KR101177389B1 - Using composite of yellow soil and lacquer, cremated remains green crystalline powder manufacturing method - Google Patents

Abstract

PURPOSE: A method for manufacturing environment-friendly cremains crystalloids using a composite of yellow soil and a lacquer is provided to crystallize cremains with environment-friendly materials, thereby being economically feasible. CONSTITUTION: A method for manufacturing environment-friendly cremains crystalloids using a composite of yellow soil and a lacquer is as follows. A yellow soil composite is manufactured by mixing charcoal grinded with a 325 mesh after grinding a cloisonne. Cremains are grinded with a 325 mesh, so that a powdered bone is manufactured. The powdered bone is mixed with 200g of yellow soil, charcoal, and the cloisonne, thereby quantifying a composite of the yellow soil and the cremains. Water and a lacquer are boiled by using a high-pressured extractor so that lacquer extract is manufactured.

Description

Using composite of yellow soil and lacquer, cremated remains green crystalline powder manufacturing method

The present invention is mixed with the clay powder and charcoal (white charcoal) chilseok powder in a constant ratio, and then mixed with the powder pulverized with the ashes 325 mesh mixed ratio in a constant ratio to the lacquer extract excellent adhesive antibacterial deodorant effect acrylic binder And mixing the acrylic composition solution with a certain amount in the clay loess petroleum petroleum composition to have a strong adhesive force, put it in a mold of a certain standard or model, prepare the ashes crystals and dry them, then lacquer the surface of the ashes crystals or It is characterized by manufacturing eco-friendly ash crystals by painting.

In today's funeral culture, most of the cremation puts the ashes on the ossuary, and the economic burden is very high. Moisture is absorbed into the ashes, causing mold and bacteria to live in the ashes, causing odors and storing the ashes. The present invention is the technical background of the present invention to solve the above problems and to produce a skeleton crystals with excellent eco-friendly and economical efficiency.

The present invention is gently pulverized the cremated ashes to about 325 mesh and then mixed with a certain ratio of the powders pulverized ocher and powder crushed chilseok charcoal (white coal) in order to produce the ashes powder as environmentally friendly crystals. To prepare a clay clay charcoal (white charcoal) ash composition powder by mixing in a constant ratio with and to solidify the ash composition, and to use lacquer, which is a natural preservative, to enhance the antiseptic, sterilization, insecticidal, deodorant and antibacterial effect. Prepared extracts and mixed with a non-toxic acrylic binder in a constant ratio to prepare a lacquer composition acrylic binder with excellent adhesive strength, when mixing the lacquer acrylic composition in a constant ratio to the composition of the clay loam ash powder is mixed with a semi-solid content excellent in adhesion A clay charcoal (white charcoal) chile stone ash composition was prepared to produce a model mold of a certain standard. Compressing solids to produce ashes crystals, put them in a dryer at a constant temperature to dry them to produce eco-friendly ashes crystals, lacquer or paint to provide a technology that can wisely serve the remains of ancestors.

Looking at the characteristics of the ocher and chilseok charcoal (white charcoal) powder and lacquer used in the present invention.

Ocher has been used wisely by our ancestors for a long time. In particular, ocher has excellent dehumidifying effect as well as antibacterial effect, and emits far infrared rays and anions. In particular, the chilboseok used in the present invention is highly regarded as a gypsum stone that is produced in Ilwolsan of Ilwol-myeon, Gyeongbuk, Korea and emits Gi. It is widely known as a stone that is widely used as a funeral article by blocking the vein when it is placed in front of the tomb with a certain standard. have. In addition, the white charcoal used in the present invention has an iron sound when the white charcoal is baked at a high temperature of 1000 ° C. or more, and many porous materials absorb and sterilize various bacteria and have excellent antiseptic effect and have excellent quantum electromagnetic waves. A paper has been published that may be blocked. In addition, lacquer is a mysterious herb that has both weakness and toxicity, and has been reported to have excellent antiseptic, antiseptic, antiseptic and deodorant effects and anticancer effects. Recently, lacquer is highly regarded as a 3D polymer material. The chemical formula of lacquer is C ₁₂ H ₃₄ O ₂ , viscous colorless and boiling point is 210∼222 ℃ (0.4 ～ 0.6mmHg).

As described above, the lacquer is an excellent antiseptic, insect repellent, bactericidal effect can be mentioned eight thousand large diameter. Even today, hundreds of years later, it is kept clean because of its peculiarities.

The technical core of the present invention will be described again to prepare a composition excellent in functionality when mixed with the ash powder and the clay, charcoal (white charcoal) powder in a certain ratio as described above and then especially using a lacquer extract acryl binder and Since it is used to make ash crystals by mixing, it is possible to make use of lacquer's functional effect, and to apply the lacquer to the surface of ash crystals is the core of the present invention.

Looking at the ashes crystals before, there are ashes crystals using a composition such as zeolites, disinfectants, urethane resins, calcined lime powder, etc., and technologies using concrete stones and pigment hardeners have been disclosed, but the present invention is completely excluded. Using eco-friendly materials, it provides technology that can safely handle the ashes.

[Objective of technical task to be achieved]

As described above, the present invention manufactures the ashes crystals with environmentally friendly materials to collect the ashes crystals with environmentally friendly materials in order to safely and wisely collect the ashes of the ancestors. The purpose of the present invention is to enable the ancestors to be wisely served.

[Configuration and Function of Invention]

When the ash crystals manufacturing method using the ocher composition of the present invention will be described in detail in the Examples.

[Example]

First step

A process of preparing ocher composition powder by crushing 200g of seven precious stones with 325 mesh and then mixing 100g of pulverized charcoal (white coal) at a rate of 1000g of ocher.

2nd process

A process of preparing the ashes powder crushed the cremated ashes into 325 mesh.

Third step

Process of quantifying by mixing and mixing ocher and ash composition by mixing and mixing 2000g of ocher, charcoal (white charcoal) and chile gemstone powder of the first process at the ratio of 1000g of ash powder of the second process

Fourth step

The process of manufacturing lacquer extract by putting 1500ml of water at a rate of 1000g of lacquer shell into a high-pressure medicine bath and boiling for 4 hours.

5th process

Process of manufacturing lacquer composition acrylic binder adhesive by mixing and mixing 100 ml of acrylic binder (40%) or a fixed amount in the lacquer extract 1000 ml ratio of the fourth step

6th process

A process of preparing a solid so that compression is achieved by putting 50 ml to 100 ml of the lactose composition of the fifth step in a ratio of 1000 g of the ash composition of the third step and mixing the ash composition.

7th process

A process of manufacturing a skeleton crystal by preparing a mold of a certain standard or model and then putting the ash composition of the sixth step into the mold by using the mold.

8th process

Drying the ashes crystals extruded in the seventh step at 60 ℃ for 1 hour and drying the ashes crystals for 1 hour at a dryer temperature 120 ~ 200 ℃.

9th process

Process to prepare lacquer solution by mixing 200 ml of silver antibacterial solution with terrapine oil at 200 ml ratio

10th process

Apply the ash crystals of step 8 to the surface of the ash crystals two to three times with the lacquer solution of the ninth step.

11th process

A process for producing ashes crystals by drying the lacquer coated on the ashes crystals of step 10 while maintaining the temperature of the dryer at 30 ° C. and maintaining the humidity at 70 to 75%.

[Test result]

Ocher, chilboseok, charcoal (white charcoal), ashes crystals prepared as described above are the antibacterial, antiseptic, deodorant, antiseptic effect of lacquer, as well as the sterilization, antiseptic, antibacterial function of oak and chilseok stone Functional effects such as dehumidification and far-infrared rays have already been recognized as functional substances that have been announced by an accredited institution.

In the present invention, as a result of testing the antimicrobial reduction rate of the ashes crystals in a certified institution can be seen in the antimicrobial test results that the reduction rate of Staphylococcus aureus and E. coli bacteria is reduced by 99.9%.

As described above, the present invention is excellent in economic efficiency and can provide a new makeup culture that has not been found so far, and is characterized in that the cosmetic ashes are wisely produced as crystals with environmentally friendly materials.

Figure 1 is the gold Buddha
Figure 2 Maria
Figure 3 is a color statue
Drawing 4 the man statue
[Product Required to Make Crystals]
Ocher, Cloisonne, Lacquer, Acrylic Binder, Charcoal (White Charcoal), Silver Antibacterial Solution, Terrapin Oil

.

Claims (1)

In the manufacturing method of environmentally friendly cosmetic ashes crystals using ocher, chil gemstone, charcoal (white char) composition
With the first process
A process of preparing ocher composition powder by pulverizing 200 g of chil gemstone into 325 mesh at a rate of 1000 g of ocher and then mixing and mixing 100 g of powder pulverized with 325 mesh of charcoal (white coal).
With the second process
A process of preparing the ashes powder obtained by grinding the cremated ashes into 325 mesh.
With the third process
The process of quantitatively mixing and mixing the ocher and ashes composition by mixing and mixing 2000 g of loess, charcoal (white charcoal), and jewels of the first step at a ratio of 1000 g of ash powder of the second step.
With the fourth process
Process of preparing lacquer extract by putting 1500ml of water at a rate of 1000g of lacquer shell into a high-pressure medicine bath and boiling for 4 hours.
5th process
A process for producing a lacquer composition acrylic binder adhesive by mixing and mixing 100 ml of acryl binder (40%) or a predetermined amount in a ratio of 1000 ml of lacquer extract of the fourth step.
6th process
A process of preparing a solid material such that 50 ml to 100 ml of the lactose composition of the fifth step is added at a ratio of 1000 g of the ash composition of the third step, and the ashes composition is mixed.
7th process
A process of preparing bone ash crystals by preparing a mold of a predetermined standard or model and then putting the ash composition of the sixth step into the mold by using the mold.
8th process
Drying the ashes crystals extruded in the seventh step at 60 ℃ for 1 hour and then drying the ashes crystals for 1 hour at 120 ~ 200 ℃ dryer temperature
9th process
Process of manufacturing lacquer solution by mixing and mixing 200 ml of silver antibacterial agent with 1000 ml of terapine oil in 200 ml ratio of lacquer concentrate
10th process
Apply the ash crystals of the 8th process to the surface of the ash crystals 2-3 times with the lacquer solution of the 9th process.
11th process
The process of manufacturing the ashes crystals by drying the lacquer coated on the ashes crystals of step 10 while maintaining the temperature of the dryer at 30 ℃ and humidity of 70 ~ 75%

Images