JP3214553U - Tombstone integrated composition tombstone - Google Patents

Abstract

Provided is a tombstone for a grave that can prevent intrusion rainwater damage due to aging and can contribute to simplification of work on site. In each tombstone formation used for a grave, this tombstone is formed of one stone material. [Selection] Figure 1

Description

  This invention relates to a stone-integrated tombstone that does not use concrete.

  Conventionally, a tomb is formed as an aggregate of a plurality of stone materials as an arbitrary shape and composition, and a tomb is configured as an aggregate of each constituent tombstone. One of the tombstones is a paving stone. This paving stone formation has been conventionally made using concrete and stone, and as shown in this proposal, there are currently no paving stones made only of stone.

In the conventional paving stone formation, it is formed using concrete and stone as described above, and a plurality of stones are arranged on the upper surface, and the gaps between the stones are caulked to form joints. For that reason, it takes a lot of time and effort to create paving stones, and cracks are caused by aging deterioration of joints, rainwater invades into these cracks, and in the winter season, invading rainwater etc. freezes and the paving stone board lifts, etc. There was a problem.
In view of the above, the present idea was invented for the purpose of providing a new and useful means capable of solving the above-mentioned problems by making the stones and the like into a stone integrated type.

As a means for solving the problems, the present plan has the following configuration.
That is, in the formation of the tombstone used for the tomb, each tombstone constituting the tomb is formed with one stone material. This plan is a gravestone-integrated tombstone constructed as described above.

  According to the present plan, in the formation of paving stones, a stone integrated type is used without using a plurality of paving stone plates as in the conventional method. Forming means can be obtained. In addition, the tombstone construction work can be simplified compared to the conventional method involving the use of concrete. Moreover, it can form with one stone material also in each tombstone except paving stone.

Perspective view of the present invention Usage state diagram of the present invention (Western tomb) Another perspective view of the present invention Figure of use state of another example of this invention (Japanese style tomb) Plan view of conventional example Configuration diagram of the conventional example (central cross section, partially omitted) Illustration of conventional lawn stand Illustration of recommended lawn stand

Hereinafter, embodiments of the present invention will be described.
In the figure, reference numeral 1 denotes a paving stone main body according to the present plan, a stone plate having a predetermined square thickness in plan view, and 2 a bone hole formed in the center of the paving stone main body, which is a square hole in plan view. Reference numeral 3 denotes a non-slip processing portion, which is a portion provided in an orthorhombic lattice shape by sandblasting from the center to the front of the upper surface of the main paving stone.
FIG. 2 is a diagram showing a use state of the present plan. A lawn base 10, an upper base 11, and a meteorite 12 are stacked and fixed in order on the paving stone body, and an offering table 13, a water basin 14, a flower stand 15 and the like are also provided.
2 is a Western-style grave, and FIGS. 3 and 4 are a Japanese-style paving stone and an overall view.

5 and 6 show conventional paving stones. In the figure, reference numeral 20 denotes foundation concrete, which is formed on the site using a formwork and has a stepped portion as shown in the figure, and the lower portion of the stepped portion is buried underground. 21 is a curb-like curb and is fixed to the stepped portion of the basic concrete with mortar.
Reference numeral 22 denotes a paving stone plate which is fixedly installed on the upper surface of the foundation concrete with mortar.
As shown in the figure, a plurality of paving stone plates are provided next to each other, but the adjacent paving stone plates have a gap of about 3 to 5 mm due to construction, and joints are provided in the gap by caulking. The above is the conventional paving stone formation.

As mentioned above, although this plan and the prior art example were described, this plan has the characteristic in the place which forms a paving stone by a stone integrated type. Conventionally, since it is construction using concrete as described above, it takes time and effort to form, and construction cannot be performed in rainy weather.
In paving stone formation, the conventional method has the merit that the amount of stone material is reduced and the material cost burden is small, but there are the following problems.
That is, a plurality of paving stone boards are spread on concrete with mortar, but joints are necessary as described above. This joint deteriorates with age and causes cracks, and rainwater and other intrusions occur here. In cold regions, this intruding rainwater freezes and lifts the stone in the winter, which adversely affects the tombstone. Also, when an earthquake occurred, there was a problem that stones fell depending on the intensity of the earthquake.

As mentioned above, this plan was made of stone-integrated paving stone, so that stable tombstone formation was possible without such problems. In addition, since the construction is done by carrying pre-processed paving stones to the site, it saves work and time compared to the conventional method.
As shown in the figure, this plan can be applied to both Western and Japanese graves.
In addition, as shown in FIG. 7, the lawn pedestal has conventionally formed a plurality of stones by mutual fixation, and the upper stage is positioned on the lawn pedestal. As shown in the figure, there is a hole in the center of the turf stand. However, there is a case where the fixed stone material of the turf stand is separated and separated due to an earthquake, and there is a possibility that the hole spreads and the upper stand falls into the hole. In order to prevent this, it is recommended that the lawn base be formed of a single stone as shown in FIG. Note that the previously described integrated lawn turret can also be used for forming other constituent tombstones such as a middle platform, an upper platform, or a meteorite, and a stone material of the upper platform and the meteorite.
As described above, a tomb paving stone having various advantages can be obtained according to the present plan.

DESCRIPTION OF SYMBOLS 1 Paving stone body 2 Bone hole 3 Anti-slip processing part 10 Lawn stand 10a Lawn stand 11 Upper base 12 Meteorite 14 Water basin 14 Water pot 15 Flower stand 16 Grave magazine 20 Foundation concrete 21 Curb stone 22 Paving stone board

Claims (3)

A tombstone integrated component tombstone characterized by forming each tombstone constituting the tomb with one stone material in the formation of the tombstone used for the tomb. 2. The gravestone-integrated tombstone according to claim 1, wherein the paving stone is formed of a plate-shaped stone having a bone hole in the center thereof. The gravestone-integrated tombstone according to claim 1, wherein the turret is formed of a single stone.

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