JP2003239569A - Tomb construction method using knockdown type tomb stone material - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a tomb construction method using a knockdown type tomb stone materials capable of forming a three-dimensional box shape using thin-width tomb stone materials. <P>SOLUTION: Adhesive material 24 is applied to respective edge faces of tetrahedron planar stones for a front and a rear surface, a left side, and a right side, and the respective edge faces of the four planar stones are stuck so as to abut to one another and formed so as to be erected into the box shape. This tomb method is characterized in forming the three-dimensional box shape using the thin-width tomb stone materials. <P>COPYRIGHT: (C)2003,JPO

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a grave construction method for an assembling type gravestone material, which is capable of forming and assembling a three-dimensional box shape using a thin gravestone material.

[0002]

2. Description of the Related Art Conventionally, the size of a tombstone depends on the size of the rough stone because the size of the stone that requires one shape, that is, monolith was selected as the stone material in the past, It is difficult to obtain a stone material of the required size due to the limited number of stones, and the stone flow on the surface of the stone can be used or not for the first time after polishing the rough stone. A stone attached to one side such as (ball pattern) or mica is judged to be unusable as a product value when viewed from the surface with the stone,
It will be removed from being used as a gravestone, that is, it will be the same as rubble stone, so unless it is cut from the mountain and polished, it can not be determined whether the stone can be used or not usable The number of stones that can be seen is limited to the last generation, so stones that look like spots on the surface of the stone, that is, the flow of stones that have a stone pattern (stone pattern), are judged to be bad products and are regarded as tombstones. It is judged not to use.

[0003]

However, this has the following drawbacks. I. In order to take the standard size of a tombstone from the size of a piece of rock, the size is limited from the rough-processed stone, and the stone pattern of the stone becomes visible only when the surface of the stone is polished and the tombstone value Since the size of the stone is determined, it is judged that the stone has no gravestone value if there is a spot-like pattern that makes the stone pattern look bad in all four directions, and it is sold. Removed from the product. B. As for the shape and size of the tombstone, one piece of rock is cut out and the size standard of the tombstone is taken, so a large thickness and size have been required, but it has become difficult to obtain a large monolith in Japan. In other words, the rocky ground of the rough stone that can be cut out of the stone itself was taken too much and was lost by myself. C. Stones that have been judged to have no value after being polished are extremely difficult to convert and use for other purposes, except for large rough stones. two. Since it is difficult to judge whether or not it will be suitable for a tombstone from rough stones, it is unavoidable that the cost of the tombstone will be high and it will be very expensive and it will not be easy to build a tomb. E. It is said that obtaining large, tombstone stones has been exhausted in the country, and domestic tombstones are becoming unusable, so it is demanded from abroad and one mental resistance to build with foreign tombstones. It has become difficult to build graves using domestic stones as well as larger stones. The present invention has been made to solve the above drawbacks.

[0004]

[Means for Solving the Problems] A four-sided main body made of flat stones having a front face (6) of a stone, a rear face (7) of the stone, a left side face (8) of the stone and a right side (9) of the stone. The adhesive material (24) is applied to each of the beveled surfaces, and the four beveled surfaces made of flat stones are adhered and adhered to each other to form a box-shaped standing shape.
A three-dimensional box-shaped mold is formed using a thin tombstone material, and sabo stone (1) is provided, and a sabo stone top lid (2) is provided on the sabo stone (1) upper part.
Is coated with an adhesive material (24), and a porcelain body is provided so as to be fixed on the top of the porcelain (1). Right side view (1
3) Adhesive (2
4) is applied and the four beveled faces made of flat stone are adhered to each other so that they are adhered to each other so as to stand upright in a box shape, and a three-dimensional box shape is formed using a thin tombstone material. Then, the upper base (3) is provided, and each bevel of the four-sided main body made of flat stone of the front side (14) of the center side, the back side (15) of the center side, the left side surface of the center side (16) and the right side view of the center side (17) Adhesive (24) is applied to the surface and four beveled surfaces made of flat stone are adhered to each other so that they are adhered to each other to form a box shape, and three-dimensionally formed using a thin tombstone material. A box-shaped mold is formed and a middle stand (4) is provided. The present invention is a tomb construction method for a prefabricated tombstone material that can form a three-dimensional box-shaped product using a thin tombstone material having the above-described middle platform, upper platform, sabo stone, and sabo stone top cover.

[0005]

BEST MODE FOR CARRYING OUT THE INVENTION Embodiments of the present invention will be described below. (A) A four-sided body composed of flat stones having a front face (6) of sewage stone, a rear face (7) of sewage stone, a left side face (8) of the sewage stone, and a right side face (9) of the sewage stone is provided. (B) Adhesive material (24) is applied to each beveled surface of the four-sided main body and four beveled surfaces made of flat stone are attached. (C) The four beveled surfaces made of flat stones are adhered and adhered to each other so as to stand in a box shape. (2) An adhesive material (24) is applied to the upper part of the porcelain stone (1) to fix the porcelain top cover (2) to the upper portion of the porcelain stone (1). (E) Upper pedestal front surface (10), upper pedestal rear surface (11), upper pedestal left side surface (12), upper pedestal right side view (13) consisting of flat stones 4
Provide a face body. (F) Adhesive (2
4) is applied and four beveled faces made of flat stone are attached. (G) The four beveled faces made of flat stone are adhered to each other so that they are adhered to each other, and are formed so as to stand upright in a box shape. (H) A four-sided main body made of flat stone of the front side (14) of the center stand, the back side (15) of the center stand, the left side surface (16) of the center stand and the right side view of the center stand (17) is provided. (I) Adhesive (2
4) is applied and four beveled surfaces are applied. (G) The four beveled faces made of flat stones are adhered and adhered to each other to form a box-shaped standing structure. According to the present invention, which comprises the above-mentioned middle stand, upper stand, sabo stone, and sabo stone top lid, it is possible to form a freely shaped three-dimensional box mold using a thin tombstone material. , It becomes a box shape and the tombstone is made as follows. Therefore, the adhesive material (24) is applied to the square faces of the tetrahedron made of flat stones on the front, back, left side, and right side, and the four square faces made of flat stones are adhered and adhered to the box. Mold to stand in a mold.
As a result, a three-dimensional box-shaped mold can be formed using a thin tombstone material. Further, the inner surface of each of the tetrahedrons made of flat stones should be provided with a concave portion so that the front surface, the back surface, the left side surface, and the right side surface are made of flat stones. Then, fix it by holding the adhesive (23) and screw (2
1) Adhesive is applied to the tips of (22) and nuts (18) are attached and fixed by holding nuts (19) (19), and adhesive material (24) is attached to the square surface of the tetrahedron made of flat stone. Is applied, and the four corners of the flat stone are adhered to each other so that they are adhered to each other to form a box shape, and the front, back, left side, and right side flat stones are made of flat stone. Screw (21)
Each joint nut (20) for connecting (22) can be held and tightened to support and hold the four-sided main body made of flat stone. In addition, concrete was poured into the hollow part of the core that formed the box shape, and the inscribed surface of the four-sided body made of flat stone and the thin concrete tombstone were used to adhere and adhere to the poured concrete. A gravestone with a core such as concrete

[0006]

EFFECTS OF THE INVENTION By using the present invention, the effect of reusing stones is widened, so that the flow of bad stones on the stone surface is not affected by the size of the rough stone so far, such as the thickness and depth of the stones. Even if it is a stone that has a (stain-like partial pattern) and cannot be used, by cutting the stone thinly and polishing the back surface of the stone, it is possible to easily reuse the one without stone flow, and Combinations are also possible, the cost is low, and the combination of thin stones can be combined to suit the shape and dimensions of the tombstone, and a three-dimensional tombstone can be created. The conventional large gravestone base had to be unloaded by a machine with a crane, so it was difficult to construct the graveyard where it was difficult to construct, such a place In the case of Since it is an assembly method that can be done by combining, it can be easily carried and transported locally even with human power, so it is not necessary to rely on a machine downgrading, and tombstones can be easily assembled and constructed even in a congested place or a narrow place. Can be done.

[Brief description of drawings]

FIG. 1 is a perspective view of the present invention.

FIG. 2 is an exploded perspective view of a porcelain stone lid according to the present invention.

FIG. 3 is a plan view of a main body of a combination stone of the present invention.

FIG. 4 is an exploded perspective view of the main body of the stone of the present invention.

FIG. 5 is a plan view of the upper base combination main body of the present invention.

FIG. 6 is an exploded perspective view of the main body of the upper stand of the present invention.

FIG. 7 is a plan view of a combination main body of the middle stand of the present invention.

FIG. 8 is an exploded perspective view of the main body of the center stand of the present invention.

FIG. 9 is a perspective view of the main body fixture of the present invention.

FIG. 10 is a perspective view showing a use state of the main body fixture of the present invention.

FIG. 11 is a cross-sectional view showing a usage state of the left and right side body fixing tools of the present invention.

FIG. 12 is a cross-sectional view showing a use state of the front and back body fixture of the present invention.

FIG. 13 is a plan view showing an example of how the concrete body of the present invention is used.

FIG. 14 is a perspective view showing an example of how the concrete body of the present invention is used.

FIG. 15 is an exploded perspective view showing an example of a state in which the four surfaces of the present invention are fixed and used.

[Explanation of symbols]

1 stone 2 Sao stone top lid 3 upper stand 4 Nakadai 5 Shibadai 6 Sao stone front 7 Sao stone back side 8 Saoishi left side 9 Right side of the stone 10 upper stand front 11 Upper stand back 12 Upper platform left side 13 Upper platform right side 14 Nakadai front 15 Back of Nakadai 16 Nakadai left side 17 Right side of Nakadai 18 nuts 19 nuts 20 joint nuts 21 Radar 22 Radar 23 Adhesive 24 Adhesive 25 concrete 26 Insertion convex part 27 recess

Claims (6)

[Claims] 1. The front of the stone (6), the back of the stone (7),
Adhesive material (24) is applied to each beveled surface of the four-sided body of the left side of the stone (8) and the right side of the stone (9), and the four beveled faces made of flat stone are put on. Then, the three-dimensional box shape is formed by using a thin tombstone material, and the sword stone (1) is provided and the sword stone (1) is placed on top of the sword stone (1). Gravel construction method of prefabricated gravestone material, in which the stone top body (2) is coated with the adhesive material (24) and the osa stone body is provided so as to be fixed on the upper portion of the stone (1). 2. A front surface (10) of the upper base, a rear surface (11) of the upper base,
Left side of upper stand (12) Right side view of upper stand (13) Apply adhesive material (24) to each beveled surface of the four-sided body made of flat stone so that the four beveled surfaces made of flat stone are attached. Then, the tombstone method of the assembly type gravestone material in which the three-dimensional box shape is formed by using the thin width gravestone material and the upper base (3) is provided. 3. The front surface (14) of the base, the back surface (15) of the base,
Left side of the middle stand (16) Right side view of the middle stand (17) The four-sided main body made of flat stone is coated with the adhesive material (24) on each beveled surface, and the four beveled surfaces made of flat stone are attached. In this way, the tomb construction method of the prefabricated gravestone material in which the three-dimensional box shape is formed by using the thin width gravestone material and the pedestal material is adhered and formed so as to stand upright in the box shape, and the middle stand (4) is provided. 4. A recess is provided at each inner surface of the tetrahedron made of flat stone so as to be internally provided in the tetrahedron made of flat stone on the front, back, left side and right side, and a nut (18) is provided. Hold it with adhesive (23) and screw it in (2
1) Adhesive is applied to the tips of (22) and nuts (18) are attached and fixed by holding nuts (19) (19), and adhesive material (24) is attached to the square surface of the tetrahedron made of flat stone. Each joint nut that connects the four-sided body to the screw rods (21) and (22) by applying (20) A grave method for prefabricated tombstones that can be fastened by holding, supporting and holding a four-sided main body made of flat stone, and forming a three-dimensional box shape using thin tombstones. 5. The front surface, the back surface, the left side surface, and the right side surface of a tetrahedron made of flat stones are coated with an adhesive material (24) and adhered so that the four square surfaces made of flat stones are attached. Molded so as to stand upright in a box shape, concrete is poured into the cavity of the core where the box shape is molded, and the inscribed surface of the four-sided body made of flat stone and the concrete that has been poured are adhered and attached. Assembled gravestone material construction method that can form a three-dimensional box shape using the thin width gravestone material. 6. When inserting a tetrahedron composed of flat stones on the front, back, left side and right side into a mating face of flat stones on the front, back, left side and right side, a projection (26) and a concave portion are also formed. (27) is provided on each mating surface so that the tetrahedron can be easily assembled, and the adhesive material (24) is applied and the four corners made of flat stones are adhered and adhered to the box. After standing in the mold, it has a function to withstand earthquake resistance, etc., and can form a three-dimensional box mold using a thin tombstone material that is provided so that the box shape after construction is firm and durable Assembling method of gravestone material.