JPH01223270A - Foundation for tombstone - Google Patents

Abstract

PURPOSE:To improve the drainage at the periphery and the holding of a tombstone and facilitate the ashes laying by providing an ashes laying section between tower root pillars erected on foundation stones arranged in a drilled hole inside foundation piles and installing the tombstone on it. CONSTITUTION:Outer faces 2 are provided on foundation piles 7 and 7 via foundations 3, the inside is grilled and foundation stones 8 and 8 are put, tower root pillars 9 and 9 are erected on them. At this time connections between 8, 8 and 9, 9 are made firm by the use of connecting metals or the coupling between recesses and projections. An ashes laying section 5 is provided between the tower root pillars 9 and 9, filling earth 6 is put in the grilled section and back-filled without tightening. A tombstone 1 is installed on the tower root pillars 9 and 9 and held.

Description

[Detailed Description of the Invention] This invention prevents the grave from moving when erecting a tombstone without using a large amount of concrete for the foundation, and also makes it possible to make a hole in the soil under the grave without dismantling the tombstone when interment. This is a gravestone foundation construction method that allows gravestones to be buried in the ground. The conventional construction method used a large amount of cement to prevent the tombstones from tilting, but rainwater drainage under the tombstones was poor, making it unsuitable as a foundation for a tomb, and even if the ashes were interred, it was difficult to place a Buddha. In order to return to earth, the tombstone must be moved. The present invention has been devised to alleviate such drawbacks, and its structure will be explained with reference to the drawings. Figure 1 is a front cross-sectional view of the conventional construction method. Under the tombstone 1, a large amount of foundation concrete 3 is used under the feldspar 2. The area under the tombstone 1 is hardened with soil and stones 4 to prevent the tombstone from tilting, so rainwater can drain away. Poor drainage can cause water puddles.Also, if there is a lot of water around the gravestone, the soil will corrode and create a bad odor, which is not good.Even if the bones are to be interred, the top three steps of the gravestone should be dismantled before burial. We have to move and interment the remains.

FIG. 2 shows the tombstone foundation construction method of the present invention, in which less foundation concrete 3 is used and foundation piles 7 are used instead in order to improve drainage. Furthermore, if the tombstones are tilted and fixed in place, the mackerel soil 6 placed under the tombstones can be placed without hardening.

The tombstone is placed upright on the base pillar 9, so it does not tilt, and the mackerel ±6 under the tombstone is used without compacting, so drainage is good, and the area around the ossuary part 5 is kept clean. I can do it.

The construction method shown in Figures 2, 3, and 4 is a construction method that reduces the amount of cement used when erecting tombstones, improves drainage of rainwater, and allows bones to be interred without moving the tombstones. , is possible by using the tower root column 9 and the foundation stone 8. Figures 3 and 4 show examples of partial usage of the tower base pillar 9 and foundation stone 8. Figure 3 shows that if the tower base pillar 9 and foundation stone 8 are fixed with stainless steel connecting fittings, It can sufficiently hold the weight of the tombstone at the top of the tower base pillar. Furthermore, even if a hole is dug in the base of the tombstone and the ashes are buried, the base pillar 9 and the foundation stone 8 will not separate, and the tombstone will not be bothered.

Since the present invention constructs graves using the ditch construction as described above, the cemetery is clean and has good drainage, providing the best place for worship. Also, the rotten soil within the cemetery provides a good place for ancestors to rest.

The ossuary burial area 5 is surrounded by the pedestal pillar 9, so the area in which the ashes will be interred is determined.
In addition, the base pillar is used both to support the tombstone and to enclose the place where the Buddha is enshrined.In addition, when digging a hole under the tombstone and placing the ashes there, it is tilted from the front of the cemetery and placed under the tombstone. If a hole is dug and the ashes are interred, the ashes can be interred without having to move the tombstone. Even if the tombstone is dug and buried, the weight of the tombstone is supported by the base pillars and foundation stones, and the tombstone will not tilt. Since the base pillar will be buried near the Buddha, granite, which is the same material as the tombstone, will be used. Because granite undergoes little chemical change and is resistant to climate, it is ideal as the foundation for graves buried in the ground.

Therefore, the present invention enables burial of ashes at a place where a person returns to the earth (eternal rest) after death, without having to move the tombstone.
It is also a basic construction method for tombstones that can prevent tombstones from becoming troublesome.

[Brief explanation of the drawing]

Figure 1 is a front cross-sectional view of the conventional method. Figure 2 is a front cross-sectional view of the method of the present invention. Figure 3 is a partial view of the method of the present invention.

Claims (1)

[Claims] A tombstone foundation in which multiple stone pillars are installed between the bottom of the tombstone and the ground, and the same number of foundation stones as the stone pillars are placed under the pillars to support the tombstone.