KR20010077498A - Vault unit and vault tower using the same - Google Patents

Abstract

PURPOSE: A cinerary unit and a cinerary tower using the same are provided to manufacture the cinerary tower with small stone materials and reduce the number of processes. CONSTITUTION: A cinerary tower includes: a ground stone(16); at least one or more cinerary units(1) for laying ashes each including a lattice body(5) assembled with long partition plates(3) and short partition plates(4), many pillars(7) connected to the ends of the short partition plates, corner plates standing at both free ends of the long partition plates, door members(8) inserted between both sides of the pillars adjacent to each other to open and shut the spaces between the pillars, and many isolated rooms(2) installed between the partition plates for laying ashes; and at least one or more covers(17) put on the top of the cinerary units, wherein the cinerary units and the covers are put in an accumulation method.

Description

Ossuary unit and ossuary tower using the same {Vault unit and vault tower using the same}

The present invention relates to an ossuary unit and an ossuary tower using the same, and to construct an ossuary unit having a plurality of ossuary losses in a prefabricated manner, and to accumulate the ossuary units configured in such a way to form an ossuary tower to reduce the production maneuver of the ossuary tower to increase productivity. To ensure that

Traditionally, our country's funeral cultures have ancestors in the form of bonbons.

To this end, graves of ancestors will be planted in park cemeteries designated by the state or local governments, and graves will be planted in hills and fields in rural areas, and some descendants will go to Myeongdang for their families and ancestors. We build graveyard luxuriously.

As the funeral culture occupies a large area of bonsai-shaped tombs, the park cemetery has already become saturated, and in recent years, it has become a social problem because it has a lot of difficulties in selecting a cemetery. Even if they do not encroach on the fields or fields, they are gradually devastating the country's narrow territory, and in particular, when the tombs are formed in the fields, there is a problem that food production is reduced.

In addition, many tombs are scattered in the mountains and fields all over the country in order to harm the beautiful scenery of the mountains, and the tombs that are luxuriously built on a large area are not only the main cause of encroaching the land, but also create the discomfort of descendants. Sometimes.

Therefore, in order to solve the disadvantage of the funeral culture, the cremation culture that keeps cremated remains in a certain ossuary place is gradually forming consensus. In particular, graveyards (Christianity, Catholicism, and General) that have been laid in the park cemetery have been extended twice a year for 15 years and are being amended by the graveyard law in the Ossuary.

The ossuary pagoda is used as a method of the ossuary place for storing the cremated ashes as described above. The ossuary pagoda is mainly composed of stone, and the ossuary chambers are formed to store a plurality of ashes therein.

However, the ossuary tower made of conventional stone has a problem in that the manufacturing process is complicated and the productivity is lowered because the crypts have to be processed by hand to process the stone composed of the unit by hand.

In addition, the conventional ossuary pagoda should be used to form a large number of ossuary loss inside a single stone, the large stone is used, such a large stone is difficult to obtain as well as difficult to carry.

Accordingly, the present invention is to solve the problems of the conventional ossuary pagoda as described above, the object is to provide a ossuary unit that can be manufactured as a small stone by making a large number of ossuary chambers in a prefabricated manner and can simplify the manufacturing labor Is in.

Another object of the present invention is to provide a ossuary tower that can reduce the manufacturing man-hours by forming the crypts to be stacked in a prefabricated stack, thereby increasing the productivity.

The ossuary unit is a lattice body assembled in a lattice shape by a long plate and a single plate; A plurality of pillars connected to ends of each of the end plates of the lattice; An edge plate erected at both free ends of the barrier plate of the grid; Including the door member is fitted between the adjacent sides of the adjacent pillars to open and close the entrance between the adjacent pillars, that the ossuary chambers for storing the ashes between each of the partitions are formed It is characteristic.

And the ossuary tower is ground stone; A lattice structure assembled in a lattice shape by a barrier plate and a single plate plate, a plurality of pillars connected to ends of each of the single plate plates of the grid plate, and a free end of the grid plate at both free ends. An ossuary chamber for storing ashes between each of the diaphragms, including a door member that is fitly connected between both sides of the adjacent pillars to open and close the entrance between the adjacent pillars. Ossuary unit is formed; At least one roof is placed on top of the ossuary unit, wherein the ossuary unit and the roof is placed in a stacked form having a multi-layered shape, the top of the tower and the top of the ossuary top of the bed The upper wheel forming the top is optionally further assembled.

1 is a perspective view of the ossuary unit of the present invention,

2 is a plan view of one embodiment of the ossuary unit of the present invention;

3 is a plan view of another embodiment of the ossuary unit of the present invention;

4 is a front view of the ossuary pagoda of the present invention,

5 is an exploded front view of the ossuary tower of the present invention,

6 is an exploded perspective view of the main part according to the present invention;

Figure 7 is a perspective view showing the top of the ossuary tower of the present invention.

Explanation of symbols on the main parts of the drawings

1: ossuary unit 2: ossuary loss

3: chopped board 4: single plate

5 grid 6: edge plate

7: pillar 8: door member

9: corner pillar 15: ossuary tower

16: ground stone 17: roof

18: roadbed 19: the upper wheel

Hereinafter, an embodiment of the present invention will be described in detail with reference to the accompanying drawings. 1 is a perspective view of a sternum unit of the present invention, Figures 2 to 3 is a plan view of each embodiment of the sternum unit of the present invention, Figures 4 to 5 is a front view and exploded front view of the present invention, Figure 6 is the present invention Is an exploded perspective view showing a sternum unit installation state according to.

The ossuary unit 1 of the present invention is assembled with a plurality of single diaphragms 4 at regular intervals in the lattice plate 3 so as to have a plurality of ossuary chambers 2 therein as shown in FIG. (5) is formed, the edge plate (6) is assembled in close contact with each end of each of the depreciation plate (3), the column (7) is connected to each of the single plate 4 to one-to-one correspondence, the adjacent The door member 8 is assembled to fit the door member 8 so as to store the ashes at the inlets between the respective pillars 7, thereby sealing the inlet, and a plurality of ossuary chambers 2 are formed in the lattice 5. .

In addition, corner pillars 9 may be further assembled at each of the free ends of each of the corner plates 6 so that the door member 8 may be assembled between the corner pillars 9 and the adjacent pillars 7. It may be.

The ossuary unit (1) configured as described above may be made of various materials, but it is preferable that stone is used in consideration of nature-friendly aspects because the ashes are safely stored for a long time and are installed in wild gardens and fields or home gardens.

Here, the assembling means for assembling the barrier plate 3 and the end plate 4 is preferably an industrial adhesive such as foxy or silicon, in addition to forming a fitting groove (not shown) on any one side of the adhesive portion The adhesive may be assembled to fit.

In addition, the lattice body 5 may have more crypts 2 when the barrier plates 3 are further arranged in a plurality of rows and the single barrier plates 4 are assembled to correspond thereto.

The barrier plate 3 is configured in a rectangular shape having a relatively long length so that the plurality of single barrier plates 4 can be spaced apart from each other, and two or more barrier plates 3 may be used depending on the quantity of the storage compartment 2.

Two single partition plates 4 are assembled in a straight line on both sides of the long partition plate 3 to form a single row, and each row is formed in a plurality of rows spaced apart at regular intervals. The single partition plates 4 are of the same size and have the same height as the barrier plate 3.

The pillars 7 are assembled to the free end of each end plate 4 to support each end plate 4, and the door member 8 is provided at an inlet between adjacent pillars 7. Make sure that they can be sealed.

The pillar 7 preferably has the same height as the lattice 5, and the surface on which the single plate 4 is in close contact is planar so that the single plate 4 can be attached to a large area. The side surface of the body is configured in the same shape as the outer surface of the door member 8 so that each door member 8 can be assembled to be sealed, preferably the rectangular door member 8 is sealed It is preferable that both outer side surfaces are formed in parallel so as to be fixed, and the locking jaw 9 protrudes so that the door member 8 can be stopped when assembled when the door member 8 is inserted into both rear sides of the body.

Each of the edge plates 6 assembled to both sides of the grid 5 has the same height as the height of the grid 5 and has a sufficient thickness to withstand physical forces applied from the outside. On both ends of the inner side of the locking member (6) is formed so that the locking jaw (6a) can be stopped when assembled.

The door member 8 has a grip portion 11 protrudes to function as a handle when closing the crypts 2 as described above. The gripping portion 11 is preferably configured in a flat shape so as to engrave a variety of characters.

In another embodiment of the present invention, the corner plate 9 is further provided with corner pillars 9 as described above on both free ends of the edge plate 6, wherein the corner pillars 9 are a plurality of crypt structures united in the ossuary tower to be described later. It is intended to withstand the load of the and the roofs. These corner posts 9 preferably have a square cross section, and preferably have a thicker thickness than the pillars 7 so as to withstand the loads sufficiently.

The corner pillar 9 has the same height as the corner plate 6, and the door member 8 and the corner plate so that the door member 8 and the corner plate 6 can be stopped when assembled. A locking jaw 12 is formed on each of the surfaces facing the 6.

In the crypt structure unit 1 of the present invention configured as described above, as shown in the drawing, a plurality of single plate plates 4 are assembled by an adhesive to the long plate 3 so that a lattice 5 is formed, and the lattice 5 On both sides of the edge plate 6 is also assembled with an adhesive, and also a corner pillar 9 is optionally installed at the edge of the grid 5, a plurality of ossuary chambers 2 are formed therein. After the ashes are received in each ossuary chamber 2, the door member 8 is sealed at the inlet of each ossuary chamber 2.

Therefore, the ossuary unit (1) is composed of a prefabricated, it is easy to purchase the material because it can be manufactured by using a small stone when it is composed of stone, and the manufacturing process is simple because each component element is processed separately and assembled It has the advantage of increasing productivity.

Next, the ossuary tower 15 of the present invention using the ossuary unit 1 will be described with reference to FIGS. 3 to 5.

The ossuary tower 15 is the ground stone (16) is placed at the bottom as shown in the figure, the ossuary unit (1) consisting of a prefabricated structure is placed on the ground stone (16), the ossuary unit (1) In the roof 17 to cover the ossuary unit (1) is placed, and the upper oscillation unit 17 and the other ossuary unit (1a) and the roof (17a) are alternately stacked to form a tower shape. And, the upper part of the top door (17a) is placed a roadbed 18, the upper part of the roadbed 18, the upper wheel 15 is placed.

Here, the ossuary units (1) 1a and the roofs 17 and 17a alternately form a predetermined layer, which may selectively form a layer according to a consumer's request.

The ground stone 16 serves as a foundation on which the bottom of the ossuary tower 15 is placed. The ground stone 16 is further formed with a guide portion 20 in the upper center in order to select the assembly position of the ossuary unit (1) placed on the top.

The guide portion 20 is capable of selecting the ossuary unit 1 placed above the ground stone 16 as described above, and also has the purpose of avoiding the monotony of the appearance. Therefore, the guide portion 20 is preferably composed of a multi-stage.

In addition, the ground stone 16 may be configured in a variety of shapes, the outer peripheral surface is preferably formed in a rectangular shape in the same shape as the ossuary unit (1).

As described above, the ossuary unit 1 placed on the ground stone 16 is provided with a plurality of single diaphragms 4 on the barrier plate 3 so as to have a plurality of ossuary chambers 2 therein. The grids 5 are assembled to cross each other at intervals, and the edge plates 6 are assembled in close contact with each end of each of the upper-strength plates 3, and the columns are one-to-one corresponded to the respective plates. (7) are connected, the door member (8) is assembled to fit the door member 8 so as to keep the remains at the inlet between each adjacent pillar (7) to seal the inlet, a large number of the grid body (5) Ossuary chambers 2 are formed.

Therefore, description of the specific configuration of the ossuary unit 1 is omitted.

The roof (17) (17a) placed on top of the ossuary unit (1) (1a) serves as a cover of the ossuary chamber (2) and serves to distinguish each layer of the ossuary tower (15).

The roof 17 has a lower surface on both sides of the body so that the upper and lower sides of the ossuary unit (1) (1a) and the other ossuary unit (1a) can be placed on the upper surface of the horizontal plane.

In addition, the uppermost door 17a is configured to be in a horizontal state because the lower surface is placed on the ossuary unit 1, and the upper surface is also configured in a horizontal state so that the roadbed 18 can be placed.

Here, although the upper surface of the upper pillar 17a may be formed horizontally as described above, the central portion may be formed high and the edge portion may be lowered so as to flow when rain or snow falls.

Each of the roofs 17 and 17a is engraved with various shapes to emphasize the design on the outer circumferential surface of the body, which is mainly engraved with religious implications.

The roadbed 18 placed on the uppermost top 17a is divided into two sides as shown in the drawing, and the upper wheel 19 is inserted therebetween. The roadbed 18 is provided with a receiving groove 21 on one side so that the upper wheel 19 can be assembled in a fitting manner as described above.

In addition, the roadbed 18 may be composed of a body integrally and the upper wheel 19 may be placed on the body.

The upper wheel 19 inserted and assembled into the receiving groove 21 of the roadbed 18 may have various shapes. However, as shown in the drawing, the upper wheel 19 has an approximately plate-shaped shape and an upper portion thereof to emphasize the design. Consists of a curved shape. Since the upper wheel 19 is configured in the form of a plate will be able to engrave various letters or shapes on the plate.

The ossuary units (1) (1a) and the roofs (17) (17a) forming each layer of the ossuary pagoda (15) are placed in a plurality of alternately stacked, as shown in FIG. For example, the ossuary tower 15 constituted of the first oscillation unit 1 from the ground stone 16, the first roof 17, the first roof 17 above the first ossuary unit 1a 17, the second ossuary unit 1a on the upper side, the second roof 17a, the second roof 17a on the second ossuary unit 1a are sequentially placed, wherein the second roof ( As described above, the top portion 17a is the top opening 17a.

Here, the roadbed 18 is selectively placed on the uppermost roof 17a, and the upper wheel 19 is assembled to the top of the roadbed 18.

Accordingly, the roadbed 18 may produce various shapes of the body according to the consumer's preference. Usually, a chrysanthemum flower shape representing a root mean will be mainly used, and if the consumer is a Buddhist, it may be produced in a lotus shape. In addition, it will be possible to manufacture a number of shapes.

As described above, the ossuary pagoda 15 of the present invention is assembled in a plurality of ossuary units (1) (1a) and roofs (17) (17a) on top of the ground stone (16). The roadbed 18 is placed at 17, and the upper wheels 19 are assembled to the roadbed 18 to form a generally balanced ossuary pagoda 15.

The ossuary pagoda 15 of the present invention configured as described above has the ashes inside the open ossuary chamber 2 by opening the door member 8 of the ossuary chamber 2 having an empty interior whenever the ashes are generated. Insert the door member 8 into the open inlet between the two pillars (7) and sealed with an adhesive to keep the ashes sealed. At this time, when the door member 8 is inserted into the inlet, the door member 8 is stopped by the latching jaw 9 of the pillars 7 so that the door member 8 is closed by using an adhesive in the stopped state. It can seal the ashes.

In this way, the ashes can be stored in the empty ossuary chamber 2 whenever the ashes occur later.

The ossuary unit of the present invention configured as described above and the ossuary tower using the same are constructed as a prefabricated stone, so when manufactured as a stone it is possible to manufacture using a small stone, it is easy to purchase the material, and also to process each material separately Since it is manufactured by assembling, it is easy to manufacture and has the advantage of increasing productivity.

In addition, when the ossuary pagoda is installed in a mountain where a vehicle is not available, there is an advantage in that it is easy to transport and install because each part can be transported separately.

Claims (10)

A lattice body assembled in a lattice shape by a plenum and a plenum; A plurality of pillars connected to ends of each of the end plates of the lattice; An edge plate that stands at both free ends of the barrier plate of the grid; Including a door member that is fit between the adjacent sides of the adjacent pillars to open and close the space between the adjacent pillars, that the ossuary chambers for storing the ashes between each of the partitions are formed Characteristic ossuary unit. 2. The ossuary unit according to claim 1, wherein the barrier plate and the single plate plates, the barrier plate and the edge plate, and the pillars between the grids are adhesively fixed to each other. 2. The ossuary unit according to claim 1, further comprising a pair of corner pillars disposed at both ends of each of the corner plates, wherein each of the corner plates is connected to a corresponding corner pillar. Ground stone; A lattice structure assembled in a lattice shape by a barrier plate and a single plate plate, a plurality of pillars connected to ends of each of the single plate plates of the grid plate, and a free end of the grid plate at both free ends. An ossuary chamber for storing ashes between each of the diaphragms, including a door member that is fitly connected between both sides of the adjacent pillars so as to open and close a space between the adjacent pillars. Ossuary unit is formed; At least one roof placed on top of the ossuary unit, Here, the ossuary unit and the roof is placed in a lamination type, the ossuary tower characterized in that it has a multilayered shape. 5. The ossuary unit according to claim 4, wherein the barrier plate and the single plate plates, the barrier plate and the corner plate, and the pillars between the grids are adhesively fixed to each other. 5. The ossuary unit according to claim 4, wherein each of the pillars further includes a locking jaw formed at both rear sides of the pillars to be stopped when the door member is assembled. 5. The ossuary unit according to claim 4, further comprising a pair of corner pillars disposed at both ends of each corner plate, wherein each corner plate is connected to a corresponding corner pillar. 5. The ossuary tower according to claim 4, wherein each of the pillars has a protruding jaw to protrude when the door member is assembled at both rear sides thereof. 5. The ossuary tower according to claim 4, wherein a subgrade having an accommodating groove is placed in the uppermost of the multi-layered ossuary pagoda, and an upper wheel which forms a top at the accommodating groove of the subgrade is detachably placed. 5. The ossuary tower according to claim 4, wherein the ground stone includes a guide portion formed at the center of the upper surface of the ground stone in order to select an assembly position at which the ossuary unit is placed.