KR200262051Y1 - A charnel box and loading structure of charnel box - Google Patents

Abstract

The present invention relates to a crypt and a crypt loading structure, and more particularly, to prevent the formation of condensation inside the crypt and to improve the rotting of the ashes easily, and to efficiently load a large number of crypts in a small space. It relates to a bin and a bin loading structure.

The object of the present invention is to limit the occurrence of condensation in the ossuary as much as possible and to prevent the corruption of the ashes due to moisture by preventing moisture and water directly on the ashes even when condensation occurs inside the ossuary. To provide a crypt and a crypt loading structure.

In order to realize the above object, the present invention, in the ossuary box is configured to accommodate the ashes inside the main body (9) formed in the pyramid shape is coated with a heat insulating material (8),

The support plate 4 is configured to open the bottom of the main body 9 and to be detachably attached to the bottom by the coupling member 5, and intermittently to the support plate 4 by means of coupling to the support plate 4. In addition, a predetermined space is formed between the main body 9 and the housing 14 having an inlet 13 formed on an upper surface thereof so that the ashes are stored therein, and a lid 15 that is detached from the inlet 13 and opened and closed. It is characterized by including).

In addition, the crab box loading structure according to the present invention, the bracket (3) having a rectangular rod-like support (1), a plurality of vertically arranged at a predetermined interval to the support (1) and the support portion 2 is formed relatively long, The support plate 4 is formed in a plate shape to be inserted into the bracket 3 and supported, and the support plate 4 on which the ossuary box 7 is fixed, and when the support plate 4 is inserted into the bracket 3, Characterized in that it consists of a through groove 6 formed on the four sides of the ossuary 7 so that the support 2 is inserted.

Description

CHARNEL BOX AND LOADING STRUCTURE OF CHARNEL BOX}

The present invention relates to a crypt and a crypt loading structure, and more particularly, to prevent the formation of condensation inside the crypt and to improve the rotting of the ashes easily, and to efficiently load a large number of crypts in a small space. It relates to a bin and a bin loading structure.

In general, the ossuary is designed to improve over-occupancy of the land according to the burial culture so as to occupy less land and not to corrupt the stored ashes.

That is, the ossuary is made of powder to make up the ashes, and then the ashes are configured to be stored in a clean state. The ossuary is usually made in a wooden box shape or jar shape of ceramics as well as the ossuary. You will create a ossuary in the same place as the temple to keep a lot of them.

Since the ossuary is not completely sealed and the received ashes are contaminated or damaged frequently. The ossuary (the Korean application number 99-20722 registered and filed by the applicant) is improved in FIG. 5. Is shown.

It is formed in the pyramid-shaped body 50, the styropole 51 is a heat insulating material attached to the inner surface of the main body 50, the inlet is formed on the bottom surface of the main body 50, the cover 52 is screwed (53), when the cover 52 is coupled to the inlet 53, the rubber packing 54 interposed for internal sealing, and the luminous body as well as screwed to the upper surface of the main body 50 It consists of the spigot part 56 in which 55 is accommodated.

That is, in order to store the ashes in the ossuary box, the ashes are opened after the cover 52 is opened and the ashes are introduced into the body 50 through the inlet 53 and the cover 52 is closed. Will be stored in a certain ossuary.

When the ashes are put inside the ossuary and stored in the ossuary, since the temperature of the ossuary varies greatly in summer and winter, moisture condenses inside the ossuary. One styropole 51 is configured to block.

When the styropole 51 blocks the condensation phenomenon, the ashes are prevented from being easily rotted by moisture / water.

However, when styropol is attached to the inner surface of the main body to prevent condensation of the crypt, the styropol is a heat insulator, but since it cannot describe perfect heat insulation, it is condensation on styropol when the external temperature change is severe. A phenomenon occurs, which causes the ashes to rot easily.

That is, since the ashes main body is a single body, even if the heat insulator is attached to the inside of the body, when the external temperature change is severe, condensation occurs on the heat insulator itself, thereby effectively preventing the ashes stored in the ashes. There will be no.

Accordingly, an object of the present invention is to solve the above problems, and to limit the condensation phenomenon to the ossuary box as much as possible and to prevent moisture and water from directly contacting the ashes even when condensation occurs inside the ossuary box. In order to prevent the decay of the ashes caused by moisture and to provide the ossuary and ossuary loading structure.

In order to realize the above object, the present invention, in the ossuary is configured to receive the ashes inside the main body is formed in the pyramid shape is coated with a heat insulating material,

The bottom plate of the main body is opened and detached to the bottom by a coupling member, and the bottom plate intermittently shields the main body, and is intermittently coupled to the bottom plate by a coupling means and a predetermined space is formed between the main body. It is characterized in that it comprises a housing having an inlet formed on the upper surface so that the ashes are stored therein, and a cap that is detached from the inlet and opened and closed.

In addition, the crab box loading structure according to the present invention is a rectangular rod-like support, a bracket is formed in a plurality of vertically arranged at a predetermined interval and the support is relatively long and the plate is formed in a plate shape so as to be supported by the bracket The support plate is fixed to the crypt, and when the support plate is inserted into the bracket, characterized in that it comprises a through groove formed on the four sides of the crypt to insert the support of the bracket.

1 is a perspective view showing a crypt box loading structure according to the present invention,

Figure 2 is an exploded perspective view showing a state of coupling of the ossuary and the multi-stage support in Figure 1,

Figure 3 is an exploded perspective view of the ossuary in Figure 1,

Figure 4 is a half cross-sectional view showing the inner ossuary box in Figure 3,

Figure 5 is a cross-sectional view showing a general ossuary.

＊ Description of symbols for main parts of the drawings ＊

1: support 2: support

3: bracket 4: support plate

5, 10: coupling member 6: through groove

7: ossuary 8: aluminum insulation

9: body 11: internal ossuary

12: bottom plate 13: entrance

14: enclosure 15: lid

16: packing 17: fitting turning

18: fitting

1 and 2 are a perspective view showing the structure of the loading box according to the present invention, a rectangular rod-like support (1), a plurality of vertically arranged at a predetermined interval to the support (1) and the support portion 2 is relatively Long-formed 'c' shaped bracket (3), plate-like support plate (4) to be supported by the bracket (3), coupled to the support plate (4) by fixing members (5) such as screws And the through hole 6 is formed of a pyramid-shaped ossuary 7 formed on the four sides so that the support portion 2 of the bracket 3 is inserted.

That is, when the crypt box 7 is fixed to the support plate 4 and the support plate 4 is inserted into the bracket 3, the support part 2 of the bracket 3 penetrates the crypt box 7. The support plate 4 is relatively deeply coupled while passing through the groove 6, so that the ossuary 7 is supported.

As described above, when the plurality of support plates 4 are coupled to the plurality of brackets 3 installed upright on the support 1, the crust 7 can be stored in a relatively small space, in particular, a pyramid. Since the shape-shape 7 is mass-uprightly positioned, it is possible to arrange the shape-shape 7 beautifully in appearance.

Here, the ossuary 7 is a main body having an open bottom surface with an aluminum heat insulating material (commercial name 'SUPER TECH-F') 8 having excellent heat and moisture resistance as shown in FIG. 9) and the bottom plate 12, which is coupled to the bottom surface by a coupling member 10 such as a screw and the like, is configured to shield the main body 9 from the outside, and the inner ridge 11 is seated / fixed by the coupling means. )

As shown in FIG. 4, the inner ossuary 11 includes a housing 14 having a bottom surface closed and an inlet 13 formed on an upper surface thereof, and a lid 15 that is screwed to the inlet 13 to open and close it. And, interposed between the lid 15 and the enclosure 14 is composed of a packing 16 to shield it.

Since the enclosure 14 uses a flame retardant ABS resin, by injection molding the enclosure 14 into a mold, the enclosure 14 can be manufactured very easily, and the flame retardant ABS resin is heat-resistant and thermally insulated. As a material having an excellent effect, it is possible to minimize the influence of temperature inside the enclosure 14 due to external temperature.

The coupling means includes a fitting protrusion 17 protruding in a circular ring shape on the bottom plate 12 and the fitting protrusion 17 formed at the bottom of the enclosure 14 so that the fitting protrusion 17 is fitted to fix the enclosure 14. It consists of).

Here, the outer surface of the enclosure 14 is embossed with a predetermined pattern such as the zodiac image.

Referring to the operation and effect of the present invention as described above, in order for the worker to load the ossuary box 7 into the ossuary, the lid 15 coupled to the upper portion of the housing 11 is detached and The ashes are put inside.

After the ashes are placed in the enclosure 14, the lid 15 is closed. When the lid 15 is closed, the packing 16 is pressed and the inside of the enclosure 14 is shielded from the outside.

In this state, the housing 14 is brought into close contact with the bottom plate 12, and the fitting protrusion 17 protruding from the bottom plate 12 is pressed to fit the bottom fitting portion 18 of the enclosure 14. The enclosure 14 is fixed to the bottom plate 12.

When the enclosure 14 is fixed to the bottom plate 12, the support plate 4 of the cradle 7 is fixed to the bracket 3 of the support 1, and the upper surface of the support plate 4 is fixed. The main body 9 is coupled to constitute the ossuary 7.

When the main body 9 is fixed to the upper surface of the support plate 4, in the state in which the sternum box 7 is assembled, the sterile box 7 is stored in this state when the sterile box 7 is fixed to the bracket 3 sequentially. .

In the above state, when the outer box 7 is stored in a very large deviation when the ossuary 7 is stored, the aluminum insulation (reflecting 95% or more of radiant heat) bonded / coated to the inner surface of the main body 9 (8) Blocks the above temperature change so that the temperature inside the main body 9 does not change significantly.

In addition, since the thermal insulation material does not completely block the temperature change, even if the temperature inside the main body 9 is changed by a predetermined amount, since the ashes are housed in the inside of the enclosure 14, the enclosure 14 is substantially. ) And the temperature inside the enclosure 14 hardly change.

That is, even if the temperature of the main body 9 and the temperature inside the main body 9 change slightly by the external temperature change, the temperature change is caused by the air inside the main body 9 surrounding the enclosure 14 described above. In addition to being very small, the condensation phenomenon does not occur inside the enclosure 14 because there is no change in the temperature of the enclosure 14.

If condensation does not occur inside the enclosure 14, the ashes stored in the enclosure 14 may be prevented from being rotted by moisture / water.

As described above, when the condensation phenomenon is prevented from occurring in the housing 14 in which the ashes are stored, the dual installation of the bin body main body 9 and the housing 14 prevents the occurrence of condensation. Since the space (air) serves as a buffer for temperature change, condensation may be completely prevented from occurring in the enclosure 14.

In addition, when a large number of pyramid-shaped crypts 7 are loaded on the support 1, not only the crypts 7 can be accommodated in a very narrow space but also the appearance can be beautiful.

As described above, the present invention keeps the enclosure in which the ashes are stored in the pyramid-shaped ossuary body spaced apart from the predetermined space, and attaches an aluminum insulation material (SUPER TECH-F) to the inner surface of the main body so that the temperature change inside the main body is very high. It is advantageous to be able to prevent the condensation of the ashes stored in the interior of the enclosure by preventing the condensation phenomenon by preventing the change in temperature inside the enclosure so as to become small.

Claims (4)

In the ossuary box which is coated on the inner surface and configured to receive the ashes inside the body formed in the pyramid shape, The bottom plate of the main body is opened and detached to the bottom by a coupling member, and the bottom plate intermittently shields the main body, and is intermittently coupled to the bottom plate by a coupling means and a predetermined space is formed between the main body. Ossuary characterized in that it comprises a housing having an inlet formed on the upper surface so that the ashes are stored therein, and a lid that is detached from the inlet and opened and closed. The method of claim 1, Oscillation box characterized in that the housing is configured using a flame-retardant ABS resin. The method of claim 1, The coupling means is a crypt, characterized in that consisting of a fitting protrusion formed in a circular ring protruding in the bottom plate, and the fitting portion formed on the bottom surface of the enclosure so that the fitting projection is fixed to the fitting projection. Square bar support, a plurality of brackets are vertically arranged at a predetermined interval and the support is relatively long, the plate is formed in a plate shape so as to be supported by the bracket and the flat plate is fixed, and the support plate is Cavity box loading structure, characterized in that it consists of through grooves formed on the four sides of the cavities so that the support of the bracket is inserted when inserted into the bracket.