KR20110084474A - The ashes box of triple stracture for prevention of ashes rottenness - Google Patents

Abstract

PURPOSE: A triple structured bone ash storage box for preventing ashes corruption is provided to structurally prevent the corrosion due to high humidity and in and outside temperature difference. CONSTITUTION: A triple structured bone ash storage box for preventing ashes corruption comprises an enclosure container(110), an adiabatic container(130), an inner container, an inner container lid, an adiabatic container lid(140) and an enclosure container lid(120). The enclosure container has the adiabatic container receiving space having open top in inside. The adiabatic container is accepted in the adiabatic container receiving space of the enclosure container. An inner receiving space having open top is formed in inside of the enclosure container. The inner container is accepted in inner receiving space of the adiabatic container. The powdered remains are installed in the internal space of the inner container. The inner container lid opens and closes the top of the inner container. The adiabatic container lid opens and closes the top of the adiabatic container at the upside of the inner container lid. The enclosure container lid opens and closes the top of the enclosure container at the upside of the adiabatic container lid.

Description

The Ashes Box of Triple Stracture for Prevention of Ashes Rottenness

The present invention relates to a triple structure ossuary for preventing bone decay, and more specifically, a bone decay prevention triple that can structurally prevent decay due to condensation and moisture due to a temperature difference from the outside of the deceased to be charged and preserved. It is about structural ossuary.

In general, when a person dies, the burial or cremation is buried according to a funeral procedure. In Korea, customs are made and buried according to Confucian tradition. Recently, however, the burial of culture is encouraged due to the cremation of the land by the cemetery. At this time, when cremation of the body is generally stored in the ossuary after storing the ashes generated by cremation in the ossuary.

The ossuary is used for preserving the ashes of the cosmetically treated dead in the ossuary grave or the ossuary, and puts the ashes in a body made of porcelain or stone and closes and seals the lid.

By the way, since the urns are made of pottery or stone, there is a problem in that the ashes decay over time, causing odors and bugs. In other words, when the ashes are stored in a conventional ossuary, condensation occurs when moisture is generated on the inner wall of the ossuary if a temperature difference occurs depending on weather or season. At this time, as the generated moisture flows down to the ashes and is absorbed into the ashes, the ashes are naturally deteriorated or decayed.

Technical problem to be solved by the present invention in order to solve the above problems, the ashes decay prevention triple structure that can be structurally prevent the decay caused by the dew condensation and moisture caused by the temperature difference with the outside of the deceased is preserved by the cosmetic treatment To present the ossuary.

In addition, another technical problem to be achieved by the present invention is to present a triple structure crypt box for ashes rot prevention of the triple structure of the enclosure, the insulation container, the inner box.

In addition, another technical problem to be achieved by the present invention, the ashes and anti-corrosion can be configured to selectively use any one of stone material, stone powder material, synthetic resin material of thermosetting resin, metal material, wood To present a triple rescue ossuary.

In addition, another technical problem to be achieved by the present invention, the insulating material container configured between the enclosure and the interior of the ocher, ocher mixture, diatomaceous earth, styrofoam, cork, felt, cork carbide, foam rubber, wood selected from To present a triple structure ossuary for preventing ash decay can be configured using.

In addition, another technical problem to be achieved by the present invention, the three-dimensional structure of the ossuary decay prevention structure that can be configured by using any one of the shape of the cube and cube, cube, pentagon, octahedron, cylinder, pyramid shape selectively To present.

In addition, another technical problem to be achieved by the present invention is to present a triple structure crypt box for preventing bone corruption to be sealed by nailing when the enclosure is made of wood.

In addition, another technical problem to be achieved by the present invention is to provide a three-layered skeleton structure for preventing bone corruption is attached to at least one picture frame for embedding the photograph of the deceased or family photos on the outer peripheral surface of the container container.

In addition, another technical problem to be achieved by the present invention is a triple structure for preventing bone decay is attached to the outer peripheral surface of the enclosure container is attached at least one frame containing a paper or coated paper with the words that the family wanted to tell the deceased. To present the ossuary.

In addition, another technical problem to be achieved by the present invention is to present a triple structure crypt box for preventing the ashes corruption is attached to the outer peripheral surface of the container container.

In addition, another technical problem to be achieved by the present invention, by engraving the cross, the figure of Jesus, the Bible, etc. on the outside of the container container or the container container, it is possible to greatly improve the quality and added value of the product with a visual decorative effect. It is to present a triple structure ossuary for preventing ash corruption.

The problem of the present invention is not limited to those mentioned above, and other problems not mentioned will be clearly understood by those skilled in the art from the following description.

As a means for solving the above-described technical problem, the family flat box according to the present invention, the upper container is opened in the inner container container with a heat insulating material storage space is formed therein, the heat insulating material container storage space of the enclosure container, the top is open A heat insulation container having an inner container storage space formed therein, a container container for storing ashes in the inner space, a container container for opening and closing an upper portion of the container container, and a container lid And an insulation lid for opening and closing an upper portion of the insulation container from above, and an enclosure lid for opening and closing an upper portion of the enclosure container from above the insulation lid.

The enclosure container and the enclosure lid is composed of any one of stone material, stone powder material, synthetic resin material of the thermosetting resin, metal material, wood, the insulation container and the insulation lid is ocher, ocher mixture, diatomaceous earth, styrofoam, cork, Felt, cork carbide, foam rubber, wood is composed of any one material, the container container and the container lid is composed of any one of stone material, stone powder, synthetic resin material of thermosetting resin, metal material, wood, The stone material includes granite, marble, and natural stone, the stone material includes jade, earth, porcelain, ceramics, the wood includes paulownia, red pine, juniper, and the ocher mixture is charcoal to ocher Or jade powder.

The enclosure container and the enclosure lid has any one of a cube, a cube, a pentagon, an octahedron, a cylinder, a pyramid shape, the container container and the container lid is any one of a cube, cube, pentagon, octahedron, cylinder, pyramid shape It has a shape.

When the enclosure container and the enclosure lid is made of wood, it may be sealed by nailing with nails or metal nails.

At least one photo frame is attached to the outer circumference of the enclosure container to insert a photograph of a deceased person or a family photograph, and a paper or coated paper is written on another outer surface of the enclosure container in which a survivor wishes to tell the deceased. At least one picture frame is attached, and an inscription is attached or engraved on another outer surface of the container container.

According to the present invention, it has a triple structure of an enclosure, an insulation container, and an enclosure, so that the ashes of the deceased person, which is charged and stored by cosmetic treatment, can be structurally prevented from decay due to condensation and moisture due to a temperature difference from the outside. It is very effective.

In addition, the enclosure and the inner box has the advantage that can be selectively configured any one of stone material, stone powder material, thermosetting resin synthetic material, metal material, wood.

In addition, there is an advantage that can be selectively configured any one material of ocher, ocher mixture, diatomaceous earth, styrofoam, cork, felt, cork carbide, foam rubber, wood, the insulation container configured between the enclosure and the enclosure.

In addition, the enclosure and the inner box has the advantage that can be selectively configured any one of the shape of a cube, a cube, a pentagon, octahedron, cylinder, pyramid.

In addition, if the enclosure is made of wood, it can be sealed by nailing.

In addition, there is an advantage that can be attached to at least one or more picture frames for embedding the photograph of the deceased or family photos on the outer peripheral surface of the enclosure container.

In addition, there is an advantage in that at least one frame can be attached to the outer peripheral surface of the container container to insert a paper or coated paper with a small number of words to say to the deceased.

In addition, there is an advantage that can be attached to the inscription on the outer peripheral surface of the container container.

In addition, by engraving the cross, the figure of Jesus, and the words of the Bible on the outside of the enclosure or the container, it is possible to greatly improve the quality and added value of the product together with the visual decoration effect.

The effects of the present invention are not limited to those mentioned above, and other effects that are not mentioned will be clearly understood by those skilled in the art from the following description.

1 and 2 is a block diagram of a three-structure crypt box for preventing bone corruption according to a first embodiment of the present invention
Figure 3 and Figure 4 is a block diagram of a three-structure crypt box for preventing bone corruption according to a second embodiment of the present invention
Figure 5 is a block diagram of a three-structure crypt box for preventing bone corruption according to a third embodiment of the present invention
Figure 6 is a block diagram of a three-structure crypt box for preventing bone corruption according to a fourth embodiment of the present invention
Figure 7 is a block diagram of a three-dimensional structure crypt box for preventing bone rot according to a fifth embodiment of the present invention
8 is a block diagram of a three-layer structure crypt box for preventing bone decay according to the sixth embodiment of the present invention

DETAILED DESCRIPTION Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings so that those skilled in the art may easily implement the present invention. As those skilled in the art would realize, the described embodiments may be modified in various different ways, all without departing from the spirit or scope of the present invention. In the drawings, parts irrelevant to the description are omitted in order to clearly describe the present invention, and like reference numerals designate like parts throughout the specification.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

First embodiment of the triple structure ossuary

1 and 2 is a block diagram of a three-structure crypt box for preventing bone decay according to the first embodiment of the present invention.

As shown in FIGS. 1 and 2, the triple structure crypt box 100 for preventing bone decay according to the first embodiment of the present invention is an enclosure container 110, an enclosure lid 120, an insulation (or insulation) container ( 130, the heat insulating material lid 140, the inner box 150 is configured.

First, the enclosure container 110 has a rectangular parallelepiped or a cube shape, and the stepped 111 is formed at an upper portion thereof. The upper surface of the stepped 111 has a heat insulation container storage space (not shown) with an upper portion formed therein. The insulation container storage space is configured to receive and install the insulation container 130.

The heat insulating material container 130 is installed in the heat insulating material container storage space of the enclosure container 110, the stepped portion 131 is formed on the upper portion, the upper box is opened in the inner box storage space 132 ) Is formed inside. At this time, the depth of the container storage space 132 is formed to be smaller than the overall height of the inner box 150, preferably be smaller than or equal to the height of the inner container container 151. The shape of the heat insulating material container 130 is configured to correspond to the shape of the heat insulating material container storage space formed in the enclosure container 110.

The inner box 150 is composed of an inner container container 151 and the inner container lid 152 for storing the ashes of the deceased in the inner space. The container container 151 is accommodated in the container storage space 132 of the heat insulating material container 130. At this time, when the container container 151 is installed in the container storage space 132, the upper end of the container container 151 is located at the same level as the upper surface of the heat insulating material container 130 or the heat insulating material container 130 It is preferable to be located higher than the upper surface of. The container container 151 is configured to correspond to each other and the shape of the container storage space 132.

The container lid 152 is configured to open and close an upper portion of the container container 151. The enclosure lid 152 is shown in Figure 2 simply, but includes all known techniques for sealing the outside air to prevent humidity and condensation.

The heat insulating material cap 140 is configured to open and close the upper portion of the heat insulating material container 130 above the inner container lid 152.

In addition, the enclosure lid 120 is configured to open and close the upper portion of the enclosure container 110 above the insulation cap 140. The enclosure lid 120 is shown briefly in FIGS. 1 and 2, but includes all known techniques for sealing the outside air to prevent humidity and condensation.

The enclosure container 110 and the enclosure lid 120 may be composed of any one of stone material, stone powder material, thermosetting resin synthetic material, metal material, wood. Here, the stone material includes granite, marble, natural stone, the stone material includes jade, earth, porcelain, ceramics, the timber includes paulownia, red pine, juniper.

The heat insulating material container 130 and the heat insulating material lid 140 may be made of any one material of ocher, ocher mixture, diatomaceous earth, styrofoam, cork, felt, cork carbide, foam rubber, wood. At this time, the ocher mixture is characterized in that the mixture of charcoal or jade powder on ocher.

The container container 151 and the container lid 152 may be made of any one of stone material, stone powder material, thermosetting resin synthetic material, metal material, wood. As described above, the stone material includes granite, marble, and natural stone, the stone material includes jade, earth, porcelain, ceramics, and the timber includes paulownia, red pine, and juniper.

The enclosure container 110 and the enclosure lid 120 may have any one of a cuboid, a cube, a pentahedron, an octahedron, a cylinder, and a pyramid shape. Similarly, the container container 151 and the container lid 152 may have any one of a cuboid, a cube, a pentagon, an octahedron, a cylinder, and a pyramid shape.

When the enclosure container 110 and the enclosure lid 120 is made of wood, it may be sealed with a nail or metal nail to seal the inside.

As described above, the family crypt box 100 according to the first embodiment of the present invention has a triple structure of the enclosures 110 and 120, the heat insulators 130 and 140, and the inner box 150, so that the deceased is charged and stored by cosmetic treatment. It can structurally prevent the ashes from decaying due to condensation and moisture due to the temperature difference with the outside. That is, the condensation phenomenon can be eliminated at the source, can prevent the decay of the ashes, and can suppress the smell of the ashes is environmentally friendly.

Second Embodiment of Triple Structure Ossuary

Figure 3 and Figure 4 is a block diagram of a three-structure crypt box for preventing bone corruption according to a second embodiment of the present invention.

The ash structure corruption prevention triple structure 200 box according to the second embodiment of the present invention, as shown in Figures 3 and 4, the enclosure container 210, the enclosure lid 220, the heat insulator (or insulation) container ( 230, the heat insulating material lid 240, the inner box 250.

The enclosure container 210 has a rectangular parallelepiped or a cube shape, and a stepped 211 is formed at an upper portion thereof. On the upper surface of the step 211 is formed a heat insulating material container space 212 is opened inside. The insulation container storage space 212 is configured to receive and install the insulation container 230.

The heat insulating material container 230 is installed inside the heat insulating material container receiving space 212 of the enclosure container 210, and has an inner container storage space 231 having an upper portion opened thereon. At this time, the depth of the container storage space 231 is formed to be smaller than the overall height of the inner box 250, preferably be smaller than or equal to the height of the inner container container 251. The shape of the heat insulating material container 230 is configured to correspond to the shape of the heat insulating material container receiving space 212 formed in the enclosure container 210.

The inner container 250 is composed of an inner container container 251 and the inner container lid 252 for storing the bone ash of the deceased in the inner space. The container container 251 is accommodated in the container storage space 231 of the heat insulating material container 230. At this time, when the container container 251 is installed in the container storage space 231, the upper end of the container container 251 is located at the same level as the upper surface of the heat insulating material container 230 or the heat insulating material container 230 It is preferable to be located higher than the upper surface of. The container container 251 is configured to correspond to the shape of the container storage space 231.

The container lid 252 is configured to open and close an upper portion of the container container 251. The inner lid 252 is shown in Figure 2 simply, but includes all known techniques for sealing the outside air to prevent humidity and condensation.

The heat insulating material lid 240 is configured to open and close the upper portion of the heat insulating material container 230 from the top of the inner container lid 252, the stepped 241 is formed at the bottom, and corresponds to the inner container lid 252 An inner container lid storage space (not shown, see 341 in FIG. 5) is formed at the position. In this case, the step 241 is inserted into the insulation container receiving space 212 formed in the enclosure container 210, as shown in Figure 3 and 4, the insulating material containing the inner box 250 It serves to seal the container storage space (212).

In addition, the enclosure lid 220 is configured to open and close the upper portion of the enclosure container 210 above the insulation cap 240. The enclosure lid 220 is shown briefly in FIGS. 3 and 4, but includes all known techniques for sealing the outside air to prevent humidity and condensation.

The enclosure container 210 and the enclosure lid 220 may be made of any one of stone material, stone powder material, thermosetting resin synthetic material, metal material, wood. Here, the stone material includes granite, marble, natural stone, the stone material includes jade, earth, porcelain, ceramics, the timber includes paulownia, red pine, juniper.

The insulation container 230 and the insulation lid 240 may be made of any one material of ocher, ocher mixture, diatomaceous earth, styrofoam, cork, felt, cork carbide, foam rubber, wood. At this time, the ocher mixture is characterized in that the mixture of charcoal or jade powder on ocher.

The container container 251 and the container lid 252 may be made of any one material of stone material, stone powder material, thermosetting resin synthetic material, metal material, wood. As before, the stone material includes granite, marble, and natural stone, the stone material includes jade, earth, porcelain, ceramics, and the timber includes paulownia, red pine, and juniper.

The enclosure container 210 and the enclosure lid 220 may have any one of a cuboid, a cube, a pentahedron, an octahedron, a cylinder, and a pyramid shape. Similarly, the container container 251 and the container lid 252 may have any one of a cuboid, a cube, a pentagon, an octahedron, a cylinder, and a pyramid shape.

When the enclosure container 210 and the enclosure lid 220 are made of wood, it may be sealed with nails or metal nails to seal the inside.

As described above, the family crypt box 200 according to the second embodiment of the present invention has a triple structure of the enclosures 210 and 220, the heat insulators 230 and 240, and the inner box 250, so that the deceased is preserved by charging the cosmetics. It can structurally prevent the ashes from decaying due to condensation and moisture due to the temperature difference with the outside. That is, the condensation phenomenon can be eliminated at the source, can prevent the decay of the ashes, and can suppress the smell of the ashes is environmentally friendly.

Third Embodiment of Triple Structure Ossuary

Figure 5 is a block diagram of a three-structure crypt box for preventing bone corruption according to a third embodiment of the present invention.

As shown in FIG. 5, the ash structure anti-corruption triple structure cavities 300 according to the third embodiment of the present invention includes an enclosure container 310, an enclosure lid 320, an insulation (or insulation) container 330, and The heat insulating material lid 340, the inner box 350 is configured.

The enclosure container 310 has a rectangular parallelepiped or a cuboid shape, and an insulation container storage space 311 having an upper portion opened on an upper surface thereof is formed therein. The insulation container storage space 311 is configured to accommodate and install the insulation container 330.

The heat insulating material container 330 is installed inside the heat insulating material container receiving space 311 of the enclosure container 310, the upper container is formed inside the inner storage space (not shown). At this time, the depth of the container storage space is formed to be smaller than the overall height of the inner box 350, preferably it is formed to be smaller than or equal to the height of the container container (see 251 of Figure 4). The shape of the heat insulating material container 330 is configured to correspond to the shape of the heat insulating material container receiving space 311 formed in the enclosure container 310.

The container 350 is composed of a container container (not shown, 251 of FIG. 4) and a container lid (not shown, 252 of FIG. 4) for storing the ashes of the deceased in the inner space. The container container is accommodated in the container storage space of the heat insulating material container 330. In this case, when the inner box 350 is installed in the inner box storage space, the upper end of the inner container container is preferably located at the same level as the upper surface of the insulator container 330 or higher than the upper surface of the insulator container 330. Do. The inner box 350 is configured to correspond to the shape of the inner box storage space.

The insulation cap 340 is configured to open and close the upper portion of the insulation container 330 above the inner box 350, the lower portion of the inner container lid receiving space 341 at a position corresponding to the lid of the inner box 350. Is formed. At this time, the heat insulating material lid 340 is inserted into the heat insulation container receiving space 311 formed in the enclosure container 310, as shown in FIG. It serves to seal the space 311.

In addition, the enclosure lid 320 is configured to open and close an upper portion of the enclosure container 310 above the insulation cap 340. The enclosure lid 320 is shown in FIG. 5 briefly, but includes all known techniques for sealing the outside air to prevent humidity and condensation.

The enclosure container 310 and the enclosure lid 320 may be made of any one of stone material, stone powder material, thermosetting resin synthetic material, metal material, wood. Here, the stone material includes granite, marble, natural stone, the stone material includes jade, earth, porcelain, ceramics, the timber includes paulownia, red pine, juniper.

The heat insulating material container 330 and the heat insulating material lid 340 may be made of any one material of ocher, ocher mixture, diatomaceous earth, styrofoam, cork, felt, cork carbide, foam rubber, wood. At this time, the ocher mixture is characterized in that the mixture of charcoal or jade powder on ocher.

The inner box 350 may be made of any one of stone material, stone powder material, synthetic resin material of thermosetting resin, metal material, wood. As before, the stone material includes granite, marble, and natural stone, the stone material includes jade, earth, porcelain, ceramics, and the timber includes paulownia, red pine, and juniper.

The enclosure container 310 and the enclosure lid 320 may have any one of a cuboid, a cube, a pentagon, an octahedron, a cylinder, and a pyramid shape. Similarly, the inner box 350 may also have any one of a cuboid, a cube, a pentagon, an octahedron, a cylinder, and a pyramid shape.

When the enclosure container 310 and the enclosure lid 320 are made of wood, the interior of the enclosure can be sealed by nails 321 or metal nails.

As such, the family crypt box 300 according to the third embodiment of the present invention has a triple structure of the enclosures 310 and 320, the heat insulating materials 330 and 340, and the inner box 350, so that the deceased is preserved by charging the cosmetics. It can structurally prevent the ashes from decaying due to condensation and moisture due to the temperature difference with the outside. That is, the condensation phenomenon can be eliminated at the source, can prevent the decay of the ashes, and can suppress the smell of the ashes is environmentally friendly.

Fourth embodiment of triple structure ossuary

Figure 6 is a block diagram of a three-structure crypt box for preventing bone decay according to a fourth embodiment of the present invention.

As shown in FIG. 6, the ash structure anti-corruption triple structure crypt box 400 according to the fourth embodiment of the present invention includes an enclosure container 410, an enclosure lid 420, an insulation (or insulation) container 430, and The heat insulating material lid 440, the inner box 450 is configured.

The enclosure container 410 has a cylindrical shape, the stepped portion 411 is formed on the top. The upper surface of the step 411 is formed with a heat insulation container storage space (not shown) with an open top. The insulation container storage space is configured to accommodate and install the insulation container 430.

The heat insulating material container 430 is installed in the heat insulating material container storage space of the enclosure container 410, the stepped portion 431 is formed on the upper portion, the upper storage box storage space 432 is opened on the upper surface of the stepped 431. ) Is formed inside. At this time, the depth of the inner box storage space 432 is formed smaller than the overall height of the inner box 450, it is preferably formed to be less than or equal to the height of the inner container container 451. The shape of the heat insulating material container 430 is configured to correspond to the shape of the heat insulating material container formed in the enclosure container 410.

The inner box 450 is composed of an inner container container 451 and the inner container lid 452 for storing the bone ash of the deceased in the inner space. The container container 451 is accommodated in the container storage space 432 of the heat insulating material container 430. At this time, when the container container 451 is installed in the container storage space 432, the upper end of the container container 451 is located at the same level as the upper surface of the heat insulating material container 430 or the heat insulating material container 430 It is preferable to be located higher than the upper surface of. The container container 451 is configured to correspond to the shape of the container storage space 432.

The container lid 452 is configured to open and close an upper portion of the container container 451. The enclosure lid 452 is shown briefly in FIG. 6, but includes all known techniques for sealing the outside air to prevent humidity and condensation.

The insulation cap 440 is configured to open and close an upper portion of the insulation container 430 above the inner lid 452.

In addition, the enclosure lid 420 is configured to open and close an upper portion of the enclosure container 410 above the insulation cap 440. The enclosure lid 420 is shown briefly in FIG. 6, but includes all known techniques for sealing the outside air to prevent humidity and condensation.

The enclosure container 410 and the enclosure lid 420 may be made of any one of stone material, stone powder material, thermosetting resin synthetic material, metal material, wood. Here, the stone material includes granite, marble, natural stone, the stone material includes jade, earth, porcelain, ceramics, the timber includes paulownia, red pine, juniper.

The insulation container 430 and the insulation lid 440 may be made of any one material of ocher, ocher mixture, diatomaceous earth, styrofoam, cork, felt, cork carbide, foam rubber, wood. At this time, the ocher mixture is characterized in that the mixture of charcoal or jade powder on ocher.

The container container 451 and the container lid 452 may be made of any one of stone material, stone powder material, thermosetting resin synthetic material, metal material, wood. As described above, the stone material includes granite, marble, and natural stone, the stone material includes jade, earth, porcelain, ceramics, and the timber includes paulownia, red pine, and juniper.

The enclosure container 410 and the enclosure lid 420 may have any one of a cuboid, a cube, a pentagon, an octahedron, a cylinder, and a pyramid shape. Similarly, the container container 451 and the container lid 452 may have any one of a cuboid, a cube, a pentagon, an octahedron, a cylinder, and a pyramid shape.

When the enclosure container 410 and the enclosure lid 420 are made of wood, it may be sealed with nails or metal nails to seal the inside thereof.

As described above, the family crypt box 400 according to the fourth embodiment of the present invention has a triple structure of the enclosures 410 and 420, the heat insulating materials 430 and 440, and the inner box 450, so that the deceased is preserved by charging the cosmetics. It can structurally prevent the ashes from decaying due to condensation and moisture due to the temperature difference with the outside. That is, the condensation phenomenon can be eliminated at the source, can prevent the decay of the ashes, and can suppress the smell of the ashes is environmentally friendly.

Fifth and Sixth Embodiments of Triple Structure Ossuary

Figure 7 and Figure 8 is a block diagram of the three-structure crypt box for preventing bone decay according to the fifth and sixth preferred embodiment of the present invention.

Ash structure corruption prevention triple structure (500, 600) according to the fifth and sixth embodiment of the present invention, as shown in Figures 7 and 8, consisting of an enclosure container (510,610), an enclosure lid (520,620), the inside Insulation containers (not shown, see 130 and 230 in FIGS. 1 and 2), insulation lids (not shown, see 140 and 240 in FIGS. 1 and 2), containers (not shown, 150 in FIGS. 1 and 2, Or 250).

The ash structure anti-corruption triple structure crypt box 500,600 is attached to at least one frame (530,630) for embedding the photograph of the deceased or family photos on the outer circumferential surface of the container container (510,610). At this time, if the enclosure container 510 is a regular hexagon or rectangular hexagon, as shown in Figure 7, it is preferable that the photo frame 530 is attached to the front. The photo frame (530, 630) can be made of a frame using a metal material, plastic material, wood, and the like, it is preferable to include a glass, transparent plastic, a transparent film and the like so that the picture on the front.

In addition, at least one or more picture frames 540 in the ash structure anti-corruption triple structure (500, 600) for inserting a paper or coated paper with a word written to the deceased to the deceased on the outer peripheral surface of the container container (510,610). Attached. In this case, like the picture frames 530 and 630, the picture frame 540 may be made of a metal material, a plastic material, wood, and the like. It is preferable.

In addition, it is preferable to attach or inscribe inscriptions (not shown) on another outer circumferential surface of the enclosure container.

On the other hand, the three-dimensional structure of the skeleton for preventing bone corruption of the present invention may be formed in a beautiful appearance by forming a variety of patterns (such as Jesus statue, Buddha statue, etc.) or phrases on the outer peripheral surface of the enclosure and the inner box.

The three-dimensional skeleton structure for preventing bone corruption of the present invention configured as described above can solve the technical problem of the present invention by configuring a triple structure of an enclosure, an insulation container, and an inner box.

Preferred embodiments of the present invention described above are disclosed to solve the technical problem, and those skilled in the art to which the present invention pertains (man skilled in the art) various modifications, changes, additions, etc. within the spirit and scope of the present invention. It will be possible to, and such modifications, changes, etc. will be considered to be within the scope of the following claims.

100: triple structure ossuary box for preventing bone decay (first embodiment)
110: enclosure container 111: step
120: enclosure lid 130: heat insulating material (or thermal insulation) container
131: step 132: enclosure storage space
140: insulation (or insulation) lid 150: inner box
151: container container 152: container lid
200: triple structure ossuary box for preventing bone decay (second embodiment)
210: enclosure container 211: step
212: insulation container storage space 220: enclosure lid
230: insulation (or thermal insulation) container 231: storage box storage space
240: insulation (or insulation) lid 241: step
250: container 251: container container
252: inner lid
300: triple structure ossuary box for preventing bone corruption (third embodiment)
310: enclosure container 311: insulation container storage space
320: enclosure lid 321: nail
330: insulation (or insulation) container
340: insulation (or insulation) lid
341: container lid storage space 350: container
400: triple structure ossuary box for preventing bone decay (fourth embodiment)
410: enclosure container 411: step
420: enclosure lid
430: insulation (or thermal insulation) container 431: step
432: storage space
440: insulation (or insulation) lid 450: inner box
451: container container 452: container box lid
500: triple structure ossuary box for preventing bone decay (Example 5)
510: enclosure container 520: enclosure lid
530: picture frame 540: picture frame
600: triple structure ossuary box for preventing bone decay (Example 6)
610: enclosure container 620: enclosure lid
630: Picture Frame

Claims (5)

An enclosure container in which an upper portion of the insulation container storage space is opened;
A heat insulating material container housed in the heat insulating material container storage space of the enclosure container and having an inner storage space having an upper portion opened therein;
An inner container container housed in the inner container storage space of the heat insulating material container and placing the ashes in the inner space;
A container lid for opening and closing an upper portion of the container container;
An insulation lid for opening and closing an upper portion of the insulation container from above the inner lid; And
An enclosure lid for opening and closing an upper portion of the enclosure container above the insulation lid;
Triple structure ossuary box for preventing ashes corruption.
The method of claim 1,
The enclosure container and the enclosure lid is composed of any one of stone material, stone material, synthetic resin material of thermosetting resin, metal material, wood,
The insulation container and the insulation lid is composed of any one material of ocher, ocher mixture, diatomaceous earth, styrofoam, cork, felt, cork carbide, foam rubber, wood,
The container container and the container lid is composed of any one of stone material, stone powder material, synthetic resin material of thermosetting resin, metal material, wood,
The stone material includes granite, marble, and garnet,
The stone powder material includes jade, earth, porcelain, ceramics,
The wood includes paulownia, red pine, juniper,
The ocher mixture is a triple structure ossuary box for preventing ash decay by mixing charcoal or jade powder in ocher.
The method according to claim 1 or 2,
The enclosure container and the enclosure lid has a shape of any one of a cube, a cube, a pentahedron, an octahedron, a cylinder, a pyramid shape,
The inner container container and the inner container lid is a cuboidal decay prevention structure having any one of cuboid, cube, pentagonal, octahedron, cylinder, pyramid shape of any three.
The method according to claim 1 or 2,
If the enclosure container and the lid of the enclosure is made of wood, the three-dimensional structure of the ossuary box for preventing the ashes corruption to be sealed by nails or metal nails.
The method of claim 1,
At least one photo frame for inserting a photograph of a deceased or a family photograph is attached to an outer circumferential surface of the container container,
At least one frame is attached to another outer surface of the container container to insert a piece of paper or coated paper that the family wishes to say to the deceased.
Osteocorruption triple structure ossuary box with the inscription attached or engraved on another outer circumferential surface of the enclosure container.

Images