KR200291963Y1 - Laying one's ashes to rest a grave - Google Patents

Abstract

The present invention relates to a gravel grave, the first slab is installed on top of the aggregate layer is installed on the ground, the inner finishing means to be installed on the first slab layer, and the construction is projected so as to form a recess in the upper portion A bottom structure including a second slab layer and a third slab layer constructed to form a condensation groove in the recess portion; It is provided in the vertical support that is vertically mounted to the upper inner circumference of the second slab layer of the floor structure to serve as a wall, a horizontal support stacked on the vertical support to serve as a ceiling, and in the central region of the horizontal support, An internal structure consisting of vertical vents closed as finishes; An outer structure mounted on the upper side of the second slab layer of the floor structure at an appropriate interval with the inner structure, and having a discharge groove formed in a lower center region; A door structure provided at one side of the inner and outer structures to install an entrance door; And a ashes storage shelf in which the ashes are stored in a double structure by maintaining a proper distance from the vertical support on the third slab layer, which completely blocks cold air, moisture, and heat generated from the ground and the outside. And it is easy to block and discharge condensation (drops) generated inside the chamber by the temperature difference.

Description

Ossuary grave {LAYING ONE'S ASHES TO REST A GRAVE}

The present invention relates to the gravel grave, in particular, to completely block cold air, moisture and heat generated from the ground and the outside, and easy to block and discharge condensation (water droplets) generated inside the chamber by the temperature difference of the ashes It is related to the gravestone which it is easy to store.

In general, Korea's funeral culture has traditionally preferred burial, and since it has been buried for a long time, there is not enough space to use as a cemetery in the whole country, and trees and forests are damaged in the process of forming a cemetery. It is a situation that will greatly worsen the natural environment.

Therefore, in recent years, in order to minimize the efficient use of land and waste, social movements that change funeral culture to cremation and many people want cremation, and culture has changed toward cremation by cremating buried remains.

According to these changes, various types of ossuary and ossuary are being developed. In particular, family members or family members can be placed in one place to store the ashes and reflect the sentiment in the form of a bonsai. Sharp bone is proposed.

The ossuary is constructed as a stone so that the stone chamber is provided therein, and the stone chamber is provided with ashes settled shelves for placing the ashes in order to enable storage of a large amount of ashes.

However, in the structure of the conventional ossuary, the ashes stored in the ossuary are decayed due to moisture and temperature difference introduced into the silo from the ground or the outside of the silo. Occurred.

The present invention has been devised to solve such a conventional problem, the present invention is to provide a sternum to keep the ashes by structurally blocking the moisture, heat, condensation, etc. flowing into the stone chamber on the ground or outside. The purpose is.

1 is a perspective view showing the overall structure of the ossuary grave according to the present invention.

2 is a front view of FIG. 1;

3 is a bottom view of FIG. 1.

Figure 4 is a cross-sectional view showing the overall structure of the ossuary grave according to the present invention.

Figure 5 is a sectional view showing an installation state of the crypts according to the present invention.

<Description of the symbols for the main parts of the drawings>

10: floor structure 12: aggregate layer

20,40,50: 1,2,3 slab layer 30: waterproof member

32: waterproof plate 34: insulation member

42: concave portion 44: air passage

52: condensation groove 60: internal structure

62: vertical support 64: horizontal support

65: finish 66: vertical vents

70: external structure 72: discharge groove

80: door structure 82: door

90: ashes storage shelf 92: close contact

94: partition 100: waterproofing

110: nonwoven fabric 120: vinyl member

Technical problem of the present invention for achieving the above object, the aggregate layer is installed on the ground, the first slab to be installed on the aggregate layer, the internal finishing means to be installed on the first slab layer, and the internal finish A bottom structure comprising a second slab layer protruding to form a concave portion in the upper part of the means, and a third slab layer formed to form a condensation groove in the concave portion; It is provided in the vertical support that is vertically mounted to the upper inner circumference of the second slab layer of the floor structure to serve as a wall, a horizontal support stacked on the vertical support to serve as a ceiling, and in the central region of the horizontal support, An internal structure consisting of vertical vents closed as finishes; An outer structure mounted on the upper side of the second slab layer of the floor structure at an appropriate interval with the inner structure, and having a discharge groove formed in a lower center region; A door structure provided at one side of the inner and outer structures to install an entrance door; And it is achieved by the ashes storage shelf is disposed in a double structure to maintain a proper distance with the vertical support on the third slab layer is stored ashes box.

Hereinafter, preferred embodiments of the present invention with reference to the accompanying drawings as follows.

Figure 1 of the accompanying drawings is a perspective view showing the overall structure of the crypts according to the present invention, Figure 2 is a front view of Figure 1, Figure 3 is a bottom view of Figure 1, Figure 4 is an overall view of the crypts according to the present invention Figure 5 is a cross-sectional view showing the structure, Figure 5 is a cross-sectional view showing an installation state of the crypt bone according to the present invention.

As shown in Figures 1 to 5, crypts according to the present invention is the bottom structure 10, the inner structure 60, the bottom structure 10 is placed on the floor structure 10, the upper chamber is formed on the ground structure It consists of an outer structure 70 mounted on and positioned around the inner structure 60.

In detail, the floor structure 10 is a flat slab of the ground, the aggregate layer 12 is installed for drainage, and the first slab layer is constructed of concrete and abdominal muscles on the aggregate layer 12 above 20, a second slab layer constructed of concrete and abdominal muscles so as to protrude so that the concave portion 42 is formed in the central region on the first slab layer 20, and the upper portion of the first slab layer 20 is formed. 40 and a third slab layer 50 which is constructed to protrude so that a condensation groove 52 is formed in the upper periphery of the recess 42 of the second slab layer 40.

The inner finishing means is coated on the first slab layer 20, the waterproof member 30 to prevent the inflow of moisture from the ground, and installed on the waterproof member 30, the moisture-proof plate for preventing the penetration of cool air ( 32), and is provided on the moisture-proof plate 32 is made of a heat insulating member 34 for heat insulation.

The second slab layer 40 maintains an appropriate interval so that an air passage 44 is formed in communication with the condensation groove 52 of the third slab layer 50 to dry the water vapor in the condensation groove 52. . The waterproof member 30 is coated on the third slab layer 50 to prevent moisture inside the chamber.

The internal structure 60 is mounted on the upper inner circumference of the second slab layer 40 of the bottom structure 10, is formed to maintain a proper height vertical support 62 and the vertical support 62 ) It consists of a horizontal support 64 which is stacked on the upper part and serves as a ceiling, and a vertical ventilation hole 66 formed in the central area of the horizontal support 64 and finished with a glass finish 65. Is formed.

At this time, the vertical support 62 is mounted on the inner circumference of the second slab layer 40 so that the polygon is maintained, the horizontal support 64 of the polygon is stacked on the vertical support 62.

The outer structure 70 is placed so as to be arranged in a polygonal shape on the outer side of the second slab layer 40 of the bottom structure 10, the discharge groove 72 is formed in the lower central area, the inner structure 60 and appropriate To maintain the spacing. That is, an interval equal to the width of the second slab layer 40 is generated between the inner and outer structures 60 and 70 to fill the soil.

And, one side of the inner structure 60 and the outer structure 70 is provided with a door structure 80, the door 82 is installed.

Meanwhile, the ashes storage shelf 90 is disposed on the third slab layer 50 to maintain the polygon and to maintain a proper distance from the vertical support 62 of the internal structure 60 to store the ashes in a dual structure. That is, maintaining the same angle as the vertical support 62, maintaining the appropriate interval to arrange the bone storage shelf 90 in a dual structure.

The ashes storage shelf 90 has a close contact portion 92 is formed in the lower portion in close contact with the condensation groove 52 of the third slab layer 50, the partition 94 is provided with the ashes in the front. .

The outer wall of the vertical support 62 and the vertical vent 66 of the internal structure 60 is provided with external closing means.

The external finishing means is a waterproofing liquid 100 applied for external insulation, a non-woven fabric 110 is attached to the top of the waterproofing liquid 100 to prevent moisture infiltration, and a moisture penetration and a waterproof layer on the upper portion of the nonwoven fabric 110. It is made of a vinyl member 120 attached to protect.

On the other hand, between the inner and outer structures (60, 70) is covered with soil, the floor structure (10) is completely covered with the soil and concealed, and the soil is finished on the soil by maintaining the shape of the rod. In order to light the interior of the chamber, the exit 65 of the vertical vent 66 and the door structure 80 for the entrance is exposed to the outside.

And, in front of the door structure 80 is provided with an external decoration 200 to decorate the appearance around the crypt.

Looking at the installation state of the ossuary gravel of the present invention configured as described above, first ground flat, then install the aggregate layer 12 for drainage, the aggregate layer 12 above the first slab layer by concrete and abdominal muscles After the construction (20), the first slab layer 20, the upper part of the waterproof member 30 to prevent moisture from entering the ground and the moisture-proof plate 32 to prevent the penetration of cold and heat insulating member for thermal insulation The interior finishing means consisting of 34 is sequentially constructed.

In this state, when the second slab layer 40 is protruded by the concrete and the abdominal muscles on the upper outer periphery of the heat insulating member 34 of the inner closing means, the inlet portion 42 is formed in the central region. Construction of the second slab layer 40 on which the air passage 44 is formed is completed.

Next, when the third slab layer 50 is constructed such that the condensation groove 52 is formed in the upper circumference of the recess 42 of the second slab 40, and the waterproof member 30 is coated on the upper part of the second slab layer 40. Installation of the bottom structure 10 is completed.

In this state, the second slab layer 40 of the floor structure 10 maintains a proper height at the inner circumference, and vertically supports 62 in a polygonal manner to serve as a wall, horizontally on the vertical support 62. The support 64 is stacked to serve as a ceiling, and the horizontal support 64 is provided with a vertical vent 66 that is closed by a finisher 65 in the central region, so that a stone chamber is formed therein, and thus the internal structure 60 is formed. The installation is complete.

Next, a plurality of external structures 70 having a plurality of discharge grooves 72 formed at a lower central area outside the upper portion of the second slab layer 40 of the bottom structure 10 are arranged in a polygon. Then, the outer structure 70 is disposed at an appropriate distance from the inner structure 60 by maintaining a polygon on the upper outer side of the second slab layer 40 of the bottom structure (10).

In this state, one side of the internal structure 60 and the external structure 70 is provided with a door structure 80 to install the door 82 is allowed to enter, the upper structure of the third slab layer 50 above By maintaining a proper distance with the vertical support 62 of the 60 is placed the ashes storage shelf 90, the ashes are stored in a dual structure.

Next, fill the soil between the inner and outer structures (60) and (70), completely conceal the bottom structure (10) with soil, and then install the crypts to maintain the shape of the rod by finishing the grass on the soil. Is completed. At this time, the finish 65 of the vertical vents 66 and the door structure 80 for the entrance and exit for the mining inside the stone chamber is exposed to the outside.

As described above, the completed ossuary gravel is placed and stored in a plurality of partitions 94 provided in front of the ashes storage shelf 90, and condensation (drops) generated in the interior of the ashes storage shelf 90 is maintained. Downwards along the rear surface is collected into the condensation groove 52 formed in the third slab layer 50 along the close contact portion 92 of the lower portion of the ashes storage shelf (90).

The dew condensation introduced into the condensation groove 52 is dried by air introduced through the air passage 44 of the second slab layer 40 formed in communication with the condensation groove 52. Then, sunlight passes through the finishing opening 65 of the vertical vent 66 to dry the condensation inside.

On the other hand, the outer wall of the vertical support 62 and the vertical vent 66 of the internal structure 60 is provided with an external finishing means consisting of a waterproofing liquid 100, a nonwoven fabric 110, a vinyl member 120 to insulate the interior of the stone chamber Moisture, and waterproof.

Then, the acupuncture water of the rod is discharged through the discharge groove 72 of the external structure 60 to be blocked from flowing into the chamber.

And, in front of the door structure 80 is provided with an external decoration 200 to decorate the appearance around the crypt.

According to the crypts of the present invention described above, by constructing a finishing means between the first and second slab layers of the floor structure to prevent the transfer of moisture and cool air generated in the ground into the interior of the chamber, the outer wall of the internal structure Moisture, waterproofing, and heat insulation into the interior of the room are provided by the external finishing means, and condensation (water droplets) generated from the interior of the ash storage shelf is arranged in a double structure with the vertical support and is collected through the condensation groove on the floor of the room. It is dried by the outside air introduced through the air distribution hole of the second slab layer, and sunlight is introduced into the chamber through the end of the vertical vent hole, thereby preventing condensation inside the chamber. Leaching water from the discharge structure is discharged through the discharge groove of the external structure The effect of safely storing the ashes in storage is provided.

Claims (5)

Aggregate layer 12 provided on the ground, the first slab layer 20 to be installed on the aggregate layer 12, the internal finishing means to be installed on the first slab layer 20, and the internal finish The second slab layer 40 is formed to protrude so that the concave portion 42 is formed on the upper portion, and the third slab layer 50 is formed so that the condensation groove 52 is formed in the concave portion 42. Floor structure 10; The vertical support 62 that is vertically mounted on the upper inner circumference of the second slab layer 40 of the floor structure 10 to serve as a wall, and the horizontal support stacked on the vertical support 62 to serve as a ceiling An internal structure (60) formed at a central area of the horizontal support (64) and having a vertical ventilation opening (66) closed with a finish opening (65); An outer structure 70 mounted on the upper side of the second slab layer 40 of the bottom structure 10 at an appropriate interval with the inner structure 60, and having a discharge groove 72 formed at a lower center area thereof; A door structure (80) provided at one side of the internal structure (60) and the external structure (70) to which the door (82) is installed; And Ashes storage shelf 90 is disposed in a dual structure to maintain an appropriate distance from the vertical support 62 on the third slab layer 50 is stored ashes box; Ossuary graves, characterized in that consisting of. The method of claim 1, wherein the inner closing means Waterproof member 30 is applied to the first slab layer 20 to prevent moisture from entering the ground, Installed on the waterproof member 30, the moisture-proof plate 32 for preventing the penetration of cold air, and The ossuary gravel, characterized in that it is installed on the moisture-proof plate (32) and includes a heat insulating member (34) to insulate. The method of claim 1, wherein the second slab layer 40 Ossuary gravel, characterized in that the air passage 44 is formed in communication with the condensation groove (52) of the third slab layer (50). According to claim 1, wherein the ashes storage shelf 90 is in close contact with the condensation groove (52) of the third slab layer 50 is formed in the lower portion, the ashes are stored in the front Ossuary gravel, characterized in that the partition 94 is provided. The method of claim 1, An external finishing means is installed on the outer wall of the vertical support 62 and the vertical vent 66 of the internal structure 60, The external finishing means, the waterproofing liquid 100 is applied for external insulation, the non-woven fabric 110 attached to prevent the moisture infiltration on the waterproofing 100, and the moisture permeation and waterproof layer on the non-woven fabric 110 Ossuary, characterized in that it comprises a vinyl member 120 is attached to protect.