KR100911117B1 - A cabinet for enshrining a cinerary urn - Google Patents

Abstract

The present invention relates to a prefabricated ossuary settle end, in more detail, the operator is provided between the lower plate member and the upper plate member made of a flame retardant material to freely adjust the installation interval of the partition member for partitioning the settled space, It is configured to allow the operator to arbitrarily adjust the width, and more particularly relates to a prefabricated ossuary stabilization end configured to have a stable durability by providing a simplified reinforcement structure.

Prefabricated ossuary settlement, upper plate member, lower plate member, partition member, flame retardant material

Description

A cabinet for enshrining a cinerary urn}

The present invention relates to a prefabricated ossuary settle end, in more detail, the operator is provided between the lower plate member and the upper plate member made of a flame retardant material to freely adjust the installation interval of the partition member for partitioning the settled space, It is configured to allow the operator to arbitrarily adjust the width, and more particularly relates to a prefabricated ossuary stabilization end configured to have a stable durability by providing a simplified reinforcement structure.

The ossuary settlement stage, which is installed in the ossuary to promote the settlement function of the ossuary complex, is generally composed of a single structure formed by partitioning a plurality of settlement spaces. A glass door is installed on the front of the settlement space to draw in and out of the ossuary complex. It is intended to function.

In addition, since the ossuary settled end is bulky and restricted due to movement, it is generally assembled and constructed in the field through a plurality of panels, and is typically made of a metal plate including aluminum or steel cut to a standard size. After painting or plating, each of these metal sheets is assembled into a profile groove of the metal frame.

However, the metal frame made of the metal plate and the metal material has a relatively heavy weight compared to the synthetic resin material, so the transportability is remarkably decreased, and the manufacturing and the cost are high, and long air is required.

In addition, when these crypts are stacked, deformation or damage occurs due to their own weight, which makes it difficult to have stable durability.

In detail, the ossuary settled by the metal profile frame is generally installed in the thousands of tens of thousands per single ossuary, the ossuary should be designed in consideration of the high load of the ossuary settled, and the stacked ossual settled If the assembled state between the metal frame and the metal plate is dismantled because it cannot bear the load in the lamination process, a problem may occur that itself collapses and breaks.

On the other hand, in order to solve these problems, the field has not recently re-installed the ossuary stabilization stage adopting the metal plate or the metal frame, and implements the ossuary stabilization stage through the synthetic resin panel.

Since the synthetic resin panel is generally lighter than a metal material, easy mobility is secured, and additional costs are reduced due to production, and corrosion does not occur, thereby providing convenience in storage.

However, it is difficult to stack multiple layers of the ossuary settled end, which is realized through the synthetic resin panel, because the degree of deformation due to the load or bending stress applied from the outside is greater than that of the settled end settled through the metal plate.

Of course, the thickness of the synthetic resin panel constituting the ossuary settlement end can be implemented, but cost is high and the transportability is lowered, and durability may be weakened due to an increase in its own load.

And, in general, the synthetic resin panel is manufactured in a standardized standard bar, in order to realize the ossuary settlement of various specifications, there is a problem of separately producing a synthetic resin panel by separately manufacturing an expensive extrusion mold.

An object of the present invention devised to solve the above problems is, between the lower end member made of flame-retardant material and the upper plate member is provided between the operator to freely adjust the installation interval of the partition member partitioning the settle space, the settlement space of the crypts It is configured to be able to arbitrarily adjust the width of the operator, and in particular to provide a prefabricated ossuary settled end configured to have a stable durability by providing a simplified reinforcement structure.

The above object is achieved by the following configuration provided in the present invention.

Prefabricated ossuary settlement stage according to the present invention,
It is installed spaced apart up and down, and the lower plate member and the upper plate member produced by extrusion molding; It is manufactured by extrusion molding, and is installed in the separation space formed between the lower plate member and the upper plate member is configured to include a plurality of partition members for partitioning the separation space to form a settled space,
On the upper surface of the lower plate member and the lower surface of the mutually opposing, the 'c'-shaped rail member is disposed to face each other, the upper surface of the'c'-shaped rail member and the lower plate member, and the 'c'-shaped rail member and the lower plate Iron cores are respectively penetrated and fixed to the bottom of the member, while a partition member enters and is fixed between the opposing 'c'-shaped rail members, and a separation space formed between the lower plate member and the upper plate member is partitioned by the partition member. Is configured to form a settled space,
The operator is characterized in that it is configured to adjust the width of the settle space formed to be partitioned by the partition member by changing the fixed position of the 'c'-shaped rail member.

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Preferably, the upper plate member and the lower plate member is composed of a structure in which a plurality of membranes are disposed at equal intervals between the plate formed to be spaced apart up and down, the upper plate member and the lower plate member is formed with reinforcing holes partitioned by the membrane, the reinforcement A reinforcing bar is inserted into the ball so that the upper plate member and the lower plate member are configured to be reinforced with flexural rigidity by the reinforcing bar.

More preferably, the side of the upper plate member or the lower plate member is formed such that the press-fit pipe portion is inserted into the end of the press-fit pipe body is concave, the upper plate member formed with the press-fit pipe portion on the side and the lower plate member formed with the press-fit pipe portion on the side And the lower plate member are disposed to face each other, and then, by pressing the end portions of the press-fit pipe body to the press-fit pipe portion opposite to the upper plate member or the lower plate member, the connection between the upper plate member or the lower plate member is realized.

On the other hand, an autumnal Hanji layer is formed on the surfaces of the upper plate member, the lower plate member and the partition member, and the autumnal Hanji layer is lacquered.

As described above, in the present invention, in installing the upper plate member, the lower plate member, and the partition member spaced apart from each other, the operator installs and fixes the 'c'-shaped rail member to each of the upper plate member and the lower plate member in the field. It proposes a prefabricated ossuary stabilization stage which allows the partition member to be forced into and fixed through the 'c' shaped rail member.

The prefabricated vertebral settled end configured in this way can adjust the fixing position of the partition member according to the fixed position of the 'c'-shaped rail member, so that the operator changes the installation position of the' c'-shaped rail member, It is possible to freely set the width of the settled space partitioned.

In particular, in the present embodiment, the upper plate member, the lower plate member and the partition member are extruded from a synthetic resin material having light weight and corrosion resistance compared to the metal panel, and in particular, the upper plate member and the lower plate member are hollow formed with reinforcing holes through extrusion molding. It is made of a type and can have a stable durability by the insertion of the reinforcement bar in the reinforcement hole.

In addition, the present invention proposes a connection structure of the upper plate member or the lower plate member consisting of the press-fit pipe portion and the press-fit pipe body, it is possible to stably connect the top plate member or the bottom plate member without a separate mouth in the field, construction convenience Can be planned.

In addition, the prefabricated ossuary arthropod according to the present invention has a beautiful appearance by the various patterns of lacquer layer and lacquer, and also has antibacterial and insect repellent function through the original antibacterial, insect repellent, and moisture proof functions of the lacquer layer. It has a moisture-proof effect.

Hereinafter, with reference to the accompanying drawings will be described in detail the prefabricated ossuary settlement end proposed in the preferred embodiment of the present invention.

Figure 1 shows the assembled state of the prefabricated ossuary settlement end proposed in the preferred embodiment of the present invention, Figure 2a shows the assembled state of the prefabricated ossuary settlement end proposed in the preferred embodiment of the present invention, Figure 2b Figure 2a shows an enlarged 'A' portion in Figure 2, Figure 3 shows an enlarged side structure of the upper plate member and lower plate member and the partition member constituting the prefabricated ossuary settlement end proposed in the preferred embodiment of the present invention 4 shows the connection structure between the upper plate member and the upper plate member, or between the lower plate member and the lower plate member, which is connected to the prefabricated ossuary settle end proposed in the preferred embodiment of the present invention.

Prefabricated ossuary settle end (1) proposed as a preferred embodiment in the present invention, as shown in Figures 1 to 2, a plurality of partition members between the upper and lower spaced member 10 and the lower plate member 20 is basically spaced apart. 30 is provided to form a plurality of settled space 130 is partitioned between the upper plate member 10 and the lower plate member 20.

Referring to the drawings showing a preferred embodiment, the rear plate member 40 is installed on the rear surface of the ossuary settle end 1, and each rear surface of the open settled space S is closed by the rear plate member 40 collectively. .

And, the front of each of the settled space (S) is individually installed by fastening the glass door 50 provided with a square frame 52 at the edge of the glass window 51, to facilitate the closing of the open settled space, and The glass window 51 is configured to allow viewing of the ossuary complex 200 that is settled in the interior of the settled space (S).

Meanwhile, in the present invention, a plurality of partition members 30 are disposed between the upper plate member 10 and the lower plate member 20 to partition and form a plurality of settled spaces S by the partition member 30. The operator is free to set the width of the settled space (S) by arbitrarily adjusting the installation interval of the partition member 30 during the construction process.

To this end, in the present embodiment, the upper and lower sides of the partition member 30 is in contact with the bottom surface of the upper plate member 10 and the upper surface of the lower plate member 20, respectively, the 'c' shaped rail member 80 Are respectively installed so as to face each other, and the partition member 30 is inserted into the 'c'-shaped rail member 80 in an interfering manner so that the partition member 30 is disposed between the upper plate member 10 and the lower plate member 20. It is fixed stably.

Here, the 'c'-shaped rail member 80 for fixing the partition member 30 is made of a synthetic resin material or a metal material containing aluminum, the'c'-shaped rail member 80 and the upper plate member ( 10) or between the 'c'-shaped rail member 80 and the lower plate member 20 may be fixed by penetrating the iron core 81, or may be fixed by penetrating and fastening the bolt (not shown).
Fixing the 'c'-shaped rail member 80 and the upper plate member 10, or the'c'-shaped rail member 80 and the lower plate member 20 through the iron core 81 through or fastening the bolts As known in the art, in the present embodiment, as shown in FIG. 2, the 'c'-shaped rail member 80 is formed on the upper plate member 10 by discharging and penetrating the iron core using Taka (not shown), which is a known means for discharging the iron core. ) And the lower plate member 20, respectively.
At this time, the iron core 81, the end after passing through the 'c'-shaped rail member 80 and the upper plate member 10, or the'c'-shaped rail member 80 and the lower plate member 20 as shown in FIG. Is bent to achieve a stable fixed state.

Therefore, the operator can arbitrarily vary the fixed position of the 'c'-shaped rail member 80 to adjust the installation interval of the partition member 30, thereby freely setting the width of the settled space (S) formed to be partitioned through this. have.

In addition, according to the present invention, the upper plate member 10, the lower plate member 20, and the partition member 30 constituting the prefabricated vertebral settle end 1 can be manufactured at a lower cost than the metal plate material, It is made of synthetic resin material with corrosion resistance.

In the present embodiment, the upper plate member 10, the lower plate member 20 and the partition member 30, as shown in Figure 3, a plurality of membranes (G) between the plate (P) provided up and down spaced through extrusion molding The hollow body is formed in a plurality of reinforcing holes 11, 21, 31, which are arranged at equal intervals and partitioned by the membrane G between the spaced plates P.

Thus, when the upper plate member 10, the lower plate member 20 and the partition member 30 constituting the prefabricated vertebral settle end 1 in a hollow form, the weight is reduced and stable durability is achieved.

In addition, in the present embodiment, the reinforcing bar 60 is inserted into each of the reinforcing holes 11 and 21 formed in the upper plate member 10 and the lower plate member 20, and the upper plate member ( 10) and the flexural strength of the lower plate member 20 are reinforced to provide stable durability.

Here, reinforcing bars 11 and 21 of the upper plate member 10 and the lower plate member 20 may include reinforcing bars of various materials such as steel, wood, and synthetic resin. However, in the present embodiment, by inserting the reinforcing bar 60 made of aluminum as an example in each of the reinforcing holes (11, 21) of the upper plate member 10 and the lower plate member 20, it is configured to strengthen the stable bending strength have.

On the other hand, the ossuary settled end 1 is required to be connected between the upper plate member 10 or the lower plate member 20 as shown in Figure 1, in the present embodiment, these upper plate member 10 and the upper plate member A simplified connection structure is provided between the parts 10 and between the lower plate member 20 and the lower plate member 20 to facilitate the assembly work.

A connection structure formed between the upper plate member 10 and the upper plate member 10, or between the lower plate member 20 and the lower plate member 20, which are coupled to each other, is shown in FIG. 4. Or it is implemented by forming the indentation pipe portion 12, 22 in which the end portion of the indentation pipe body 70 is fitted in the side of the lower plate member 20, and in the present embodiment the press-fit pipe portion (12, 22) Is formed to be partitioned inside the reinforcing holes 11 and 21.

Therefore, the upper plate member 10 and the upper plate member 10 having the press-fit pipe part 12 formed on the side or the lower plate member 20 and the lower plate member 20 having the press-fit pipe part 22 formed on the side are disposed to face each other. By pressing the end portions of the press-fit pipe bodies 70 on the mutually opposite press-fit pipe parts 12 and 22, the connection between the upper plate members 10 or the lower plate members 20 may be stably implemented.

The connection structure of the upper plate member 10 or the lower plate member 20 formed of the press-fit pipe part and the press-fit pipe structure configured as described above does not require additional billing, so it is easy to work in the field and is connected in a tight fit state so that it is more stable. The state of engagement can be secured.

In the present embodiment, an autumnal Hanji layer is formed on the ossuary settled end 1 assembled by the assembly structures, and then finished with lacquer.

The process of forming the autumnal Hanji layer 111 is a super medium on the surface of the upper plate member, the lower plate member and the partition member constituting the ossuary settlement stage 1 with an adhesive mixture of woodworking glue and glue at a ratio of 8: 2. It is formed by adhering and drying, then bonding the autumnal hanji with flour paste to dry.

Subsequently, in the process of forming the lacquer, the natural lacquer is first painted on the surface of the autumnal Hanji layer and first dried for 7 hours in a drying room having a temperature of 20 ° C. or more and a humidity of 70% or more.

Subsequently, after coating the purified lacquer on the surface of the first dried lacquer, the lacquer is coated on the yellow paper layer by secondary drying in a drying room having a temperature of 20 ° C. or higher and a humidity of 70% or higher.

Then, it is preferable to apply soybean to the surface of the prefabricated ossuary stabilized end formed with the autumnal cold paper layer and the lacquer to give a gloss finish.

In this way, if you form an autumnal Hanji layer on the surface of the prefabricated ossuary settlement and lacquer, it can have a beautiful appearance by directing various patterns, and in particular, the antibacterial Hanji layer and lacquer's original antibacterial, insect repellent and moisture proof functions. It can have insect repellent and dampproof effect.

Figure 1 shows the bonded state of the prefabricated ossuary settlement end proposed in the preferred embodiment of the present invention,

Figure 2a shows the assembled state of the prefabricated ossuary settlement end proposed as a preferred embodiment in the present invention, Figure 2b is an enlarged 'A' portion in Figure 2a,

Figure 3 is an enlarged view showing the side structure of the upper plate member and lower plate member and the partition member constituting the prefabricated ossually settled end proposed in the present invention,

Figure 4 shows the connection structure between the upper plate member and the upper plate member, or the lower plate member and the lower plate member connected to the prefabricated ossuary settle end proposed in the preferred embodiment of the present invention.

**** Explanation of symbols for the main parts of the drawing ****

1. Prefabricated Ossuary Settlement

10. Top plate member 11. Reinforcement

12. Press-fit tube

20. Bottom plate member 21. Reinforcement work

22. Press-fit tube

30. Partition member 31. Reinforcement

40. Back plate member

50. Glass door 51. Glass window

52. Frame 60. Reinforcement bar

70. Press-fit tube 80. 'ㄷ' type rail member
81. Iron core

S. Settle Space

P. Plate G. Mesentery

Claims (4)

It is installed spaced apart up and down, and the lower plate member and the upper plate member produced by extrusion molding; It is manufactured by extrusion molding, and is installed in the separation space formed between the lower plate member and the upper plate member is configured to include a plurality of partition members for partitioning the separation space to form a settled space, On the upper surface of the lower plate member and the lower surface of the mutually opposing, the 'c'-shaped rail member is disposed to face each other, the upper surface of the' c'-shaped rail member and the lower plate member, and the 'c'-shaped rail member and the lower plate Iron cores are respectively penetrated and fixed to the bottom of the member, while a partition member enters and is fixed between the opposing 'c'-shaped rail members, and a separation space formed between the lower plate member and the upper plate member is partitioned by the partition member. Is configured to form a settled space, The operator is prefabricated ossuary settlement stage, characterized in that configured to adjust the width of the settled space formed to be partitioned by the partition member by changing the fixed position of the 'c'-shaped rail member. According to claim 1, wherein the upper plate member and the lower plate member is made of a structure in which a plurality of membranes are disposed at equal intervals between the plate formed to be spaced apart up and down, the upper plate member and the lower plate member is formed with reinforcement holes partitioned by the membrane, Reinforcement bar is inserted into the reinforcing hole, the upper plate member and the lower plate member is prefabricated ossuary settlement end, characterized in that configured to be reinforced by the bending strength by the reinforcing bar. According to claim 1, wherein the upper plate member or the lower plate member is formed in the side of the press-fitting pipe in which the end of the press-fitting pipe is inserted into the recessed, the upper plate member formed with the press-fitting pipe portion on the side and the lower plate formed with the press-fitting pipe portion on the side The member and the lower plate member are disposed to face each other, and then the respective end portions of the press-fit pipe body are pressed against the upper plate member or the lower plate member to prevent the connection between the upper plate member or the lower plate member. Prefabricated ossuary settlement. The prefabricated ossuary settlement stage according to claim 1, wherein a surface of the upper plate member, the lower plate member, and the partition member is provided with a paper layer and a lacquer layer.

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