KR200352995Y1 - The bones of a deceased person custody stand - Google Patents

Abstract

The present invention relates to the end of the ossuary settlement, and more particularly, the opening and closing of the left and right along the upper and lower rails of the front portion of the storage space formed by connecting a plurality of panels or a plurality of pillars and pillars to form a settled space with a panel. Sliding doors can be installed to prevent unauthorized removal of the crypt (2), prevent breakage of the crypts due to carelessness, and provide a visually superior design by putting various decorations and images on the sliding doors. It's about the settlement.

The ossuary anchoring stage according to the present invention connects a plurality of panels to accommodate a plurality of ossuaries (2), and protects the ossuary anchoring end from the impact of the rectangular or square ossular mounting end having a plurality of lattice spaces in multiple stages and the front part impact. In order to install the rails above and below the front part, and more specifically, the sliding door equipped with the rotating body 23 is inserted into the rail and rotates. When a family member visits and wants to replace a photo or ornament inside the crypt, they can be opened from side to side so that they can put the crypt on the left side to provide convenience to management and prevent damage of the crypt on carelessness. It relates to the ossuary settlement stage, characterized in that.

Description

The bones of a deceased person custody stand}

The present invention relates to the ossuary settle end, more specifically, it is possible to open and close left and right along the rail on the front and top of the oscillated settle end formed by connecting a plurality of plates or a plurality of pillars and columns to form a settled space with a plate. It relates to a sternum seat end for installing a sliding door.

Conventional ossuary settlement is for storing the ossuary (2) containing the ashes and is made by combining a frame and a panel or a panel and a panel using wood, stone or metal materials such as aluminum, copper, and ashes The front panel fixing device (5) was installed to fix the front panel (4) in front of the position where the side panels (6) and the horizontal panel (3) meet each other in order to prevent the unloading. Recently, it is common to install the front panel of the ossuary anchor stage with transparent glass or tempered glass in order to see the ossuary (2) directly during worship.

The Republic of Korea Utility Model Registration No. 20-0341349 supports the side panel (6) and the horizontal panel (3) and at the same time support and fix the front panel (4), the front panel easy to attach and detach the front panel (4) It relates to a fixing device (5) and the ossuary bone end using the same.

Republic of Korea Utility Model Registration No. 20-0341350, the front finishing panel installed in front of each of the entrance of the settled space to block each of the entrance of the settled space, and supporting the four corners of the front finish panel to the front finish panel And a front panel fixing device (5) installed at each of the four corners of each inlet of each of the settling spaces so as to be fixed to the inlet of the space.

However, the front panel fixing device 5 disclosed in the above publication supports the front panel 4 and facilitates the detachment of the front panel 4, but due to the characteristics of the ossuary anchorage, the family of the deceased visits the ossuary. In case of frequent opening / closing of the front panel 4 for exchanging or replacing a family photo, the fixing bolt 8 and the side panel which are fastened by fastening with the fastener 7 for supporting the front panel 4 are fixed. 6 and the horizontal panel (3) is inserted into a hole formed in the position where the meeting and the fixing tab formed with a female thread for screwing one end of the fixing bolt 8 there is a problem that the coupling force is loosened to loosen The security function of the ashes that the ossuary security forces had to have been degraded. In addition, it is difficult for the ossuary party who installed the ossuary security team to avoid the trouble of having to open and close by hand when a lot of family members visit at the same time for the holidays and Korean food such as New Year's Day, Chuseok, and so on. In addition, the conventional ossuary anchors are installed from the floor to the ceiling in front of the wall, so that they feel as if they are on display, creating a profound and solemn atmosphere, and some critics say that the ossuary anchors are like shoeboxes of public facilities. Sometimes.

At present, the public perception of the ossuary is changing in a positive direction, but the conventional ossuary is implicated in spreading the makeup culture because it implies the above problems in terms of aesthetics or aftercare.

Therefore, the present invention is to solve the conventional problems as described above, by installing a sliding door on the front of the ossuary anchor end, when opening and closing the ossuary anchor end can easily open the door and replace the remains or photos, etc. The front panel fixing device 5 for fixing the front panel 4 of the settled end is loosened due to wear, thereby reducing the hassle of frequent replacement. In addition, various patterns and colors can be put on the sliding doors so that the entire crypt can be excellent in appearance.

More preferably, transparent glass or tempered glass may be installed on the sliding door surface so that the bereaved family can directly check the management state of the ossuary 2. According to the present invention, when a family member visits a shrine, the sliding door is opened and closed, and when it leaves, the sliding door is closed again to prevent inadvertent damage when other people enter and leave the entire ossuary set according to the family's preference. It can be designed and remodeled into the ossuary base with low designation and cost savings due to the front panel fixing device (5) of the existing ossuary fixing stage, and redesigned into the ossuary fixing stage with excellent design. It is intended to help the operation of this dropped ossuary. The present invention relieves the public's dissatisfaction with the ossuary by renovating the existing abutment at low cost or by relieving the public's anxiety about the management of the ossuary (2) due to the failure of the front panel fixing device (5). It can also contribute to the spread of makeup culture in the long run.

Figure 1-perspective view of the crypt bone end according to the prior art

FIG. 2 is a cross-sectional view of the caudal curd end according to the prior art along the line A-A of FIG.

3-Perspective view of the ossuary anchor stage according to an embodiment of the present invention

4 is a cross-sectional view of the ossuary settled end according to an embodiment of the present invention along the line B-B of FIG.

<Brief Description of Major References>

2 ossuary 3 horizontal panel

4 Front Panel 5 Front Panel Lock

6 Side panel 7 Fixture

8 Fixing bolt 10 Rear panel

20 Sliding door 21 Upper guide rail

22 Lower guide rail 23 Rotating body

24 Upper rotary coupling device 25 Lower rotary coupling device

30 hinges

In order to achieve the above object, the ossuary anchor stage according to the present invention, by connecting a plurality of panels or a plurality of pillars and pillars in a panel, in a rectangular or square shape having a plurality of lattice space in multiple stages, a plurality of side A plurality of horizontal panels 3 installed horizontally orthogonally to the panel 6, and formed by the side panels 6 and the horizontal panels 3 to form an accommodating space of a square or rectangular shape which is opened forward and is laterally A panel 6 and a rear panel 10 perpendicular to the horizontal panel 3 and fixed horizontally to the front panel 4 and the ceiling horizontally with the horizontal panel 3 at the top of the vertebral anchor end formed of the panel. The upper guide rails 21 and the lower guide rails 22 and the upper guide rails 21 that are horizontally fixed to the bottom and the horizontal panel 3 are inserted into the upper guide rails 21 and move left and right along grooves formed in the rail. Upper guide The upper rotary coupling device 24 is fixed to the upper portion of the work 21 to enable rotational movement and the lower guide is inserted into the guide rail 22 to move horizontally left and right along the groove formed in the rail and at the same time sliding door ( Supported by the lower rotary coupling device 25 and the upper rotary coupling device 24 and fixed to the lower portion of the support 20 and the sliding door 20 is fixed and supported at the same time the lower rotary coupling device (25) It characterized by including).

Figure 3 shows a perspective view of the crypt bone end according to an embodiment of the present invention. As shown in the drawing, the rear panel 10 is installed to close the rear of the storage space for the ossuary settlement and is installed perpendicular to the ground. In the front of the rear panel 10, the side panel 6 and the horizontal panel 3 are fixed perpendicular to the rear panel 10.

The side panel (6) is a panel having a predetermined width for forming the left and right wall surface of the storage space for the ossuary settlement, each at a predetermined interval in the left and right direction perpendicular to the rear panel 10 and perpendicular to the ground. Side by side is installed in front of the rear panel (10).

The horizontal panel (3) is a panel having the same width as the side panel (6) to form the upper and lower wall surface of the storage space, respectively perpendicular to the rear panel (10) and in the vertical direction to be horizontal to the ground It is disposed side by side at a predetermined interval, it is installed in front of the rear panel (10). In the figure, an embodiment in which the horizontal panel 3 is accommodated between neighboring side panels 6 is fixed to both sides of each side panel 6, but the present invention is not limited thereto. As the rear panel 10, the side panel 6 and the horizontal panel 3, various materials may be used, and the rear panel 10, the side panel 6, and the horizontal panel 3 are connected to each other. And the configuration for fixing may be used in a variety of configurations, such as adhesive, bolts, nails, connecting hardware, etc. This is obvious to those skilled in the art and detailed description thereof will be omitted.

The sliding door 20 is an upper guide rail 21 and a lower guide rail, which will be described below as a structure for closing an entrance of a storage space formed by the rear panel 10, the side panel 6, and the horizontal panel 3. (22) and by the upper rotary coupling device 24 and the lower rotary coupling device (25). The sliding door 20 may be a panel made of a transparent material such as glass so that the inside of the storage space can be seen from the outside.

The hinge 30 is left and right coupling a plurality of sliding doors 20 fixedly coupled to the upper rotary coupling device 24 and the lower rotary coupling device 25 inserted into the upper guide rail 21 and the lower guide rail 22. It is a device that can be rotated by the rotation axis.

4 is a schematic cross-sectional view taken along line B-B of FIG. 3. The upper guide rail 21 is inserted into the center groove of the horizontal panel 3 at the highest height of the storage space, and is fixedly coupled to the ceiling by bolts, and the opening is formed in one surface to the ground so that the rotating body 23 rotates left and right. Grooves are formed to move horizontally.

The lower guide rail 22 is inserted into the center groove of the horizontal panel 3 at the lowest height of the storage space, and is fixedly coupled to the bottom by bolts, and the opening is formed in one surface in the ceiling direction so that the rotating body 23 rotates. Grooves are formed to move horizontally.

The upper rotary coupling device 24 has a circular column shape, the rotor 23 is inserted therein and coupled to the lower guide rail 22 by the rotor 23, and the upper frame of the sliding door 20 main body. And fixed by screws or bolts.

The lower rotary coupling device 25 has a circular column shape, the rotor 23 is inserted into the lower guide rail 22, and the lower frame of the sliding door 20 is coupled to the lower guide rail 22 by the rotor 23. And fixed by screws or bolts.

According to the present invention as described above, it is possible to eliminate the wear phenomenon of the front panel fixing device 5 due to the frequent opening and closing of the front panel 4 of the conventional ossuary settlement end. The loose front panel fixing device (5) can cause safety accidents such as unauthorized removal of the crypt (2) of others, and can prevent unpleasant unsatisfaction in the emotional sentiment of the people. In addition, it is possible to reduce the hassle of opening and closing a large number of ossuary supporters with a limited number of families in the ossuary hall where the ossuary guards are installed at the same time. Furthermore, in the case of installing the sliding door with transparent glass, there is an advantage in that the management state of the ossuary box 2 can be directly checked without opening and closing the front panel 4 of the ossuary settle end.

Furthermore, even if the crypts are made of the same material, various patterns and colors can be added to the sliding doors to create an aesthetically superior design. It also has the functionality of Remodeling, which allows you to switch to a design.

Claims (1)

A storage space formed by connecting a plurality of panels or a plurality of pillars and pillars to form a settled space with a panel, and an upper rotating body 23 coupled to the upper guide rail 21 and the lower guide rail 22, respectively; In the vertebral abutment end having a hinge 30 for rotationally coupling the vertical rotation shaft and the plurality of sliding doors 20 is inserted into the lower rotary body 23 is coupled to the door; An upper guide rail 21 which forms a space therein and an opening is formed on a lower surface thereof and functions as a rail and is fixed to a horizontal column or panel at the top of the ceiling and the end of the ossuary; A lower guide rail 22 embedded in the front lower portion of the ossuary settlement end and the lowermost horizontal column or panel of the ossuary settlement end and having an opening formed thereon with an upper surface formed therein; A rotating body 23 inserted into the space part of the upper and lower guide rails and moved left and right; An upper rotary body coupling device 24 and a lower rotary coupling device 25 capable of fixedly coupling with a plurality of male screws to fix the rotary body 23 to the door; The vertebral abutment end, characterized in that it is coupled to the rotating body coupling device formed vertically to secure the door to the rotor 23 and the one or more male screws, the sliding door 20 is horizontally movable.