KR20120019824A - A charnel plate - Google Patents

Abstract

PURPOSE: A columbarium is provided to prevent moisture accumulation and saturation in urn boxes and to reduce the time and effort for installation of a columbarium. CONSTITUTION: A columbarium(10) comprises a side member, a backside member, a top/bottom member, and a transparent front member. The side member is first and second boards that are separably assembled and cover both sides of an urn box(100). The backside member covers the backside of the urn box by being coupled to the backend of the second board of the side member. The top/bottom member is assembled out of first and second binders. The front member covers the front of the urn box by being coupled to the top/bottom member and the side member.

Description

Ossuary anchor {A charnel plate}

The present invention relates to a ossuary settlement end formed by stacking a plurality of ossuary bins horizontally and vertically, and having a structure in which the front / rear, both sides, and an upper / lower side of the ossuary bin are separated / assembled. The present invention relates to a vertebral anchoring stage having a structure that facilitates opening and closing of the front plate.

In general, the ossuary settlement means the structure that holds the ossuary where the ashes are stored.

Thus, first, "Honeycomb Oscillation" (hereinafter, referred to as "conventional ossuary") of Republic of Korea Utility Model No. 203245 is known.

That is, the conventional ossuary settled end includes a frame formed by arranging a plurality of urine-containing boxes in a plurality of rows and layers, and the frame cuts a stainless steel sheet having excellent corrosion resistance and mechanical strength into a predetermined shape, and then The frame is formed by arranging rows and layers and interconnecting parts to each other by welding. Each of the plurality of layers and columns includes the upper and lower plates and both side plates and the back plate provided by mutual welding. will be.

In addition, the front of each crypt container is supported by a plurality of support members is provided with a cover for opening and closing the crypt box, the support member is provided to support the cover by being fixed to the frame by welding.

In addition, both sides of the frame is provided with a plurality of locking members for hanging the stone is installed, the locking member is fixed to both sides of the frame by welding is provided to support the stone.

However, in the case of producing the crypt-like end, the support member for fixing the cover and fixing the cover and the locking member for fixing the stone should be fixed to the frame by welding.

Therefore, in order to manufacture the conventional ossuary anchor stage, the welding process must proceed inevitably has a problem that a lot of installation time and manpower.

In addition, as another embodiment of the Republic of Korea Patent No. 343182, "Structure of the ossuary end" (hereinafter, referred to as a conventional prefabricated ossuary end) is known, first described the configuration of the conventional prefabricated ossuary end.

That is, the conventional prefabricated ossuary anchor stage is composed of a frame structure (hexahedral) and a frame structure in which a space part is formed through mutual assembly or welding of a plurality of horizontal and vertical frames, and an open space is formed therein. It includes an ossuary case having a flange portion inserted into the space portion and fixed to the front of the frame skeleton by the fastening means, characterized in that the plurality of frame skeletons with the ossuary case built therein are laminated and combined on both sides and up and down It is to be done.

In particular, when combining the plurality of frame cases is to combine a plurality of frame cases through a fastening element such as brackets and bolts, or to combine a plurality of frame cases by welding.

By the way, when constructing the conventional prefabricated vertebral anchor stage configured as described above, the following problems occur, and first, each frame frame is combined with each other through the coupling element or welding, the vulture anchor as the connection part is weak As the overall durability of the stage is lowered, there is also a problem in that the oscillation tendon tilts as a whole when time passes after installing the ossuary anchor stage consisting of a combination.

In addition, each frame frame is manufactured separately, and then combined with each frame frame through a fastening element or a welding method, the overall durability of the assembly takes too much time, so the installation time and manpower takes a lot of problems. I had.

In addition, there is a problem in that the assemblability due to welding is deteriorated because the inevitable welding must be performed in order to interconnect the frames in the coupling combination of each frame frame as described above.

The present invention in order to solve the above problems is an object of the present invention is the front and rear members, both side members and upper and lower members of the ossuary anchor end formed by stacking a plurality of ossuary bins horizontally and vertically. It has a structure to be assembled, and both sides are formed with a hole to remove the moisture by flowing air in the crypt cage, of course, the upper and lower members are formed inside the space to reduce the temperature difference between the inside and outside of the crypt cage in winter, The present invention relates to a vertebral acetab end having a structure for preventing moisture from getting inside, and providing a transparent plate on the front member to more easily open and close the door.

In the structure of the present invention, in the ossuary anchor stage consisting of a plurality of ossuary bins stacked vertically and horizontally,

A side member formed by assembling the first plate member and the second plate member to cover both sides of the ossuary container;

A rear member which covers the rear surface of the ossuary box and is formed to be fastened to a rear end of the second member of the side member;

The upper and lower surfaces and the upper and lower members of the sterile box, the four sides of which are sealed, are fastened to one side of the side member, and are formed by assembling the first and second binders separately. Covering the four sides, provides a sternum seat end, characterized in that consisting of a transparent front member fastened against the edge of the upper and lower members and side members.

One end of the side member first plate member is formed with a first bent surface in the vertical longitudinal direction of the outer side, a first cut-off piece is formed at the end of the first bent surface, the first engaging piece at the inner edge of the first bent surface A protruding piece formed at an end is formed, and a second bent surface is formed at the outer end of the first plate member in the vertical longitudinal direction of the outer side. Provides a sternum seat end, characterized in that the second cut-off piece is formed at the end of the second bent surface.

It is provided between the first plate one end and the other end protruding in the vertical longitudinal direction of the outer side to provide a crypt bone end characterized in that a plurality of first cylinder pieces are formed.

One end of the side member second plate member is formed with a third bent surface in the vertical longitudinal direction of the outer side, a third cut-off piece is formed at the end of the third bent surface, the outer vertical length at the other end of the second plate member The fourth bent surface is formed in the direction, provides a sternum seat end, characterized in that the fourth cut-off piece is formed at the end of the fourth bent surface.

It provides a sternum seat end, characterized in that a plurality of second cylindrical pieces are formed by protruding in the vertical longitudinal direction of the outer side between the one end of the second plate and the other end.

The rear member provides a sternum seat end, characterized in that it is formed in a plate shape so as to be interviewed and bound to the fourth bent surface of the second member of the side member formed on the rear sides of the ossuary box.

A guiding member is formed on one side of the upper and lower members of the first coupling member in a longitudinal direction, and a fastening piece is formed on one side of the second coupling member to be slidably coupled to the guide groove of the first coupling member. Provide a settle

It provides a sternum seat end, characterized in that a plurality of engaging projections are formed at a predetermined interval in the longitudinal direction on the other side of the upper and lower members first coupling member.

Both sides of the protruding piece of the first plate assembled on one side of the ossuary bin and the protruding piece of the first plate assembled on one side of the ossuary bin that is assembled to one side of the ossuary bin to face the first plate. It is bent in the direction to provide a sternum seat end, characterized in that the fixing bar is provided with a second locking piece is formed at each end.

If it is to be installed on the upper surface of the upper surface member to decorate the upper end of the ossuary settle end provides a sternum set end, characterized in that the decorative member is provided with a fifth cut-off piece vertically downward in the longitudinal direction of the front side.

The top / bottom member 1 is coupled to the other side of the first coupling member so that the upper / lower edges of the front member are seated inside the locking protrusion formed on the other side of the first / lower member first coupling member so as not to be separated. Covering one side of the other side of the coupling member provides a sternum seat end, characterized in that the fastener is formed to be bound by a fastening screw.

Instead of fastening with the fastener, a first guide groove is formed in the longitudinal direction of the inner side of the first member of the upper surface member so that the upper end of the front member is inserted into the upper end of the front member. Provides a crypt bone end characterized in that the guide hole is formed.

The inner diameter (D) of the first guide hole formed in the first member of the upper surface member provides a sternum seat end, which corresponds to twice the inner diameter (d) of the second guide hole formed in the second member of the lower surface member.

As described above, the front and rear members, both side members, and the upper and lower members of the ossuary anchor end formed by stacking a plurality of ossuary bins vertically and horizontally are separated from each other and assembled. As a result of improving the durability, there is an effect of providing the ossuary stabilization stage which maximizes the durability which prevents the accumulation or saturation of moisture in the ossuary bin in accordance with the through-holes of both side members in advance.

In addition, it is effective to provide a prefabricated crypt bone end that can reduce the installation time and installation manpower of the crypt bone end by installing only the crypt bone end.

1 is a crypt structure end configuration according to the present invention.
Figure 2 is a structure diagram of the ossuary function box of the ossuary settlement stage according to the present invention.
Figure 3 is a separation view of the ossuary function box of the ossuary settlement stage according to the present invention.
Figure 4 is an internal configuration of the ossuary function box of the ossuary settlement stage according to the present invention.
5 is a structure diagram of the ossuary function box side member of the ossuary settlement end according to the present invention.
Figure 6 is a crypt oscillator box side member coupling structure of the ossuary settlement end according to the present invention.
Figure 7 is a perspective view of the first plate of the side member in the ossuary function box of the ossuary settlement end according to the present invention.
Figure 8 is an enlarged view of the "A" site in the ossuary box of the ossuary anchor stage of the present invention of FIG.
Figure 9 is an enlarged view of the "B" site in the ossuary box of the ossuary anchor stage of the present invention of FIG.
Figure 10 is a perspective view of the second plate of the side member in the ossuary function box of the ossuary settlement end according to the present invention.
Figure 11 is an enlarged view of the "C" site in the ossuary box of the ossuary settlement stage according to the present invention of FIG.
12 is an enlarged view of the portion "D" in the ossuary box of the ossuary settlement stage according to the present invention of FIG.
Figure 13 is a rear member fastening structure in the ossuary function box of the ossuary settlement end according to the present invention.
Figure 14 is a first, second binder assembly structure of the upper surface member in the ossuary function box of the ossuary settlement end according to the present invention.
Figure 15 is a cross-sectional view of the first and second binder coupling member of the upper surface member in the ossuary function box of the ossuary settlement end according to the present invention of Figure 14;
Figure 16 is an enlarged view of the "E" site in the ossuary box of the ossuary anchor stage of the present invention of FIG.
Figure 17 is a separation structure coupling the side member to the upper surface member in the ossuary function box of the ossuary settlement end according to the present invention.
18 is an exploded view of the adsorbent inside the first binder in the ossuary function box of the ossuary settlement stage according to the present invention.
19 is a structural diagram in which the adsorbent is installed inside the first binder in the ossuary function box of the ossuary settlement stage according to the present invention of FIG. 18.
20 is a side member coupling diagram connecting the ossuary function box and the ossuary function box of the ossuary settlement end according to the present invention.
Figure 21 is a fixed bar structure of the ossuary function box of the ossuary settlement end according to the present invention.
Figure 22 is a state in which the fixed bar is coupled to one side of the side member in the ossuary function box of the ossuary settlement end according to the present invention.
Figure 23 is a structural diagram of the first plate member of the side member in the ossuary function box of the ossuary settlement end according to the present invention.
Figure 24 is an enlarged view of the "F" site in the ossuary box of the ossuary anchor stage according to the present invention of FIG.
FIG. 25 is an enlarged view of a portion “G” in the ossuary container of the ossuary settlement stage of FIG. 23; FIG.
Figure 26 is a cross-sectional view of the first plate and the fixed bar in the ossuary box of the ossuary settlement end according to the present invention of Figure 23.
Figure 27 is a side view of the decorative member is installed on top of the ossuary function box of the ossuary settlement end according to the present invention.
Figure 28 is an enlarged view of the "H" site in the ossuary box of the ossuary anchor stage of the present invention of FIG.
Figure 29 is a perspective view of the decorative member in the ossuary function box of the ossuary settlement end according to the present invention.
Figure 30 is a structure diagram for installing a fixture to fasten the front member to the upper and lower members in the ossuary function box of the ossuary settlement end according to the present invention.
Figure 31 is a cross-sectional view of the fixture installed to fasten the front member to the upper and lower members in the ossuary function box of the ossuary settlement end according to the present invention of FIG.
32 is a structural diagram for fastening the front member to the first and second guide holes of the upper and lower members in the ossuary function box of the ossuary settlement end according to the present invention.
Figure 33 is a cross-sectional view of the front member is fastened to the first and second guide holes of the upper and lower members in the ossuary function box of the ossuary settlement end according to the present invention.
Figure 34 is a structural view formed with a locking portion on one surface of the first binder from the front of the ossuary function box of the ossuary settlement end according to the present invention.
Figure 35 is an enlarged view (a) and fastening cross-sectional view (b) of the "I" site in the ossuary box of the ossuary stabilization stage according to the present invention of FIG.
36 is a perspective view (1) of the hinged front member is installed in the ossuary function box of the ossuary settlement end according to the present invention.
37 is a perspective view (2) of the hinged front member is installed in the ossuary box of the ossuary stabilization end according to the present invention of FIG.
38 is a perspective view of a stone-type front member installed in the ossuary function box of the ossuary settlement end according to the present invention.
39 is a structural view in which a door in the form of a cabinet is installed on the front side of the ossuary anchor stage according to the present invention.

In order to achieve the above object will be described in detail through the following detailed description and drawings.

In the configuration of the present invention, as shown in Fig. 1 to Fig. 7 in the ossuary anchor stage 10 is composed of a plurality of crypts storage box 100 is stacked vertically and horizontally, cover both sides of the crypts storage box 100. To cover the rear surface of the side member 200 and the crypt member box 100, which is assembled and formed in a separate type of the first plate member 210a and the second plate member 210b, the second plate member of the side member 200 (210b) covers the upper and lower surfaces of the rear member 300 and the oscillator containing box 100 formed to be fastened to the rear end, and four sides are hermetically sealed and fastened to one side of the side member 200. The upper and lower members 400a and 400b and the front surface of the sternum box 100, which are formed by being assembled by separating the first binder 410a and the second binder 410b, are formed on the upper and lower sides of the four sides. Consists of a transparent front member 500a fastened against the ends of the members 400a and 400b and the side member 200. Provides urns placed end (10), characterized in that the.

The present invention having the structure as described above is assembled very easily as follows as shown in Fig. 3 is formed crypt chamfer 10, the present invention does not have a frame such as a pillar, constituting the crypt cage 100 The wall surface of the internal cube surface of a cube shape forms a wall surface simultaneously with a pillar.

Thus, the constituent surfaces of the ossuary box 100 are divided into front / rear members 500a and 300, upper and lower members 400a and 400b and side members 200 so that the ossuary box 100 is assembled. .

Thus, as shown in FIG. 5 to FIG. 9, one side end of the first plate member 210a of the side member 200 is formed with a first bent surface 211a in the vertical longitudinal direction of the outer side, and the first bent surface 211a. The first blocking piece 212a is formed at the end, and the protruding piece 213 having the first catching piece 214 at the end is formed at the inner end of the first bent surface 211a, and the first plate member At the other end of 210a, a second bent surface 211b is formed in the vertical longitudinal direction of the outer side. The first plate member 210a of the side member 200 configured to have a second cut-off piece 212b is formed at an end of the second bent surface 211b.

In addition, the first plate (210a) between the one end and the other end of the protruding in the vertical longitudinal direction of the outside a plurality of first cylinder pieces (215a) is formed to play a role of freeing the air flow inside the crypt box 100 In order to prevent the growth of mold or bacteria due to stagnant moisture in the ossuary box 100, a plurality of first cylinder pieces 215a are protruded in the vertical length direction of the outer side between one end of the first plate 210a and the other end of the first plate 210a. ) Is formed and air is distributed between the crypts storage box 100 stacked vertically or horizontally, so that internal air is discharged to the upper end or the bottom of the crypts 10, or external air is introduced to solve this problem.

As shown in FIGS. 10, 11, and 12, one side end of the second plate member 210b of the side member 200 is formed with a third bent surface 211c in the vertical longitudinal direction of the outer side, and the third bent surface. A third cut-off piece 212c is formed at the end, and a fourth bent surface 211d is formed at an outer vertical length direction at the other end of the second plate 210b, and the fourth bent surface 211c is formed. 211d) provides a second plate member 210b of the side member 200 consisting of a fourth blocking piece 212d formed at an end thereof.

In addition, a plurality of second cylinder pieces 215b protrude in the vertical longitudinal direction of the outer side between the one end and the other end of the second plate member 210b to form the first cylinder piece of the first plate member 210a ( Play the same role as 215a).

As shown in FIGS. 10 and 11 with reference to FIG. 5, in assembling the first plate member 210a and the second plate member 210b of the side member 200, the first plate member 210a is formed on the other side of the first plate member 210a. The side member 200 is formed by interviewing the second bent surface 211b and the third bent surface 211c formed at one side of the second plate 210b, and the side surface as shown in FIG. The side member 200 is fastened using a fastening screw (such as a rivet) 900 at a position where the member 200 is in contact with one surface of the upper / lower members 400a and 400b.

As shown in FIG. 17, when the side member 200 is fastened to one surface of the upper and lower members 400a and 400b, a screw hole 415 is formed on one surface of the upper and lower members 400a and 400b which will be described later. The side member 200 is fixed by fastening with a fastening screw 900.

As shown in FIG. 13, the rear member 300 is plate-shaped so as to be interviewed and bound to the fourth bent surface 211d of the second member 210b of the side member 200 formed on both sides of the rear surface of the ossuary bin 100. The fourth bent surface 211d is formed between the fourth bent surface 211d of each of the side members 200 and the second plate member 210b formed at both ends of the rear surface of the sternum box 100. The fourth blocking piece 212d acts as a role of preventing the detachment so that the rear member 300 is slid along the fourth bent surface 211d so as to slide away from the rear surface of the crypt housing 100. Will be configured.

At this time, to fasten the rear member 300 by fastening through a fastening screw (not shown) on one surface of the upper and lower members 400a and 400b to be interviewed with the rear member 300 to fasten the rear member 300.

As shown in FIG. 14 and FIG. 15, each of the upper and lower members 400a and 400b is formed of the first and second bonding members 410a and 410b which form a space in which both sides of the upper and lower members 400a and 400b are formed. The partition 416 in the longitudinal direction in the center of the space of the 410a, 410b and the screw hole 415 is formed in the longitudinal direction on the inner surface of the space, the first coupling member (410a) of the upper and lower members (400a, 400b) Guide grooves 411 are formed on the side in the longitudinal direction, and fastening pieces 412 are formed on one side of the second coupling member 410b to be slidably coupled to the guide groove 411 of the first coupling member 410a. In the above, the upper and lower members 400a and 400b have the same structure, and the second and second guide grooves 411 are formed on one side of the first coupling member 410a of the upper and lower members 400a and 400b. The fastening piece 412 formed on one side of the coupling member 410b has a structure in which the fastening piece 412 is fastened in the form of a slide to form the upper and lower members 400a and 400b.

Accordingly, as the upper and lower members 400a and 400b are formed by being separated into the first and second coupling members 410a and 410b, the upper and lower members 400a and 400b can be freely adjusted by adjusting the size of the sternum box 100. By manufacturing the first and second binders (410a, 410b) of the size, it is possible to manufacture the ossuary settlement end 10 having the ossuary box 100 having a large / medium / small size.

As shown in FIGS. 14 and 16, a plurality of locking projections 413 are formed at the other side of the upper and lower members 400a and 400b and the first coupling member 410a at predetermined intervals in the longitudinal direction. When the front member 500a to be described is interviewed at the edges of the upper and lower members 400a and 400b and the first coupling member 410a, the locking protrusion 413 blocks the front member 500a from being separated from the outside. At the same time it may serve as a role of giving a beauty of the outer surface due to the plurality of locking projections (413) at the same time.

As shown in FIGS. 18 and 19, a material (silica gel, charcoal, activated carbon) adsorbing / removing water or bacteria in the space of the first and second bonding members 410a and 410b constituting the upper and lower members 400a and 400b. ) Can be configured by inserting the adsorbent 420.

In this case, the adsorbent 420 is inserted into the space of the first and second binders 410a and 410b without the partition wall 416 or the partition 416 is formed in the space of the first and second binders 410a and 410b. The adsorbent 20 may be provided in both spaces based on the partition wall 416.

As shown in FIGS. 20, 21 and 22, the first locking piece 214 formed on the protruding piece 213 of the first plate member 210a assembled to one side of the crypt housing 100 and the crypt storage box ( 100 is assembled to one side to face the first plate member 210a to the first clasp box (100) to the first engaging piece 214 formed on the protruding piece 213 of the first plate member 210a assembled to one side Being coupled to both sides in the longitudinal direction is provided with a fixing bar 600 formed with a second locking piece 610 at each end, vertical in the plurality of crypts storage box 100 constituting the ossuary settlement 10 By using the fixing bar 600 for binding with the oscillator bins 100 arranged in the above, the ossuary in another oscillator bin 100 that is assembled to one side of the ossuary bin 100 in one example. Protruding piece 213 formed on the first plate member 210a of the side member 200 assembled to one side of the storage box 100 and the Each of the protrusions is assembled on one side of the bone box 100 to face the first plate 210a and the protrusion pieces 213 of the first plate 210a assembled on one side of the bone box 100a. The second catching pieces 610 formed at both ends of the fixing bar 600 are fastened by pressing the first catching pieces 214 formed on the pieces 213, respectively, into the protrusion pieces 213. The fixing bar 600 is fastened to the protruding pieces 213 of each ossuary bin 100 to assemble the ossuary bin 100 and another ossuary bin 100.

In addition, by fastening the fixing bar 600 to prevent the gap between the units of the ossuary box 100, which is arranged perpendicular to the ossuary settlement end 10, and also to form a neat front surface a plurality of ossuary vertically arranged Provides a beautiful appearance without dense connection lines that are interviewed between the holders (100).

In addition, instead of forming the first catching piece 214 formed on the protruding piece 213 of the first plate member 210a, as shown in FIGS. 23 and 24, one side end of the first plate member 210a is bent. And a first extension surface 220a is formed to extend, and a third locking piece 221 protruding from one side end of the first extension surface 220a is formed, and is formed at the other end of the first extension surface 220a. In the second extension surface (220b) is formed to be bent to extend in the form of "b", in the other ossuary 100, which is assembled on one side of the ossuary box 100, on one side of the ossuary box 100 The first plate member 210a of the assembled side member 200 is assembled in a symmetrical form so that one end of the second extension surface 220b of the first plate member 210a is assembled to be interviewed with each other. .

Here, in the fixing bar 600b having a different form from the fixing bar 600a described above, as shown in FIGS. 23 and 25, the rear surface is opened and one end of the side has a fourth locking piece in the longitudinal direction ( 621 is formed, the other end is connected in the longitudinal direction in the center of one side of the first binding portion 620a in the first binding portion 620a consisting of the first support piece 622 bent in the longitudinal direction 623 is formed, and the fixing bar 600b is provided to be connected to the end of the connecting piece 623, the second binding portion 620b which is symmetrical with the first binding portion 620a.

That is, as shown in FIG. 26, the fixing bar 600b is provided on one surface of the pair of first plate members 210a which are symmetrically mutually installed on both sides of the crypt container 100, and the first plate member 210a. Is provided by binding to the fourth engaging piece 621 of the fixing bar 600b to the third engaging piece 221 formed on the first extension surface 220a of the The fourth catching pieces 621 formed at the first and second fastening portions 610a and 620b of the fixing bar 600b are fastened to each third catching piece 221 formed at each of the third catching pieces 221.

As shown in FIGS. 27, 28 and 29, if it is installed on the upper surface of the upper surface member 400a to decorate the upper end of the ossuary anchor stage 10, the fifth block vertically downward in the longitudinal direction of the front side In the decorative member 700 having the piece 710 formed thereon, the fifth cut-off piece 710 of the decorative member 700 is seated at the tip of the upper surface of the upper member 400a to fasten the screw 900 By penetrating through the upper end of the upper surface member 400a through the fifth blocking piece 710 is fastened and fixed.

Accordingly, the decorative member 700 is installed at the upper end of the ossuary settlement end 10, and is located at the upper end of the ossuary settlement end 10, and a material such as brass / tin / zinc / aluminum die casting or aluminum extrusion bar is preferable. In addition to the decorative member 700, the surface is preferably configured to be molded high-quality design suitable for interior decoration.

30 and 31, the upper and lower edges of the front member 500a are seated inside the locking protrusion 413 formed on the other side of the first coupling member 410a of the upper and lower members 400a and 400b. To be bound to the other side of the first coupling member (410a) so as not to be separated and cover the other side surface of the first coupling member (410a) by the fastening screw (900) Since the fastener 800 is formed so that the upper and lower edges of the front member 500a are inside the locking protrusion 413 formed on the other side of the first and second members 410a of the upper and lower members 400a and 400b, respectively. That is, it is to be seated, that is, the locking projection 413 located at the bottom of the plurality of locking projections 410 formed on the first coupling member (410a) of the upper surface member (400a) to prevent the upper end of the front member 500a is separated It is to act as a role, and formed on the first bonding material (410a) of the lower surface member (400b) The locking protrusion 413 located at the top of the plurality of locking protrusions 413 serves to prevent the lower end of the front member 500a from being separated.

In addition, both side edges of the front member 500a are seated on the inner side of the protruding piece 213 of the first member 210a of the side member 200 so as to prevent detachment, and thus the four sides of the front member 500a are prevented. ) Acts to prevent the edge from being separated to the outside by the engaging projection 413 of the upper and lower members 400a and 400b and the protruding piece 213 of the first member 210a of the side member 200. Done.

The fastener 800 is used to fix the front member 500a seated on the front side of the ossuary box 100, while covering the other side surface of the first coupling member 410a of the upper member 400a. The lower end portion of the front member 500a covers a part of the rim so that the front member 500a is in close contact with the front member 500a to fix the front member 500a.

Meanwhile, the front member 500a seated at the end of the first coupling member 410a of the lower surface member 400b is also fastened in the same manner as the fastener 800 is fastened to the upper surface member 400a. (100) In order to fix the front member 500a installed on the front side, the fasteners 800 may be installed in pairs to the top / bottom of the front member 500a to give a more beautiful appearance.

Instead of fastening with the fastener 800, as shown in FIGS. 32 and 33, a first guide groove 414a is formed in the longitudinal direction at the inner front end portion of the first coupling member 410a of the upper surface member 400a and the front member. The upper end of the upper surface 500a is inserted, and the second guide hole 414b is formed in the longitudinal direction at the inner front end portion of the lower surface member 400b of the first coupling member 410a. Inserting the upper end of the front member 500a through the first guide hole 414a formed inside the coupling member 410a, and inserting the upper end of the front member 500a at the same time as the first coupling member of the lower member 400b. The lower end of the front member 500a is inserted into the second guide hole 414b formed in the inner side of the front member 500a so as to be installed at the front of the sternum box 100.

At this time, both side ends of the front member 500a bound to the first and second guide holes 414a and 414b of the upper and lower members 400a and 400b are side members 200 when installing the fastener 800. It is installed and applied in the same manner as being mounted on the protruding piece 213 of the first plate member 210a, except that the first and second guide holes 414a and 414b of the upper and lower members 400a and 400b are lined up and the side surfaces thereof. It will be apparent that the line of the protruding piece 213 of the member 200 of the first plate member 210a is placed on the same vertical line.

32 and 33, the inner diameter D of the first guide hole 414a formed in the first member 410a of the upper member 400a is formed in the second member 410a of the lower member 400b. In the second guide hole 414b corresponding to twice the inner diameter d, when the front member 500a is installed, an upper end of the front member 500a may be inserted into the first guide hole 414a. When the second guide hole 414b has the inner diameter (D) of the first guide hole 414a by the length of the lower end of the front member 500a and the upper end of the front member 500a The lower end of the member 500a is pushed into the lower surface member 400b. At the same time, the lower end portion of the mirrored front member 500a is inserted into the second guide hole 414b to install the front member 500a.

In addition, as shown in FIGS. 34 and 36, the first and second guide holes 414a formed in the first coupling member 410a of the upper and lower members 400a and 400b are disposed on one side of the front surface of the first coupling member 410a. The formed locking part 417 is formed, and is formed to be connected to the first guide hole 414a by penetrating the fastening screw 900 through the locking part 417 to bind the upper end of the front member 500a. The fastening screw 900 is seated in the upper free space shown in the inner diameter D of FIG. 29 in the first guide hole 414a of the first coupling member 410a to configure the locking device so that the front member 500a cannot be opened or closed. The fastening screw 900 is provided to serve to seal the front member 500a by fastening with the locking portion 417 of the first coupling member 410a.

On the other hand, as shown in Figures 36 and 37 in a different form than the above-described front member 500a, one side end of the front member (500b) and the hinge coupling to the inner surface of the first coupling member (410a) of the upper and lower members (400a, 400b) The key portion 510 is formed on the other side, and the front member 500b may be provided to be opened and closed. Also, unlike the transparent plate, the front member 500a is formed of a stone of natural stone as shown in FIG. 38. The front member 500c may be provided.

As shown in FIG. 39, in the crypt control stage 10, which is composed of a plurality of the crypt storage boxes 100 arranged in an up / down sinus arrangement, a pair of doors 30 to cover the front surface of the crypt control panel 10. The door 30 may be installed to operate in the form of a cabinet.

As described through the above embodiments, the ossuary anchor stage can be manufactured by various design changes, and the principle is limited to the configuration of the present invention through the constant embodiment, but the mechanism through the principle has common knowledge. It can be easily manufactured by changing the design.

Ossuary Settlement 10 Door 20 Ossuary Box 100 Side Member 200 1st, 2nd Plate 210a, 210b 1st, 2nd, 3rd, 4th Section 211a, 211b, 211c, 211d 1st, 2nd, 3rd, 4th Cut 212a, 212b , 212c, 212d protruding piece 213 1st locking piece 214 1st, 2nd cylinder piece 215a, 215b 1st, 2nd extension surface 220a, 220b 3rd locking piece 221 Rear member 300 Upper / lower surface member 400a, 400b First, second binding member 410a, 410b Guide groove 411 Fastening piece 412 Hanging protrusion 413 1st, 2nd guide hole 414a, 414b Screw hole 415, Bulkhead 416 Locking part 417 Front member 500a, 500b, 200c Fixing bar 600a, 600b 1st, 2nd binding part 620a, 620b 4th engaging piece 621 1st supporting piece 622 Connecting piece 623 2nd engaging piece 610 Decorative member 700 5th cutting piece 710 Fixture 800 Fastening screw 900

Claims (15)

In the ossuary anchor stage 10 is composed of a plurality of ossuary box 100 is stacked vertically and horizontally,
A side member 200 formed by assembling and separating the first plate member 210a and the second plate member 210b covering both sides of the sternum box 100;
A rear member 300 which covers the rear surface of the sterile box 100 and is formed to be fastened to a rear end of the second plate 210b of the side member 200;
Covers the upper and lower surfaces of the ossuary box 100, the four sides are sealed and fastened to one side of the side member 200, assembled in a separate type of the first binder 410a and the second binder 410b. Upper and lower members 400a and 400b which are formed and
Cover the front of the ossuary box 100, the four sides of the (four way) is composed of a transparent front member 500a fastened against the edge of the upper and lower members (400a, 400b) and the side member 200 Cryptial relief stage characterized by the above. According to claim 1, wherein the one end of the side member 200, the first plate member 210a is formed with a first bent surface 211a in the vertical longitudinal direction of the outer side, the first bent surface (211a) A first cut piece 212a is formed, and a protruding piece 213 having a first catching piece 214 formed at an end is formed at an inner edge of the first bent surface 211a, and the other side of the first plate member 210a. A second bent surface 211b is formed at the front end in the vertical longitudinal direction of the outer side. Ossuary settlement end, characterized in that the second cut-off piece (212b) is formed at the end of the second bent surface (211b). 3. The vertebral abutment end according to claim 2, wherein a plurality of first cylinder pieces 215a are formed by protruding in the vertical longitudinal direction of the outer side between one end of the first plate member 210a and the other end of the first plate member. According to claim 1, wherein the one end of the second side member (210b) of the side member 200 is formed with a third bent surface 211c in the vertical longitudinal direction of the outer side, the third bent surface (211c) A third bent piece 212c is formed, and at the other end of the second plate member 210b, a fourth bent surface 211d is formed in the vertical longitudinal direction of the outer side, and a fourth bent surface is formed at the end of the fourth bent surface 211d. Ossuary set end, characterized in that the blocking piece (212d) is formed. 5. The vertebral anchor end according to claim 4, wherein a plurality of second cylinder pieces (215b) are formed by protruding in the vertical longitudinal direction of the outer side between one end of the second plate (210b) and the other of the front end. According to claim 1, The rear member 300 is plate-like so as to be interviewed and bound to the fourth bent surface (211d) of the side member 200, the second plate member 210b formed on both sides of the ossuary box 100. Ossuary settlement end, characterized in that formed. According to claim 1, wherein each of the upper and lower members (400a, 400b) is formed of the first, second coupling member (410a, 410b) to form a space in which both sides of the inner cylinder, the first, second coupling member (410a, 410b) In the center of the space in the longitudinal direction of the partition wall 416 and the inner surface of the screw thread 415 is formed in the longitudinal direction, the length of the first coupling member 410a of the upper and lower members (400a, 400b) Guide groove 411 is formed in the direction, the fastening piece 412 is formed on one side of the second coupling member (410b) to be slidably bound to the guide groove 411 of the first coupling member (410a). Ossuary settlement group. The method of claim 7, wherein the upper and lower members (400a, 400b) crypts, characterized in that a plurality of engaging projections 413 are formed at predetermined intervals in the longitudinal direction on the other side of the first coupling member 410a. only. The method of claim 2, wherein the first engaging piece 214 formed on the protrusion piece 213 of the first plate member 210a assembled to one side of the crypt container 100 is assembled to one side of the crypt container 100. In both longitudinal directions to be coupled to the first engaging piece 214 formed on the protruding piece 213 of the first plate member 210a assembled to one side of the other ossuary box 100 facing the first plate member 210a. Ossuary settlement end, characterized in that the fixing bar 600 is bent and the second engaging piece 610 is formed at each end. According to claim 2, Instead of forming the first catching piece 214 formed on the protruding piece 213 of the first plate member 210a, the first extending bent at one end of the first plate member 210a An extension surface 220a is formed, and a third locking piece 221 protruding from one end of the first extension surface 220a is formed, and is bent at the other end of the first extension surface 220a to be “b”. Ossuary settlement end, characterized in that the second extension surface (220b) extending in the form is formed. The rear surface of claim 10, wherein the rear surface of the first plate member 210a covers one side surface of the first plate member 210a and is fixed to the third locking piece 221 formed on the first extension surface 220a of the first plate member 210a. The first end portion of the first binding portion 620a, which is open and has one side end portion, is formed with a fourth engaging piece 621 in the longitudinal direction, and the other end portion is formed of the first support piece 622 bent in the longitudinal direction. A connecting piece 623 is formed in the center of one side of the binding part 620a in the longitudinal direction, and a second binding part 620b which is symmetrical with the first binding part 620a is connected to an end of the connecting piece 623. Ossuary settlement end, characterized in that the fixing bar (600b) is configured. 5. The fifth block of claim 1, wherein the fifth block is vertically downward in the longitudinal direction of the front surface of the upper surface member 400a to decorate the upper end portion of the ossuary anchor stage 10. Ossuary settlement end, characterized in that the piece 710 is formed decorative member 700 is installed. The upper and lower edges of the front member 500a are seated inside the engaging protrusion 413 formed on the other side of the first coupling member 410a of the upper and lower members 400a and 400b. The fasteners to be coupled to the other side of the first coupling member (410a) so as to cover the other side surface of the first coupling member (410a) by the fastening screw 900 to cover the other side surface of the first coupling member (410a) Ossuary settlement stage, characterized in that 800 is formed. According to claim 1, wherein the first guide groove (414a) is formed in the longitudinal direction in the inner front end portion of the first member 410a of the upper surface member (400a) is inserted into the upper end of the front member (500a), the lower surface member ( 400b) The ossuary settlement end, characterized in that the second guide hole (414b) is formed in the longitudinal direction at the inner front end portion of the first binder (410a). The lock part 417 of claim 14, wherein the locking portion 417 is formed at one side of the front surface of the first coupling member 410a to be in contact with the first guide hole 414a formed in the first coupling member 410a of the upper and lower members 400a and 400b. ) Is formed crypts, characterized in that formed.

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