KR200226735Y1 - Assembly structure of crypt - Google Patents

Abstract

[Technical Field]

The present invention relates to an assembly structure of the vertebral anchor stage, which is formed by connecting and stacking a plurality of crypts storage box vertically and horizontally.

[Technical challenge you are trying to solve]

Conventional ossuary anchor stage is assembled in the oscillator box enclosure, so it is very difficult and inconvenient to assemble because it is fixed by connecting as a connecting bolt to connect the housing box connected up and down, left and right or as a separate connection member Not only was this not easy, but there were various closures, such as the connection bolts being exposed to the outside and hurting the beauty.

[Summary of solution]

This design makes it easy to assemble a large number of crypt boxes, from top to bottom, to the left and right, and at the same time, it is possible to shorten the assembly time by connecting the crypt boxes to the assembly without the use of connection bolts. It is to provide a beautiful ossuary settlement that is not exposed.

[Important Uses] For storing bins.

Description

Assembly structure of crypt

This proposal relates to the assembly structure of the crypts, which are formed by connecting and stacking a number of crypts storage boxes in up, down, left, and right sides. It is characterized by the fact that it is possible to assemble a beautiful crypt-like end where screws and joints are not visible in appearance.

In general, Korea tends to prefer burial rather than cremation because of Confucian customs, and the occupancy area of the cemetery is greatly increasing due to the increase of oxygen every year, and many unreasonable problems are emerging.

Therefore, in order to solve this problem, in recent years, a large ossuary was built at the national level to install a simple ossuary in a park cemetery and put the remains of cremation in the ossuary and store it in the ossuary box. There is a situation.

Here, the ossuary box is formed as a size that can accommodate the ossuary box, and is made of the ossuary stabilization end that is formed by connecting and stacking the upper and lower sides and the bar. It is very difficult and inconvenient to assemble, so it is very difficult and inconvenient, and it is not easy to mass-produce as well as the connection bolt is exposed to the outside to damage the aesthetics. There were various closures.

The main purpose of this paper is to make the assembly very easy by connecting a large number of crypt boxes in a simple way up and down and left and right. Another purpose of this paper is to use bolster boxes in connection bolts. In order to reduce the assembly time by connecting prefabricated and not to expose the connection bolts to the outside, it is intended to provide a beautiful crypts.

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

1 is an illustration of the assembly state of the present article

2 is a partially developed perspective view showing the top, bottom, left and right assembly structure of the present paper

3 is a structural diagram for connecting the ossuary box to the left and right

4 is an enlarged cross-sectional view of the left and right connection portion

5 is a vertical cross-sectional view of the bin box housing

6 is a partially enlarged cross-sectional view of FIG.

7 is a plan sectional view of the present article

8 is a cross-sectional view of the housing

* Explanation of symbols for main parts of the drawings

1: middle bulkhead 2, 2 ': storage room

3, 3 ': Storage box 4: Opening door

5: door frame 6: ossuary anchor

7: connecting end 8: protruding edge

10: step 11: inserter

12: groove 13: connection protrusion

14: interval 15: triangular connecting plate

15 ': Intermediate connector 16: Decorative plate

17: sandwich 18: gap

A door frame 5 having an opening and closing door 4 is attached to both sides of the bin box accommodating compartments 3 and 3 'where the bin box accommodating chambers 2 and 2' are formed before and after the middle bulkhead 1, respectively. In the vertebral abutment stage 5, which is connected and stacked vertically and horizontally, the hooked end portions 7 of the crypt enclosure accommodating enclosures 3 and 3 'formed by bending a rectangular body are formed in the storage chambers 2 and 2'. C, which is installed outwardly, protrudes the edge 8 integrally on the outer circumferential surface of the door frame 5 to install the upper and lower stacking step 10 on its upper surface, and forms a rectangular insertion hole 11 on both sides of the door frame 5. A connecting connection part 13 for symmetrically concave grooves 12 is formed so that a gap 14 is formed between the door frame 5 and the connection protrusion 13 is inserted into the insertion hole 11. Between the door frame 5 which is integrally connected and connected by a triangular connecting plate 15 having an intermediate connecting portion 15 ′ and both connecting portions 15 inserted into the gap 14. On the front side, the decorative plate 15 is to be bonded so that the fitting section 17 of the inner surface is fitted in the gap 18 between the door frames 5.

In the figure, reference numeral 19 denotes a finishing decorative member attached to both sides upon completion of the multi-stage stacking of the bins box 3 (3 '), and 20 is an expectation.

In carrying out this proposal, the flat box housing box (3) (3 ') is joined and stacked vertically and horizontally on the base (20). (3) (3 ') is mounted on the base 20, and the protruding edge 8 of the door frame 5 protruding in all directions from the receiving housing 3, 3' is laterally connected. The connecting protrusion 13 protruding from the (8) is connected to the two grooves 12 having a U-shape to form a single insertion hole 11, so that the triangular connecting plate 15 is inserted into the intermediate connection portion 15 ′. When the two side connecting portions 15 are inserted into the gaps 14 formed between the connecting protrusions 13 and the door frames 5 so as to be closely inserted into the 11, the two door frames 5 to be connected are connected to the triangular connecting plate 15. Because it is firmly connected without moving sideways, the cradle box 3 or 3 'is left and right as long as desired length in this manner. The continuous connection. (Fig.3, 4, 7)

Subsequently, the new bin boxes (3) and (3 ') are stacked on the upper surface of the bin boxes (3) and (3') connected to each other at the desired height, in which case the bin boxes (3) and (3) are stacked. When stacked on the upper and lower stacking step 10 of the upper surface formed on the protruding edge 8 of the door frame 5 installed before and after ') as shown in FIG. Since the stacking is made stably, the stacking boxes 3 and 3 'are connected to the left and right sides in the same manner as described above, and assembled to a certain height. The fitting plate 17 as shown in the accompanying drawings is inserted into the gap 18 on the front surface formed between the protruding edges 8 of the door frame 5 which are firmly assembled to the left and right and then connected. When the adhesive is bonded, the gap 18 is concealed based on the decorative plate 15 so that it is not visible to the outside. After standing attachment of the decorative finishing element 19 as assembled also on both side surfaces 7 placed urns end of the beautiful appearance (5) will be completed.

Thus, according to this proposal, it is possible to assemble the crypt box housing (3) (3 ') vertically and steadily and very easily, and in particular, it does not use the connection bolt as in the prior art, so the assembly time is very short and the workability is excellent. Not only is it easy, but also the connecting end 7 of the storage box is installed outside the storage chambers 2 and 2 ', which has the effect of providing a smooth and beautiful crypt structure inside and outside.

Claims (2)

A door frame 5 having an opening and closing door 4 is attached to both sides of the bin box accommodating compartments 3 and 3 'where the bin box accommodating chambers 2 and 2' are formed before and after the middle bulkhead 1, respectively. In the vertebral abutment stage 6, which is connected and laminated up and down, left and right, protruding edge 8 is integrally addressed to the outer circumferential surface of the door frame 5, and the upper and lower stacking step 10 is laid on its upper surface and left and right on both sides. The connecting connection part 13 for symmetrically arranging the U-shaped groove 12 forming the insertion hole 11 of the splice quadrangular shape is arranged so as to form a gap 14 between the door frame 5 and the connection. The door frame is integrally connected by the triangular connecting plate 15 having the intermediate connecting portion 15 'inserted into the insertion hole 11 and both connecting portions 15 inserted into the gap 14, and thereby connected to each other. (5) In front of the frame between the decorative plate 15, the inner groove 17 is inserted into the gap 17 between the door frame (5), the golgol car Assembly structure of the stage. The structure of assembly of crypts, as set forth in claim 1, wherein the connecting end portions (7) of the crypt storage compartments (3) and (3 ') formed by bending the rectangular body are provided outside the crypt storage chambers (2) and (2). .