KR200411722Y1 - The environmental-friendly circumference stone charnel house - Google Patents

Abstract

The present invention relates to environmentally friendly fossil ossuary.

The eco-friendly fossil gravel of the present invention is installed in the basement excavated along the circumference of the planar shape, but has a protrusion projecting over the ground along the circumference, and the lime mortar formed by mixing water with lime A compaction foundation formed by curing; A base support portion formed by installing natural stones on the front and rear sides of the protrusion to support the protrusion of the ash compaction base; A crypt, which is made of natural stone, is settled on the protrusion of the base of the compaction, and is provided with a plurality of crypts; The ossuary is installed in the ossuary installation hole and is formed with a breathable primitive roaster, the ashes are contained therein, the ashes are filled and the ocher is filled in the remaining space; Ossuary stone protection unit is provided with a plurality of natural stones on the front and rear of the ossuary; A top plate made of natural stone and installed on the ossuary stone protection unit; Consists of rod-forming soil is buried in an arc shape in the inner space of the top plate.

According to the present invention, the ashes are decomposed in a short time, have a natural appearance in the form of arc-shaped rods, and the odor generated during the decomposition of the ashes does not leak out.

Ocher, Roasted Beef, Ossuary, Ossuary, Bonbon

Description

Environmentally Friendly Fossil Ossuary {THE ENVIRONMENTAL-FRIENDLY CIRCUMFERENCE STONE CHARNEL HOUSE}

1 is a partial cutaway perspective view showing a conventional crypt.

Figure 2 is a partially cut away exploded perspective view showing an environmentally friendly fossil cryptus of the present invention.

Figure 3 is a partial cutaway perspective view showing an environmentally friendly rock formation gravel of the present invention.

Figure 4 is a partially cut away exploded perspective view showing a state in which the base support and the crypt is installed on the foundation of the compaction of the present invention.

Figure 5 is a partial cutaway perspective view showing a state filled with ocher in the space created by the crypt and the upper plate.

<Detailed Description of Major Symbols in Drawing>

10: basic compaction 11: protrusion

12: support seat insertion groove 20: foundation support

21: front support stone 21a: front slab insertion groove

22: rear support stone 30: crypt

31: ossuary insertion hole 40: ossuary

41: lid 50: crypt bone protection

51: front slab 52: rear slab

53: auxiliary stone plate 60: top plate

61: slab insert groove 70: rod forming soil

80: ocher 90: ashes

100: stairs

The present invention relates to environmentally friendly fossil ossuary.

Generally, funeral methods include burial and cremation, and then the remains of the dead in the ossuary graves have recently been cremated due to the lack of land to be used as graveyards.

Also, after burial for a period of time, a method of extracting ashes from burial mounds and storing them in the ossuary is also used.

Recently, when the ashes are stored in the ossuary in the manner described above, preventing the odor of the ashes and preventing environmental pollution of the ashes has become a top issue in the related field.

As a technology for preventing such environmental pollution, 'environmentally friendly ossuary grave' (Korean Registered Utility Model Publication No. 20-0383940) devised by the applicant of the present invention was devised.

In addition, 'environmentally friendly staircase gravel grave' (Korea Registered Utility Model Publication No. 20-0383820) was created to allow the ashes to be easily decomposed in the soil without using a separate burial box, but to be used on a slope.

As described above, the ossuary gravel 100 is formed, so that the ashes can be easily decomposed into the soil through the lower gray compaction layer without installing the ossuary.

However, in the case of not using the ossuary as described above, there is a problem in that the users are reluctant to use the ancestors from the standpoint of the descendants, making them feel polite.

In addition, it took time too long for the ashes to seep into the soil and decompose naturally, there was also a problem that is not reasonable in terms of recycling of the country.

The eco-friendly fossils gravel of the present invention is to solve the above problems, using a well-ventilated superb roaster as a crypt, and filling the crypts with ashes and loess together to speed up the ashes by decomposing microorganisms contained in ocher. It is intended to be decomposed in time.

At the same time, the use of the ossuary is intended to give a sense of politeness to the ancestors from the standpoint of the offspring.

In addition, there is a purpose to form the shape of the ossuary grave in a traditional arc shape to improve the aesthetics.

Also, the ossuary is intended to be installed around the ossuary to make it easier to install the ossuary containing the remains of the body in the ossuary.

In addition, there is a purpose to prevent the odor generated from the ashes such as crypt, crypt protection, tops, ocher does not leak well to the outside.

In particular, it is also an object to provide a sapphire seedling having a simple structure and low installation cost by enabling external air movement, microbial movement, and water movement using the pottery roaster and loess instead of materials such as charcoal and ceramic.

The present invention relates to environmentally friendly fossil ossuary.

Hoseok (석 石) is a stone encircled around the tomb.

The fossil ossuary gravel of the present invention uses a well-ventilated pristine roaster as a crypt, and fills the ashes and ocher together to decompose the ashes through the decomposition of microorganisms contained in the ocher.

At the same time, the use of the ossuary gives a sense of politeness to the ancestors.

In addition, the ossuary is installed around the ossuary and it is easy to install the ossuary containing the remains of the body in the ossuary.

In addition, the odor generated from the ashes such as the ossuary, the ossuary protector, the top plate, the loess, etc. are not easily leaked to the outside.

To this end, the eco-friendly fossils of the present invention are installed in the basement, which is excavated along the periphery of the planar shape, and have protrusions protruding from the ground along the periphery, and are formed by mixing lime and soil and pouring water. Ash compaction base formed by curing lime mortar; A base support portion formed by installing natural stones on the front and rear sides of the protrusion to support the protrusion of the ash compaction base; A crypt, which is made of natural stone, is settled on the protrusion of the base of the compaction, and is provided with a plurality of crypts; The ossuary is installed in the ossuary installation hole and is formed with a breathable primitive roaster, the ashes are contained therein, the ashes are filled and the ocher is filled in the remaining space; Ossuary stone protection unit is provided with a plurality of natural stones on the front and rear of the ossuary; A top plate made of natural stone and installed on the ossuary stone protection unit; Consists of rod-forming soil is buried in an arc shape in the inner space of the top plate.

Hereinafter, the technical idea of the present invention will be described in detail with reference to the accompanying drawings.

However, the accompanying drawings are only one example for illustrating the technical idea of the present invention in more detail, and thus the technical idea of the present invention is not limited to the accompanying drawings.

The compaction foundation 10, which is a component of the present invention, is installed in the basement excavated along the circumference of the planar shape.

The planar shape is a polygonal shape such as a circle, an ellipse, a hexagon, or an octagon.

That is, as shown in Figure 2 is to be installed in the excavated basement having a constant width along the circumference of the plan view.

In addition, the ash compaction base 10 is formed by curing lime mortar formed by mixing lime and soil and then pouring water.

As shown in the drawing, the compaction base 10 has a protrusion 11 protruding at a constant height onto the ground.

At this time, the upper surface of the protrusion 11 is parallel to the ground so that the natural stone can be placed thereon.

The reason for forming the lime compaction foundation 10 with lime mortar is that it prevents the settlement of the structure on the compaction foundation 10 and at the same time does not contaminate the environment during disposal like conventional concrete.

That is, since the decomposition in the soil after a long time with a constant strength is an environmentally friendly material.

The base support 20, which is a component of the present invention, is formed with natural stones installed on the front and rear surfaces of the protrusions 11 so as to support the protrusions 11 of the foundation compaction 10.

At this time, as shown in the drawing, the support stone inserting groove 12 is formed in the foundation compaction 10 so that the front support stone 21 installed on the front surface of the protrusion 11 among the components of the base support 20, and the protrusion 11 It is preferable that the lower portion of the rear support stone 22 installed on the rear surface is inserted into the support seat insertion groove 12 so as to be able to counter the side pressure from the inside of the top view to the outside.

The crypts 30 as a component of the present invention are made of natural stone, are placed on the protrusions of the foundation compaction 10, and a plurality of crypts are installed in the hole 31.

At this time, when the width of the ossuary stone 30 is large, the base support part 20 is not settled only on the protrusion 11, but is also placed on the front support stone 21 and the rear support stone 22 of the base support part 20. It is preferable that the front support stone 21 and the rear support stone 22 has the same height as the top of the protrusion 11 in the state installed before and after the protrusion (11).

The ossuary box 40, which is a component of the present invention, is inserted and installed in the ossuary box installation hole 31 of the ossuary stone 30.

The ossuary 40 is formed with a breathable primitive pottery, and the ashes 90 are contained therein.

In particular, the ashes 90 are contained in the remaining space is filled with ocher (80).

The first roasting pottery refers to a pottery baked in a kiln without glaze applied. The first roasting pottery is highly breathable and contrasts with a porcelain produced through a conventionally used chaebol.

That is, the glaze is coated and the porcelain produced through the chaebol grilled air is small so that the air inside the crypts 40 is not communicated with the outside air, whereas the crypts 40 used in the present invention allow the air inside to communicate with the outside air. It is.

The ossuary 40 is preferably installed with a lid 41 made of a primitive roaster as shown in the figure.

In addition, the ossuary 40 may be formed to a size not tightly in the ossuary installation hole 31, the ossuary 40 may be installed and filled with ocher in the remaining ossuary installation hole 31 space.

In this case, condensation due to air temperature difference inside and outside the ossuary 40 does not occur because the inside is not empty like the conventional ossuary 40, and the ashes 90 inside the ossuary 40 are loess inside the ossuary 40. As well as 80, the microorganisms may be decomposed by the loess inside the crypt installation hole 31, and the moisture generated during the decomposition is easily discharged to the exterior of the crypt 40.

The crypt bone protection unit 50 is a component of the present invention is configured by installing a plurality of natural stones on the front and rear of the crypt bone 30.

Referring to the crypt bone protection unit 50 with a more specific example,

The front stone plate 51 is made of natural stone and installed on the front of the ossuary stone 30,

The backplate 52 is made of natural stone and installed on the rear of the ossuary stone 30,

It is made of natural stone and can be configured as an auxiliary stone plate 53 is installed between the front and rear slabs 51 and 52.

The front slab 51 and the rear slab 52 protect the crypts 30 from the inside and outside of the crypts 30, and the auxiliary slabs 53 support the front slabs 51 and the rear slabs 52. At the same time, when the structure is placed on the front slab 51 and the rear slab 52 is to be installed to support the load auxiliary.

The crypt bone protection unit 50 is not necessarily to be formed as above, it is also possible to configure only the front slab 51 and the rear slab 52.

In addition, in order to prevent the front slab 51 of the vertebral stone protection part 50 from being pushed out by the side pressure, the front slab insertion groove is formed in the upper portion of the front support stone 21 which forms the base support 20. 21a) and the lower portion of the front slab 51 may be inserted into the front slab insertion groove 21a.

The upper plate 60, which is a component of the present invention, is made of natural stone, and is installed on the ossuary stone protection part 50 to serve to block the ossuary stone 30 from the outside.

As shown in the figure, the upper plate 60 is preferably formed with a slab insertion groove 61 into which the upper end of the front slab 51 or the rear slab 52 is fitted.

This is to prevent the upper plate 60 from being pushed out by the side pressure from the inside of the ossuary to the outside.

To this end, the top of the front slab 51 and the rear slab 52 should protrude upward from the top of the crypts 30.

In this case, a space surrounded by the front slab 51 and the rear slab 52 and the upper plate 60 protruding to the upper end of the ossuary 30 is formed, and the loess 80 may be filled in the space.

When the ocher 80 is filled in this space, as described above, all of the inner space is filled with the ocher 80 to prevent odors, increase the rate of microbial decomposition, and improve the rate of water discharge.

The rod-forming soil 70, which is a component of the present invention, refers to general soil, and is embedded in an arc-like shape in the internal space from the foundation base 10 to the place where the upper plate 60 is installed.

On it, grass can be planted in the same manner as in the conventional wax powder to improve the appearance.

Referring to the operation of the present invention configured as described above are as follows.

Referring to the process of installing the ossuary grave of the present invention is as follows.

First, a circle or a square is shown on the ground where the ossuary grave is to be installed, and the ground of the portion shown is excavated with a constant width.

Then form the formwork for the installation of the compaction foundation (10) in the excavated land, and mixed with lime and soil, poured the lime mortar formed by pouring water into the form and curing for a period of time to complete the foundation of the compaction (10) do.

After completing the compaction foundation 10, the foundation support 20 is formed before and after the projection 11 of the compaction foundation.

That is, the front support stone 21 is provided in front of the projection 11, and the rear support stone 22 is provided at the rear of the projection 11.

At this time, as described above, if there is a support seat insertion groove 12 in the foundation compaction 10, the front support seat 21 and the rear support seat 22 may be inserted into the support seat insertion groove 12 and fixed.

After the formation of the foundation support 20, the crypts 30 are installed by placing the crypts 30 on the protrusions 11.

After the installation of the ossuary stone 30 is completed, the ossuary stone protection unit 50 is formed in front and rear of the ossuary stone 30.

The frontal slab 51 is installed on the front side of the vertebral stone 30 by the method of forming the crypts and the stone protection part 50, and the rear side slab 52 is installed on the rear side.

In addition, an auxiliary slab 53 is provided between the front slab 51 and the rear slab 52.

After the formation of the ossuary stone protection part 50 is finished, the upper plate 60 is placed on the upper portion of the ossuary stone protection part 50, and the rod-forming soil 70 is formed into an inner space of the upper plate 60 to have an arc shape. After reclamation, planting grass completes the ossuary.

When installing after installing the ashes 90 in the ossuary 40, slightly cut the rod-forming soil 70 at the corresponding position, lift the upper plate 60, and then ossuary in the ossuary 30 of the ossuary stone 30. Just put in (40).

After installing the ossuary box 40, the top plate 60 may be reinstalled and the rod-forming soil 70 may be filled.

When used as a general family seedlings, the frequency of occurrence of the body is less, so you can install the ossuary 40 in the above manner.

On the other hand, in the case of a rapid occurrence of the body, such as local governments, the ossuary (40) is installed in the ossuary installation hole (31) of the ossuary stone (30) at the end of the time of refilling the rod-forming soil (70). After the rod forming soil 70 may be embedded.

According to the present invention, the well-ventilated superb roaster is used as a crypt, and the ashes are filled with ashes and ocher together in the ossuary, so that the ashes are decomposed quickly through the decomposition of microorganisms contained in the ocher.

At the same time, the use of the ossuary gives a sense of politeness to the ancestors from the standpoint of the offspring.

Also, the ossuary is installed around the ossuary and it is easy to install the ossuary containing the remains of the body in the ossuary.

In addition, the odor generated from the ashes through the ossuary, ossuary protection unit, top plate, loess, etc. do not leak well to the outside.

In particular, by using the primitive roaster and loess instead of the material, such as charcoal, ceramic, etc., it is possible to move the outside air in the ossuary, the movement of the microorganisms, and the movement of moisture, thereby providing a crypt of a simple structure and low installation cost.

Claims (5)

In the ossuary, It is installed in the basement excavated along the circumference of the planar shape, but has a protrusion 11 protruding from the ground along the circumference, and is formed by curing lime mortar formed by mixing lime and soil, and curing lime mortar. 10; A base support portion 20 formed by installing natural stones on the front and rear surfaces of the projection portion 11 to support the projection portion 11 of the foundation compaction 10; It is made of natural stone, is placed on the protrusion 11 of the foundation base 10, the ossuary stone 30 and a plurality of ossuary installation hole 31 is installed; The ossuary is installed in the ossuary installation hole 31, is formed with a breathable pottery porcelain, the ashes 90 are contained therein, the ashes 90 are filled and the oak 80 is filled in the remaining space. 40; A crypt ostrial protection unit 50 having a plurality of natural stones installed on the front and rear of the crypts 30; It is made of natural stone, the upper plate 60 is installed on the ossuary stone protection unit 50; Comprising, comprising; rod-forming soil 70 is buried in an arc shape in the inner space of the top plate 60, Environmentally friendly fossil ossuary. The method of claim 1, The ossuary 40 is characterized in that the lid 41 formed of a superb roaster having breathability is installed, Environmentally friendly fossil ossuary. The method of claim 1, The crypt bone protection unit 50, The front stone slab made of natural stone and installed on the front of the ossuary (30) and the rear slab (52) made of natural stone and installed on the rear of the ossuary (30), the front stone (51) and the rear of the natural stone. Characterized in that the auxiliary slab 53 is provided between the slabs 52, Environmentally friendly fossil ossuary. The method of claim 3, wherein The upper end of the front slab 51 and the rear slab 52 protrudes upward from the top of the crypts 30, and in an inner space surrounded by the front slab 51, the rear slab 52, and the upper plate 60. Characterized in that the ocher 80 is filled, Environmentally friendly fossil ossuary. The method of claim 3, wherein Characterized in that the lower plate of the upper plate 60 is formed with a slab insertion groove 61 is inserted into the upper end of the front slab 51 or the rear slab 52, Environmentally friendly fossil ossuary.

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