KR102465132B1 - Funerary urns using mulberry cotton and manufacturing method thereof - Google Patents

Abstract

The present invention relates to a dust bin using daksom, which has breathability, does not generate condensation, does not accumulate moisture, and has a function of deodorizing the odor of the dust bin and a method for manufacturing the same.
In the method for manufacturing a powder box using daksom of the present invention, daksom and water are put into a kneader and kneaded to prepare a daksom dough, but the mixing ratio (v / v) of daksom and water is 7: 3 to 7: 5, daksom Dough production step; In the daksom dough prepared in the daksom dough manufacturing step, Guryongmok powder and hwangbaekpi powder were added, and kneaded using a kneader (stirrer). As a standard, the ratio (w / w / w) of Daksom: Guryongmok powder: Hwangbaekpi powder is 7: 4: 4 to 7: 7: 7, adding Guryongmok powder and Hwangbaekpi powder; The daksom dough, to which Guryongmok powder and hwangbaekpi powder were added, was put into the molding molds of the upper and lower molds having a predetermined shape, and then thermally compressed and dehydrated at 100 to 150 ° C. It is characterized in that it includes; manufacturing, molding step.

Description

Funerary urns using mulberry cotton and manufacturing method thereof}

The present invention relates to a dust bin using daksom, which has breathability, does not generate condensation, does not accumulate moisture, and has a function of deodorizing the odor of the dust bin and a method for manufacturing the same.

A urn is also called an ossuary or ossuary.

In general, the urn is made of wood, stone, or ceramics. In the existing urn, dew condensation occurs inside the urn due to the temperature difference between the inside and the outside, easily deteriorating the ashes, and causing microorganisms to propagate, resulting in odor. In addition, there was a problem that the ashes solidified together with the urn and hardened like a stone.

Therefore, there is a demand for a bin that has air permeability, does not accumulate moisture in the bin, and has a function of deodorizing the odor of the bin.

As a prior art, Korean Registered Utility Model Publication No. 0383118 relates to an urn that prevents condensation by coating the wall of a space in which ashes are contained with a mixed material composed of hardwood charcoal powder, gypsum powder, wheat flour paste, and mulberry fiber.

However, in Korean Utility Model Publication No. 0383118, only coating the inside of an urn made of wood, stone, or ceramics with a mixed material made of mulberry fiber, etc., since the urn itself does not have ventilation holes, still maintains internal and external It is not enough to reduce the dew condensation caused by the temperature difference with and, and the deodorizing effect is not great.

As another prior art, Korean Patent Publication No. 10-2010-0040142 transforms paper mulberry bark into porridge through fibrillation, mixes the mulberry porridge in the form of porridge with water and mulberry paste, and then It relates to a method for manufacturing a Korean paper bin for a dry arboretum.

However, even in the case of Korean Patent Publication No. 10-2010-0040142, the ventilation holes formed by mulberry fiber are reduced by adding mulberry grass, and it is insufficient to reduce condensation, and the deodorizing effect is not great.

In the present invention, daksom is used to have air permeability, but in order to improve the deodorizing function, the powdered bone having breathability and deodorizing function is prepared by adding girung tree, that is, Guryongmok powder or hwangbyeok tree, that is, hwangbaekpi powder. suggest that,

Mulberry is a deciduous shrub of the Moraceae family, and its scientific name is Broussonetia kazinoki Sie. The English name is Korean paper tree, or paper mulberry, and it is mainly distributed in Korea (central and south), Japan, and Southeast Asia. It is called gupima (構皮麻) as a herbal medicine, and it contains saponin, fatty oil, and serotin, so young branches and leaves are effective for bruises and are used as a nourishing tonic. Paper mulberry bark is composed of outer bark (milliscus) and inner bark (white skin). The pulping process using the white rind from which the millimeter is removed is a traditional method. After filtering out only fibers by beating with the mechanical method used, Hanji is manufactured with a liquid in which fibers and other drugs are mixed and dispersed in an appropriate amount of water. Paper mulberry is known to have antibacterial, anti-inflammatory, and detoxifying functions.

It is a deciduous tree belonging to the Rosaceae family. The leaves are alternate, the leaf edges have fine sawtooth, and are shaped like long eggs. Flowers bloom white in clusters in raceme in May, and flower stems droop slightly downward. The fruit, a drupe, ripens round and black in June and tastes bitter. Dried small branches are called Guryongmok (九龍木), and it is effective when used for congestion or by applying fresh juice to swelling on the legs. In July, the leaves are boiled and eaten as vegetables, and the fruit is eaten raw. It grows in deep mountain valleys and is distributed more northward. It is known that the Guryong tree, that is, Guryongmok, has antibacterial, bactericidal, fungicidal, and deodorizing functions.

The hwangbyeok tree, also called the hwanggyeong tree or the hwangbaek tree, is a deciduous tree belonging to the Rutaceae family, and its height is about 10m and grows wild in areas below 1,300m above sea level. The branches are thick and spread in all directions, and the light gray bark is deeply cracked due to the development of the cork layer, and the inner bark is yellow. As for the leaves, 5 to 13 pairs of feather-shaped small leaves face each other in a compound leaf. The lanceolate small leaves have a round bottom, a long pointed tip, and blunt sawtooth and luster. Flowers bloom around June, with male and female flowers forming panicle inflorescences on different plants. There are 5-8 petals, male flowers have 5-6 stamens, and female flowers have 1 pistil. The fruit is a spherical black drupe about 1 cm in diameter. In Korea, it is the same genus of Hwangbyeok (黃蘗─屬 Phellodendron), Pmolle with many hairs on the back of the leaf, P insulare with 3 to 5 pairs of fine leaves, and Hwangbyeok with a thin cork layer and few soft hairs on the leaf ( Psachalinense) is grown. The hwangbyeok tree is suitable as a honey plant. The wood is used for veneer, furniture, and wood crafts. The bark and fruit are used for the treatment of typhoid fever, cholera, hematemesis, poisoning, gonorrhea, frostbite, and diabetes, and the inner bark is used as a yellow dye. It is said that the name was given because the inner skin is yellow. The bark (inner bark) of the Hwangbyeok tree is also called Antibaekpi. Hwangbyeok tree, that is, hwangbaekpi is known to have antibacterial, bactericidal, fungal, and deodorizing functions. Dried Hwangbaekpi and Guryongmok are marketed as herbal medicine ingredients.

The problem to be solved by the present invention relates to a dust bin using daksom and a method for manufacturing the same, which have breathability, do not cause condensation, do not accumulate moisture, and have an improved deodorizing function against the odor of the dust bin.

In order to solve the above problems, the method for manufacturing a powder box using daksom of the present invention is to prepare a daksom dough by putting daksom and water in a kneader and kneading, but the mixing ratio (v / v) of daksom and water is 7: 3 to 7: 5, daksom dough manufacturing step; In the daksom dough prepared in the daksom dough manufacturing step, Guryongmok powder and hwangbaekpi powder were added, and kneaded using a kneader (stirrer). As a standard, the ratio (w / w / w) of Daksom: Guryongmok powder: Hwangbaekpi powder is 7: 4: 4 to 7: 7: 7, adding Guryongmok powder and Hwangbaekpi powder; The daksom dough, to which Guryongmok powder and hwangbaekpi powder were added, was put into the molding molds of the upper and lower molds having a predetermined shape, and then thermally compressed and dehydrated at 100 to 150 ° C. It is characterized in that it includes; manufacturing, molding step.

Between the step of adding the Guryongmok powder and Hwangbaekpi powder and the molding step, further comprising a step of adding Dakpul, wherein the adding step of Kowloonmok powder and Hwangbaekpi powder prepared in the step of adding Guryongmok powder and Hwangbaekpi powder are added Daksom dough is added with mulberry paste and kneaded (stirred), and the ratio of mulberry paste: mulberry paste prepared in the step of adding guryongmok powder and hwangbaekpi powder is 8:2. The dough is a daksom dough containing Guryongmok powder, hwangbaekpi powder, and mulberry paste.

Between the step of adding the Guryongmok powder and Yellowbaekpi powder and the step of adding the mulberry powder, further comprising a step of adding mineral powder, wherein the step of adding the Guryongmok powder and Yellowbaekpi powder to the daksom dough prepared in the step of adding, Mineral powder was added and kneaded using a kneader (stirrer), but the mineral powder had a daksom:mineral powder ratio (w/w) of 40:1 to 40: 7, and in the molding step, the daksom dough that is put into the molding mold is a daksom dough containing Guryongmok powder, hwangbaekpi powder, mineral powder, and dakpul.

The mineral powder is a powder of one or more of elvan, germanium, mica, jade, enerite, loess, and amethyst.

After the molding step, a coating step of drying the molded bone urn, lacquering and drying the outside and inside of the dried bone urn may be further provided.

In addition, it is characterized by a powder box made of a method for manufacturing a powder box using daksom of the present invention.

The dust bin and its manufacturing method using daksom of the present invention have air permeability, do not generate condensation, do not accumulate moisture, enhance the deodorizing function of the dust bin, and are naturally decomposed during burial, which is environmentally friendly. Helpful.

1 shows an example of a human bone bin.
FIG. 2 is an exploded perspective view of the human bone bin of FIG. 1 .
3 shows another example of a human bone bin.
4 shows an example of an animal bin.
Figure 5 is an exploded perspective view of the animal bin of Figure 4;

Hereinafter, a powder box using daksom of the present invention and a manufacturing method thereof will be described in more detail through the accompanying drawings and examples.

<Daksom Preparation>

The method for producing the mulberry cotton of the present invention will be described.

In the cutting step, the mulberry bark is cut into a predetermined size by a rotary cutter, and the fibers (fibers) clumped together in the mulberry tree are separated (divided). That is, the paper mulberry white skin is cut into a predetermined size by a rotary cutter while giving moisture, and the cut mulberry white skin is passed between two compression rollers so that the fibers (fibers) of the mulberry white skin are separated from each other.

In the drying step, the cut and separated paper mulberry fibers are dried.

In the first cutting step, the dried mulberry fiber bodies are spread by a roller (ie, a dispersing roller), and the spread mulberry fiber bodies are shredded. That is, in the first trimming part composed of the first shredding rotary drum and a plurality of shredding rollers disposed on the outer circumference of the first shredding rotary drum, between the first shredding rotary drum and the plurality of shredding rollers, mulberry fibers By passing through the sieves, the mulberry fiber bodies are shredded.

In the spreading and first foreign matter removal step, the foreign matter is removed while the first chopped paper mulberry fibers are spread. That is, by passing the first shredded paper mulberry fibers raised on the conveyor under the first foreign matter collection drum formed of a net (that is, between the conveyor and the first foreign matter collection drum), the small paper mulberry fibers in the mulberry paper fibers Foreign matter such as debris is collected in the foreign matter collection drum.

In the second cutting step, the upper surface (surface) and bottom surface (bottom surface) of the first chopped mulberry fiber body from which foreign substances are removed are turned over and chopped. That is, the flipping roller is located between the feeding roller and the second rotary drum, and rotates in the opposite direction to the rotary drum of the first rotary drum, so that the upper surface (surface) of the paper mulberry fibers coming from the conveyor and the feeding roller The bottom surface (bottom surface) is turned over and transferred to the second cutting section rotary drum 321. In the second shredding part composed of the second shredding rotary drum and a plurality of shredding rollers disposed on the outer circumference of the second shredding rotary drum, between the second shredding rotary drum and the plurality of shredding rollers, mulberry fiber bodies are rotated By passing through, the mulberry fiber bodies are shredded.

In the spreading and second foreign matter removal step, the foreign matter is removed while spreading the second chopped paper mulberry fibers. That is, by passing the second shredded paper mulberry fibers raised on the conveyor under the second foreign matter collection drum formed of a net (that is, between the conveyor and the second foreign matter collection drum), small Foreign matter such as debris is collected in the foreign matter collection drum.

In the third cutting step, the second cut paper mulberry fibers from which foreign substances are removed are cut. That is, in the third cutting part composed of the third cutting rotary drum and a plurality of cutting rollers disposed on the outer circumference of the third cutting rotary drum, between the third cutting rotary drum and the plurality of cutting rollers, mulberry fibers By passing through the sieves, the mulberry fiber bodies are shredded.

In the spreading and third foreign matter removal step, the foreign matter is removed while the third cut paper mulberry fibers are spread. That is, by passing the third shredded paper mulberry fibers raised on the conveyor under the third foreign matter collection drum formed of a net (that is, between the conveyor and the third foreign matter collection drum), small Foreign matter such as debris is collected in the foreign matter collection drum.

In the fourth cutting step, the upper surface (surface) and bottom surface (bottom surface) of the third cut mulberry fiber body from which foreign substances are removed are turned over and chopped. That is, the reversing roller is located between the feeding roller and the rotary drum of the fourth trimming unit, and rotates in the opposite direction to the rotating drum of the third trimming unit, so that the top surface (surface) of the mulberry fiber body coming from the conveyor and the feeding roller The bottom surface (bottom surface) is turned over and transferred to the rotary drum of the fourth mincing section. In the second cutting part composed of the fourth shredding rotary drum and a plurality of shredding rollers disposed on the outer circumference of the fourth shredding rotary drum, between the fourth shredding rotary drum and the plurality of shredding rollers, mulberry fiber bodies are rotated By passing through, the mulberry fiber bodies are shredded.

In the spreading step, the fourth cut paper mulberry fibers are spread by a roller (dispersion roller). That is, the paper mulberry fibers discharged through the fourth shredding rotary drum are placed on the conveyor, and the mulberry paper fibers placed on the conveyor are spread by the dispersing roller.

In the fifth shredding step, the unfolded fourth shredded paper mulberry fibers are shredded. That is, in the fifth cutting part composed of the fifth cutting rotary drum and a plurality of cutting rollers disposed on the outer circumference of the fifth cutting rotary drum, between the rotating fifth cutting rotary drum and the plurality of cutting rollers, mulberry By allowing the fibers to pass through, the mulberry fiber bodies are shredded.

The fifth shredded mulberry fibers are stored in the mulberry storage unit by mulberry cotton.

As used in the present invention, the term “paper mulberry cotton” is hair-like white fiber made from paper mulberry, also known as paper mulberry, and is cotton made using paper mulberry as a main raw material.

<Preparation of Hwangbaekpi Powder and Guryongmok Powder>

Each of the dried Hwangbaekpi and Guryongmok is pulverized with a grinder. It is preferably pulverized to a particle size of 300 to 400 mesh.

<Manufacture of bone cesspit - Example 1>

It is a step of preparing a daksom dough by putting daksom and water into a kneader (stirrer) and kneading (stirring) to prepare a daksom dough. The mixing ratio (v/v) of daksom and water is 7:3 when kneading the daksom. ~5, preferably 7:3.

In the step of adding Guryongmok powder and Hwangbaekpi powder, Guryongmok powder and Hwangbaekpi powder are added to the daksom dough prepared in the daksom dough preparation step, and kneaded using a kneader (stirrer). Here, the ratio (w / w / w) of Daksom: Guryongmok powder: Hwangbaekpi powder is 7: 4-7: 4-7 Let it be.

As a molding step, this is a step of molding the daksom dough to which the Guryongmok powder and the yellow baekpi powder prepared in the addition step of the Guryongmok powder and the yellow baekpi powder are added. After being put into the molding mold of the upper mold and the lower mold with heat compression and dehydration under the condition of 100 to 150 ° C., a three-dimensional shaped daksom molded product, a rice bowl, is produced.

<Manufacture of bone cesspit - 2nd embodiment>

It is a step of preparing a daksom dough by putting daksom and water into a kneader (stirrer) and kneading (stirring) to prepare a daksom dough. The mixing ratio (v/v) of daksom and water is 7:3 when kneading the daksom. to be ~5.

In the step of adding Guryongmok powder and Hwangbaekpi powder, Guryongmok powder and Hwangbaekpi powder are added to the daksom dough prepared in the daksom dough preparation step, and kneaded using a kneader (stirrer). Here, the ratio (w / w / w) of Daksom: Guryongmok powder: Hwangbaekpi powder is 7: 4-7: 4-7 Let it be.

In the step of adding mulberry paste, kneading (stirring) by adding mulberry paste to the dough with mulberry powder and yellow baekpi powder prepared in the additional step of adding guryongmok powder and yellow baekpi powder, and preparing in the step of adding mulberry powder and yellow baekpi powder The ratio of mulberry paste: mulberry paste is 8:2. Here, the mulberry grass is made by processing the root of Hwangchokgyu, and commercially available mulberry grass can be used.

In the forming step, after putting the daksom kneading product in the step of adding mulberry paste into the molding molds of the upper and lower molds having a predetermined shape, thermal compression and dehydration at 100 to 150 ° C conditions to produce a three-dimensional shape of the mulberry box. do.

<Manufacture of bone cesspit - 3rd embodiment>

It is a step of preparing a daksom dough by putting daksom and water into a kneader (stirrer) and kneading (stirring) to prepare a daksom dough. The mixing ratio (v/v) of daksom and water is 7:3 when kneading the daksom. to be ~5.

In the step of adding Guryongmok powder and Hwangbaekpi powder, Guryongmok powder and Hwangbaekpi powder are added to the daksom dough prepared in the daksom dough preparation step, and kneaded using a kneader (stirrer). Here, the ratio (w / w / w) of Daksom: Guryongmok powder: Hwangbaekpi powder is 7: 4-7: 4-7 Let it be.

In the step of adding the mineral powder, the mineral powder is added to the daksom dough prepared in the step of adding the Guryongmok powder and Hwangbaekpi powder, and kneaded using a kneader (stirrer). For the mineral powder, the ratio (w/w) of daksom:mineral powder is 40:1 to 7 based on daksom applied in the daksom kneading process. Here, as the mineral powder, powders of elvan, germanium, mica, jade, enerite, loess, amethyst, etc. may be used, but are not limited thereto.

In the step of adding mulberry paste, knead (stir) by adding mulberry paste to the dough prepared in the step of adding mineral powder, and set the ratio of mulberry paste: mulberry paste prepared in the step of adding mineral powder to 8:2.

In the forming step, after putting the daksom kneading product in the step of adding mulberry paste into the molding molds of the upper and lower molds having a predetermined shape, thermal compression and dehydration at 100 to 150 ° C conditions to produce a three-dimensional shape of the mulberry box. do.

In the first to third embodiments of the production of the bone urn, after the molding step, the molded burial box is dried, and the exterior and interior of the dried burial box may be further added with lacquer.

In the present invention, the bone bin is applicable to a human bone bin and an animal bone bin.

<Human Bone Crate>

FIG. 1 shows an example of a human bone bin, FIG. 2 is an exploded perspective view of the human bone bone bin of FIG. 1, and FIG. 3 shows another example of a human bone bone bin.

The human bone bin of FIG. 1 is made in the form of a house, and consists of a housing part 100 and a cover part 200.

That is, the housing part 100 and the cover part 200 are manufactured in the molding steps of the first to third embodiments of the manufacturing of the bone bin.

In FIGS. 1 to 3, the human bone bin is shown in the form of a house, but this is not intended to limit the present invention and may be made in various forms.

<Breaking Box for Animals>

FIG. 4 shows an example of an animal bin, and FIG. 5 is an exploded perspective view of the animal bin of FIG. 4 .

The animal bin box includes a body part 100, a cover part 200, and an animal model name holder 300.

The enclosure part 100 and the cover part 200, in FIGS. 4 and 5, but made of a tubular shape, this is not intended to limit the present invention, and may be made in various shapes.

An animal model name holder 300 is positioned above the cover part 200, and the animal model name holder 300 may be integrated with the cover part 200 or manufactured to be separated from each other.

The animal model 310 of the animal model name holder 300 may be an animal model representing an animal that is the owner of the animal bone to be placed in the animal bin, and a name writing portion 350 on one side of the animal model name holder 300 ) is provided.

4 and 5, the animal model 310 of the animal model name holder 300 has a puppy shape, but this is not intended to limit the present invention, and may be made in various shapes such as a cat shape.

In this specification, the detailed description of the contents that can be sufficiently recognized and inferred by those skilled in the art of the present invention is omitted, and the technical spirit or essential configuration of the present invention is changed in addition to the specific examples described in this specification. More diverse modifications are possible within the range not specified. Accordingly, the present invention may be practiced in a manner different from that specifically described and exemplified herein, which can be understood by those skilled in the art.

100: body part 200: cover part 300: animal model name holder
310: animal model 350: name registration

Claims (7)

A step of preparing a dough for daksom by putting daksom and water into a kneader and kneading the dough, wherein the mixing ratio (v/v) of daksom and water is 7:3 to 7:5;
In the daksom dough prepared in the daksom dough manufacturing step, Guryongmok powder and hwangbaekpi powder were added, and kneaded using a kneader (stirrer). As a standard, the ratio (w / w / w) of Daksom: Guryongmok powder: Hwangbaekpi powder is 7: 4: 4 to 7: 7: 7, adding Guryongmok powder and Hwangbaekpi powder;
The daksom dough, to which Guryongmok powder and hwangbaekpi powder were added, was put into the molding molds of the upper and lower molds having a predetermined shape, and then thermally compressed and dehydrated at 100 to 150 ° C. Manufacturing, molding step;
Characterized in that it comprises, a method for manufacturing a powder box using daksom. According to claim 1,
Between the step of adding Guryongmok powder and hwangbaekpi powder and the molding step, further comprising a step of adding mulberry grass,
In the step of adding mulberry tree powder, mulberry paste was added to the kneaded dough to which the powder of mulberry tree powder and yellow baekpi powder prepared in the step of adding mulberry tree powder and yellow baekpi powder were added and kneaded (stirred), but prepared in the step of adding mulberry tree powder and yellow baekpi powder The ratio of daksom dough: dak glue is 8:2,
In the molding step, the daksom dough put into the molding mold is a daksom kneaded product containing guryongmok powder, hwangbaekpi powder, and mulberry paste. According to claim 2,
A step of adding mineral powder is further provided between the step of adding Guryongmok powder and hwangbaekpi powder and the step of adding mulberry,
In the step of adding mineral powder, the mineral powder was added to the daksom dough prepared in the step of adding the Guryongmok powder and hwangbaekpi powder, and kneaded using a kneader (stirrer). The mineral powder was applied to the daksom dough manufacturing step Based on daxom, the ratio (w / w) of daxom: mineral powder is 40: 1 to 40: 7,
In the molding step, the daksom dough that is put into the molding mold is a daksom dough containing Guryongmok powder, hwangbaekpi powder, mineral powder, and mulberry paste. According to claim 3,
The mineral powder is characterized in that the powder of one or more of elvan, germanium, mica, jade, enerite, loess, and amethyst. According to any one of claims 1 to 3,
After the molding step, a method for manufacturing a burial box using daksom, characterized in that it further comprises a coating step of drying the molded burial box, lacquering and drying the outside and inside of the dried burial box. Claims 1 to 4, consisting of a method for manufacturing a bone marrow using any one of daksom, a bone mound. A powder box made of the method for manufacturing a bone bone box using the daksom of claim 5.

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