KR102350872B1 - Biodegradable Natural Cypress Ocher and Illight Charcoal Paper for Uniqueness and Its Manufacturing Method - Google Patents

Abstract

The present invention relates to a biodegradable cinerary box using cypress red clay, illite, oak charcoal, and Korean traditional paper, and a manufacturing method thereof and, more specifically, to a biodegradable cinerary box using cypress red clay, illite, oak charcoal, and Korean traditional paper, in which a mixture of oak charcoal, cypress red clay, and illite to a space between the bottom and lid of a cylinder forming the body of a cinerary box, so that fragrance of phytoncide is contained in the red clay to purify the odor of ashes to maintain cleanness, and due to far-infrared emission of the red clay and radiance emitted from illite particles, anion emission, deodorization, mold resistance, harmful substance emission prevention, harmful bacteria adsorption, and moisture-proof functions are reinforced and antibacterial, anti-humidity, and ventilation properties are provided, and a manufacturing method thereof. According to the present invention, the cinerary box is made in any one of a cylindrical shape, a square shape, a polygonal shape, has a space (34) formed therein, and including a lid (40) installed on the upper side. The lid (40) has a roof member filling groove (42) formed toward the space (34) so that cypress red clay, illite (60), and oak charcoal (50) are supplied to the filling groove (42). A bottom part (20) has a bottom member filling groove (21) formed toward the space (34) so that cypress red clay, illite (60), and oak charcoal (50) are supplied to the filling groove (21). A cylinder member (30) has a plurality of member storage grooves (31) formed toward the space (34) so that cypress red clay, illite (60), and oak charcoal (50) are supplied to the grooves (31). The cylinder member (30) is supplied to the upper side of the bottom part (20) and a finishing Korean paper (70) is attached to the cinerary box.

Description

Ossuary using biodegradable natural cypress loess and Illight charcoal Korean paper and its manufacturing method {Biodegradable Natural Cypress Ocher and Illight Charcoal Paper for Uniqueness and Its Manufacturing Method}

The present invention relates to an ossuary using biodegradable natural cypress loess and illite charcoal hanji and a manufacturing method therefor, and more particularly, to the bottom of the cylinder constituting the body of the ossuary and the inside of the cover. By mixing and supplying each, the fragrance of phytoncide is contained in the loess soil to purify the odor of oil to maintain cleanliness. Far-infrared emission, brilliance emitted from illite particles, anion emission, deodorization, mold resistance, harmful substances emission, harmful bacteria adsorption, moisture-proof function It relates to an ashes box using biodegradable natural cypress loess and Illite charcoal Korean paper and a manufacturing method therefor by strengthening the skin and providing antibacterial, anti-humidity and ventilation.

In general, when a person dies, the body is buried or cremated according to the funeral procedure. In the case of our country, the custom of making a tomb and burial according to the Confucian tradition has been widely practiced. However, recently, as the land is encroached on by cemeteries, cremation-based funeral culture is recommended. At this time, when the body is cremated, it is common to store the ashes produced by cremation in an ossuary and then place it in an ossuary.

The ossuary is used to store the cremated remains of the deceased in an ossuary or an ossuary. Usually, the ashes are put in a body made of ceramics or stone, and the cover is closed over it to seal and preserve.

However, since the conventional ossuary is made of ceramics or stone, there is a problem in that the ashes decay over time, causing odors and insects. That is, when ashes are stored in a conventional burial box, when a temperature difference occurs depending on the weather or season, dew condensation occurs on the inner wall of the ossuary. At this time, as the generated moisture flows down and is absorbed into the ashes, the ashes naturally deteriorate or decay, making it difficult to store them for a long time.

As a way to solve this problem, a method for maintaining the internal space of the urn in a vacuum state has been proposed, and various technologies and devices for maintaining the internal space of the ossuary in a vacuum state are being developed.

However, in the case of an urn made of a jar, there is a defect that causes environmental pollution by the glaze due to the glazing treatment, and even if the vacuum state is maintained, the vacuum state is not guaranteed. Not only is there a problem, but even if it is buried in the ground or thrown away, there is a defect in water quality, soil, and environmental pollution.

Patent Registration No. 1825556 (registered on January 30, 2018) previously applied by the present applicant, the present invention is made in a cylindrical shape, a space is formed inside, a cover is installed on the upper side, and a space is formed between the padding members to form a charcoal In the enclosure for supplying

In the lower part of a cylinder made of any one of Korean paper, cardboard, synthetic resin, wood, and pottery, a gap holder made of any one of paper, wood, bamboo, and synthetic resin is formed at regular intervals on the upper side of the floor barrier made of either paper or Korean paper. A space portion is formed between the holder and after the charcoal is supplied to the space portion, it includes a bottom portion in which an upper barrier material made of any one of paper and Korean paper is formed on the upper side of the gap holder and the charcoal,

Reapply any one of paper and Korean paper 10 to 30 times along the entire outer surface of the cylinder and the bottom so that the cylinder and the bottom are integrated into the backing member, and the support is fixed on the bottom of the backing member located on the upper side of the bottom. A floor natural ventilation member formed by weaving at intervals is installed, and a side natural ventilation member formed by weaving the support with a line weaving the support member with the inner wall of the cylindrical backing member is installed so that the wind naturally circulates inside the backing member will be.

However, since charcoal is used, it cannot provide more various functions other than the antibacterial and anti-humidity functions that are inherent to charcoal, so there is a limit in showing the effect.

[Document 1]. Patent Registration No. 1825556 (Registered on January 30, 2018) [Document 2]. Utility Model Registration No. 0383118 (Registered on April 21, 2025) [Document 3]. Utility Model Registration No. 0348459 (Registered on April 12, 2004) [Document 4]. Patent Registration No. 0602998 (Registered on July 12, 2006)

Therefore, the solution of the present invention was devised to solve these conventional drawbacks, and after forming grooves in the cylindrical member that becomes the body of the ossuary, the bottom part, and the inside of the cover, charcoal, natural cypress loess, and illite were mixed in a certain ratio. The purpose is to provide various effects by mixing and storing them alternately.

Another solution of the present invention is to mix beheaded beech, natural cypress loess, and illite in a certain ratio in a member storage groove formed in a cylindrical member and store them alternately to form several layers, a space is formed on the upper side and circulation by natural ventilation The purpose of this is to provide an eco-friendly ossuary.

The present invention is made of any one of a cylindrical shape, a quadrangle, and a polygon, and is made of an ossuary that forms a space inside and installs a cover on the upper side;

A roof member filling groove is formed in the spatial direction to include a cover for supplying cypress loess, illite, and charcoal, respectively,

and a bottom portion for supplying cypress loess, illite, and charcoal, respectively, by forming a filling groove of the floor member in the spatial direction,

After forming a plurality of member storage grooves in the spatial direction and including a cylindrical member for supplying cypress loess, illite, and charcoal, respectively,

It is characterized in that it is finished by supplying a cylindrical member to the upper side of the bottom part and applying the finished Korean paper.

The cypress loess of the present invention is naturally stored and aged for more than 10,000 hours in extracts of cypress trees and leaves, so that the fragrance of phytoncide is contained in the loess, and the illite particles are processed to have a size of 1.5 to 4.5 μm. Raw material preparation step of preparing loess and illite and charcoal having a size of 1.5 to 4.5 mm;

a mixing step of mixing illite and cypress loess, which are natural minerals, in a ratio of 0.5 to 4: 96 to 99.5;

A cylindrical member processing step of preparing a cylindrical member of wood, forming a plurality of member storage grooves in the range of 2 to 4 rows in one direction, and forming a sheath groove in the longitudinal direction between the member storage grooves;

A bottom part and cover processing step of preparing a bottom part and a cover with wood, dividing one direction into several equal parts, and forming a lower member filling groove and a roof member filling groove, respectively, to have the same size and shape;

a raw material supply step of supplying cypress loess, illite, and charcoal to the lower member filling groove of the bottom part, the roof member filling groove of the cover, and the member storage groove of the cylindrical member, respectively;

After supplying each of the raw materials, a finishing Hanji application step of applying the finished Hanji paper so that the supplied raw materials do not escape to the outside;

The process of supplying the cylindrical member 30 to the upper part of the bottom part to combine the cypress loess, Illite, and charcoal toward the space, and to apply paper or Korean paper several times so that the bottom part and the inner and outer diameters of the cylindrical member become one piece. performing a cylindrical member forming step; It is characterized in that it consists of.

The present invention divides the cylindrical member, the bottom part, and the inside of the cover into several parts to form a groove, and then mixes charcoal, natural cypress loess, and illite in a certain ratio and stores them alternately. The effect of purifying the odor of oil by purifying the odor of oil by containing the fragrance of phytoncide by aging the loess in the extract and emitting far-infrared rays from the loess by mixing the natural mineral illite, the radiance and negative ions produced from illite, It provides various effects such as deodorization, mold resistance, release of harmful substances, adsorption of harmful bacteria, and strengthening of moisture-proof functions, and enhancing antibacterial and anti-humidity functions with charcoal.

The present invention mixes beech, natural cypress loess, and illite in a certain ratio in a member storage groove formed in a cylindrical member to alternately form several layers, and when stored alternately, the storage material is pushed downward and a space is formed upward. It has the effect of providing an eco-friendly ossuary by allowing circulation by natural ventilation.

1 is a perspective view showing a preferred embodiment of the present invention;
2 is a front view showing the completed state of the present invention;
3 is a front view of a state in which a material is supplied by forming a member storage groove for the cylindrical member of the present invention;
4 is a side cross-sectional view of a state in which a material is supplied by forming a member storage groove for the cylindrical member of the present invention;
5 is an enlarged cross-sectional view of an upper portion of the cylindrical member of the present invention;
6 is an enlarged cross-sectional view of a main part forming a member storage groove for the cylindrical member of the present invention;
7 is an enlarged cross-sectional view of a state in which the bottom part of the present invention and the lower side of the cylindrical member are combined;
8 is an enlarged cross-sectional view of a state in which the upper side of the cover and the cylindrical member of the present invention are combined;
9 is a plan view of a state in which a material is supplied for the bottom and the cover of the present invention;
10 is a block diagram showing the most preferred embodiment of the present invention;

The above objects, other objects, features and advantages of the present invention will be easily understood through the following preferred embodiments in conjunction with the accompanying drawings. However, the present invention is not limited to the embodiments described herein and may be embodied in other forms. Rather, the embodiments introduced herein are provided so that the disclosed subject matter may be thorough and complete, and that the spirit of the present invention may be sufficiently conveyed to those skilled in the art.

In this specification, when a component is referred to as being on another component, it means that it may be directly formed on the other component or a third component may be interposed therebetween. In addition, in the drawings, the thickness of the components is exaggerated for effective description of the technical content.

Embodiments described herein will be described with reference to cross-sectional and/or plan views, which are ideal illustrative views of the present invention. In the drawings, thicknesses of films and regions are exaggerated for effective description of technical content. Accordingly, the shape of the illustrative drawing may be modified due to manufacturing technology and/or tolerance. Therefore, embodiments of the present invention are not limited to the specific form shown, but also include changes in the form generated according to the manufacturing process. For example, the region shown at right angles may be rounded or have a predetermined curvature. Accordingly, the regions illustrated in the drawings have properties, and the shapes of the illustrated regions in the drawings are intended to illustrate specific shapes of regions of the device and not to limit the scope of the invention. In various embodiments of the present specification, terms such as first, second, etc. are used to describe various components, but these components should not be limited by these terms. These terms are only used to distinguish one component from another. The embodiments described and illustrated herein also include complementary embodiments thereof.

The terminology used herein is for the purpose of describing the embodiments and is not intended to limit the present invention. In this specification, the singular also includes the plural unless specifically stated otherwise in the phrase. As used herein, the terms 'comprises' and/or 'comprising' do not exclude the presence or addition of one or more other components.

In describing the specific embodiments below, various specific contents have been prepared to more specifically describe the invention and help understanding. However, a reader having enough knowledge in this field to understand the present invention may recognize that it can be used without these various specific details. In some cases, it is mentioned in advance that parts that are commonly known and not largely related to the invention are not described in order to avoid confusion without any reason in describing the present invention.

Accordingly, the most preferred embodiment of the present invention will be described in more detail with reference to the accompanying drawings.

Figure 1 is a perspective view showing a preferred embodiment of the present invention, Figure 2 is a front view showing the completed state of the present invention.

a cylindrical member 30 having a space 34 therein and formed in any one of a circle, a rectangle, and a polygon to form the ossuary 10;

It is preferable that a circular bottom portion 20 is installed on a lower side of the cylindrical member 30 , and a circular cover 40 is installed on an upper side of the cylindrical member 30 .

Of course, the shape of the bottom part 20 and the cover 40 may vary according to the shape of the cylindrical member 30 .

The bottom part 20, the cylindrical member 30, and the cover 40 are formed of any one of Korean paper, corrugated cardboard, synthetic resin, wood, and pottery, and the process of re-applying paper or Korean paper several times to the part exposed to the outside. is molded through.

The cover 40 coupled to the upper side of the cylindrical member 30 is installed to block and block the cylindrical member 30 by having a handle 41 formed in the center thereof.

The outer diameter of the cylindrical member 30 and the upper side of the cover 40 are to allow consumers to have a wide selection in various colors and designs, so that either the bottom part 20 or the cover 40 is exposed to the outside. Forming is optional.

Figure 3 is a front view of a state in which a material is supplied by forming a member storage groove for the cylindrical member of the present invention, Figure 4 is a side cross-sectional view of a state in which a material is supplied by forming a member storage groove for the cylindrical member of the present invention, Figure 5 is an enlarged cross-sectional view of the upper part of the cylindrical member of the present invention, Figure 6 is an enlarged cross-sectional view of the main part forming the member storage groove for the cylindrical member of the present invention, Figure 7 is the bottom portion and the lower side of the cylindrical member of the present invention An enlarged cross-sectional view of a combined state, FIG. 8 is an enlarged cross-sectional view of a state in which the upper side of the cover and the cylindrical member of the present invention are combined, and FIG.

The cylindrical member 30 positioned between the bottom part 20 and the cover 40 is to form a quadrangle in an unfolded state, and to have a constant size in 2 to 4 steps in the inside direction, any one of a rectangle and a circle inward. Including forming the member storage groove 31 in the form of.

The member storage groove 31 is preferably formed in a rectangular shape, but may have various shapes as needed, and is rolled in a circle by forming a sheath groove 32 between the member storage grooves 31 at the entire height. to make it easier to shape.

The depth and size of the sheath groove 32 can be formed in various ways, and it includes making it made of any one of paper, bamboo, and synthetic resin in addition to wood material.

It is preferable that several to tens of member storage grooves 31 are formed at regular intervals in the horizontal direction, and a material mixed with natural cypress loess and illite 60 is supplied to one member storage groove 31, The adjacent member storage groove 31 is to be divided and stored by supplying the charcoal (50).

In the member storage groove 31, natural cypress loess, illite 60, and charcoal 50 are alternately supplied and stored.

The cypress loess, illite 60, and charcoal 60 are supplied in either a powder state or a granular state, and after being supplied, a space portion ( 33) is formed to provide natural ventilation.

Charcoal is supplied to the portion adjacent to the member storage groove 31 in which the cypress loess and the illite 60 are filled, and the charcoal 50 can be processed and supplied into a powder, and if necessary, inserting grains include

The bottom part 20 is formed on the lower side of the cylindrical member 30, and the cover 40 is positioned on the upper side of the cylindrical member 30,

A plurality of filling grooves 21 for the floor member are formed in one direction in the bottom portion 20, and a plurality of filling grooves 42 for the roof member are formed in one direction in the cover 40 as well.

The bottom part 20 and the cover 40 have any one of a round shape, a square shape, and a polygon shape depending on the shape of the cylindrical member 30 , and the bottom member filling groove 21 and the roof member formed in one direction. The filling grooves 42 are made of various sizes and formed in various numbers and sizes so as to be partitioned from adjacent parts, and preferably divided into four equal sizes to form the floor member filling grooves 21 and the roof member filling grooves 42. including the formation of

The floor member filling groove 21 and the roof member filling groove 42 include natural cypress loess, illite 60 and charcoal 50 are alternately supplied and stored in adjacent portions.

The natural cypress loess, the illite 60 and the charcoal 50 are alternately supplied to the member storage groove 31, the floor member filling groove 21 and the roof member filling groove 42 to prevent exposure to the outside. It includes finishing by repainting the finished paper 70 to do so.

The finished paper 70 includes both re-applying Korean paper once and re-applying several times, and select only the outside filled with natural cypress loess, illite 60 and charcoal 50, or both inside and outside. including application to

The cover 40 is formed independently and includes a handle 41 protruding integrally with a string or a central portion thereof.

The ossuary using the biodegradable natural cypress loess and Illite charcoal Korean paper of the present invention having such a configuration and a manufacturing method thereof will be described in more detail with reference to the accompanying drawings and the block diagram of FIG. 10 .

It is to perform the raw material preparation step (S10) of preparing the biodegradable natural cypress loess, the illite (60) and the charcoal (50).

The cypress loess is naturally stored and aged for more than 10,000 hours in extracts of cypress trees and leaves, so that the fragrance of phytoncide is contained in the loess and purifies the oily odor of the ashes, so that cleanliness can be maintained as it is.

The illite particles are preferably processed to have a size of 1.5 to 4.5 μm and then mixed with cypress loess.

The charcoal 50 is to be supplied in either powder or granules, and when supplied in granules, it includes to have a size of 1.5 to 4.5 mmm.

The charcoal 50 has an antibacterial and anti-humidity function by 10-30% higher than the standard value of general products, generates negative ions with its own air circulation function, emits far-infrared rays, and provides a function of adsorbing and deodorizing all odors and gas (gas) bacteria. When the anion exchange of heavy metals such as arsenic, lead, and mercury occurs in the soil due to its excellent UV protection function, the ions are exchanged in the structure through a permanent reversible reaction, and mixed with the viscous soil contained in the soil. By increasing the activity, it is possible to preserve and maintain a nature-friendly ecology.

When the raw material is prepared, the natural mineral illite and cypress loess are mixed in a ratio of 0.5 to 4: 96 to 99.5 to perform a mixing step (S20) of illite and cypress loess.

It is to provide the brilliance, anion emission, deodorization, mold resistance, harmful substances emission, harmful bacteria adsorption, and moisture-proof functions produced by far-infrared rays and illite particles emitted from the cypress loess.

In addition, the wavelength emitted from natural cypress loess is 8 to 14 microns, which generates heat energy, and about 200 million microorganisms live in a spoon of cypress loess. It includes deodorizing effect, antibacterial effect, and anti-humidity effect, so that the ashes can be safely kept clean and transported by the air purification effect.

The enzymes of natural cypress loess contain four components: catalase, protease, diphenol oxidase, and saccharase, making it possible to provide biodegradable eco-friendly products that do not harm the environment at all even when the ashes are buried.

Prepare a cylindrical member 30 of wood to form a plurality of member storage grooves 31 to have a constant size in the range of 2 to 4 rows in one direction, and cut longitudinally between the member storage grooves 31 To perform the cylindrical member processing step (S30) for forming the groove (32).

The bottom part and the cover forming the lower member filling groove 21 and the roof member filling groove 42, respectively, so that the bottom part 20 and the cover 40 are prepared with wood, and divided into several equal parts in one direction to have the same size and shape. The processing step (S40) is to be performed.

Cypress loess and Illite 60 in the lower member filling groove 21 of the bottom part 20, the roof member filling groove 42 of the cover 40, and the member storage groove 31 of the cylindrical member 30, respectively. And to perform the raw material supply step (S50) of supplying the charcoal (50).

The cypress loess, the illite 60 and the charcoal 50 are respectively supplied to the adjacent lower member filling groove 21 and the roof member filling groove 42 to be filled, and the member storage groove 31 has a side surface. It includes to be supplied divided into different cypress loess and illite (60) and charcoal (50) to the upper and lower sides.

When cypress loess, illite 60, and charcoal 50 are respectively supplied to the member storage groove 31, a space portion 33 is formed on the upper side in the range of 15 to 65% of the total area to provide natural ventilation. there will be

After each of the raw materials is supplied, the finishing Korean paper applying step (S60) of applying the finished Korean paper 70 is performed so that the supplied raw materials do not escape to the outside.

The cylindrical member 30 is formed to be wound in a cylindrical shape through the sheath groove 32, and the finishing paper 70 is applied to maintain the cylindrical shape.

By applying the finished Korean paper 70, the raw material is supplied to the bottom 20, the cylindrical member 30, and the cover 40, and includes a finished state in one piece.

By supplying the cylindrical member 30 to the upper side of the bottom part 20, the cypress loess, the illite 60, and the charcoal 50 are coupled to face the space 34, and the bottom part 20 and the cylindrical member 30 ) is to perform the cylindrical member forming step (S70) of performing the process of re-applying paper or Korean paper several times so that the inner and outer diameters are integrated.

By performing the process of re-applying the paper or Korean paper several times 10 to 30 times, the overall shape is not distorted and is molded accurately and firmly.

After forming in this way, the cover 40 is covered on the upper side of the cylindrical member 30 to form the ashes box 10, and the member storage grooves 31 of the cylindrical member 30 are respectively upper side of the cypress loess and Illite ( 60) and charcoal 50 are supplied, while moving downward, the space 33 is naturally formed on the upper side to provide a space in which air is naturally circulated, thereby maintaining a comfortable state by providing a circulating space that is naturally ventilated. it can be

The present invention provides the unique functionality of cypress loess, illite, and charcoal by supplying cypress loess, illite, and charcoal by forming filling grooves and storage grooves of a certain shape in the bottom, cylindrical member, and cover. , it is a very useful invention to provide an eco-friendly ashes box by normal ventilation circulation through the space formed above the member storage groove of the cylindrical member.

10: ossuary 20: bottom
21: lower member filling groove 22: gap holder
30: cylindrical member 31: member storage groove
32: sheath groove 33: space part
34: space 40: cover
41: handle 50: charcoal
60: Cypress loess and Illite 70: Finished Korean paper

Claims (9)

It is made of any one of a cylindrical shape, a square shape, and a polygonal shape, and is made of an ossuary having a space 34 formed therein and a cover 40 installed on the upper side;
A roof member filling groove 42 is formed in the space 34 direction to include a cover 40 for supplying cypress loess, illite 60, and charcoal 50, respectively,
It includes a bottom part 20 for supplying cypress loess, illite 60, and charcoal 50, respectively, by forming a floor member filling groove 21 in the direction of the space 34,
After forming a plurality of member storage grooves 31 in the direction of the space 34 to include a cylindrical member 30 for supplying cypress loess, illite 60 and charcoal 50, respectively,
The ashes box using biodegradable natural cypress loess and Illite charcoal Korean paper, characterized in that the cylindrical member 30 is supplied to the upper side of the bottom 20 and finished by applying the finishing Korean paper 70.
The method of claim 1,
The cover 40 is formed in various numbers and sizes so that the roof member filling groove 42 is partitioned from the adjacent part in one direction. 60) and charcoal (50) are alternately supplied and stored.
The method of claim 1,
The bottom part 20 is formed in various numbers and sizes so that the bottom member filling groove 21 is partitioned from the adjacent part in one direction. (60) and charcoal (50) are alternately supplied and stored, characterized in that the ossuary using biodegradable natural cypress loess and illite charcoal hanji.
The method of claim 1,
The cylindrical member 30 forms member storage grooves 31 in 2 to 4 stages, so that natural cypress loess, illite 60 and charcoal 50 are alternately supplied to each other, and finish paper 70 is applied over the finish. An ashes box using biodegradable natural cypress loess and Illite charcoal Korean paper.
The method of claim 1,
The cypress loess is aged by storing loess in extracts of cypress trees and leaves for more than 10,000 hours, and the charcoal 50 has a size of 1.5 to 4.5 mmm. used ashes.
The method of claim 1,
The illite particles are processed to have a size of 1.5 to 4.5 μm and then mixed with cypress loess;
The ashes using biodegradable natural cypress loess and illite charcoal Korean paper, characterized in that the illite and cypress loess are mixed in a ratio of 0.5 to 4: 96 to 99.5.
The method of claim 1,
When cypress loess, illite 60, and charcoal 50 are respectively supplied to the member storage groove 31, a space portion 33 is formed on the upper side in the range of 15 to 65% of the total area to provide natural ventilation. An ashes box using biodegradable natural cypress loess and Illite charcoal Korean paper, characterized in that it is present.
Cypress loess is naturally stored and aged for over 10,000 hours in extracts of cypress trees and leaves, so that the fragrance of phytoncide is contained in the loess, and the illite particles are processed to be 1.5-4.5 μm in size. A raw material preparation step of preparing the light 60 and the charcoal 50 having a size of 1.5 to 4.5 mmm (S10);
A natural mineral illite and cypress loess mixing step (S20) of mixing illite and cypress loess in a ratio of 0.5 to 4: 96 to 99.5;
The cylindrical member 30 is prepared from wood to form a plurality of member storage grooves 31 in the range of 2 to 4 rows in one direction, and a sheath groove 32 in the longitudinal direction between the member storage grooves 31. A cylindrical member processing step to form (S30);
The bottom part and the cover forming the lower member filling groove 21 and the roof member filling groove 42, respectively, to have the same size and shape by preparing the bottom part 20 and the cover 40 with wood, and dividing one direction into several equal parts. processing step (S40);
Cypress loess and illite 60 in the lower member filling groove 21 of the bottom part 20, the roof member filling groove 42 of the cover 40, and the member storage groove 31 of the cylindrical member 30, respectively. And a raw material supply step of supplying the charcoal (50) (S50);
After each of the raw materials is supplied, the finished Korean paper applying step (S60) of applying the finished Korean paper 70 so that the supplied raw materials do not escape to the outside;
By supplying the cylindrical member 30 to the upper side of the bottom part 20, the cypress loess, the illite 60 and the charcoal 50 are coupled to face the space 34, and the bottom part 20 and the cylindrical member 30 ) of a cylindrical member forming step (S70) of performing the process of re-applying paper or Korean paper several times so that the inner and outer diameters are integrated; A method for manufacturing an ashes box using biodegradable natural cypress loess and Illite charcoal Korean paper, characterized in that it consists of
9. The method of claim 8,
In the raw material supply step (S50), the cypress loess, the illite 60 and the charcoal 50 are respectively supplied to the adjacent lower member filling groove 21 and the roof member filling groove 42 to be filled, The member storage groove 31 includes a side, an upper and a lower side to be divided and supplied into different cypress loess, illite 60 and charcoal 50,
When cypress loess, illite 60, and charcoal 50 are respectively supplied to the member storage groove 31, a space portion 33 is formed on the upper side in the range of 15 to 65% of the total area to provide natural ventilation. A method of manufacturing an ashes box using biodegradable natural cypress loess and Illite charcoal Korean paper, characterized in that it is present.

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