KR20200093893A - Cinerary urn and method for manufacturing thereof - Google Patents

Abstract

The present invention relates to a method for manufacturing a crystal-patterned cinerary urn and a cinerary urn. More specifically, glaze and crystal glaze are mixed and applied on a surface of the first baked cinerary urn, the cinerary urn is put in a kiln, and crystal patterns are formed in various shapes by crystal glaze in the kiln by firing due to heating and temperature control, thereby creating an aesthetic effect.

Description

Manufacturing method and ash box with crystal pattern {CINERARY URN AND METHOD FOR MANUFACTURING THEREOF}

The present invention is to apply a mixture of glaze and crystal glaze on the surface of the coarsely baked ash, and then put it in a kiln to produce an aesthetic effect by crystal patterns generated by crystals of various shapes in the kiln by firing and temperature control by heating. It relates to a manufacturing method of the ashes to form a crystal pattern.

In recent years, in the funeral culture, cremation is recommended rather than in stores, and thus, the cremation culture is rapidly spreading due to the amendment of the Jangmyo Act and the change of national consciousness.

As a result, the erecting of the ossuary that can simultaneously accommodate the remains of a large number of dead people has been increased, and various types of ashes have been proposed to store the cremated remains.

The cremation culture is to place the body in a crematorium and incinerate the ashes that have been completely incinerated so as not to harm the public hygiene, and put them in the ashes and place them in the crypt or the crypt.

According to this trend, many ossuary ships have been produced in the past, and the ossuary for storing the present ashes is commonly used as an ossuary made of porcelain or a timber such as juniper.

In addition, since the ash box is not considered to preserve the ash powder from the outside to block moisture and prevent odor from leaking out, water droplets are formed inside the ash box due to the difference in moisture and temperature in the air due to the inflow of outside air. It focuses only on the ability to permeate the internal ashes and prevent the ashes from decaying.

On the other hand, the remains are mainly used as pottery to pray for the deceased of the deceased, and in the form of traditional ceramics, Goryeo celadon, Buncheongsagi, Ijobaekja, and inlaid celadon are manufactured.

For the above-mentioned ashes, Goryeo celadon, Buncheong porcelain, Ijo white porcelain, and inlaid celadon are glazed in pre-baked pottery to create beautifulness, and they are completed by baking in a kiln by drawing pictures and patterns.

As described above, since the ashes made of ceramics are fired by drawing the same patterns and characters, there is a problem in that the patterns or characters are uniform and the beauty is reduced.

In addition, there is a problem in that workability is deteriorated because a pattern, a letter, or a picture must be manually drawn on the surface of the skeleton.

Republic of Korea Patent Application No. 10-2009-0001322 "How to create a skeleton container"

The present invention for solving the above problems is that the ashes made of ceramics are not manually painted on the surface with patterns, pictures, and letters, but instead apply a crystal glaze on the surface and then crystal glaze by temperature change during firing in a kiln. The purpose of this is that various crystal patterns can be formed on the surface to create a beautiful appearance.

The present invention as a solution to the above problem, in the method of manufacturing the ash box, mix the crystalline glaze with the celadon glaze or the white porcelain glaze on the surface of the coarse roasted ash, then put it in a kiln and decide it in the kiln while undergoing plasticity and temperature control by heating. It relates to a method for manufacturing an ash box formed with a crystal pattern, characterized in that the glaze formed a crystal pattern due to various crystals.

As described above, the method for manufacturing an ossuary box for forming a crystal pattern of the present invention on a surface is mixed by adding a crystal glaze to a celadon glaze or a white porcelain glaze for firing each of Goryeo celadon, cheoncheong porcelain, Izo white porcelain, and inlaid celadon, respectively. Then, after putting it in the kiln and heating it, various crystal patterns are not artificial on the surface of the ashes due to the crystallization of the crystal glaze through temperature control, and natural patterns are produced to enhance the beauty.

The present invention has the effect of producing only one bone in the world, because the pattern and pattern are not standardized as in the conventional method of manufacturing the bones, and crystals of crystals are completely different for each bone and the crystal pattern is completely different.

In addition, it is effective to improve productivity and maximize scarcity by forming a pattern by temperature control after applying a crystal glaze without designing various patterns and patterns on the surface of the skeleton as in the prior art.

1 is a product picture showing a state in which a pattern is formed by applying a crystal glaze to a skeleton made of white porcelain of the present invention.
Figure 2 is a product picture showing a state in which a pattern is formed by applying a crystal glaze to the ashes made of celadon according to the present invention.

In order to achieve the above objects and effects, the present invention will be described in detail with reference to the accompanying drawings.

The present invention is a method of manufacturing a skeleton (1) consisting of a cover (3) for sealing the body (2) and the body (2) and the body (2) is made of the same diameter as the upper end of the body (2) for storing the remains, the skeleton ( 1) It is characterized in that the crystal pattern (4) is formed due to the crystal of the crystal glaze by temperature change in the process of applying the crystal glaze to the surface and then baking it in a kiln.

The method of manufacturing the ossuary box 1 is prepared by preparing a pre-baked ossuary box 1 and then mixing the ossuary box 1 by adding a crystal glaze to a celadon glaze or a white porcelain glaze to fire celadon or white porcelain.

The celadon glaze or white paper glaze is applied to the surface of the ash box 1 in a state in which the crystal glaze is mixed with the celadon glaze or white porcelain glaze.

The celadon glaze or white porcelain glaze is placed in a kiln and then heated to reach a temperature of 1200°C in the kiln.

When the temperature in the kiln reaches 1200°C, the temperature in the kiln is cooled to 1000°C, and then maintained at 1000°C for 4 hours to form crystals of crystal glaze to form crystal patterns 4 on the surface of the ashes 1 .

By lowering the temperature in the kiln, the ash box 1 having the crystal pattern 4 is naturally cooled and completed.

The ossuary box forms a crystal pattern in a planar shape on the surface of the ossuary box by heating, maintenance, and cooling to provide the ossuary box 1 having only one pattern in the world.

The crystal glaze obtains an aesthetic effect by a crystal pattern in which beautiful crystals of various shapes are grown in a kiln while undergoing firing and cooling.

That is, it ends with vitrifying the surface made of porcelain with glaze, but the crystal oil is vitrified and at the same time forms a crystal pattern 4 by crystals.

On the other hand, the shape or size of crystals varies depending on the composition of the glaze and the firing method.

1 is a product picture showing a state in which a pattern is formed by applying a crystal glaze to an ash box made of white porcelain according to the present invention, and on a surface of a white porcelain by crystallization of a crystal glaze to an ash box 1 coated with a white porcelain glaze Characterized in that the crystal pattern (4) is formed.

Figure 2 is a product picture showing a state in which a crystal pattern (4) is formed by applying a crystal glaze to a skeleton made of celadon according to the present invention, a celadon by a crystal of a crystal glaze on a skeleton (1) coated with celadon glaze Characterized in that the crystal pattern (4) is formed on the surface of the shape.

Examples for the present invention

Prepare an ash box composed of a body and a cover by grilling it first.

In order to prepare a white porcelain shaped ash box, 30Kg of white porcelain glaze and 30g of crystal glaze are added and mixed.

White porcelain glaze mixed with the crystal glaze is applied to the body and lid of the ashes.

When the ashes coated with the white porcelain glaze are added to the kiln, heated until the temperature of the kiln reaches 1200°C, and then the temperature in the kiln is cooled to 1000°C, and then maintained at 1000°C for 4 hours to heat the crystal of the crystal glaze. By this, crystal patterns are formed on the surface of the ashes.

The temperature in the kiln is lowered to naturally cool the ashes formed with crystal patterns.

1: Ossuary 2: Body
3: cover 4: crystal pattern

Claims (3)

In the manufacturing method of the ash box consisting of a body for storing the ashes, the cover is made of the same diameter of the upper end of the body to seal the body,
A method of manufacturing an ossuary with a crystal pattern formed by applying a crystal glaze to the surface of the ash box (1) and then forming a crystal pattern (4) as a crystal of the crystal glaze by temperature control during baking in a kiln. The method of claim 1, wherein the manufacturing method of the ossuary box comprises: preparing a presumably roasted ossuary box 1; Wow
Mixing by adding a crystal glaze to celadon glaze or white porcelain glaze; Wow
Applying a celadon glaze or a white porcelain glaze to the surface of the ashes in a state in which a crystal glaze is mixed with the celadon glaze or white porcelain glaze; Wow
Putting the celadon glaze or white porcelain glaze into a kiln and then heating the kiln to reach 1200°C; Wow
When the temperature in the kiln reaches 1200°C, the temperature in the kiln is cooled to 1000°C and then heated at 1000°C for 4 hours to form a crystal pattern 4 on the surface of the ashes 1 by crystallization of the crystal glaze. ; Wow
A method for manufacturing an ossuary with a crystal pattern, characterized in that the ash inside the kiln (1) having a crystal pattern (4) is naturally cooled and completed by lowering the temperature in the kiln. In the ash box consisting of a body for storing the ashes, and a cover made of the same diameter as the upper end of the body to seal the body
A bone with a crystal pattern formed on the surface of the bone box (1), characterized in that a crystal pattern (4) is formed by crystals of crystal glaze.

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