KR100549849B1 - Shelf of charnel house - Google Patents

Abstract

The present invention relates to an ossuary stage that allows more storage management in a sealed ossuary in a small area of ossuary, and provides an ossuary with excellent durability while improving assembly performance and significantly reducing overall weight. will be.

That is, the present invention is in the ossuary box 1 consisting of a multi-layer structure (4) provided with the inner box mounting portion 5 for sealing the inner box 3, which is housed in the ash complex 2 in both directions to seal with a front finish material. The multi-layer structure (4) is connected to the several member (6) standing in the vertical direction, the connecting member (7) coupled to the connecting member coupling hole (6a) formed in the transverse direction of the support (6), the connecting member (7) Fixtures (8) formed with the settled piece to be fitted into the coupling) and the pedestal (9) is coupled to both ends of the adjacent coupling member 7 and the coupling member formed in the middle of the connecting member (7) coupled to the support (6) It consists of a coupling of the connecting rod 11 is coupled through the hole 10 and connected to the adjacent strut 6 in the longitudinal direction, the inner box 3 coupled to the inner box mounting portion 5 is to the outside of the strut 6 At the end of the exposed connecting rod 11, a nut tube 16 with a threaded hole 16b formed therein is forcibly inserted into the end of the connecting rod 11, and An elastic member 18 composed of a support 17 having a protruding piece 17b for holding the front finish material 12 in a straight direction, and an elastic piece 18a for carrying out four neighboring front finish materials 12 outward. ) Are sequentially coupled and fixed by a connecting bolt 19 having a threaded hole 19a formed therein, and simultaneously pressing and fixing four front finishing materials 12 adjacent to the threaded hole 19a of the connecting bolt 19. Since the fixing plate 20 is fixed by the fixing bolt 21 to be sealed, the installation work can be made extremely simple, and the multi-layer structure 4 is supported by the struts 6 which are erected at regular intervals. It can be ensured, and the overall weight can be reduced.

Ossuary, Multi-layered Structure, Shoring, Base, Connecting Member, Connecting Rod

Description

Crushed Sweet {Shelf of charnel house}             

1 is a perspective view showing a preferred embodiment of the present invention

Figure 2 is a side view of the multilayer structure provided by the present invention

Figure 3 is a perspective view of the main portion of the present invention

Figure 4 is an exploded perspective view of the main portion excerpt of the present invention

5 is a perspective view showing another embodiment of the connection member applied to the present invention

6 is a cross-sectional view of the main portion of the structure coupled state of the present invention

7 is a cross-sectional view of the structure coupling state of the present invention

Figure 8 is an exploded perspective view showing another embodiment of the connecting rod coupling structure of the present invention

9 is a plan sectional view of FIG.

☞ Explanation of symbols used in the main part of the drawing ☜

1: ossuary stage 2: ashes complex

3: enclosure 4: multilayer structure

5: enclosure installation part 6: holding

6a: Connecting member mating hole 7: Connecting member

7a: middle part 7b: connection part

7c: Washer 8: Security

8a: Settlement 9: Base

10 coupling hole 11: connecting rod

11a: fixing groove 12: front finish

13: hole 14: fixing means

15: Outer finishing material 16: Nut pipe

16a: projection 16b: screwdriver

17: support body 17a: recessed groove

17b: protrusion 18: elastic member

18a: elastic sheet 18b: bonding hole

19: Connecting bolt 19a: Threaded

20: fixing plate 21: fixing bolt

The present invention relates to an ossuary stage that allows more storage management in a sealed ossuary complex in a small area of the ossuary. More specifically, it is possible to improve the assemblability and to significantly reduce the total weight, and to provide an excellent ossuary stage. It is intended to provide.

The burial culture of our country is mostly occupied by burial, and such burial is not only encroached or devastated due to the absolute necessity of the cemetery, but also the cost of burial is enormous. There was this.

The funeral culture of cremation is gradually increasing due to the problems caused by the burial and changes in the perception of funerals, and in recent years, a culture of permanently storing cremated ashes in powder form and storing them in the ossuary is permanently established.

In the case of the ossuary, the ossuaries of concrete structures or steel structures are manufactured and used for the purpose of storing a large number of ashes in a small area. However, in the case of concrete structures, the frequency of use is low due to the inconvenience of installation and movement. Structures are preferred.

In the case of the steel structure, a prefabricated structure in which a rectangular pipe member is welded or connected by a connecting member is formed so as to form a cubic body for stacking several crypts, but in the former case, a bending phenomenon occurs during welding. There are various problems such as occurring, and is being used in a small sized end of the box, in the latter case, because the connecting member connecting the pipe member is formed by die casting, the overall weight of the end of the cage is increased, as well as each configuration There are a number of problems, such as the effort to be fixed by pressing down when fitting the members, and also the durability is poor.

Accordingly, the present inventors have devised the present invention to solve the problems of the oscillation box consisting of the prefabricated structure described above.

That is, in the present invention, in the ossuary structure consisting of a multi-layer structure provided with a bi-directional inner box installation portion to be inserted into the inner box housing the ashes in both directions, the structure is supported by the coupling member coupled to the prop standing in the vertical direction The main unit combines the pedestal, forms a coupling hole in the middle of the connecting member in the axial perpendicular direction, and connects the connecting rod connecting with the neighboring struts, and combines the settling member having a settled piece for placing the front finish on the connecting member, The connecting rod is to be able to combine the fixing means that can be fixed to the front finishing material, while completing the present invention to improve the durability and assemblability while significantly reducing the total weight of the ossuary stage.

1 is a perspective view showing a preferred embodiment of the present invention, Figure 2 is a perspective view of the excerpt of the multi-layer structure provided by the present invention, as shown in the inner box (3) housing the housing 3 (3) The invention is to vigorously invent the crab box stage 1 composed of a multi-layer structure 4 provided with a bidirectional inner box installation portion 5 so as to be installed in both directions.

In the present invention, the ossuary stage 1 composed of the multi-layer structure 4 to be provided is connected to several struts 6 which are erected in the vertical direction, and a connecting member 7 which is coupled in the transverse direction of the strut 6. Fixture (8) coupled to the member (7), the pedestal (9) is coupled to both ends of the adjacent connecting member 7 and the coupling formed in the middle of the connecting member (7) coupled to the support (6) It is constituted by a combination of the connecting rod 11 and the front finishing material 12 for closing the front and the fixing means for fixing it are coupled through the hole 10 to connect with the neighboring support (6).

Hereinafter, the configuration of the present invention will be described in more detail.

Figure 3 shows an exploded perspective view of the main portion extract of the present invention, Figure 4 is a cross-sectional plan view of the multi-layer structure 4 of the present invention, Figure 5 is a side cross-sectional view of the multi-layer structure 4 of the present invention, etc. As such, as shown, each of the struts 6 forms a plurality of connecting member coupling holes 6a in the transverse direction, and each of the connecting member coupling holes 6a couples the connecting member 7 that is die casted. The gap between each connection member coupling hole 6a is configured to have a height that can accommodate the inner box 3.

The connecting member 7 is composed of an intermediate portion 7a having a circular cross section having the same length as the spacing between the pillars 6 and a connecting portion 7b having a rectangular cross section, and the intermediate portion 7a and the connecting portion 7b of the connecting member 7b. A washer 7c is coupled to the boundary to secure the connecting member 7 to the support 6. Both sides of the washer 7c to be coupled is preferably configured to fit independently of the connecting member 7, one side washer (7c) as shown in Figure 6 may be formed integrally with the connecting member (7) Do.

In the present invention has been described an example in which the coupling hole (6a) formed in the connecting member 6 and the intermediate portion (7a) of the connecting member 7 formed in a circular shape, if necessary, the formation of the coupling hole is modified into a quadrilateral or the like. You can do it.

Both side connecting portions 7b of the connecting member 7 are coupled to the settling member 8 formed with a settling piece 8a capable of placing the front finish material 12 on the front side of the support 6 side, and the outside of the connecting member 7b. The pedestal (9) configured to cut the square pipe is connected to the neighboring connecting member (7). At this time, the coupling portion 7b and the pedestal 9 of the connecting member 7 may be combined by a simple fitting method, but in consideration of durability and safety, the hole 13 communicating with the coupling portion 7b and the pedestal 9 is provided. It is preferable to penetrate and fix with fixing means 14 such as pins, bolt nuts and the like. In addition, the connecting member 7 may be configured in a hollow form to reduce the total weight of the multilayer structure 4.

The outer finishing material 15 is fixed by inserting a pipe member (not shown) cut to a predetermined length into the connecting portion 7b positioned at the outer side of the connecting member 7 coupled to the edge side support 6.

In the middle portion 7a of the support 6 and the connection member 7, a pipe connecting hole 10 formed in a direction perpendicular to the connection member 7 is exposed to the outside of the support 6 slightly at both ends. Combine the connecting rod 11 consisting of.

At least two fixing grooves 11a are formed on the outer periphery of the end of the connecting table 11 exposed to the outside of the support 6, and the protrusion 16a corresponding to the fixing grooves 11a inside the connecting table 11. Is formed and the nut tube 16 with the threaded hole 16b formed therein is forcibly inserted, and the projection 16a formed at the end of the connecting rod 11 and the nut tube 16 is inserted in the front thereof rearward. In the back surface of the support 17 and the four adjacent front finishing material (12) is formed in the groove 17a is formed and the protrusion 17b for holding the front finishing material 12 in the vertical direction to the front is formed. The elastic member 18, which is composed of an elastic piece 18a for carrying outwardly the front finishing material 12, is coupled to the screw hole 16b of the nut pipe 16 by sequentially coupling the elastic member 18 having a coupling hole 18b at the center thereof. It is fixed by the connection bolt 19 is formed in the screw hole (19a) is coupled to the inside, the neighboring screw hole (19a) of the connection bolt 19 The fixed plate 20, the four front finishing material 12 at the same time for pressing the fixed configuration that is fixed by the fixing bolt 21.

Since the external finish material 15 for finishing the exterior of the multilayer structure 4 is fixed by a general method, a description thereof will be omitted.

FIG. 8 is an exploded perspective view showing another embodiment of the connecting rod coupling structure of the present invention, and FIG. 9 is a plan sectional view of FIG. 8, which is used to construct the multilayer structure 4 as described above. , It is to be configured to combine the connecting rod 11 equally around the support (6) located in the middle of the three support (6) standing in the longitudinal direction.

That is, the connecting rod fitting groove 7d is symmetrically formed at a predetermined depth in the middle portion 7a of the connecting member 7 coupled through the coupling hole 6a formed in the post 6 positioned in the middle, This is forcibly fitted to one end of the connecting table 11 is coupled through the coupling hole 10 formed in the support (6) and the connecting member (7) standing in front and rear.

The crab box stage 1 of the present invention configured as described above can be reduced in weight by dramatically reducing the overall weight while being configured as a prefabricated structure, and improving the durability and assemblability. This will be described.

When the present invention is to be installed in the ossuary, the coupling member 7 is coupled to each coupling member coupling hole 6a formed in the pillar 6 in a state in which three pillars 6 are arranged side by side in the rear. In the middle portion 7a of the support 6 and the connecting member 7, the connecting member 11 is coupled to the connecting member 7 by a connecting member coupling hole 10 formed in the direction perpendicular to the connecting member 7. The connecting member 7 connected as described above has the washer 7c positioned integrally or separately with the connecting member 7 at the boundary between the intermediate portion 7a and the connecting portion 7b, and thus, the connecting member 7 in the joining process. There is no departure, the coupling of the connection 11 will be made easily.

Next, a predetermined length (slightly equal to or slightly shorter than the width of the inner box) of one side or both side connecting portions 7b of neighboring connecting members 7 coupled on the support 6 constituting the assembled assembly 4 as described above. Length 9) and the pedestal 9 and the connecting member 7 are fixed to the fixing means 14, such as pins or bolt nuts, to the holes 13 communicated with them. At this time, only the pedestal 9 is coupled to the connecting portion 7b of the connecting member 7 which is coupled to the support 6 at the intermediate position, and the mounting bracket 7b of the connecting member 7 of the connecting member 7 positioned at the front and rear positions. (8) to the inner side of the fitting first and then combine the pedestal (9).

Then, after completing the multi-layer structure 4 through the above assembly, the inner box 3 is coupled to the inner box installation part 5 formed by the pedestal 9 stacked on both sides 6. Coupling of the inner box 3 is forcibly fitted into the end of the connecting rod 11 exposed to the outside of the support (6) arranged in the front and rear side by pressing the nut tube 16 by a method such as pressure, each inner box mounting portion (5) ) In the state in which the inner box (3) is coupled to the nut in the nut (16) in front of the support member 17 and the elastic member (18) in sequence and then screw the connecting bolt 19 to the nut pipe (16) . At this time, the recess 17 has a recessed groove 17a through which the end 16 of the connecting table 11 and the projection 16a protruding from the nut pipe 16 is formed. It is firmly fixed without being rotated at.

Next, the front finishing material 12 is coupled between the settlement piece 8a of the mounting fixture 8 and the upper surface of the protruding piece 17b formed on the support 17, and then pressurizes four neighboring front finishing materials 12 simultaneously. What is necessary is just to fix the fixing plate 20 to fix with the fixing bolt 21. At this time, since the front finish material 12 is coupled in a tangent state by the elastic piece 18a of the elastic member 18 coupled with the support 17, there is no irregularities of the front finish material 12 in the finished state.

On the other hand, when the present invention is configured as shown in Figure 8, 9 can be more smoothly coupled to the connecting rod 11 is coupled through the coupling hole 10 formed in the support (6) and the connecting member (7) , Since the posts 6 and the connecting member 7 positioned in the middle serve to hold the posts 6 positioned in the front and rear sides, it is possible to provide a more stable multilayer structure 4.

 As described above, the ossuary stage 1 provided by the present invention fits the coupling member 6 to the post and couples the pedestals to both sides thereof, and the support 6 in the direction perpendicular to the axis of the connecting member 7. Since the assembly of the multilayer structure 4 can be made by combining the connecting rod 11 penetrating through the connecting member 7, the installation work can be made extremely simple, but it is understood that the support 6 is erected at regular intervals. Since the multi-layer structure 4 is supported, not only can the safety be ensured, but also the overall weight can be reduced.

Claims (7)

In the ossuary stage 1 composed of a multi-layer structure 4 provided with an inner box installation portion 5 for sealing the inner box 3 in which the ash complex 2 is received and sealed with a front finish material. The multi-layered structure 4 includes several struts 6 erected in the vertical direction, a coupling member 7 coupled to a coupling member coupling hole 6a formed in the transverse direction of the strut 6, and a coupling member 7 Fixtures (8) having a settled piece to be fitted in the fitting and the support 9 formed in the middle of the connecting member (7) coupled to the pedestal (9), both ends are coupled to the adjacent connecting member (7) Combining through (10) is configured by coupling the connecting rod 11 in the longitudinal direction to connect with the adjacent struts (6), The inner box 3 coupled to the inner box installation part 5 is forcibly fitted with a nut tube 16 in which a screw hole 16b is formed at an end of the connecting table 11 exposed to the outside of the support 6. In front of the nut tube 16, the support member 17 is provided with a protrusion 17b for holding the front finisher 12 in the vertical direction, and an elastic piece for carrying outwardly the four neighboring front finishers 12 outward. The elastic member 18 consisting of (18a) is sequentially coupled to be fixed by a connecting bolt 19 having a screw hole (19a) therein, four adjacent to the screw hole (19a) of the connecting bolt 19 Oscillation stage characterized in that the fixing plate 20 for pressing and fixing the front finish material 12 at the same time is fixed by the fixing bolt 21 is sealed. The method of claim 1, The connecting member 7 is composed of an intermediate portion 7a having a circular cross section having the same length as the spacing between the pillars 6 and a connecting portion 7b having a rectangular cross section, and having an intermediate portion 7a and a connecting portion 7b. Ossuary stage, characterized in that the two sides of the washer (7c) combined. The method of claim 2, Osteotomy end, characterized in that the washer (7c) is formed integrally on one side of both sides of the intermediate portion (7a) and the connecting portion (7b) constituting the connecting member (7). The method of claim 1, The coupling part 7b and the pedestal 9 of the connection member 7 are fitted, and then penetrate and pass through the hole 13 communicating with the connection part 7b and the pedestal 9 and fixed with fixing means 14. Ossuary only. The method of claim 1, The connecting member (7) is a sternum box, characterized in that the inside is in a serious injury state. The method of claim 1, At least two fixing grooves 11a are formed on the outer periphery of the end of the connecting table 11, and the nut pipe 16 forms a protrusion 16a corresponding to the fixing grooves 11a, Osteotomy stage characterized in that formed on the rear surface of the concave groove 17 to accommodate the end of the connecting table 11 and the projection (16a) of the nut pipe (16). The method of claim 1, In constructing the multi-layer structure 4, the connection member (7) of the coupling through the coupling hole (6a) formed in the strut 6 located in the middle of the three struts (6) standing in the longitudinal direction The connecting rod fitting groove 7d is symmetrically formed in the middle portion 7a at a predetermined depth, The cradle end, characterized in that the one end portion of the connecting rod 11 which is coupled through the coupling hole 10 formed in the support (6) and the connecting member (7) standing in the front and rear in the connecting rod fitting groove (7d). .

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