KR200257754Y1 - Charnel house expansed hold space - Google Patents

Abstract

The present invention relates to an ossuary of which the ossuary space of the ossuary is expanded, and more specifically, to facilitate opening and closing of the vent provided in the beam on the rear wall of the ossuary, and to form a casing to form the ossuary inside the beam. It is related to the ossuary where the ossuary space of the ossuary can be effectively used.

An object of the present invention is to provide a beam door that opens and closes the vent formed in the beam on the rear wall of the ossuary can be rotated and slid along the door guide by the roller, and can easily open and close the vent with less force. The inner casing forms a large number of crypts to make use of the space more efficiently, and since the outside air is directly introduced from the outside, the crypts can be formed to remove the moisture and odor. Settlement space is to provide expanded ossuary.

The structure of the present invention for achieving the above object, in the ossuary periphery formed a settling base for laying a plurality of ossuary complexes, the plurality of ossuary container (11) inside the girders (3) in the upper wall of the ossuary (1) Field security guards (10) formed in a cascade of multiple stages to enclose); A ventilation opening 12 opened to allow outside air to flow into the ossuary 1 through a rear portion of the upper portion of the field security guard 10; It is provided on both sides of the beam (3) to open and close the vent hole 12 and the rest table 10, the bottom is equipped with a roller 24 which is slid along the door guide 30 of the cylindrical shape It is characterized by consisting of the beam door (13).

Description

Charl house expansed hold space

The present invention relates to an ossuary of which the ossuary space of the ossuary is expanded, and more specifically, to facilitate opening and closing of the vent provided in the beam on the rear wall of the ossuary, and to form a casing to form the ossuary inside the beam. It is related to the ossuary where the ossuary space of the ossuary can be effectively used.

The general form of the tomb can be categorized into the form of burial of the body on the ground such as individual tombs, seedlings and cavities, and the form of crematory.

In the former case where the body is buried in the ground, the body should be buried in the ground after the body is placed in the coffin, so that each tomb does not occupy a predetermined space. In Korea, where the land area is permanent and the burial customs are narrow, there is a difficulty in securing the cemetery and the effective use of the land due to the expansion of the cemetery area.

In addition, the trend of favoring cremation culture rather than creating a cemetery is increasing, but this also does not correspond to the situation of Korea, where the custom of burial is very strong, and pollution problem occurs especially in the cremation process of the body, Sprinkling bone powder in rivers or wild mountains is not aesthetically pleasing, and there is an irrational point in that they do not do their best to worship their ancestors as descendants.

Therefore, recently, in order to overcome the problems described above, the ossuary was variously presented to solve the problems caused by the landfill method without the form of the crematory. As an example, as shown in FIG. 5, the ossuary 110 of In the form, the ashes storage portion 112 is provided on the upper portion of the concrete support 116 embedded in the ground, the ashes storage portion 112 is to be sealed by the door 114 provided with stone, The space area of the ashes storage unit 112 is to be able to store a sufficient number of ashes 160.

In addition, the side wall is disposed on the name plate portion 140, and the pillar for supporting the ossuary 110 is not limited to a cylindrical shape, but may be a hexagonal pillar, an octagonal pillar, or other various forms.

However, the ashes storage unit 112 is formed only in front of the ossuary 110, there was less space to accommodate the ashes 160 than the area occupied by the ossuary 110.

In addition, since the door for opening and closing the vent opening for ventilating the ossuary 11 is opened and closed by hinge rotation, the door made of stone is damaged by wear.

In addition, since a lot of power is consumed in order to open and close the door having a considerable weight provided by the stone gave a burden and inconvenience to the user.

The present invention is devised to solve the above-mentioned problems, an object of the present invention is to provide a beam door for opening and closing the ventilation holes formed in the beams on the rear wall of the ossuary can be rotated and slid along the door guide by the roller vents Not only can be easily opened and closed with less power, but also by forming the inner side of the beams step by step to enclose a large number of urns, making more efficient use of the space, and directly entering the outside air from the outside. The ossuary space of the ossuary to form the optimal place to remove the odor is to provide an expanded ossuary.

The structure of the present invention for achieving the above object, in the ossuary periphery formed a settling base for laying a plurality of ossuary complexes, the plurality of ossuary container (11) inside the girders (3) in the upper wall of the ossuary (1) Field security guards (10) formed in a cascade of multiple stages to enclose); A ventilation opening 12 opened to allow outside air to flow into the ossuary 1 through a rear portion of the upper portion of the field security guard 10; It is provided on both sides of the beam (3) to open and close the vent hole 12 and the rest table 10, the bottom is equipped with a roller 24 which is slid along the door guide 30 of the cylindrical shape It is characterized by consisting of the beam door (13).

1 is a rear view showing the ossuary of the ossuary space of the ossuary space is expanded according to the present invention,

2 is a partially enlarged perspective view of FIG. 1;

3 is an exploded perspective view of the beam door according to the present invention,

4 is a partially enlarged longitudinal sectional view of the beam door according to the present invention,

Figure 5 is a perspective view of a conventional ossuary.

<Description of Symbols for Major Parts of Drawings>

1: ossuary 2: lyrics

3: beams 10: field guards

11: ossuary container 12: vent hole

13: beam door 20: slide member

21: insertion portion 22: shaft groove

23: rotating shaft 24: roller

30: door guide 31: guide groove

Hereinafter, with reference to the accompanying drawings will be described in detail with respect to the ossuary periphery of the ossuary space of the ossuary box according to the present invention.

1 is a rear view showing the ossuary of the ossuary space of the ossuary space according to the present invention, Figure 2 is a partially enlarged perspective view of Figure 1, Figure 3 is an exploded perspective view of the beam door according to the present invention, Figure 4 Partial enlarged longitudinal sectional view of the beam door according to the design.

As shown, the present invention is a field security guard 10 formed in a multi-step casing so as to place a plurality of ossuary containers 11 inside the beams 3 on the rear wall of the ossuary 1, and the field security teeth. It is composed of a vent opening 12 so that the outside air can flow into the ossuary 1 through the rear portion of the upper end of the base 10.

Here, the vent hole 12 is formed in the longitudinal direction by opening the rear portion of the upper step of the field security guard 10, through the vent hole 12 to the outside air (outside) to the inside of the ossuary 1 It can be introduced.

Then, the beam door 13 provided on both sides of the beam 3 to open and close the ventilation hole 12 and the field security guard 10, and a predetermined portion of the lower portion of the beam door 13 is fitted. A slide member 20 having upper and lower portions corresponding to each of the upper and lower portions so as to form an insertion portion 21 at the upper portion to be inserted / fixed, and an axial groove 22 having a predetermined depth inside the lower portion, The roller 24 having the rotation shaft 23 protruded to a predetermined length on both sides so as to be seated in the shaft groove 22 of the slide member 20 and a predetermined portion is inserted into the roller 24 so that the roller ( 24 and a predetermined depth in the longitudinal direction of the lower portion of the beam (3) so that the door guide 30 is provided in a cylindrical shape to support the rotation and sliding movement, and the door guide 30 can be inserted / fixed The guide groove 31 having a further made.

The slide member 20 has a 'H' shaped structure, the upper and lower portions are bent to correspond to each other, and the beam door 13 is closely attached / fixed to the insertion portion 21 by an upper portion thereof.

Between the bottom of the roller 24 and the guide groove 31, a cylindrical door guide 30 is a shape that a predetermined portion is inserted, respectively, to support the roller 30 and induce a smooth rotation.

Thus, the door guide 30 may be made of a metallic material having rigidity in order to support the beam door 13 having a sense of weight.

Referring to the operation and effect of the present invention configured as described above, open the beam door 13 to settle the ossuary container 11 in the stepped field guards 10 formed inside the ossuary (1) beam (3). do.

At this time, the upper and lower portions of the door guide 30 are inserted between the roller 24 and the guide groove 31 mounted on the bottom of the slide member 20 provided in the beam door 13. .

That is, the roller 24 is rotated and slid smoothly along the door guide 30, so that the user can freely move the beam door 13 with little force to open the field guard 10. Done.

When the field security guard 10 is opened, a predetermined ossuary container 11 is placed on the stepped field security guard 10, wherein the vent hole 12 is formed on the top of the field security guard 10. Outside air is introduced to ventilate the inside of the ossuary 1.

Here, by forming a space in which the ossuary container 11 can be settled in the field security stand 10, more ossuary containers 11 are stored in the ossuary 1 and use the space more efficiently. Since the outside air is directly introduced from the outside, it provides an optimal place to remove moisture and odor.

After the ossuary container 11 is located in the arthropod, the beam door 13 is moved again to seal the field guard 10 and the vent 12.

In addition, in order to ventilate the inside of the ossuary 1, the user may introduce the outside air into the tub by opening the beam door 13.

In addition, it is possible to maintain the beauty of the appearance by carving the beam door 13 in a variety of patterns, by making the beam door 13 by using the gemstone can be used semi-permanently because the structural strength is strong.

As described above, specific embodiments of the present invention have been described in detail, but those skilled in the art to which the present invention pertains may make various modifications without departing from the scope of the present invention.

Therefore, the scope of the present invention is not limited to the above-described embodiment, but should be determined by the equivalents of the claims, as well as the utility model registration claims described below.

As described above, according to the present invention, there is an advantage in that the beam door for opening and closing the ventilation hole inside the beam can be rotated and slid along the door guide by the roller, thereby easily opening and closing the ventilation hole with less force.

In addition, by forming the inner side of the beam in a stepped manner, by placing a large number of crypts, the space is more efficiently used, and since the outside air is directly introduced from the outside, it provides an optimal place to remove moisture and odor. There is a filial piety that can be done.

In addition, it is possible to maintain the beauty of the appearance by carving in a variety of patterns on the beam door, it has the advantage that can be used semi-permanently because the structural strength is strong by manufacturing the beam door using the gemstone.

Claims (1)

In the ossuary where the ossuary formed a settled place where many ossuary complexes were placed, A field security guard (10) formed in a multi-stepped manner so that the plurality of ossuary containers (11) can be placed inside the beams (3) on the rear wall of the ossuary (1); A ventilation opening 12 opened to allow outside air to flow into the ossuary 1 through a rear portion of the upper portion of the field security guard 10; It is provided on both sides of the beam (3) to open and close the vent hole 12 and the rest table 10, the bottom is equipped with a roller 24 which is slid along the door guide 30 of the cylindrical shape Ossuary periphery of the settlement space of the ossuary is characterized in that consisting of a beam door (13).