KR200413154Y1 - a container for receiving ashes - Google Patents

Abstract

The present invention relates to a zygote complex, the outer cylinder 10 is formed with an air hole 11 in the bottom surface of the inside; An inner cylinder 20 housed inside the outer cylinder 10; An inner lid 30 covering the inner cylinder 20; In the ossuary complex comprising a; the outer cylinder 10, the outer cylinder 10 is a predetermined first inner diameter (D1) on the upper side; A first outer cylinder housing portion 12 formed to have a) and a second outer cylinder housing portion 13 formed to have a second inner diameter D2 larger than the first inner diameter D1 on a lower side thereof; The inner cylinder 20 has a first inner cylinder storage portion 22 formed to have a predetermined third inner diameter D3 on the upper side, and a fourth inner diameter larger than the third inner diameter D3 on the lower side. (D4) comprising a second inner cylinder housing 23 formed to have;

Description

Ossuary Complex {a container for receiving ashes}

1 is a perspective view of the crypts according to the present invention,

Figure 2 is an exploded perspective view of the crypts of Figure 1,

Figure 3 is a half cross-sectional view of the ossuary complex of Figure 1;

<Explanation of symbols on the main parts of the main part of the drawing>

10 ... outer cylinder 11 ... air hole

11a ... annular projection 12 ... first external cylinder

13 ... 2nd external cylinder storage part 15 ... annular projection

16 ... Main Stand 16a ... Home

20 ... inner cylinder 22 ... first inner cylinder

23 ... 2nd inner container 26 ... Sub stand

26a ... groove 30 ... inner lid

35 ... annular projection 40 ... outer lid

44 ... Outside border 45 ... Ring groove

50 ... ashes

The present invention relates to the ossuary complex containing the ashes preserved.

As the transition to a nuclear family society, the expansion of individual living spaces, and industrialization continue, the demand for land is increasing. Therefore, the burial culture that requires the use of large lands is restricted. For this reason, as an example of funeral culture that does not require the use of a large land, cremation culture is being spread to cremate the body, crush the ashes, store them in the Ossuary complex, and place them in the Ossuary. At this time, the ossuary complex for storing the ashes was composed of a pass lid that is typically made of stone or jade or porcelain material.

However, in the crypts, the collected ashes have a property of easily absorbing moisture as a dry powder state, and in particular, the phosphoric acid and calcium components contained in the ashes have a very good affinity for moisture, thereby preventing moisture in the air. Absorbed easily and decayed.

In addition, since a temperature deviation occurs between the outer surface and the inner surface of the barrel, condensation occurs when moisture is entangled on the inner surface of the barrel, causing water droplets to form. The moisture generated by the condensation is absorbed by the ashes, which eventually accelerates decay or deterioration, and thus it is difficult to preserve it for a long time.

In addition, since the air is not smoothly distributed, moisture formed in the crypts is not discharged outside, and the ashes may be decayed by such moisture.

The present invention is designed to solve the problems described above, it is to provide a golgol complex that can minimize the generation of water in the interior by minimizing condensation caused by the temperature difference inside and outside the golgol complex.

Another object of the present invention is to provide a smooth air circulation to the inside of the ossuary complex, and thus to provide a ossuary complex that can prevent the decay or deterioration of the stored ashes without moisture or moisture even after a long period of time. .

In order to achieve the above object, the ossuary complex according to the present invention, the outer cylinder 10 is formed with an air hole 11 in the bottom surface of the inside; An inner cylinder 20 accommodated in the outer cylinder 10; An inner lid 30 covering the inner cylinder 20; The outer lid 10, wherein the outer lid 10, the outer cylinder 10, the first inside of the predetermined first in the upper side is covered with the inner lid 30 to be embedded in the upper portion of the outer cylinder (10) The first outer cylinder housing portion 12 formed to have a diameter D1 and the second outer cylinder housing portion 13 formed to have a second inner diameter D2 larger than the first inner diameter D1 on the lower side. It includes; The inner cylinder 20 includes a first inner cylinder storage portion 22 formed to have a predetermined third inner diameter D3 on the upper side, and a fourth inner portion larger than the third inner diameter D3 on the lower side. And a second inner cylinder housing 23 formed to have a diameter D4.

In the present invention, the outer circumferential surface of the air hole 11 formed in the bottom of the outer cylinder 10 is formed with an annular protrusion (11a) protruding upward.

In the present invention, the outer surface of the outer cylinder 10 and the inner surface of the inner surface, side and bottom of the inner cylinder 20 and the outer surface of the outer surface and the entire inner surface of the inner lid 30 and the outer lid 40 At least one side is formed with a moisture removal film to remove moisture and antibacterial action.

In the present invention, the main bottom 16 is formed on the outer bottom of the outer cylinder 10 so as to be spaced apart from the ground or shelf by a predetermined interval, and the main support 16 has a plurality of grooves 16a at regular intervals. ) Is formed; The outer bottom of the inner cylinder 20 is formed with a sub-base 26 to be spaced apart from the bottom surface of the outer cylinder 10 by a predetermined interval, the sub-base 26 has a plurality of grooves at regular intervals ( 26a) is formed.

In the present invention, when the inner cylinder 20 is accommodated in the outer cylinder 10, the upper portion of the inner cylinder 20 protrudes to the upper portion of the outer cylinder 10, the inner cylinder of the The outer bottom is adhered to and fixed to the inner bottom of the outer cylinder 10.

In the present invention, the outer rim 10 and the outer lid 40, the outer peripheral surface of the side, the outer rim 14, 44 is in close contact with each other is formed when coupled to each other.

In the present invention, the outer cylinder 10 is formed with an annular projection 15 protruding upward, the annular groove 45 is formed on the inner peripheral surface of the outer lid 40 is fitted with the annular projection (15). do.

In the present invention, the main bottom 16 is formed on the outer bottom of the outer cylinder 10 so as to be spaced apart from the ground or shelf by a predetermined interval, and the outer cylinder 10 on the outer bottom of the inner cylinder 20. Sub stand 26 is formed to be spaced apart from the bottom surface of the predetermined distance.

In the present invention, the outer cylinder 10, the inner cylinder 20, the inner lid 30 and the outer lid 40 are pulp-containing loess, blue clay, powdered clay, white clay alone or the appropriate combination of these It is formed by kneading the mixed soil with water, and then forming it by baking and drying, and then baking it in the range of 900 to 950 degrees.

Hereinafter, with reference to the accompanying drawings crypts according to the present invention will be described in detail.

1 is a perspective view of the crypts according to the present invention, Figure 2 is an exploded perspective view of the crypts of Figure 1, Figure 3 is a half sectional view of the crypts of Figure 1,

As shown, the ossuary complex according to the present invention, the outer cylinder 10 is formed with an air hole 11 in the bottom surface of the inside; An inner cylinder 20 housed inside the outer cylinder 10; An inner lid 30 covering the inner cylinder 20; It includes; an outer lid 40 that is covered to the inner lid 30 is built in the upper portion of the outer cylinder (10). The ashes 50, the ashes are contained in the inner cylinder 20 is received. Ash bone bag 50 may be implemented with natural charcoal dyed natural charcoal black dyeing cloth or natural dyeing cloth, or burlap cloth or ocher dyeing cloth, but the inside of the ocher dyeing cloth, the outer surface of burlap cloth or natural dyeing It can also be implemented in two layers with hemp cloth. At this time, the ash pocket 50 is attached to the patch cloth coated with the adhesive just under the upper dotted line of the ash pocket 50 shown in Figure 2 directly below the upper dotted line of the second inner cylinder housing (23).

The outer cylinder 10, the inner cylinder 20, the inner lid 30 and the outer lid 40 are kneaded clay with pulp containing loess, blue clay, powdered clay, white clay alone or a mixture of them properly mixed with water. After molding, after the desertification and drying process is implemented by first firing in the range of 900 ~ 950 degrees. Then, the pulp is burned in the initial firing process, the inner cylinder 20 and the inner lid 30 is formed with a myriad of pinholes through which air passes to have a breathable air flow.

On the outer circumferential surface of the air hole 11 formed at the bottom of the outer cylinder 10, an annular protrusion 11a protruding upward is formed. The annular protrusion 11a is formed to prevent entry into the air hole 11 when the mixed solution for the moisture removing film, which will be described later, is coated on the bottom of the outer surface of the outer cylinder 10.

The outer cylinder 10 has a first outer cylinder housing portion 12 formed to have a predetermined first inner diameter D1 on an upper side thereof, and a second inner diameter larger than the first inner diameter D1 on a lower side thereof. It has the 2nd outer cylinder storage part 13 formed so as to have (D2). Here, by making the first inner diameter D1 smaller than the second inner diameter D2, the upper side of the outer cylinder can be made thicker than the lower side. This prevents warping of the outer cylinder when forming-> demolding-> drying-> firing->. You can even make it look more visually robust.

The outer cylinder 10 is formed with an annular protrusion 15 protruding upward.

The main bottom 16 is formed on the outer bottom of the outer cylinder 10 so as to be spaced a predetermined distance from the ground or the shelf, and the main base 16 is formed with a plurality of grooves 16a at regular intervals. The grooves 16a form a flow path such that air flows into the air holes 11.

The inner cylinder 20 has a first inner cylinder storage portion 22 formed to have a predetermined third inner diameter D3 on the upper side, and a fourth inner diameter larger than the third inner diameter D3 on the lower side. It has the 2nd inner cylinder storage part 23 formed so as to have (D4). Here, by making the third inner diameter D3 smaller than the fourth inner diameter D4, the upper side of the inner cylinder can be made thicker than the lower side. This prevents warping of the inner cylinder when forming-> demolding-> drying-> firing->. You can even make it look more visually robust.

The outer bottom of the inner cylinder 20 is formed with a sub-base 26 so as to be spaced apart from the bottom surface of the outer cylinder 10 by a predetermined interval, the sub-base 26 has a plurality of grooves (26a) at regular intervals. Is formed. The grooves 26a form a flow path so that air introduced into the air hole 11 can flow into the ossuary complex.

When the inner cylinder 20 is accommodated in the outer cylinder 10, the upper portion of the inner cylinder 20 protrudes to the upper portion of the outer cylinder 10. At this time, the outer bottom of the inner cylinder 20 is preferably bonded to the inner bottom of the outer cylinder 10 is fixed.

The inner lid 30 is mounted on the inner cylinder 20 protruding to the upper portion of the outer cylinder 10. The lower portion of the inner lid 30 is formed with an annular protrusion 35 is fitted to the inner circumferential surface of the inner cylinder 20 so as not to move in the state mounted on the inner cylinder 20.

An inner circumferential surface of the outer lid 40 is formed with an annular groove 45 into which the annular projection 15 of the outer cylinder 10 is fitted. By forming the annular groove 45 in which the annular protrusion 15 is inserted into the outer lid 40, the outer lid 40 is covered with the outer cylinder 10 so that there is no shaking.

On the other hand, on the outer peripheral surface of the side portion of the outer cylinder 10 and the outer lid 40, the outer border 14, 44 that is in close contact with each other is formed. By forming the outer border (14, 44), it can be made to serve as a handle when carrying the crypts.

Then, at least one of the outer surface of the outer bottom surface and the inner surface of the inner cylinder 20, the side and the entire bottom and the outer surface of the outer surface and the inner lid 30 and the entire inner surface of the outer lid 40. There is formed a moisture removal film to remove moisture and antibacterial action. The moisture removal film attached to the outer bottom surface of the double outer cylinder 10 effectively removes moisture in the air introduced into the air hole 11. In the present embodiment, in order to make the description easier, the bottoms of the outer cylinder 10 and the inner cylinder 20, the ceiling of the inner lid 30 and the outer lid 40, the moisture removing film (10a) (20a) (30a) For example, 40a is formed. This moisture removal film is made of a mixture of gypsum powder 20% to 40%, water 30% to 50%, liquid wood bond 20% to 40%, and the mixed solution is the outer cylinder (10) and inner cylinder (20), After the inner lid 30 and the outer lid 40 by using a hand moistened, it is implemented by natural drying. In this embodiment, the mixed solution was implemented by mixing 30% gypsum powder, 40% water, and 30% liquid wood bond.

Meanwhile, in the present embodiment, the mixed solution for the moisture removing film is implemented by mixing gypsum powder, water, and liquid wood bond, but instead of gypsum powder, it is replaced by germanium powder or ganban stone powder added with nano silver, or gypsum powder, germanium powder and ganban stone powder. Or may be implemented by mixing nano silver.

Ash bone bag (50) is implemented by natural charcoal dyed natural charcoal black dyeing cloth or natural dyeing cloth, or burlap cloth or ocher dyeing cloth, by itself absorbs the water present in the crypts to decay or deteriorate Prevent it. The ash pocket 50 is rolled around a long burlap fabric to sew both edges, and then cut the upper and lower portions into four pieces and then fold the cut portions.

Although the present invention has been described with reference to one embodiment shown in the drawings, this is merely exemplary, and it will be understood by those skilled in the art that various modifications and equivalent other embodiments are possible.

According to the golgol complex according to the present invention as described above, by varying the thickness of the upper side and the lower side of the outer passage and the inner passage, the distortion is prevented in the process of forming-> demolding-> drying-> firing, further visual You can make it look solid.

In addition, the air flowing into the air hole (circulation) is introduced into the space between the outer cylinder and the inner cylinder, and can reduce the temperature deviation between the outer cylinder and the inner cylinder, thereby preventing condensation or moisture.

Furthermore, by forming a moisture removal film on the outer surface of the outer cylinder, the inner surface of the inner cylinder, the inner surface of the inner and outer surfaces, the entire surface of the outer surface and the outer surface and the inner lid of the outer lid, and the outer circumference and the inner circumference of the outer lid, the moisture generated inside the crypt is effectively It can prevent the growth of bacteria and decay of ashes, and can suppress the development of pests.

Claims (12)

An outer cylinder 10 having an air hole 11 formed in an inner bottom surface thereof; An inner cylinder 20 accommodated in the outer cylinder 10; An inner lid 30 covering the inner cylinder 20; In the golgol complex comprising :; an outer lid 40 which is covered to be embedded in the inner lid 30 to the upper portion of the outer cylinder 10, The outer cylinder 10 includes a first outer cylinder housing portion 12 formed to have a predetermined first inner diameter D1 on an upper side thereof, and a second inner portion larger than the first inner diameter D1 on a lower side thereof. A second outer cylinder housing 13 formed to have a diameter D2; The inner cylinder 20 includes a first inner cylinder storage portion 22 formed to have a predetermined third inner diameter D3 on the upper side, and a fourth inner portion larger than the third inner diameter D3 on the lower side. Osteopathic complex characterized in that it comprises a second inner cylinder housing portion (23) formed to have a diameter (D4). The method of claim 1, When the inner cylinder 20 is accommodated in the outer cylinder 10, the upper portion of the inner cylinder 20 protrudes to the upper portion of the outer cylinder 10, the outer bottom of the inner cylinder 20 is the outer Ossuary complex, characterized in that the adhesive is fixed to the inner bottom of the barrel (10). The method of claim 1, Ossuary complex, characterized in that formed in the outer circumferential surface of the air hole (11) formed in the bottom of the outer cylinder (10) protruding upward. The method of claim 1, Moisture on at least one of the outer surface of the outer bottom 10 and the inner surface, side and bottom surfaces of the inner cylinder 20 and the entire outer surface and the inner surface of the inner lid 30 and the outer lid 40 Ossuary complex, characterized in that the moisture removal film is formed to remove the antibacterial action. The method of claim 1, The main bottom 16 is formed on the outer bottom of the outer cylinder 10 so as to be spaced apart from the ground or shelf by a predetermined interval, and the plurality of grooves 16a are formed in the main base 16 at regular intervals. ; The outer bottom of the inner cylinder 20 is formed with a sub-base 26 to be spaced apart from the bottom surface of the outer cylinder 10 by a predetermined interval, the sub-base 26 has a plurality of grooves at regular intervals ( 26a) is formed; The method of claim 1, Ossuary complex, characterized in that formed on the outer peripheral surface side of the outer cylinder 10 and the outer lid 40, the outer border (14, 44) is in close contact with each other when coupled to each other. The method of claim 1, The outer cylinder 10 is formed with an annular projection 15 protruding upwards, and the inner circumference of the outer lid 40, the ossuary groove 45 is characterized in that the annular groove 45 is formed to be fitted to the annular projection 15 just. The method of claim 1, The main bottom 16 is formed on the outer bottom of the outer cylinder 10 so as to be spaced a predetermined distance from the ground or shelf, Osteoji complex characterized in that the outer bottom of the inner cylinder 20 is formed with a sub support 26 to be spaced apart from the bottom surface of the outer cylinder 10 by a predetermined interval. The method of claim 1, The outer cylinder 10, the inner cylinder 20, the inner lid 30 and the outer lid 40 are pulp containing loess, blue clay, powdered clay, white clay alone or a mixture of them suitably mixed with water together with water. After kneading and molding, after the process of desertion and drying, golgol complex characterized in that the primary firing in the range of 900 ~ 950 degrees. The method according to any one of claims 1 to 6, At least one of an inner surface of the outer cylinder 10, an inner surface of the inner cylinder 20, an inner surface of the inner lid 30, and an inner surface of the outer lid 40, 30% gypsum powder and 30% liquid wood bond And moisturizing film 10a, 20a, 30a, 40a formed by mixing the water and 40%. The method according to any one of claims 1 to 6, At least one of an inner surface of the outer cylinder 10, an inner surface of the inner cylinder 20, an inner surface of the inner lid 30, and an inner surface of the outer lid 40 includes 40% water and 30% liquid wood bond. Geumgol complex characterized in that the moisture-removing film (10a) (20a) (30a) (40a) is implemented by combining 30% germanium powder or ganban stone powder added with nano silver. The method of claim 1, Ash bone bag 50 is seated on the inner surface of the inner cylinder 20, the inner surface of the ash pocket 50 is made of ocher dyed cloth, and the outer surface is made of two or three by using burlap cloth or natural dyed burlap cloth Ossuary complex characterized by.

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