JP3149199U - Ashes storage container - Google Patents

Abstract

[PROBLEMS] To develop a crucible that can return a bone to a soil instead of a ceramic crucible, and further, a waste that currently uses three points: a bone crucible, a bone box, a white cloth, or a decorative bag. Providing a bone storage container that saves money. Since the remains storage container is formed by using biodegradable paper or biomass plastic, the date remains even if the remains storage container is put in the ossuary chamber. The container will biodegrade and the remains will return to the soil. Even if the remains are scattered in the ossuary chamber, the container can be burned and there is no problem with the treatment of the bone pot. Moreover, traditionally, the bone pot was stored in a box such as paulownia wood, and further wrapped in white cloth or stored in a decorative bag, but the main body has a shape that combines a conventional bone box and a decorative bag. Therefore, what has been used three points in the past can be covered with only one remains storage container. [Selection] Figure 3

Description

  The present invention relates to an improvement of a bone pot and a bone box, and a bag body for storing the bone box.

  Traditionally, bone pots are generally made of ceramic containers with lids, and the bone pots are stored in a bone box made of paulownia, etc., and the bone box is wrapped in a white cloth or in a decorated bag. is doing.

  On the other hand, the method of ossification is currently mainly performed in the ossuary or the tomb ossuary with the bone pot in the mainstream, but in the past, when a person died, the body was put in a cage and a hole in the ground As you can see from the fact that they were dug and buried underground, the original idea was that the remains were returned to the soil. Even today, depending on the sect or district, the remains were removed from the bone pot. It is often scattered in the burial chamber of the grave. In other words, except for the case of ossuary in the ossuary or the burial chamber of the tomb, the bone pot is only a container for carrying the remains from the crematorium to the cemetery.

  Moreover, most of the current bone pots are made of porcelain, and there was a problem of processing the bone pots after breaking the remains in the ossuary chamber. The priests say that the used bone pot should be broken down and buried in a place where people cannot step on the house, but the fact that it is actually broken and buried in the house is also a bone pot containing the remains. There are also difficult problems, and even if it is possible to do so, a country house with a large house is difficult for people living in the city. There were also things that were broken up and put out as non-burnable garbage.

  In addition, it is said that it is better to put bones in a biodegradable cotton bag, etc., even if the bone is scattered in the ossuary chamber, and put it in the ossuary chamber. It is said that the deceased can make a Buddha.

  The problem to be solved is to develop a pot that can return the remains to the soil instead of a pot made of ceramic. Furthermore, there are currently three points: a bone pot, a bone box, a white cloth, or a decorative bag. Eliminating uselessness is a problem that the device is trying to solve.

  In the present invention, as a means for returning the remains of bones to the soil, a bone pot is formed of a biodegradable material, and furthermore, a storage container for three points: a bone pot, a bone box, a white cloth or a decorative bag. These are the means to solve the problem.

  In the past, it was just a white pot of ceramics, and there was no problem when the remains were placed in the bone pot, but there was no problem. There is a problem with the processing of the bone vase after the bone has been scattered, and even when the bone was scattered, it was put in a cotton bag etc. and placed in the ossuary chamber. Since the remains are stored in the tomb's ossuary chamber, the container will be biodegraded and the remains will be returned to the soil. is there. Even if the remains are scattered in the ossuary chamber, the container can be burned and there is no problem with the treatment of the bone pot. Moreover, in the past, the bone pots were stored in a paulownia box or other bone box, and then wrapped in a white cloth or in a decorative bag, but in the present invention, the main body combines the conventional bone box and the decorative bag. Therefore, what has been used three points in the past can be covered with only one remains storage container. In addition, if the text of each sect is expressed on the back of the ashes storage container, the deceased can be made into a Buddha.

  The present invention comprises a bone container and a main body configured to be detachably crowned to the bone container. The bone container having a square tube with a square top view is open at the top and the bottom is the outer surface of the tube. It is formed so as to protrude slightly more, the height is appropriately shorter than the lower end of the roof portion of the main body, and is formed so that it can be inserted from the lower portion of the main body of the rectangular tube. Similarly, the main body is a square tube having a square shape when viewed from above. Of the four surfaces of the upper edge portion of the square tube, two opposing surfaces are folded inward while making a crease at the center of the upper edge of the surface. The other folds are brought into contact with each other, then the other two opposing surfaces are bent obliquely, and the upper edges thereof are heat-sealed or bonded together to form a roof shape, which can be crowned on the bone container. A bone storage container according to claim 1, wherein the bone storage body and the main body are molded using a biodegradable paper material or biomass plastic. It is.

  The remains storage container 1 mainly includes a main body 2 and a bone storage body 3. The main body 2 and the bone container 3 are formed of a biodegradable paper material or biomass plastic. It is also possible to work with a thin plate material including plywood.

  The main body 2 is a square tube whose top view is square, and among the four surfaces of the upper edge portion of the square tube, two opposing surfaces (bending surfaces) 4 are creased at the center of the upper edge 5 of the surface. Folded inward to bring the creases on both sides 4 into contact with each other, then the other two opposing surfaces (roof constituting surface) 6 are bent obliquely, and the upper edges 7 are heat-sealed or bonded together to form a roof It is said. The lower surface is open.

  Similarly, the bone container 3 is a square tube having a square shape when viewed from above, the upper surface is open, and the bottom surface 8 has a shape slightly protruding from the outside of the square tube. The size of the square tube is such that it can be easily inserted into the square tube portion of the main body 2. The height is appropriately shorter than the lower end of the roof portion of the main body. The thickness of the square tube portion is larger than that of the square tube of the main body 2. Thickness that does not easily deform when grasped by hand is desirable.

  The main body 2 may be printed with a decorative pattern on the surface, and a decoration 9 is provided on the roof, the name 10 is written on the front, and a letter such as a Chinese character or Hannya heart is printed on the back. ing.

  Although not shown, it is also possible to form the bone storage body 3 with a low height, place another bone pot on the bone storage body 3, and cover the main body 2 to form a remains storage container. It is. That is, the remains storage container 1 of the present invention is similar to a conventional bone box.

  The present invention comprises a bone container 3 and a main body 2 configured to be detachably crowned to the bone container 3, and the bone container 3 having a square tube with a square top view has an open top surface and a bottom portion. 8 is formed so as to protrude slightly from the outer surface of the rectangular tube, and the height is appropriately shorter than the lower end of the roof portion of the main body, and is formed so that it can be inserted from the lower portion of the main body of the rectangular tube. Similarly, the main body 2 is a square tube having a square shape when viewed from above, and the two opposite surfaces 4 out of the four surfaces of the upper edge portion of the square tube face inward while folding the center of the upper edge 5 of the surface. The folds on both surfaces 4 are brought into contact with each other, and then the other two opposing surfaces 6 are bent obliquely, and the upper edges 7 are heat-sealed or bonded together to form a roof shape. A bone storage container 1 configured to be crowned, and further, the bone storage body 3 and the main body 2 are formed using a biodegradable paper material, biomass plastic, or the like. In the present invention, the bone pot was conventionally stored in a paulownia box, and then wrapped in a white cloth or in a decorative bag. Since it has a shape that also serves as a bag body, the one that used three points in the past is one remains storage container Can cover, etc., waste also saves, yet can be provided at low cost by. In addition, it is a remains storage container 1 formed using a biodegradable paper material or biomass plastic, etc., and since it is made of plants and the like, it is eventually decomposed into carbon dioxide and water by microorganisms. It is easy to return the remains to the soil. Further, even if the bone pot 1 is incinerated after bone breaking, since the biomass plastic does not contain chlorine, there is an advantage that the incineration temperature is the same as that of paper when burned. Biomass is a plant-derived resin having excellent heat resistance and rigidity, and has moldability and shrinkage similar to those of ABS and PC, and can be manufactured with ordinary processing equipment. In addition, fossil resources can be saved by using domestic biomass. It is said that the annual amount of unused biomass produced in forestry resources (forest residue) is 3.7 million tons, but most of it is unused and can be used for industrial purposes. There is something that is extremely large.

  Body perspective view   Bone container perspective view   Perspective view showing the state of use   Top view showing roof folding

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Ashes storage container 2 Main body 3 Bone storage body 4 Bending surface 5 Upper edge of the bending surface 6 Roof constituent surface 7 Upper edge of the roof constituent surface 8 Bone storage body bottom part 9 Decoration chamber 10

Claims (2)

  The bone storage body is composed of a bone storage body and a main body configured to be detachably attached to the bone storage body. It is formed so that the height is appropriately shorter than the lower end of the roof portion of the main body, and it can be inserted from the lower portion of the main body of the rectangular tube. Similarly, the main body is a square tube having a square shape when viewed from above. Of the four surfaces of the upper edge portion of the square tube, two opposing surfaces are folded inward while making a crease at the center of the upper edge of the surface. The other folds are brought into contact with each other, then the other two opposing surfaces are bent obliquely, and the upper edges thereof are heat-sealed or bonded together to form a roof shape, which can be crowned on the bone container. Ashes storage container.   The remains storage container according to claim 1, wherein the bone storage body and the main body are formed using a biodegradable paper material or biomass plastic.

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