JPS62170677A - Method for fixing rod and stone in gravestone - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to an industrial method for fixing pole stones carved with family names, etc. on tombstones (Japanese-style tombstones and Western-style tombstones).

In general, when fixing pedestals to gravestones, points to be kept in mind are (a) stability even in storms and earthquakes, and (b) unsightly color tones on the surface of the pedestal due to migration of moisture from the base stone. (c) It is possible to easily remove and attach the pole stones for Unkabori etc.

The present invention was created as a result of intensive research into a fixing method that simultaneously satisfies the above three points (a), (b), and (c). An elastic waterproof plate and an elastic waterproof coating are interposed between the poles, and an elastic waterproof joint material is filled in the formal gap between the lower circumferential cut of the mounted pole stones and the upper surface of the base stone. The present invention relates to a method for fixing pole stones in a tombstone, which is characterized by fixing stones.

Next, the present invention will be explained in detail.

In the present invention, "the interposition of an elastic waterproof plate-like material, an elastic waterproof coating, etc. between the pole stones and the platform stone" and "the elasticity in the formal gap between the lower circumferential drawing part of the pole stones and the upper surface of the platform stone" There is a close and inseparable relationship between "filling with waterproof joint filler", and the purpose of the present invention cannot be achieved without either one.

In the case of the present invention, the reason why a particularly thin elastic waterproof plate, elastic waterproof coating, etc. of about 1 to 5 mm is interposed between the pedestal and the platform stone is to improve the adhesion and impact resistance of the pedestal. In addition to providing excellent fixing stability through improved seismic resistance, this purpose is to completely block the transfer of moisture from the base stone to the pole stones.Specific examples of these are various waterproof synthetic resin plates with elasticity. and the same foam board, various waterproof rubber boards with elasticity and the same foam board,
Examples include earthquake prevention boards, elastic waterproof coatings made from various synthetic resin paints, elastic waterproof coatings made from various rubber paints, elastic waterproof coatings made from sealants, elastic waterproof coatings made from caulking agents, elastic waterproof coatings made from adhesives, etc. .

The above-mentioned elastic waterproof plate may be inserted by simply inserting it between the pole stones and the base stone, but in this case, it is possible to use adhesive as long as it does not interfere with removal. It may also be combined with

It is also very effective to firmly integrate an elastic waterproof plate of similar size to the entire lowermost part of the pole stones using adhesive or the like, and then place this on the base stone.

In the case of the above-mentioned elastic waterproof coating, it is sufficient to apply it to the entire lowermost part of the pole stones to form an integral coating, and then place this on the base stone.

Another essential requirement is that when the pole stones are placed on the base stone, an elastic waterproof joint filler must be filled in the gap formed by the lower circumference of the pole stone and the top surface of the base stone. However, this not only blocks moisture migration from the foundation stone to the sills, but also significantly improves the impact resistance and seismic resistance due to the strong integration of the elastic joint agent, and as a result, the sills' This is because the fixation is stabilized, and when removing the poles, the joints can be easily cut out with a tool such as a chisel.

Specific examples of the above-mentioned joint materials include various elastic caulking agents, various elastic sealing agents, various elastic adhesives, elastic cement mortar kneaded materials, and the like.

Needless to say, when the pole stones are temporarily removed for additional carving, etc., the elastic joints can be easily cut out using a tool such as a chisel, and once the elastic joints are cut, the pole stones can be easily removed from the top of the base stone. It will come off.

As is clear from the above description, the present invention achieves the remarkable simultaneous effects of (a), (b), and (c) due to the synergistic effect of the unique combination of the above two essential requirements. Therefore, the advent of the present invention greatly contributes to the tombstone field.

Example 1 First, the lower peripheral part of the pole stone used for a four-tiered Japanese-style tombstone was chamfered, and then a 2 mm thick earthquake-proofing rubber plate of the same size was placed on the entire lowermost part of the pole stone (excluding the circumference cut part). After bonding them together with epoxy adhesive, they were placed on top of the upper stone.

Finally, a silicone-based elastic joint material was filled and integrated into the space formed by the lower circumference of the pole stone and the upper surface of the upper base stone, resulting in an extremely beautiful and stable Japanese-style tombstone.

In other words, it was confirmed that the fixation of the above-mentioned pole stones was extremely stable and particularly resistant to storms and earthquakes, and furthermore, no unsightly color unevenness was observed on the surface of the pole stones due to the migration of moisture from the upper base stone.

It was also confirmed that the silicone-based elastic joint layer can be easily cut off with a chisel, and once cut, the pole stone can be easily removed.

In the above case, when a 3 mm polyethylene ■■■ foam board (closed cell) was simply used in place of adhering the anti-seismic rubber, a stably fixed, beautiful and easily removable rod stone was obtained.

Example 2 First, the lower circumference of an organ-shaped pole stone used for a two-tier Western-style tombstone was chamfered, and then an acrylic elastic paint was applied to the entire lowermost part of the pole stone (excluding the lower circumferential cut part), and a thickness of 3 mm was applied. After forming a thick coating film, this was placed on a base stone.

Finally, an elastic cement mortar obtained by kneading a mixture of cement, sand, etc. with Tomidant M (cement elasticity imparting agent manufactured by Nippon Tomigummy Co., Ltd.) is placed in the space formed between the lower peripheral surface of the pole stone and the upper surface of the base stone. When the kneaded material was filled and integrated, there was no unsightly color unevenness on the surface of the stone due to moisture migration from the base stone, and an organ-shaped stone was obtained that was easy to remove and was extremely stable in fixation. Ta.

Claims (1)

[Claims] An elastic waterproof plate, an elastic waterproof coating, etc. are interposed between the pole stones and the base stone, and an elastic waterproof joint is provided in the formal gap between the lower circumferential drawing of the mounted pole stones and the upper surface of the base stone. A method for fixing poles and stones in a tombstone, which comprises fixing the poles and stones by filling them with material.