JP3237940U - New powder bone infiltration reserve structure - Google Patents

Abstract

PROBLEM TO BE SOLVED: To easily infiltrate and bury even a bereaved family without digging up a graveyard each time of burial, and at that time, it is possible to reduce the aggregation of powdered bone and efficiently reach the soil layer. Providing a Structure [Solution] The infiltration and burial structure of powdered bone of the present invention is formed by sequentially laminating a predetermined soil layer (1), a split chestnut stone layer (2), and a ball gravel layer (3). [Selection diagram] Fig. 1

Description

The present invention relates to a new powdered bone infiltration buried structure. More specifically, by pouring powdered ashes (burnt bone) with water, the bereaved family can easily perform the burial work without digging up the graveyard each time. The present invention relates to a powder bone infiltration burial structure that can perform (penetration burial work), reduce the aggregation of powder bone, efficiently reach the soil layer, and infiltrate and bury the powder bone.

Conventionally, the corpse was put to the crematorium and cremated to become the ashes (burnt bone), and the burnt bone was generally stored in the graveyard in its original form or in an urn.

Further, in recent years, burial methods (burial method / bone-cutting method) have been diversified, for example, the powdered bone obtained by powdering burnt bone is scattered in the land (mountain, etc.) or the sea associated with the deceased.

However, there are some municipalities that have ordinances to regulate the bone-cutting to the mountains, and there are cases where the sea is not calm (in the case of stormy weather) in the case of bone-cutting to the sea (ocean-cutting). There is also the problem that it is difficult to adjust the bone-cutting schedule of the bereaved family.

Therefore, it has also been proposed to carry out powdered bone at a predetermined bone-cutting site. For example, Patent Document 1 discloses a bone-cutting field in which four plates are erected on the land of a graveyard as an outer frame, and a bone-cutting member (eg, ball gravel) is filled inside the outer frame (patent). Claims, drawings). According to this bone-cutting field, by pouring the powdered bone placed on the bone-cutting member with water, the powdered bone can be infiltrated and buried, and further, the aggregation and scattering of the powdered bone can be suppressed.

Japanese Unexamined Patent Publication No. 2014-173328

However, the bone-cutting field disclosed in Patent Document 1 can suppress the aggregation and scattering of powdered bone to some extent in the gap portion between the bone-cutting members in the surface layer and the layer close to the surface layer, but in the deep layer, the gap between the bone-cutting members. There was still room for improvement in the effect of suppressing the aggregation of the powdered bone in that the powdered bone was likely to aggregate in the portion.

As a result of diligent studies, the present inventor has found that, on top of the soil layer consisting of the soil of the graveyard (that is, the soil for finally accommodating the powdered bone), at least from the split chestnut stone layer consisting of split chestnut stone and the ball gravel. By having a structure in which the ball gravel layer is laminated, it is possible to reduce the aggregation of the powdered bone not only on the surface of the ball gravel layer and the split chestnut layer but also on the inside (deep layer), and the powdered bone can efficiently reach the soil layer. It was found that it can be infiltrated and buried.

That is, in the present invention, by pouring (powdered bone) with water, the bereaved family can easily perform the burial work (penetration burial work) without digging up the graveyard each time the burial is performed, and the agglomeration of the powdered bone is performed. It is an object of the present invention to provide a powder bone infiltration and burial structure that can be reduced and efficiently reach the soil layer and can be infiltrated and buried.

The infiltration and burial structure of the powdered bone for infiltrating and burying the powdered bone according to the present invention includes a soil layer (1) made of soil for accommodating the powdered bone, and a split chestnut stone layer (2) made of split chestnut stone. It is characterized in that the ball gravel layer (3) made of ball gravel is sequentially laminated.

When osmotic burial is carried out using the powdered bone osmotic burial structure of the present invention, the graveyard is not dug up each time the burial is carried out (that is, the previously buried osmotic bone is exposed, which is a mental burden on the bereaved family. Can be easily infiltrated and buried even by the bereaved family.

In addition, since there is no need to dig up repeatedly, the surface of the graveyard and the landscape of the graveyard will not be spoiled.
Furthermore, during osmotic burial, the agglomeration of the powdered bone can be reduced by holding the gap with the split chestnut stone, and the powdered bone can be efficiently reached to the soil layer.

1 (A) and 1 (B) are diagrams for explaining the osmotic and buried structure of powdered bone according to the present invention. It should be noted that FIG. 1B is a diagram for explaining an aspect of the permeation-buried structure of powdered bone according to the present invention, which has an outer frame which is an arbitrary structure.

Hereinafter, the powdered bone infiltration buried structure according to the present invention will be described with reference to the drawings as appropriate.

Reference numeral 10 in FIG. 1 shows a powder bone infiltration reserve structure according to the present invention. As shown in FIG. 1 (A), the powder bone infiltration buried structure 10 is formed by sequentially laminating a soil layer 1, a split chestnut stone layer 2 made of split chestnut stone, and a ball gravel layer 3 made of ball gravel, as needed. It may have an arbitrary configuration such as an arbitrary layer.

The soil layer is usually a layer consisting of soil that contains (penetrates and reserves) powdered bone, such as the topsoil of a graveyard. In the powdered bone infiltration buried structure 10 of the present invention, as shown in No. 1 of FIG. 1 (A), the split chestnut stone layer (2) and the ball gravel layer (3) are embedded in the graveyard, and the split chestnut stone layer (2). ) May be the soil layer, or the topsoil of the graveyard may be the soil layer as shown in the number 1'in FIG. 1 (B).

The split chestnut layer (2) is a layer composed of split chestnut stones, and is not particularly limited as long as it is a so-called split chestnut stone. Here, the split chestnut stone is a stone having a large diameter of about 10 to 20 cm, which is a crushed rock, and specifically, it is a stone specified in JIS A5006. Examples of the split chestnut stone include granite, andesite, sandstone, tuff, limestone, and talus, and among them, granite is preferable.

Unlike the ball gravel described later, split chestnut stone has a rough surface and a tip. Therefore, when the powdered bone is infiltrated and buried in the ball gravel layer with water, even if the powdered bone is aggregated in the ball gravel layer, when it penetrates into the split chestnut stone layer, a large gap is generated due to the tip and the rough surface. , Aggregated powdered bone is dispersed. That is, by having the split chestnut layer, the powdered bone can reach the soil layer which is the lower layer without causing large aggregation.

The ball gravel layer (3) is a layer made of ball gravel, as shown in No. 3 of FIG. The ball gravel layer has a high design as a part of the powdered bone infiltration and burial structure that can be seen by the bereaved family who infiltrates and burials the powdered bone. ..

The size of the ball gravel is not particularly limited, but the maximum diameter is generally 2 to 10 cm. The type of ball gravel is not particularly limited, and examples thereof include rhyolite, basalt, andesite, granite, granodiorite, and granite porphyry.

The ratio between the thickness of the split chestnut stone layer (2) and the thickness of the ball gravel layer (3) is also not particularly limited.
Further, in the powder bone infiltration buried structure, as shown in FIG. 1 (A), the graveyard is dug down by, for example, about 100 cm, a split chestnut layer having a layer thickness of 70 cm is provided, and the layer thickness is 30 cm. It can be formed by providing a ball gravel layer.

In addition, from the viewpoint that the bereaved family can easily perform the infiltration and burial work and the powdered bone can easily infiltrate, as shown in FIG. In 1), an outer frame is erected using four plates made of wood, metal, concrete, etc., preferably after water leakage prevention processing, and then a split chestnut layer is formed in the outer frame. And it is preferable to provide a ball gravel layer.

The osmotic burial method using the powdered bone osmotic burial structure of the present invention includes the following procedure.
First, the powdered bone is placed on the ball gravel layer. Here, the powdered bone is preferably in a state of being wrapped in water-soluble (water-easily disintegrating) paper (such as Japanese paper). By wrapping it in paper in this way, it is possible to prevent the powdered bone from being scattered by the wind or the like.

Next, water is sprinkled on the placed powdered bone using a watering can, a hose, or a hishaku as appropriate. By this work, the powdered bone penetrates into the ball gravel layer, passes through the split chestnut layer, and reaches the soil layer.

According to the present invention, the powder can be easily infiltrated and buried even by the bereaved family without digging up the graveyard each time it is buried, and at that time, the aggregation of the powdered bone can be reduced and the powdered bone can efficiently reach the soil layer. A bone permeation burial structure can be provided.
The present invention has (1) simplification of reien management by facilitating the burial method, (2) no need to worry about the problem of residual remains after the disappearance of the successor, and (3) marine scatter. It has high industrial applicability in that it can provide legal bone-cutting as an option to bereaved families who have no choice but to rely on acts that may violate ordinances and laws.

1: Soil layer (1)
1': Soil layer (1) (topsoil of the graveyard)
2: Split chestnut stone layer (2)
3: Ball gravel layer (3)
4: Water-soluble (water-easy disintegrating) Japanese paper that wraps powdered bone 5: Outer frame 10, 11: Powdered bone infiltration buried structure according to the present invention

Claims (1)

A soil layer (1) consisting of soil for accommodating powdered bone, a split chestnut stone layer (2) consisting of split chestnut stone, and a ball gravel composed of ball gravel, which is a permeation-buried structure of powdered bone for penetrating and burying powdered bone. A permeation-filled structure of powdered bone, characterized in that the layers (3) are sequentially laminated.

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