KR20010077497A - 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(12); at least one or more cinerary units(1) respectively including a central pillar(2) having a fixed height, many outer pillars(3) standing outside the central pillar at regular intervals making the central pillar concentricity, many partition plates(5) assembled between the central pillar and the outer pillars by an assembling element, door members(6) arranged between the outer pillars adjacent to each other to be opened and shut, and many isolated rooms installed between the partition plates for laying ashes; and at least one or more covers(13) put on the top of the units, wherein the 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 bon-shaped tombs are disorderly formed in Yasan and fields all over the country, spoiling the beautiful scenery of Yasan, and the tombs, which are luxuriously formed in large areas, are not only the main cause of encroaching the land, but also create a sense of discomfort for descendants. It can also cause.

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 has a central column having a predetermined height; A plurality of outer pillars which are erected at equal intervals on the outside with the center pillar concentric; A plurality of diaphragms assembled between the central pillar and the respective outer pillars by assembling means; A plurality of ossuary chambers are provided for accommodating the ossuary between each of the diaphragms, including door members disposed to be closed between the outer pillars adjacent to each other.

The ossuary tower is ground stone; A center column having a predetermined height, a plurality of outer columns erected at equal intervals on the outside with the center column concentric, and a plurality of diaphragms assembled between the center column and the respective outer columns by assembling means; At least one ossuary unit including a plurality of ossuary chambers for storing the ossuary bones between the diaphragms, including door members disposed to be sealed between the outer pillars adjacent to each other among the outer pillars; ; At least one roof is placed on top of the ossuary unit, wherein the ossuary unit and the roof is placed in a stacked manner to have a multi-layered shape, the upper wheel to form the top of the tower on the top of the roof selectively More assembled.

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

2 is a plan view of the ossuary unit of the present invention,

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

4 is an exploded front view of the ossuary tower of the present invention;

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

6 is a cross-sectional view taken along the line A-A of FIG.

7 is a cross-sectional view taken along the line B-B of FIG.

8 is a roadbed front sectional view according to an embodiment of the present invention.

Explanation of symbols on the main parts of the drawings

1,1a, 1b: Ossuary Unit 2: Center Column

3: outer column 4: ossuary loss

5: diaphragm 6: door member

7,8: fitting groove 9: jamming jaw

11: ossuary pagoda 12: ground stone

13,13a, 13b: roof 14: roadbed

15: upper wheel

Hereinafter, an embodiment of the present invention will be described in detail with reference to the accompanying drawings. 1 to 2 are a perspective view and a plan view of the crypt structure unit according to the present invention, Figures 3 to 8 are each view of the crypt structure tower according to the present invention.

The ossuary unit 1 of the present invention, as shown in the drawing, the center pillar 2 is erected in the center, and the plurality of outer pillars 3 are concentrically erected on the center pillar 2 at the same intervals. Between the center column 2 and the respective outer column 3, the diaphragms 5 for forming the ossuary chamber 4 are assembled in one-to-one correspondence by means of assembling means, between the diaphragms 5. The ossuary chambers 4 are formed at the doors, and door members 6 are inserted into both side surfaces of the adjacent outer pillars 3 to seal the entrance of the ossuary chambers 4.

The ossuary unit (1) may be made of various materials, but the ashes are safely stored for a long time and are mainly installed in a wild mountain or field or a garden in the house, so it is preferable that stone is used in view of the nature-friendly surface.

Here, the assembling means for assembling the diaphragm 5 is an industrial adhesive such as epoxy or silicone, and the adhesive bonds the diaphragm 5 to which the central pillar 2 and the respective outer pillars 3 are assembled. Let's go.

The assembling means includes a plurality of fitting grooves 7 recessed in a predetermined depth so as to accommodate one end of each of the diaphragms 5 along the longitudinal direction of the outer circumferential surface of the body of the central pillar 2, and the respective outer portions. A fitting groove 8 is recessed to accommodate the other end of each of the diaphragms 5 along the rear surface longitudinal direction of the pillars 3.

The central column 2 should have a predetermined height and have a sufficient diameter to support the weight of the roofs of the ossuary tower and other ossuary units, which will be described later, when stacked.

The shape of the central column (2) may be simply configured in a circular shape so that the diaphragm (5) is adhesively fixed with an adhesive as described above, but preferably the ends of the diaphragm (5) may be closely bonded. It is better to consist of a polygonal shape with a plane. In addition, when the diaphragm 5 is assembled in a fitting manner as described above, a plurality of fitting grooves 7 accommodating the diaphragms 5 in the longitudinal direction of the outer circumferential surface thereof are recessed.

The outer pillars 3 are erected at equal intervals on the outer side of the center pillar 2, which is to fix the end of each of the diaphragms 5 assembled to the center pillar 2.

Each of the outer pillars 3 preferably has the same height as the center pillar 2, and in the case of fitting each of the diaphragms 5 in a fitting manner, the outer pillars 3 face each other in the longitudinal direction opposite to the center pillar 2. The fitting groove 8 is recessed, and both sides of the body are configured in the same shape as the outer surface of the door member 6 so that the door member 6 can be hermetically fixed. Preferably, the door member 6 has a rectangular shape. It is preferable that the outer both sides are formed in parallel so as to be in close contact with each other, and the door members 6 are caught when the door members 6 are inserted into and fixed to both outer sides of the rear sides, that is, the fitting grooves 8. The locking jaw 9 protrudes outward so that it can be fixed.

In addition, each of the outer pillar 3 is configured so that the front surface of the body can have a shape parallel to the door member 6 assembled on both sides thereof. In more detail, for example, when the crypts 4 are eight as shown in the drawing, the entire assembly structure of the door members 6 forms an octagonal shape, so that the front surface of the outer pillar 3 is It is configured to be inclined at 45 degrees to be formed in parallel with the door member 6 adjacent thereto.

Therefore, the front surface of the outer column 3 is preferably configured to be inclined at a predetermined angle according to the quantity of the ossuary chamber 4. However, the outer pillar 3 is not limited to a specific shape and may be configured in various other shapes to emphasize the design.

The diaphragm 5 which divides each ossuary chamber 4 has a rectangular shape with the same height as the center pillar 2 and the outer pillar 3.

The door members 6 disposed to be opened and closed between the adjacent outer pillars 3 are sealed when the ashes are stored in the ossuary chamber 4, that is, the inlet of the ossuary chamber 4, that is, between the outer pillars 3. In this case, the adhesive is fixed with an adhesive such as epoxy or silicone.

The door member (6) is projected to the grip portion 10 to function as a handle when closing each crypt bone chamber 4 as described above. The gripping portion 10 may be configured in a flat shape so as to engrave various characters.

Here, the quantity of the ossuary chambers 4 of the ossuary unit 1 can be selectively controlled, and since a generation to several generations are usually stored together, a plurality, that is, 8 to 32, are formed, but preferably in the drawings. Likewise, it is good to have 6-8 ossuary chambers (4) with 6-8 external columns (3) built around the central column (2).

In addition, at least one pair of the ossuary chambers 4 is formed, and each of them is formed at equal intervals by the diaphragms 5 arranged between one another and arranged adjacent to each other.

The ossuary unit 1 of the present invention configured as described above has an outer column 3 disposed at equal intervals on the outer side of the center column 2 and between the center column 2 and each outer column 3. The diaphragm 5 is attached and assembled with an adhesive or the diaphragm 5 is inserted into the fitting groove 7 of the center pillar 2 and the fitting groove 8 of each outer pillar 3 to be fitted. Assembly is completed by the assembly.

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 11 of the present invention using the ossuary unit 1 will be described with reference to FIGS. 3 to 8.

The ossuary tower 11 is the ground stone 12 is placed on the bottom as shown in the figure, the ossuary unit (1) consisting of a prefabricated structure is placed on the ground stone 12, the ossuary unit (1) There is a roof 13 to cover the ossuary unit (1), and the other ossuary unit (1a) (1b) and the roof (13a) (13b) alternately stacked on top of the roof (13). Lay out to form a tower shape, the uppermost door 13b is the roadbed 14 is placed and the upper wheel 15 is placed on the top of the roadbed (14).

Here, the ossuary unit (1) (1a) (1b) and the roof (13) (13a) (13b) alternately to form a predetermined layer, which can selectively form a layer according to the needs of the consumer There will be.

The ground stone 12 is to be the base placed on the bottom of the ossuary tower (11). The ground stone 12 is formed with a guide portion 16 in the upper center to select the assembly position of the ossuary unit 1 placed on the upper portion. The guide portion 16 is capable of selecting the ossuary unit 1 placed above the ground stone 12 as described above, and also aims to avoid the monotony of the exterior. Therefore, the guide 16 is preferably configured in a multi-stage. In addition, the ground stone 12 may be configured in a variety of shapes, the outer circumferential surface may be configured in a polygonal shape in the same shape as the ossuary unit (1).

As described above, the ossuary unit 1 placed on the ground stone 12 has a central pillar 2 erected at the center thereof, and has a plurality of external pillars concentrically about the central pillar 2. 3) are erected at equal intervals, and the diaphragms 5 for forming the ossuary chamber 4 are assembled in a one-to-one correspondence between the central pillar 2 and the respective outer pillars 3, respectively. The ossuary chambers 4 are formed between (5), and further detailed description thereof will be omitted.

The roof (13) (13a) placed on top of the ossuary unit (1) (1a) serves to separate each layer of the ossuary tower while serving as a cover of the ossuary chamber (4). The roof (13) (13a) is the body is configured in the upper and lower both sides of the horizontal plane so that the lower portion is placed on the ossuary unit (1) (1a) and the other ossuary unit (1a) (1b) on the upper side.

And the uppermost branch (13b) is in a horizontal state because the bottom is placed on the ossuary unit, and the upper portion corresponds to the head of the ossuary tower (1), so that the center portion is high and the edge portion so that the rain falls when it snows The lower fall surface 17 is formed, and the receiving groove 18 is recessed in the center of the falling surface 17 so that the upper wheel 15 can be fitted. In addition, each of the roofs 13, 13a, 13b is engraved in various shapes to emphasize the design on the outer circumferential surface of the body, the shape is mainly carved into the contents symbolizing the meaning of religion.

The ossuary units (1) (1a) (1b) and the roofs (13) (13a) (13b) forming each layer of the ossuary tower (11) are placed in a plurality of alternately stacked, which is also illustrated For example, a three-layered ossuary tower 11 is described. For example, the first ossuary unit 1 from the ground stone 12 and the first roof 13 above the first ossuary unit 1a. The second ossuary unit 1a is disposed on the upper portion of the first roof 13, the second roof 13a is disposed on the second oscillation unit 1a, and the third ossuary unit 1b is disposed on the second roof 13a. ), The third roof 13b is sequentially placed on the third ossuary unit 1b, where the third roof 13b becomes the uppermost roof 13b as described above.

Here, the roadbed 14 is selectively placed on the uppermost roof 13b. When the roadbed 14 is placed, the top of the uppermost roof has a flat surface so that the roadbed 14 can be placed in a large area. The accommodating groove 18 may be accommodated in the accommodating groove 18.

The roadbed 14 placed on the top hatch 13b is recessed with a receiving groove 19 so that the upper wheel 15 can be fitted and detached at an upper portion thereof, and various shapes are engraved on the outer circumference of the body. The shape may symbolize religion or be a specific shape desired by the consumer.

According to this purpose, the roadbed 14 can manufacture various shapes of the body according to the preference of the consumer. Usually, a chrysanthemum flower shape representing the root will be mainly used, and if the consumer is a Buddhist, the lotus shape It can be produced in addition, it will be possible to produce a number of other shapes.

The ossuary tower 11 of the present invention constituted as described above has the ashes in the open ossuary chamber 4 by opening the door member 6 of the ossuary chamber 4 having an empty interior whenever the ashes are generated. Insert the door member 6 into the open inlet between the both sides of the outer pillar (3) and sealed with an adhesive to keep the ashes sealed in the ossuary chamber (4). In this case, when the door member 6 is inserted into the inlet, the door member 6 is stopped by the latching jaw 9 of the outer pillars 3 so as to be sealed by using an adhesive in the stopped state. You can simply seal the ashes.

In this way, whenever the ashes occur in the future, it is possible to store the ashes in the empty ossuary chamber 4.

The ossuary unit of the present invention configured as described above and the ossuary pagoda using the same are constructed as a prefabricated stone, so when the stone is manufactured, it is possible to manufacture using a small stone. 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 (12)

A central column having a certain height; A plurality of outer pillars which are erected at equal intervals on the outside with the center pillar concentric; A plurality of diaphragms assembled between the central pillar and the respective outer pillars by assembling means; Ossuary unit comprising a plurality of ossuary chambers for storing the ossuary between each of the diaphragm including a door member disposed to be opened and closed between the outer pillars adjacent to each other of the outer pillars. According to claim 1, The assembling means for assembling the diaphragm is a plurality of fitting grooves which can accommodate one end of each of the diaphragm along the longitudinal direction of the outer peripheral surface of the central column body is recessed a predetermined depth, each of the outer Ossuary unit, characterized in that the insertion groove which can accommodate the other end of each of the diaphragm along the longitudinal direction of the rear surface of the pillars is recessed to a predetermined depth. 2. The ossuary unit according to claim 1, wherein the assembling means for assembling the diaphragm comprises an adhesive for fixing the diaphragm between the central pillar and the respective outer pillars. According to claim 1, wherein each of the outer pillar is a zygomatic unit, characterized in that the engaging projection protruding to be stopped when the door plate is assembled in the vicinity of the rear side of both sides. Ground stone; A center column having a predetermined height, a plurality of outer columns erected at equal intervals on the outside with the center column concentric, and a plurality of diaphragms assembled between the center column and the respective outer columns by assembling means; At least one ossuary unit including a plurality of ossuary chambers for storing the ossuary bone between the diaphragms, the door members being disposed to be opened and closed between the outer pillars adjacent to each other among the outer pillars. Wow; 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. According to claim 5, The assembling means for assembling the diaphragm is a plurality of fitting grooves which can accommodate one end of each of the diaphragm along the longitudinal direction of the outer peripheral surface of the central column body is recessed a predetermined depth, each of the outer Ossuary pagoda characterized in that the fitting groove which can accommodate the other end of each of the diaphragm along the longitudinal direction of the rear surface of the pillars is recessed to a predetermined depth. 6. The ossuary tower according to claim 5, wherein the assembling means for assembling the diaphragm comprises an adhesive for fixing the diaphragm between the central pillar and the respective outer pillars. 6. The ossuary tower according to claim 5, wherein each of the outer pillars protrudes so that the locking jaw protrudes when the door plate is assembled at both rear sides thereof. 6. The ossuary tower according to claim 5, wherein the uppermost pillar of the crypt-shaped crypt is formed in the upper part, and the upper wheel which forms the top of the ossuary tower in the center of the downfall is placed detachably. 6. The ossuary tower according to claim 5, 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. According to claim 5, wherein the ossuary unit has at least a pair of ossuary chambers, each of the ossuary chambers are formed at equal intervals by the diaphragm disposed between each other adjacent to each other spaced apart one by one. Ossuary Pagoda 10. The ossuary tower according to claim 9, further comprising a roadbed in which an accommodating groove for accommodating a lower portion of the upper wheel is recessed between the uppermost hatch and the upper wheel.