natural sedimentation device, and the mineral mud raw material is determined by the centrifugal force and gravity generated by the centrifuge. Layering and filtering impurities to facilitate the collection of the fine mud needed. The method for preparing a mineral cleaning and maintenance lozenge according to claim 1, wherein the additive is one or more kinds of powder containing a cleaning component, a powder containing a maintenance component, an organic filler, an inorganic filler, a fragrance, and a tune. It consists of additives such as a toner, a hardening catalyst, or an antioxidant. According to the method for preparing a mineral cleaning and maintenance lozenge according to claim 1, wherein the hardness of the mineral cleaning and maintenance ingot is preferably close to the hardness 1 to prevent the mineral cleaning and maintenance ingot from being slightly squeezed before use or Crush and crush, affecting the use. The method for preparing a mineral cleaning and maintenance lozenge according to the first aspect of the patent application, wherein the shape of the mineral cleaning and maintenance ingot is circular, square, round, elongated, polygonal or irregular. According to the method for preparing a mineral cleaning and maintenance lozenge according to claim 1, wherein the mineral cleaning and maintenance ingot is packaged in a bottle; or each mineral cleaning and maintenance ingot can be packaged in a blister packaging sheet to keep each The minerals clean and maintain the quality of the ingot and prevent the minerals from cleaning and maintaining the oxidation of the ingot. According to the method for preparing a mineral cleaning and maintenance lozenge according to item 1 of the patent application scope, the mineral cleaning and maintenance ingot can be used as a cleaning and maintenance product such as a facial cleanser, an abrasive, a cleaning agent, a crude wax, a mask, a bathing ingot, and the like.