KR200193116Y1 - Charnel house - Google Patents

Abstract

The present invention can dry the family and joint ossuary at low cost, and it can be stored solidly even after hundreds of years, and it does not require maintenance and maintenance until it is preserved after drying, and there is no need to purchase the ossuary separately. It is possible to increase the convenience, and because it is stored in the ulcers in a vacuum state relates to the ossuary to ensure that the ulcers are well preserved.

The present invention is a styropol (4), concrete (5), dolmen (6), mortar (7), oak charcoal (8) is laminated to the base stone (9); A pillar stone 10 joined to the pedestal 9; A wall stone 11 joined to the pedestal 9 and the pillar stone 10 to form a front wall and both side walls; A bottom seat 12 installed on the pagoda 6; A partition stone 13 joined to the wall stone 11 and the bottom stone 12; Supporting seats 17 are formed on both sides of the partition seat 13 through the support seats 14 to form a settling chamber 16 in which the ossuary box 15 is stored; Sealed door 18 for dividing and enclosing the settling chamber 16 into a plurality; Pillar seats (10), pillar seats (21) are bonded to the wall seats 11, the ceiling seats 19, concrete 20 is stacked therein; A tower-shaped roof stone 24 installed in the pillar support 21 and having a styropole 22 and a mortar 23 embedded therein; It consists of an entrance door 25 which seals an entrance and exit.

Description

Ossuary Party {CHARNEL HOUSE}

The present invention relates to a ossuary where one can hold the remains of the deceased.

In general, the burial culture that has continued in our long history actually eats up much land and forests.

As a result, the society is changing into a cremation culture in recent years, and since the government has revised the funeral law, it is expected to gradually build a family and joint ossuary in the future. In other words, the burial system traditionally implemented in accordance with our Confucian customs is expected to improve gradually due to the above problems caused by the situation of Korea where the land area is small.

However, the conventional ossuary had a problem that it could not be structurally robust and long-term preservation, which caused a lot of maintenance costs of the ossuary, and inconvenient that the user has to separately purchase the ossuary when placing the ashes. There was this.

In addition, the conventional ossuary can not carry the remains of the ancestors in one place in order, and because there is a structurally large scale of the ossuary can not be installed anywhere.

The purpose of the present invention is to devise to solve the above-mentioned defects of the traditional ossuary, and it is possible to preserve the ancestor worship in our culture and preserve the breeze, and to place it in any place such as shabby land or near a town or village. It can be dried and dried in a beautiful and elegant shape with marble and granite, and it does not require maintenance costs, so it can survive even hundreds of years, which can be preserved as a cultural heritage for future generations and contributes to the development of cosmetic culture. It is to provide the ossuary that can do it.

In order to achieve the above object, the present invention places reinforcing steel and waterproof concrete on mortar mixed with quicklime, ocher, and limestone powder, joins pedestal to the upper part of the concrete, and then joins the pillar stone to the upper part of the mortar and then mortar Pour from the base floor to the side of the pedestal, and connect the stool with the styropol between the inner and outer walls to the pedestal and the pillar to construct the front walls and both walls of the ossuary, and lay the styropole on the mortar that was poured into the concrete. Put reinforcement and waterproof concrete on top of it and crush mortar in the state of placing phosphate stone on top of this concrete, and then chop the mortar and fill the oak charcoal on the mortar. Sealing doors are joined by joining partition seats, and supporting seats on both sides of partition seats as supporting stones in layers. Forming a compartment divided into a plurality of closed chambers, the roof seats are bonded to the top of the pillar seats, wall seats, and then the ceiling seats are installed inside, the reinforcement, waterproof concrete is poured on the ceiling, and the styropol on the top of the concrete In the state where the mortar is laid on top of it, the tower-shaped roof seat is constructed, and the door is opened and closed at the entrance of the ossuary.

1 to 15 show the present invention,

1 is a perspective view showing the appearance of the present invention.

Figure 2 is a perspective view showing the back of the present invention.

Figure 3 is a longitudinal sectional view showing the overall structure of the present invention.

4 is a plan view showing the construction of the foundation floor.

5 is a plan view showing a construction state of the pedestal.

6 is a plan view showing the internal structure of the ossuary.

Figure 7 is a perspective view showing the internal structure of the ossuary.

8 is a perspective view of a pedestal;

9 is a perspective view of a pillar stone.

10 is a perspective view of a wall stone.

11 is a perspective view of a floor seat.

Figure 12 (a) is a side cross-sectional view of the door.

(B) Front view of the door.

13 is a sectional view showing an installation state of the alarm.

14 is a perspective view showing another embodiment of the present invention.

15 is a plan view showing another embodiment of the present invention.

<Code Description of Main Parts of Drawing>

1,2,7,23: mortar 3,5,20: concrete

4,22,31: Styropol 6: Dolmen

8: oak charcoal 9: basestone

10: pillar seat 11: wall seat

12: bottom seat 13: partition seat

14: support seat 15: ossuary

16: mortuary 17: hammock

18: sealed door 19: ceiling seat

21: pillar support 24: roof seat

25: door 26: Seokbong

27: bolt 28: roller

29: nut 30: alarm

32: sponge 33: passage

Hereinafter, the technical configuration of the present invention in detail according to the accompanying drawings.

The ossuary sugar of the present invention, as shown in Figs. 1 to 13, is bonded to the upper part of the base bottom, which is compacted with mortar (1) (2) and concrete (3), into the styropol (4), concrete ( 5), pedestal (6), mortar (7), oak charcoal (8) is a base stone stacked (9); A plurality of pillar stones 10 which are joined to the upper part of the pedestal by fitting; A wall stone 11 joined to the pedestal 9 and the pillar stone 10 to form a front wall and both side walls of the ossuary, and a styropole 11c embedded between the inner and outer walls 11a and 11b; A bottom stone 12 installed on the pedestal 6 disposed in the pedestal 9; Partition stone (13) bonded to the wall seat (11) and the bottom seat (12) by fitting; Supporting seats (17) formed on both sides of the partition stone 13 through the support seat 14 to form a settling chamber (16) in which the ossuary box 15 is stored; A sealed door 18 partitioning the settling chamber 16 into a plurality and enclosing each of the settling chambers 16; A pillar support seat 21 in which the pillar seat 10 and the wall seat 11 are joined to the upper part of the pillar seat 10 so that the ceiling seat 19 and the concrete 20 are stacked therein; A tower-shaped roof stone 24 installed on the pillar supporter 21 and having a styropole 22 and a mortar 23 stacked therein; It is a basic feature in the technical configuration that comprises a door 25 for sealing the doorway formed between the two side pillars 10 installed in the rear.

Paving stone (6), pedestal (9), pillar stone (10), wall stone (11), floor stone (12), partition stone (13), support stone (14), ossuary box constituting the ossuary of the present invention (15) All the stones, such as pedestal (17), airtight door (18), ceiling stone (19), pillar support (21), roof stone (24) and door (25) are all made of marble or granite for permanent use. These stones are fabricated by fitting together and, when joined, are firmly and hermetically joined together by mortar for gluing stones.

The pedestal 9, the pillar 10, and the roof pedestal 21 are formed with corresponding rod insertion grooves 9a, 10a, 21a, respectively, and the rod insertion grooves 9a, 10a, 21a. The stone rods 26 are fitted into each other, and the recess 9 and the pillar 10 are formed with grooves 9b and 10b, respectively, into which the wall stones 11 are fitted. In the wall stones 11 and the bottom seats 12, grooves 11d and 12a, into which the partition seats 13 are fitted, are formed, respectively, and are coupled to each other.

At this time, the groove 9b is not formed in the upper portion of the support seat 9 installed at the rear as shown in FIGS. 5 and 7, because the wall seat 11 is not installed in the rear pedestal 9. to be. 6 and 7, since the partition stone 13 is not fitted into the wall stones 11 forming both side walls, the groove 11d is not formed.

The plurality of support seats 14 firmly support the plurality of supporting seats 17 installed in layers and at the same time, the closing door 18 is no longer pushed into the settling chamber 16 when the closing door 18 is closed. In order to prevent this, these supporting stones 14 are attached to the wall stones 11 and the partition stones 13 at appropriate intervals, respectively.

The sealing door 18 is to partition the plurality of planar settling chamber 16 of the support seat 17 into a plurality of seals, respectively, the handle 18a protrudes in the front center of the sealed door 18.

Therefore, the subject innovation is to place the ossuary 15 in order from the settling chamber 16 located inward, and then close the closing door 18 in order.

As shown in FIG. 3, the tower-shaped roof seat 24 has a roof cover seat 24a, a drip tray seat 24b installed at an upper portion of the roof cover seat 24a, and a roof cover installed inside the roof cover seat 24a. Pedestal column 24c, drip pedestal 24d installed inward of the roof cover pedestal 24c, two-stage pedestal 24e installed above the roof pedestal column 24c, and the It consists of a three-stage cover seat 24f, a pedestal seat 24g, and a peak 24h that are sequentially stacked on the upper center of the two-stage cover seat 24e.

Such a roof stone 24 is firmly bonded to each other by fitting, Figure 3 shows an embodiment of the tower-shaped roof stone 24 according to the present invention, but in the embodiment of the present invention roof stone as needed It should be clarified that the structure, shape, and shape of (24) can be varied and dried.

The upper and lower sides of the door 25 are formed with a bolt hole 25a through which the opening and closing bolt 27 penetrates, and rollers 28 are rotatably installed on both sides of the bottom of the door 25, and the entrance Both side pillars 10 to be formed are embedded so that the nut 29 to which the bolt 27 is fastened so as to penetrate, and an alarm 30 which is operated by contact with the bolt 27 is installed at the rear side of the nut 29. The rail 9c which guides the movement of the roller 28 which is upper both sides of the pedestal 9 provided in the back protrudes.

At this time, when the bolt 27 is fastened to the nut 29 to close the door 25, one side bolt 27 contacts the alarm 30 installed in one nut 29 to 'off' the alarm 30. On the other hand, dismantling the bolt 27 to open the door 25 in the state that the alarm release switch is not 'off', so that the alarm 30 is operated to prevent theft of the ashes.

Styropole 31 is attached to the inner surface of the door 25, the sponge 32 to block the air is attached to the inner surface edge. At this time, before closing the door 25 completely using a plurality of bolts (27) through the bolt hole (25a), the nut 29 is fitted into the last through the bolt hole (25a) through the inhaler to the air inside the crypt By closing the entrance by fastening the last bolt 27 in the discharged state can maintain the interior of the ossuary sugar in a vacuum state.

In addition, when the door 25 is opened and closed, the roller 28 rotatably installed on both sides of the lower door 25 is easily moved back and forth while rotating along the rail 9c formed in the pedestal 9.

Here, the mortar (1) (2) (7) (23) is preferably used by mixing 50% by weight quicklime powder, 30% by weight ocher powder, 20% by weight limestone powder, if necessary It can mix and use in ratio. The use of such mixed mortars (1) (2) (7) (23) is used to prevent weathering from occurring over a long period of time and to maintain a foundation balance.

Since the styropol (4) (22) 31 has the effect of room temperature, moisture resistance to prevent the occurrence of cold moisture inside the ossuary sugar.

The oak charcoal 8, which is filled in the lower part of the bottom stone 12, purifies impurities that may occur due to a naturally occurring cold humidifier after a long period of time.

In FIG. 1, reference numeral 100 denotes a vase, 200 an upper stone, 300 an incense burner, and 400 denotes a tombstone, respectively. In FIG. 2, an reference numeral 25b denotes a handle installed in the door 25.

Meanwhile, in another embodiment of the present invention, as shown in FIGS. 14 and 15, a passage 33 is formed in the inner center of the ossuary, and the chambers 16 are installed at both sides of the passage 33. The reason why the passage 33 is formed in the inner center of the ossuary is to secure more chambers 16.

Accordingly, the ossuary sugar shown in FIGS. 1 to 13 is preferably used as a family ossuary, and the ossuary shown in FIGS. 14 and 15 is preferably used as a common ossuary.

The present invention configured as described above is formed in several layers within a predetermined space, and at the same time, because the partition 13 and the sealing door 18 are divided into a plurality of lining chambers 16, a small area of the family, The common ossuary can be dried at low cost, and the stones that make up the ossuary are made of marble or granite, and they are airtightly bonded together with each other, and styropol, oak charcoal, and mortar are selectively installed into the floor, wall, and roof. Therefore, even after hundreds of years, the ossuary can be preserved firmly, and there is an advantage that maintenance costs are not required until preservation after drying of the ossuary.

In addition, the present invention can increase the user's convenience because the ossuary 15 is provided in each of the settling chambers 16, respectively, so as to increase the convenience of the user. Since the inside of the lead hole can be kept in a vacuum state, there is an advantage that the ashes are placed in a vacuum state so that the ashes can be well preserved.

In addition, the present invention is because the exterior of the ossuary is formed in the shape of a tower, so the appearance is beautiful and harmonizes with nature, thereby contributing to the national park.

As can be seen from the above, the present invention can dry the family and joint ossuary at a low cost with a small area, and can maintain the ossuary sugar firmly even after hundreds of years, and the maintenance cost is required until preservation after drying the ossuary. It is not, and in particular, there is no need to purchase a separate ossuary can increase the user's convenience, and because the enclosed ossuary is stored in a vacuum state, it is a very useful design that can preserve the remains well.

In addition, the ossuary of the present invention is a very useful design that can contribute to the national park because it is beautiful in appearance because the exterior is formed in the shape of a tower, and can further improve the burial system itself.

Claims (5)

Mortar (1) (2) and concrete (3) is bonded to the upper part of the foundation floor to be compacted into the styropol (4), concrete (5), dolmen (6), mortar (7), oak charcoal ( Base stone 9 on which 8) is laminated; A plurality of pillar stones (10) joined to the upper portion of the pedestal (9) by fitting; A wall stone 11 joined to the pedestal 9 and the pillar stone 10 to form a front wall and both side walls of the ossuary, and a styropole 11c embedded between the inner and outer walls 11a and 11b; A bottom stone 12 installed on the pedestal 6 disposed in the pedestal 9; Partition stone (13) bonded to the wall seat (11) and the bottom seat (12) by fitting; Supporting seats (17) formed on both sides of the partition stone 13 through the support seat 14 to form a settling chamber (16) in which the ossuary box 15 is stored; A sealed door 18 partitioning the settling chamber 16 into a plurality and enclosing each of the settling chambers 16; A pillar support seat 21 in which the pillar seat 10 and the wall seat 11 are joined to each other by a fitting, and the ceiling seat 19 and the concrete 20 are stacked therein; A tower-shaped roof stone 24 installed on the pillar supporter 21 and having a styropole 22 and a mortar 23 stacked therein; Ossuary per room comprising a door (25) for sealing the doorway formed between the two pillars (10) installed in the rear. According to claim 1, wherein the pedestal (9), the pillar (10), the roof pedestal (21) is formed with a corresponding rod insertion groove (9a) (10a) (21a) to the rod insertion groove (9a) ( The stone bars 26 are fitted to each other by 10a and 21a, and the recess 9 and the pillar 10 are formed with grooves 9b and 10b in which the wall stones 11 are fitted to each other. And, the stone wall 11 and the bottom stone 12, the ossuary 11, characterized in that the groove (11d) (12a) is formed to fit the partition stone 13 is coupled to each other by fitting. The upper and lower sides of the door 25 are formed with a bolt hole 25a through which the opening and closing bolt 27 penetrates, and the rollers 28 are rotatable on both sides of the bottom of the door 25. It is installed so that, both sides of the pillar 10 forming the doorway is embedded so that the nut (29) to which the bolt 27 is fastened so that the alarm (operated by contact with the bolt 27 at the rear of one nut 29) 30 is installed, the ossuary is characterized in that the rail (9c) for guiding the movement of the roller (28) on the upper side of the pedestal (9) that is installed in the rear projected. 4. The ossuary according to claim 3, wherein a styropole (31) is attached to an inner surface of the door (25), and a sponge (32) for blocking air is attached to an inner surface edge. The ossuary according to claim 1, characterized in that passages (33) are formed in the inner center of the ossuary and the settlement chambers (16) are provided on both sides of the passages (33).