KR200308412Y1 - The Facade Closing Structure of Charnel House - Google Patents

Abstract

The present invention relates to the front finishing structure of the crypts, and the present invention covers the front openings of the crypts 18 arranged on the concrete body 12 vertically and horizontally with a liner cover 22, and then each of the crypts. In the structure of the ossuary end configured to cover the front surface of the 18 with a finishing material, the liner cover 22 covering the front opening of the oscillation box 18 is formed of a transparent material so that the inside is transparent, and the ossuary 18 In front of the front liner cover 22 is provided with a glass finishing frame 70 having a rectangular frame shape for installing the glass finishing material 60, the glass finishing frame 70 is a set of four each sterile box It characterized in that it has a structure that is supported and fixed by the hardware 40 is fixed to the corner of (18).

Therefore, according to the present invention, even when the front of the ossuary is not open at any time, even though the inside of the iron fixing the glass frame is not exposed to the outside, the effect that can be beautifully configured Has

Description

The Facade Closing Structure of Charnel House}

The present invention relates to the front finishing structure of the ossuary, more specifically, the front surface of the ossuary is finished with a transparent finishing material such as glass so that the inside of the ossuary can be seen at any time without opening the front of the ossuary. It is related to the front finishing structure of the ossuary to make the appearance of the ossuary is beautiful because the hardware fixing the phosphorus glass finishing frame is not exposed to the outside.

As it is well known, as public opinion to improve the burial system has increased recently, the bodies of dead bodies have been cremated without burial, and the remains of corpses are placed in the ossuary and stored in certain facilities (commonly called "ciliary"). It is increasing.

These ossuaries are recommended to place several dozen ossudans within them to intensively store and manage the remains and relics, to promote efficiency in management and installation costs, and to reduce land shortages and costs during burial by conventional tombs. have.

In this case, the ossuary means that consists of dozens of ossuaries that enclose and seal the ashes and artifacts generated after the makeup.

However, the conventional ossuary is focused on the structure for the simple induction of ashes or artifacts, so that it does not deviate significantly from the general architectural structure.

In other words, the ashes and artifacts inside the ossuary are easily exposed to moisture or outdoor environment, and thus there are many problems in stable and long-term storage. There was a problem that can not be efficiently managed through the relocation of the stage.

According to the necessity to improve and supplement the problem of the conventional ossuary, various applications have been made to the structure of the ossuary and the manufacturing method thereof.

One embodiment of the conventional ossuary such as research and development and filed is shown in FIG.

That is, when the outline of the basic structure of the ossuary shown in Fig. 1 to look at, the ossuary 10 is the ossuary groove 14 arranged vertically and horizontally to maintain a predetermined interval for accommodating the osmosis box 18 on the front surface of the wall. With a liner cover 22 covering a concrete body 12 having a structure, a liner 16 made of fiber-reinforced plastic (FRP) material attached to and coupled to the inner wall of the osmosis box groove 14 and the front opening of the liner 16. A crypt box 18 coupled to the crypt box groove 14 formed on the concrete body 12, and a hardware 40 fixed to the corners of each cab box 18 on the concrete body 12, and the iron body It is composed of a structure having a slab 30 which is supported by 40 and attached in a detachable form so as to cover the outside of each ossuary 18.

Here, the concrete body 12 is placed in the concrete by using a precise mold so as to arrange a reinforcing bar and a wire mesh not shown therein, and to form a plurality of osmosis box grooves 14 that can accommodate the oscillation box 18 on the wall. It has a configuration to cast.

The ossuary 18 is a space for enclosing the box 20 containing the cosmetically processed ashes and oil and a simple artifact, and attached to the inner wall of the ossuary groove 14 formed on the concrete body 12 as described above. It consists of a liner 16 made of fiber reinforced plastic (FRP) material and a liner cover 22 covering the front opening of the liner 16.

At this time, the ossuary 18 is made by placing the box 20 containing the remains and oil of the deceased and a simple article to cover the liner cover 22 to close the front, the liner 16 and the liner cover 22 The tight contact part has a structure sealed by sealing.

The slab 30 is made of marble or the like as a surface finishing material covering the outer surface of each ossuary 18, each ossuary 18 is the concrete body 12 by using the hardware 40 to be separated and united by unit Secure in.

The iron 40 serves to attach the slab 30 to the concrete body 12 so as to be detachable, thereby preventing the exposure of the crypt box 18 and to beautify the exterior of the crypt panel 10.

That is, as shown in Figure 2, the hardware 40 is installed in the body 42 extending in the horizontal direction, upright in the center of the body 42, the screw rod 44 is formed in the center The slab support 43 to which the slab 30 is in close contact, a fixed end 41 having a through hole 41a formed at upper and lower ends extending vertically from the center of the main body 42, and the slab support ( 43 is formed of a bending spring 46 fixed up and down uniformly and fixed to the slab 30, and a bronze rosette 50 fixing each corner of the slab 30.

The iron 40 having such a configuration is fixed by a bolt or the like through the through hole 41a of the fixed end 41, and the bronze rod 50 on the screw rod 44 of the slab support 43. This screw is coupled to the four corners of the slab 30 in contact with the iron 40 is coupled to secure each corner of the slab (30).

At this time, the bending spring 46 has a constant repulsive force acting on each slab 30 so that the slab 30 is balanced by the pressure acting from the bronze rosette 50 and the resilience force from the bending spring 46. It acts to attach firmly and evenly.

However, when closing the front of the ossuary 18 using the conventional hardware 40 and the slab 30 as described above, the box 20 in which the deceased remains, remains or oil of the deceased put in the ossuary 18 In order to see the first to loosen the bronze rosette 50 of the hardware 40, and then remove the slab 30 fixed by the hardware 40 and open the liner cover 22 to open the front box (18) There was an inconvenience to see.

In particular, the box 20 containing the remains and oil of the deceased in recent years has a very visually colorful form, such as porcelain, and has a tendency to differentiate it from the box 20 containing the remains and oil of other bereaved families. There is an increasing number of bereaved families who want to be able to always look inside the ossuary (18) from the outside even without opening.

In addition, when the remains or photographs of the deceased are placed in the ossuary 18, due to the desire and need of the bereaved families who wish to be able to see them at any time without opening the ossuary 18, the front slab of the conventional ossuary 10 There was room for improvement in the structure.

The devised to see the inside of the glass lid on the front instead of the slab 30 has been researched and developed by the present inventors, practically as December 13, 2000 under the name "PVC ossuary and its manufacturing method" It was filed with Shinan (Application No. 2000-34938).

Here, in the case of the pre-applied design, it is configured to cover the front of the crypt box to the outer cover consisting of a rectangular shape by supporting the glass with a simple outer material, the same as the hardware 40 to fix the outer cover The method of application was used.

However, when fixing the outer cover constituted by inserting the glass into the outer material as described above with the hardware 40, there was a problem that the hardware is exposed to the outside due to the glass aesthetically not good.

In order to solve the closed problem of the conventional ossuary to satisfy the needs of the bereaved as described above, the present invention was devised to improve the exposure of the conventional hardware to the outside, the purpose of the present invention is the front slab of the ossuary The structure is finished with a transparent finishing material such as glass so that the inside of the crypt can be viewed at any time even without opening the front of the crypt, so that the hardware fixing the finishing material is not exposed to the outside. It is to provide the front finishing structure of the ossuary to give good finish.

1 is a perspective view showing the configuration of the ossuary according to the prior art,

Figure 2 is an exploded perspective view showing an example of the hardware used in the conventional ossuary;

Figure 3 is a cross-sectional view of the use state showing a state in which the front end of the sternum end with a slab and iron,

Figure 4 is a partially exploded perspective view showing the front finish state of the ossuary end using a glass finishing frame according to the present invention,

5 and 6 are perspective views showing the structure of the glass finishing frame according to the present invention,

7 is a cross-sectional view showing a cross-sectional structure of the glass finishing frame according to the present invention,

8 is a perspective view showing the hardware applied to the present invention,

Figure 9 is a cross-sectional view of the use state showing a state of installing a glass finish using a glass finishing frame in the ossuary according to the present invention.

* Description of the symbols for the main parts of the drawings *

10: ossuary bottom 12: concrete body

16: liner 18: ossuary

20: box 22: liner cover

30: slab 40: hardware

50: bronze rosette 60: glass finish

70: glass finishing frame 72: support jaw

74: bending end 75: sealing material

The present invention for achieving the above object, the structure of the ossuary end configured to cover the front openings of the crypts arranged in a plurality of longitudinally and horizontally on the concrete body with a liner cover, and then cover the front surface of each crypts with a finishing material. In, the liner cover covering the front opening of the crypt is formed of a transparent material is visible through the inside, the glass finish frame having a rectangular frame shape for installing a glass finish in front of the front liner cover of the crypt is provided The glass finish frame is achieved by providing a front finishing structure of the oscillation box characterized in that the four has a structure that is supported by a fixed steel fixed to the corner of each ossuary in a pair.

Here, the glass finishing frame has a cross-sectional shape as a whole has a rectangular cross section, a support jaw is formed to protrude so as not to escape to the outside when the glass finish is fitted to the front inner front end of the rectangular cross section, the lower side of the support jaw By having a structure in which a bent end extending from the flat portion is in close contact with the liner cover, the hardware is not exposed to the outside when fixing the glass finish frame with the iron.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

In this case, in describing the present invention, the ossuary and other general components to which the present invention is applied are the same as those of the ossuary described in the prior art, and the same parts as in the prior art will be described with reference to the accompanying drawings that describe the prior art, and In the same parts as the structure, the same name and the same symbol will be used together.

Figure 4 is a partially exploded perspective view showing the front finish state of the crypts using glass finishing frame according to the present invention, Figures 5 and 6 are perspective views showing the structure of the glass finishing frame according to the present invention, Figure 7 is the present invention 8 is a cross-sectional view showing a cross-sectional structure of the glass finishing frame according to the present invention, Figure 9 is a perspective view showing the hardware applied to the present invention, Figure 9 is a state of installing a glass finish using a glass finishing frame in the ossuary according to the present invention It is showing the use status section.

The ossuary 10 to which the present invention is applied is almost the same as the structure of the conventional ossuary 10 described in the prior art.

That is, the ossuary deck 10 to which the present invention is applied is made of a concrete body 12 having the ossuary box 18 vertically and horizontally disposed to maintain a predetermined interval on the front surface of the wall.

The ossuary 18 is composed of a liner 16 made of fibre-reinforced plastic (FRP) material attached to the inner wall of the concrete 12 and a liner cover 22 covering the front opening of the liner 16. And it is formed as a space that can hold the box 20 that holds the ashes.

In other words, the ossuary 10 of the present invention is the same as having a structure in which a plurality of ossuary 18 is arranged on the concrete body 12 laterally and horizontally.

However, the present invention is to change the use of the slab 30 to prevent the front of the crypt box 18, using a finishing material such as glass so that you can look inside the crypt box 18 at any time while fixing the finishing material The difference is that it is not exposed outside.

In addition, the liner cover 22 covering the front opening of the liner 16 also has a transparent material so that the inside of the crypt 18 can be viewed at any time.

That is, the ossuary end 10 to which the present invention is applied has a structure in which a glass finishing frame 70 for installing the glass finishing material 60 is provided on the front side of the ossuary end 10 as shown in FIG. 4. It is characterized by.

Here, as shown in Figures 5 and 6, the glass finishing frame 70 is fitted with a glass finishing material 60 is attached to the front of the crypt box 18 while having the same width as the width of the conventional slab (30). It is in the form of a rectangular frame.

In this case, the glass finish frame 70 may be selected from among a variety of materials, such as bronze, aluminum, processed marble, wood.

And, in the cross-sectional shape of the glass finishing frame 70, as shown in Figs. 6 and 7, as a whole formed into a rectangular cross-section 71, the glass finish at the front inner front end of the rectangular cross-section (71) The support jaw 72 is formed to protrude so that the support jaw does not come out when the 60 is inserted, and the glass finishing frame 70 is formed under the support jaw 72. 12 is a structure in which a bent end 74 is formed to extend from a flat portion 73 elastically supported by being seated on the bending spring 46 of the hardware 40 to be described later, and to be in close contact with the liner cover 22. Have

Of course, as shown in Figure 6, when the glass finish 60 is fitted into the support jaw 72, the sealing material such as silicon on the inner surface of the glass finish 60 in the opposite direction of the support jaw 72 Sealed by 75, the glass finish 60 is firmly fixed to the glass finishing frame 70.

In addition, the glass finishing frame 70 is fixed to the front of the corrugated box 18 by the hardware 40 in the same manner as in the conventional method for fixing the slab 30.

At this time, the hardware 40 is located on the bottom of the corner of the four glass finishing frame 70 is to be prevented from being exposed to the outside by the glass finishing frame 70 as shown in Figs.

Here, the hardware 40 for fixing the glass finishing frame 70 of the present invention is the same as the structure and function of the hardware 40 as described in the prior art, as shown in Figure 8, but the prior art Known in the hardware 40 and only have a slight difference in its shape.

Therefore, the detailed description of the names of the parts of the hardware 40 will be omitted here, and as shown in FIG. 8, the same names and the same reference numerals will be described to the parts of the same hardware 40 as in the related art.

That is, the hardware 40 is installed in the body 42 extending in the horizontal direction, upright in the center of the body 42, a screw rod 44 is formed in the center and the glass finishing frame 70 is seated A pedestal 43, a fixed end 41 extending in a vertical direction from the center of the main body 42, and having a through hole 45 formed at an upper and lower end thereof, and fixed to an upper surface of the pedestal 43 to close the glass. It is composed of a bending spring 46 for uniformly pressing the frame 70 and the bronze rosette 50 fastened to the screw rod 44 to fix each corner of the glass finish frame 70.

The iron 40 is attached to the front side of the reel box 18 detachably attaches four adjacent glass finishing frame 70 as in the case of fixing the conventional slab 30, the inside of each reel box 18 to the outside air It prevents exposure and serves to make the exterior of the ossuary flutter 10 beautiful.

Here, the process of fixing the glass finishing frame 3 according to the present invention using the hardware 40 will be described briefly.

First, the box 20 containing the remains and oil of the deceased in the ossuary 18 is closed and the front of the ossuary 18 with a liner cover 22 having a transparent material in a state where a simple article such as a photograph of the deceased is put.

Then, the iron 40 is firmly fixed to the front surface of the concrete body 12.

In this state, the glass finishing material 60 is inserted into the upper and lower left and right sides of the iron 40, respectively, and four glass finishing frames 70 fixed in a state of being sealed with the sealing material 75 are arranged.

That is, in the state in which the glass finishing frame 70 is placed on the hardware 40 as described above, the bronze rosette 50 is fastened to the screw rod 44 in the center of the pedestal 43 to fix the glass finishing frame 70. Will be.

At this time, the hardware 40 is attached to the two bending springs 46, thereby acting a constant elastic force for each glass finishing frame 70, thereby the pressure and bending spring acting from the bronze rosette (50) The balance of the elasticity from 46 makes it possible to firmly and uniformly attach the glass finishing frame 70.

Of course, since the hardware 40 is located on the bottom of the glass finishing frame 70, the hardware is not visible from the outside except for the bronze rosette 50.

According to the present invention described above, the front end of the ossuary is improved to finish with a transparent finishing material such as glass so that the inside of the urns can be peeked at any time even without opening the front slab (lid) of the ossuary. In addition to providing convenience to use the ossuary, the exterior of the ossuary is beautiful because all parts except the bronze rosette are not exposed to the outside except the bronze rosette. There is an effect that can be configured.

In addition, due to the material properties of the glass finishing frame itself in the state that the hardware is not exposed to the outside, the exterior itself of the crypt is beautiful, there is an effect that can be improved to some extent the erosion of the crypt of the conventional concrete body.

Claims (3)

The structure of the ossuary structure configured to cover the front openings of the crypts 18 arranged in a plurality of longitudinally and horizontally on the concrete body 12 with the liner cover 22, and then cover the front surface of each crypts 18 with a finishing material to close them. To Liner cover 22 covering the front opening of the ossuary 18 is formed of a transparent material is visible inside, A glass finish frame 70 having a rectangular frame shape for installing the glass finish material 60 in front of the front liner cover 22 of the ossuary box 18 is provided. The glass finishing frame (70) is a set of four front closure structure of the crypts, characterized in that having a structure that is supported by the hardware 40 is fixed to the corner of each crypts (18). The method of claim 1, The glass finishing frame 70 has a rectangular cross section 71 in its cross-sectional shape as a whole, and a supporting jaw for supporting the glass finishing material 60 not to come out when the glass finishing material 60 is inserted into the front inner front end of the rectangular cross section 71. The front end of the ossuary is characterized in that the protrusion 72 is formed, the bending end portion 74 is formed to extend from the lower flat portion 73 of the support jaw 72 to be in close contact with the liner cover 22. Finishing structure. The method of claim 2, When the glass finishing material 60 is inserted into the supporting jaw 72 of the glass finishing frame 70, a sealing material 75 such as silicon is formed on the inner surface of the glass finishing material 60 opposite to the supporting jaw 72. Sealed by the glass finishing material 60 is a front closure structure of the ossuary, characterized in that the glass finishing frame 70 is firmly fixed.