JP2017008500A - Stone-filled cage and installation method thereof - Google Patents

Abstract

PROBLEM TO BE SOLVED: To enable side edge parts that include a bottom surface of stone-filled cages already filled with stone materials to be connected firmly to each other, when installing the stone-filled cages connected to each other.SOLUTION: A stone-filled cage includes a cage body part 2 with a stone material 5 filled inside a rectangular net cage 4 made of a wire net, and connecting net parts 3a, 3b extending sideways from at least one of side edge parts on right and left of the cage body part 2. The connecting net parts 3a, 3b include bottom surface connecting nets 20a, 20b extending from bottom sides 17a, 17b, front surface connecting nets 21a, 21b extending from front sides 18a, 18b, and rear surface connecting nets 22a, 22b extending from rear sides 19a, 19b, of the side edge part of the cage body part 2.SELECTED DRAWING: Figure 1

Description

  The present invention relates to a stone claw for providing facilities in a state in which adjacent ones are connected to each other, and more particularly, to a stone custody for easily connecting adjacent ones and a facility method thereof. Is.

  For example, as disclosed in Patent Document 1, when building a revetment wall on the shore such as the coast, river bank, lake shore, etc., or when building a reinforcement wall on the slope of an inclined land, used. This stone claw is made by filling a stone into a square container formed in a rectangular container shape with a rhombus wire mesh. In recent years, the above-mentioned stone By forming a ridge and transporting this stone cradle to the site and arranging it side-by-side, side-by-side along the shore or slope, or stacking it up and down, the retaining wall such as the revetment wall or reinforcement wall Built. At that time, in order to prevent the misalignment of the stone claw and increase the strength of the retaining wall, adjacent stone crushes, in particular, the stone crushes adjacent to the left and right sides, are connected to each other by an appropriate method. It is connected.

  However, since the stone jar is pre-filled with stone, the side edges of the front, rear and top surfaces can be connected to each other, but the stone is obstructed between the side edges of the bottom. Cannot be consolidated. For this reason, there existed a problem that the intensity | strength of a retaining wall was small by the part which the bottom faces of the stone custody are not connected.

  Moreover, even though the side edges of the front, rear, and top surfaces of adjacent stone claw can be connected to each other, the adjacent stone custody is filled with stone in both, In some cases, the gap between the side edges of the two stone-packed jars is not sufficiently formed to allow the coupling metal to pass through. In such a case, work can be done while moving the stone to create a gap. Since it has to proceed, it takes a lot of work to connect. Such a problem is that, as the connection fitting, a connection fitting (screw stopper) formed by winding a wire in a spiral shape is used, and this connection fitting is rotated along the frame line attached to the edge of the stone claw. This is particularly likely to occur when the borders of adjacent stone custards are bound together by wrapping around the borders.

Japanese Patent Laid-Open No. 10-18295

  The technical problem of the present invention is to enable easy and firm connection between the side ends including the bottom surface when installing stone packed jars pre-filled with stone materials in a mutually connected state. There is.

  In order to solve the above-mentioned problems, according to the present invention, there is provided a stone custody that provides facilities in a state where adjacent ones are connected to each other. This stone-packed casket extends laterally from at least one side end portion of a heel body portion in which a stone is filled in a square mesh basin made of a wire mesh, and left and right side end portions of the heel body portion. A plurality of connecting nets extending from at least three of the upper side, the bottom side, the front side, and the rear side at the side end of the bag main body part. The plurality of connecting nets are a bottom connecting net extending from the bottom side, a front connecting net extending from the front side, and a rear connecting net extending from the rear side.

  In the present invention, an extension length of the connecting net portion extending from the heel body portion is smaller than a left and right length which is a lateral length of the heel body portion, and the extension length and the left and right lengths are The relationship between the left and right lengths, which are the left and right lengths of the intermediate nets formed by the connecting nets when the adjacent stone claws are connected via the connecting nets, is It is desirable that the relationship be smaller than the left and right length, and more preferably, the extension length of the connecting net is within a range of 1/20 to 4/20 of the left and right length of the stone claw. It is.

  Further, in the present invention, the bottom connection net is formed integrally with the bottom net of the heel main body, the front connection net is formed integrally with the front net of the heel main body, and the rear connection net is It may be formed integrally with the rear mesh of the heel body, the bottom mesh of the heel body, the front mesh, the rear mesh, the bottom linking mesh, the front coupling mesh, the rear linking mesh of the coupling mesh, However, they may be integrally formed by bending one mesh material into a concave shape.

Alternatively, the bottom connection net, the front connection net, and the rear connection net of the connection net are formed integrally by bending one net material into a concave shape, and formed separately from the bag main body. And it may be connected with the said heel main-body part in the state bent in the concave shape.
Further, a bottom surface connecting net of the connecting net portion is formed separately from the bottom surface net of the heel body portion and connected to the bottom side, and the front surface connecting net is separate from the front surface mesh of the heel body portion. The rear surface connecting net may be formed separately from the rear surface net of the collar main body portion and connected to the rear side.

  In the present invention, the extension lengths of the bottom connection network, the front connection network, and the rear connection network of the connection net may be equal to each other, or the extension length of the connection net may be the front connection network. And you may become small gradually toward the other side from the one side of a rear surface connection network.

  In addition, the facility method for stone claw according to the present invention is a method for arranging a square stone clog filled with stones inside, adjacent to the left and right, and at least one of the stone crushes adjacent to the left and right Adjacent stone custody by connecting to each other via a bottom connection network, a front connection network, a rear connection network extending laterally from the bottom, front side, and rear side of the side edge of An intermediate netting process for forming an intermediate net by the bottom connection net, the front connection net and the rear connection net, a stone filling process for filling the intermediate net with a stone, and an upper surface of the intermediate net is covered with a lid net A lid net attaching step is included.

  In the facility method, in the basket arranging step, the bottom connecting net, the front connecting net, and the rear connecting net are extended from the side end portions of the stone-packed coffins, and the corresponding connecting nets are opposed to each other. In the hook connecting step, the intermediate connecting rods are formed by connecting the opposing connecting nets to each other, and in the lid net attaching step, the upper surface of the intermediate mesh rod filled with stones is formed. You may make it cover with one lid net | network straddling the adjacent stone custard.

  In the present invention, the stone claws pre-filled with stones are connected to each other via a connecting net provided at the side end of the stone clogs. Compared to the conventional method of direct connection, not only can the connection work be carried out easily and smoothly, but also the bottom surfaces of the stone crabs can be connected to each other, so that the connection strength can be significantly increased.

It is a perspective view which shows 1st Embodiment of the stone custody concerning this invention. It is a partial top view of a rhombus metal mesh. It is a perspective view which shows the state before filling the stone claw of FIG. 1 with a stone. It is a perspective view for demonstrating the process of forming a stone custody | linkage body by arranging a plurality of the stone crocks of FIG. 1 in the left-right direction, and installing. It is a perspective view which shows 2nd Embodiment of the stone packed bowl which concerns on this invention. It is a disassembled perspective view which shows 3rd Embodiment of the stone claw according to the present invention, and shows the connecting net part separately from the main body part. It is a perspective view which shows 4th Embodiment of the stone custody concerning this invention. It is a disassembled perspective view of the state which isolate | separated the connection net | network part of the stone custody of FIG. It is a perspective view which shows the state at the time of transporting the stone claw of FIG. It is a perspective view for demonstrating the process of forming a stone custody | linkage body by arranging a plurality of the stone crocks of FIG. 7 in the left-right direction. It is a perspective view for demonstrating the process of forming a stone custody | linkage body by arranging a plurality of the stone crocks of FIG. 5 in the left-right direction. It is a perspective view which shows 5th Embodiment of the stone packed bowl which concerns on this invention. It is a principal part top view of the stone candy cascading body formed with the stone candy candy of FIG. It is a principal part top view which shows the other example of a stone candy cascading body.

FIG. 1 shows a first embodiment of a stone cradle according to the present invention, and this stone cradle 1A is composed of a heel body 2 in which a stone 5 is filled inside a single mesh skeleton 4 made of a rhombus wire mesh, It has connecting net portions 3a and 3b extending laterally from the left and right end portions of the rod main body portion 2, respectively.
In the following description, the connecting net portion 3a extending from one side end portion of the bag main body portion 2 is referred to as a “first connecting net portion” and the other side end portion as necessary. The connecting net portion 3b extending from the above will be referred to as a “second connecting net portion”.

  As shown in FIG. 2, the rhombus wire mesh is formed by sequentially locking the bent portions 7a of the row lines 7 formed by bending the wire into a flat spiral shape.

  As is apparent from FIG. 3, the mesh cage 4 of the basket body 2 includes a rectangular bottom mesh 8, a rectangular front mesh 9 and a rear mesh 10, a rectangular left mesh 11 and a right mesh 12, A rectangular box net 13 is formed into a square box shape. After the lid net 13 is opened, the mesh 5 is filled with the stone 5 and then the lid net 13 is closed. The heel body 2 is formed.

  In the illustrated example, the mesh cage 4 has a lateral direction connecting the left side network 11 and the right side network 12 based on a longitudinal length (front / back length) Lb connecting the front network 9 and the rear network 10. The length (left-right length) La is longer, but the front-rear length Lb may be longer than the left-right length La, or the front-rear length Lb and the left-right length La may be the same length.

  Further, when forming the mesh cage 4, the bottom mesh 8, the front mesh 9, the rear mesh 10, the left mesh 11, the right mesh 12, and the lid mesh 13 are separately formed. The bottom mesh 8, the front mesh 9, and the rear mesh 10 are made of a single rhombus metal mesh, with the row line 7 facing sideways, that is, the horizontal direction of the mesh cage 4. In the state facing toward the front, the boundary portion between the bottom mesh 8 and the front mesh 9 and the boundary portion between the bottom mesh 8 and the rear mesh 10 are formed integrally by bending in a concave shape. Can do. At that time, a frame line 14 made of a wire is attached to the boundary portion which is a bent portion. In the illustrated example, the bottom mesh 8, the front mesh 9, and the rear mesh 10 are integrally formed of a single mesh material.

  The bottom net 8, the front net 9, the rear net 10, the left side net 11, the right side net 12, and the lid net 13 are connected by a wire frame 14 surrounding the outer circumference of each side net. This is performed by surrounding and binding them together with a connecting metal fitting 15 such as a screw stopper formed by spirally winding a wire.

  The first connecting net 3a includes a bottom connecting net 20a extending from the bottom 17a at one side end of the bag main body 2, a front connecting net 21a extending from the front 18a, and a rear side. The second connecting net 3b includes a bottom connecting net 20b extending from the bottom 17b at the other side end of the bag main body 2, and a front connecting net 22a extending from the bottom connecting net 22a. It has a front connection network 21b extending from the side 18b and a rear connection network 22b extending from the rear side 19b.

  The bottom connection nets 20a and 20b are formed integrally with the bottom net 8 of the bag main body 2, the front connection nets 21a and 21b are formed integrally with the front net 9 of the main bag body 2 and the rear surface. The connecting nets 22a and 22b are formed integrally with the rear net 10 of the bag main body 2. Accordingly, in the first embodiment, the bottom net 8, the front net 9, and the rear net 10 of the net cage 4, and the bottom connection nets 20a, 20b of the first and second connection nets 3a, 3b, The front connecting nets 21a and 21b and the rear connecting nets 22a and 22b are all integrally formed by bending a single net made of rhombus metal mesh into a concave shape.

  The boundary between the bottom mesh 8 and the bottom coupling networks 20a and 20b, the boundary between the front mesh 9 and the front coupling networks 21a and 21b, and the boundary between the rear mesh 10 and the rear coupling networks 22a and 22b are made of wire. The frame line 14 is attached, respectively, and the similar frame line 14 is also attached to the outer peripheral ends of the connecting networks 20a, 20b, 21a, 21b, 22a, 22b.

  The first and second connection nets 3a and 3b have the bottom connection nets 20a and 20b, front connection nets 21a and 21b, and rear connection nets 22a and 22b extending from the bag main body 2. The lengths Lc are all the same length.

  Further, the relationship between the extension length Lc of the connecting net portions 3a and 3b and the left and right length La of the heel main body portion 2 is that the adjacent stone packed ridges 1A and 1A are connected to each other as shown in FIG. When connected through the nets 3a and 3b, the relationship is such that the left and right length Ld of the intermediate net 24 formed by the connecting nets 3a and 3b is smaller than the left and right length La of the main body 2. It is desirable to be. Specifically, in the case of a standard size stone claw 1A, the extension length Lc of the connecting nets 3a, 3b is the same as that of the entire stone clog 1A including the connecting nets 3a, 3b. The left / right length L is preferably in the range of 1/20 to 4/20, and more preferably in the range of 2/20 to 3/20. More specifically, when the left and right length L of the entire stone-packed bowl 1A is 2000 mm, the preferable extension length Lc of the connecting nets 3a and 3b is in the range of 100 to 400 mm, and more preferable extension. The length Lc is in the range of 200 to 300 mm.

  When the extended length Lc of the connecting nets 3a and 3b and the left and right length L of the entire stone packed basket 1A are in such a relationship, when a plurality of stone packed baskets 1A are sequentially connected and arranged, Not only can the balance between the main body 2 and the size of the intermediate mesh cage 24 formed between the adjacent stone-made baskets 1A, 1A be balanced, but also the adjacent stone-made basket 1A. When connecting the corresponding connecting nets of the connecting net portions 3a, 3b of 1A with the connecting metal fitting 15, the connecting metal 15 or a tool is inserted into the intermediate netting 24 to perform the connecting operation. Therefore, even if the stone main body 2 is filled with the stone material 5, the stone-made candy 1A can be connected easily and smoothly.

  The stone claw 1A having the above-described configuration is loaded on a vehicle or the like and transported to a construction site for a revetment wall or a construction site for a slope reinforcement wall, and is installed as shown in FIG.

  That is, first, a plurality of stone-clad jars 1A are arranged side by side in a state where the connecting nets 3a and 3b of adjacent stone-clad jars 1A and 1A are opposed to each other (claw arrangement process), and then 4, as shown by the two right-side stone crabs 1A and 1A among the three stone crabs 1A in FIG. 4, the bottom surface connection networks 20a and 20b of the adjacent stone crabs 1A and 1A face each other, and the front connection network. 21a, 21b and the back surface connecting nets 22a, 22b are connected to each other by the connecting metal fitting 15 to connect the adjacent stone packed hoe 1A, 1A to each other, and the adjacent stone packed potato 1A, An empty intermediate netting 24 is formed between the main body parts 2 and 2 of 1A by the connecting nets 3a and 3b (the hook connecting step). The left and right length Ld of the intermediate net cage 24 is substantially twice the extension length Lc of the connecting net portions 3a and 3b.

  The connection between the connecting nets is performed by binding the frame wires 14 and 14 attached to the outer periphery of the connecting nets 20a, 20b, 21a, 21b, 22a and 22b with the connecting metal fitting 15 made of a screw stopper. Is done. The work is performed by advancing the connecting bracket 15 along the frame lines 14 and 14 so as to surround the frame lines 14 and 14 facing each other while rotating along the spiral. At this time, since the connecting operation is performed inside the hollow intermediate mesh cage 24 that is not yet filled with the stone material 5, it is not affected by the stone material, and therefore the connecting operation can be performed easily and smoothly. it can.

  Subsequently, as shown by the two left side stone ridges 1A and 1A in FIG. 4, the intermediate mesh ridge 24 is filled with the same stone material 5 as the stone material 5 filled in the heel body 2 ( Stone filling step), and then the lid net 23 is attached to the upper surface of the intermediate net cage 24 (lid net attaching step).

  The lid mesh 23 is formed in a rectangular shape by a rhombus metal mesh, and has a front / rear length Le equal to the front / rear length Lb of the collar body 2 and twice the extension length Lc of the connecting nets 3a, 3b. It has a left-right length Lf, and is attached to the intermediate net cage 24 in a state of straddling two adjacent stone-packed cages 1A, 1A. The attachment is made using a connecting metal 15 made of a screw stopper, and the frame wire 14 (see FIG. 3) attached to the outer periphery of the lid net 23 is attached to the side of the main body 2 of the left and right stone-clad jars 1A and 1A. It is performed by connecting to the frame line 14 on the upper edge of the end, the frame line 14 on the upper side of the front connection networks 21a and 21b, and the frame line 14 on the upper side of the rear connection networks 22a and 22b. At this time, when it is difficult to use the screw stopper because the filled stone material 5 is in the way, the frame lines 14 and 14 may be bundled at a plurality of locations with a wire.

In this way, a plurality of stone-clad baskets 1A are sequentially connected to the left and right to form a stone-clad basket row, and the left and right ends of this stone-clad basket row are shown as a second embodiment in FIG. The stone packed bowl 1B is connected.
The stone cradle 1B of the second embodiment has a connecting net portion 3 composed of a bottom connecting net 20, a front connecting net 21, and a rear connecting net 22 only on either the left or right side end. The side end portion on which the connecting net portion 3 is not formed is connected to the end portion of the stone packed row in such a direction that it becomes the end portion of the stone packed row. Therefore, this stone packed bowl 1B can also be called a stone packed bowl with one side net part.

  The one side netted stone claw 1B has substantially the same configuration as the stone crush 1A of the first embodiment except that the connecting net 3 is formed at one side end. However, since it is usually formed in the same size as the stone-packed bowl 1A, the left and right length La ′ of the bowl body 2 'of the stone-packed bowl 1B is the bowl of the stone-packed bowl 1A of the first embodiment. It is longer than the left and right length La of the main body portion 2 and is formed to have a length (La + Lc) obtained by adding the left and right length La of the collar main body portion 2 and the extension length Lc of one connecting net portion 3b. However, the left and right length La 'of the heel body 2' in the stone cradle 1B may be the same as the left and right length La of the heel body 2 of the stone cradle 1A of the first embodiment.

Since the stone packed baskets formed in this way are connected to the front and rear surfaces of the adjacent stone packed baskets 1A, 1A as well as the bottoms, the connection strength is very high.
In addition, the stone-clad row is arranged in a plurality of rows before and after depending on the situation at the site, or is arranged by stacking a plurality of steps up and down, thereby supporting the revetment wall or the reinforcing wall. A wall is formed.

FIG. 6 shows a third embodiment of the stone claw according to the present invention. The difference between the stone claw 1C of the third embodiment and the stone claw 1A of the first embodiment is that for connection. The net portions 3a and 3b are formed separately from the heel body portion 2 and are connected to the heel body portion 2 with appropriate connecting metal fittings.
In the illustrated example, the bottom connection networks 20a and 20b, the front connection networks 21a and 21b, and the rear connection networks 22a and 22b of the connection nets 3a and 3b are integrally formed of a welded wire mesh. This welded wire mesh is formed by arranging wire-made vertical lines 26 and horizontal lines 27 in a lattice shape and integrating each intersection by electric resistance welding. By bending one welded wire mesh into a concave shape, The connecting nets 3a and 3b are formed. In this case, a lid mesh (not shown) that covers the intermediate mesh cage 24 is also formed of a welded wire mesh, but only the lid mesh may be formed of a rhombus wire mesh.

  The connection of the connecting nets 3 a and 3 b to the heel body 2 may be performed before the stone body 5 is filled with the stone material 5 or after the stone material 5 is filled. In addition, by connecting the connecting nets 3a and 3b to only one of the left and right side ends of the main body 2, the same as the stone claw 1B of the second embodiment shown in FIG. It is possible to obtain a stone claw with a one-side net for attaching to the end of the stone claw row.

  The connecting nets 3a and 3b may be formed of a rhombus metal mesh. In this case, the bottom connecting nets 20a and 20b, the front connecting nets 21a and 21b, and the rear connecting nets 22a and 22b, A single rhombus wire mesh may be formed integrally by bending it into a concave shape, or may be formed separately and connected to each other.

  FIGS. 7 to 10 show a fourth embodiment of the stone packed candy according to the present invention, and the point that the stone packed candy 1D of the fourth embodiment is different from the stone packed candy 1A of the first embodiment, The connecting nets 3a and 3b have bottom connecting nets 20a and 20b, front connecting nets 21a and 21b, rear connecting nets 22a and 22b, and lid nets 23a and 23b. , 20b, front connection nets 21a, 21b, rear connection nets 22a, 22b, and lid nets 23a, 23b are formed separately from each other, and are formed separately from the bag main body 2 as well. Are individually connected to each other.

  That is, the bottom connection nets 20a and 20b are connected to the bottom sides 17a and 17b of the side ends of the bag main body 2 so that they can be tilted up and down. The rear connection nets 22a and 22b are connected to the rear sides 19a and 19b, respectively, and the lid nets 23a and 23b are also connected to the upper sides 16a and 16b, respectively. It is connected to.

  Therefore, the bottom surface connection networks 20a and 20b, the front surface connection networks 21a and 21b, the rear surface connection networks 22a and 22b, and the lid networks 23a and 23b are not connected to each other. The extension lengths of the lid nets 23a, 23b extending laterally from the upper side of the bag body 2 are the other bottom connection nets 20a, 20b, front connection nets 21a, 21b, and rear connection nets 22a, 22b. Is the same length as the extension length.

  The bottom connection nets 20a and 20b, the front connection nets 21a and 21b, the rear connection nets 22a and 22b, and the lid nets 23a and 23b are all formed of rhombus metal nets, but other metal nets, For example, it can be formed of a welded wire mesh.

  As shown in FIG. 9, the stone-packed ridge 1D includes the bottom surface connection networks 20a and 20b, the front surface connection networks 21a and 21b, the rear surface connection networks 22a and 22b, and the cover screens 23a and 23b. After being transported to the site in a compact state by being folded on the two left and right side nets 11 and 12, as shown in FIG. 10, the folded bottom connection networks 20a and 20b and front connection networks 21a and 21b The rear connection nets 22a and 22b and the cover nets 23a and 23b are spread and arranged side by side, and then the adjacent stone-clad baskets 1D and 1D are connected to each other.

In the connection, first, as shown for the connecting net 3a at the left end of the left end stone packed bowl 1D in FIG. 10, the bottom connecting net 20a and the front connecting net 21a with the cover net 23a opened. The frame lines 14 and 14 of the sides that contact the rear connection network 22a are connected to each other by the connection fitting 15.
Subsequently, as shown by the two right side stone ridges 1D and 1D in the figure, the adjacent bottom surface connection networks 20a and 20b, the front connection networks 21a and 21b, The rear connecting nets 22a and 22b are connected to each other by bundling the frame line 14 with the connecting metal fitting 15 so as to connect the adjacent stone crabs 1D and 1D to each other, and the adjacent stone cradle 1D, Between the 1D rod main body portions 2 and 2, an empty intermediate mesh rod 24 is formed by the connecting mesh portions 3a and 3b.

Then, after filling the inside of the intermediate mesh cage 24 with the stone 5, the lid meshes 23 a and 23 b are tilted to cover the upper surface of the intermediate mesh cage 24, as shown by the two left side stone cages in FIG. 10. Then, the frame lines 14 and 14 at the front ends of the opposite cover nets 23a and 23b are connected to each other by the connecting metal 15, and the frame line between the front ends of the cover nets 23a and 23b and the upper ends of the front connection nets 21a and 21b. 14 and 14, and the frame lines 14 and 14 between the rear ends of the cover nets 23 a and 23 b and the upper ends of the rear connection nets 22 a and 22 b are connected to each other by a connection fitting 15.
As a result, a stone-clad linking body is formed. At this time, the connecting nets are provided only at one side end of the main body 2 as shown in the right side end 1D 'of FIG. The stone crabs (stone crabs with a net on one side) are connected.

  In addition, in this 4th Embodiment, without connecting the said cover nets 23a and 23b to the said heel main-body part 2 previously, the stone material 5 is put in the intermediate net | network ridge 24 similarly to the case shown in FIG. It can also be attached to the intermediate netting 24 after filling. In this case, the left and right lengths of the lid meshes 23a and 23b are the same as the extension lengths of the other bottom connection networks 20a and 20b, the front connection networks 21a and 21b, and the rear connection networks 22a and 22b, as shown in FIG. Although it may be long, it may be a length that covers the entire intermediate mesh cage 24 like the lid mesh 23 in FIG.

In FIG. 11, the stone clog 1B shown in the second embodiment of FIG. 5, that is, the stone clog 1B with a one-side net having a connecting net 3 only on one side end is used. An example of a facility that forms a casket is shown.
In this facility example, a plurality of stone-clad baskets 1B are sequentially arranged in the left and right directions so that the bottom connection network 20, the front connection network 21, and the rear connection network 22 of the connection net 3 are connected to adjacent stones. The side end of the filling basket 1B where the connecting net 3 is not formed is brought into contact with the side end and is connected to the side end by a connecting fitting 15.

Next, the stone 5 is filled in the intermediate mesh cage 24 formed by the bottom coupling mesh 20, the front coupling mesh 21, and the rear coupling mesh a, and then the upper surface of the intermediate mesh mesh 24 is covered with the lid mesh 23. In this way, a stone-clad linking body is formed.
In addition, like the left end of the stone custody linking body shown in FIG. 11, the connecting net portion 3 is not formed at the left and right end portions at the end portion where the connecting net portion 3 extends. Ordinary stone custard is connected.

  In addition, the bottom surface connecting net 20, the front surface connecting net 21, and the rear surface connecting net 22 in the connecting net portion 3 of the stone-packed rod 1B used in FIG. The bottom mesh, the front mesh, and the rear mesh are integrally and integrally formed with each other. They may be formed separately and separately from each other and connected to the heel body, or may be formed of a welded wire mesh as in the stone packed casket 1C of the third embodiment.

FIG. 12 shows a fifth embodiment of the stone packed bowl according to the present invention, and the difference between the stone packed bowl 1E of the fifth embodiment and the stone packed bowl of the respective embodiments is that the connecting net portion 3a. , 3b, the extension length Lc is not constant, and the extension length Lc gradually decreases from the rear connection networks 22a, 22b to the front connection networks 21a, 21b. In this case, the extension length Lc of the connecting nets 3a and 3b is the longest portion, and the left and right length L of the stone custody 1E is a portion corresponding to the extension length Lc. It is.
Since the other configurations and modifications of the stone packed bowl 1E are substantially the same as the stone packed bowls of the other embodiments described above, for the sake of convenience, the main components of the stone packed bowl 1E are the same as those of the stone packed bowl 1A of the first embodiment. The same reference numerals are assigned to the same components as those in the first embodiment stone packed bowl 1A, and the description of the configuration is omitted.

As shown in FIG. 13, the stone claw 1E is suitable for installing a stone custody linking body that is curved along a curved terrain.
In addition, what is necessary is just to use the said stone custody 1E in the front-back direction in the case of forming the stone custody coupling | bonding body which curves in the reverse direction of the case of FIG. That is, it is only necessary to use a stone claw whose extension length Lc of the connecting nets 3a and 3b is gradually reduced from the front connecting nets 21a and 21b toward the rear connecting nets 22a and 22b.
In addition, as shown in the right half of FIG. 13, the lid mesh covering the upper surface of the intermediate mesh cage 24 can use individual lid meshes 23a and 23b for each of the coupling mesh portions 3a and 3b. As shown in the left half of 13, one lid mesh 23 can also be used.

The stone custody casks that are curved along the curved topography are the stone custody 1A of the first embodiment shown in FIG. 1, the stone custody 1C of the third embodiment shown in FIG. 6, and the fourth shown in FIG. It can also be formed by the stone packed bowl 1D of the embodiment.
That is, as shown representatively in FIG. 14 for a stone custody linking body formed using the stone custody 1A of the first embodiment, the connecting nets 3a and 3b of the adjacent stone custody 1A and 1A are connected to each other. By overlapping the rear connection networks 22a and 22b from the front connection networks 22a and 22b toward the front connection networks 21a and 21b so that the degree of overlap gradually increases, and connecting the corresponding connection networks to each other with the connection fitting 15, the stone A clogging linkage is formed. The intermediate mesh cage 24 thus formed is filled with a stone material (not shown), and a lid mesh is appropriately attached.

  When the direction of bending of the stone-clad casket is opposite to that shown in FIG. 14, the connecting nets 3a and 3b are directed from the front connecting nets 21a and 21b toward the rear connecting nets 22a and 22b. It is sufficient to overlap so that the degree of overlap gradually increases.

  In each of the above embodiments, the lid nets 23, 23a, and 23b are attached to the upper surface of the intermediate net cage 24. However, the lid net can be omitted.

1A, 1B, 1C, 1D, 1D ', 1E Ishizume clan 2, 2' Acupuncture body 3, 3a, 3b Connecting net 4 Net gutter 5 Stone 8 Bottom net 9 Front net 10 Rear net 16a, 16b Top 17a , 17b Bottom side 18a, 18b Front side 19a, 19b Rear side 20, 20a, 20b Bottom connection network 21, 21a, 21b Front connection network 22, 22a, 22b Rear connection network 23, 23a, 23b Cover network 24 Intermediate network L Stone Left and right length of cradle La 左右 Left and right length of main body Lc Extension length of connecting net Ld Left and right length of intermediate net

In the facility method, in the basket arranging step, the bottom connecting net, the front connecting net, and the rear connecting net are extended from the side end portions of the stone-packed coffins, and the corresponding connecting nets are opposed to each other. In the hook connecting step, the intermediate connecting rods are formed by connecting the opposing connecting nets to each other, and in the lid net attaching step, the upper surface of the intermediate mesh rod filled with stones is formed. You may make it cover with one lid net | network straddling the adjacent stone custard.

Claims (11)

Ishizume bowls that are installed in a state where adjacent ones are connected to each other,
A cocoon body portion in which a stone material is filled inside a square mesh cage made of a metal mesh, and a connecting mesh portion extending laterally from at least one side end of the left and right side ends of the cocoon body portion Have
The connecting net portion has a plurality of connecting nets extending from at least three of the upper side, the bottom side, the front side, and the rear side at the side end portion of the bag main body, and the plurality of connecting nets are: A bottom connection network extending from the bottom side, a front connection network extending from the front side, a rear connection network extending from the rear side,
Ishizume bowl characterized by that.   The extension length that the connecting net portion extends from the heel body portion is smaller than the left and right length that is the lateral length of the heel body portion, and the relationship between the extension length and the left and right length is: When adjacent stone claws are connected to each other via the connecting net part, the left and right length, which is the horizontal length of the intermediate net formed by the connecting net part, is smaller than the left and right length of the main body part. The stone candy candy according to claim 1, wherein the relationship is as follows.   The extension length of the said connection net | network part exists in the range of 1 / 20-4 / 20 of the right-and-left length of the said stone packing basket, The stone packing basket of Claim 2 characterized by the above-mentioned.   The bottom connection mesh is formed integrally with the bottom mesh of the heel body, the front connection mesh is formed integrally with the front mesh of the heel body, and the rear connection mesh is a rear surface of the heel body. 4. The stone packed bowl according to any one of claims 1 to 3, which is formed integrally with a net.   The bottom net, front net, and rear net of the main body of the bag and the bottom connection net, front connection net, and rear connection net of the connecting net are all integrally formed by bending one net material into a concave shape. 5. The stone-clad bowl according to claim 4, wherein   The bottom connection net, the front connection net, and the rear connection net of the connection net part are formed integrally by bending one net material into a concave shape, and are formed separately from the bag main body part. The stone-packed casket according to any one of claims 1 to 3, characterized in that it is connected to the heel body in a state of being bent into a concave shape.   The bottom connection net of the connection net part is formed separately from the bottom net of the bag main body part and connected to the bottom side, and the front connection net is formed separately from the front net of the bag main body part. 4. The apparatus according to claim 1, wherein the rear connection net is formed separately from the rear net of the bag main body portion and connected to the rear side. The stone candy mentioned.   8. The stone crabs according to claim 1, wherein the extension lengths of the bottom connection net, the front connection net, and the rear connection net of the connection net part are equal to each other.   8. The stone according to claim 1, wherein an extension length of the connecting net portion gradually decreases from one side of the front connection net and the rear connection net toward the other side. 9. Clogs. A cocoon placement process in which square stone jars filled with stone are placed adjacent to each other on the left and right,
Adjacent stone claws on the left and right sides are connected to each other via a bottom connection network, a front connection network, and a rear connection network that extend laterally from the bottom, front, and rear sides of the side edges of one of the stone clogs. A hook connecting step of forming an intermediate net by the bottom connecting net, the front connecting net, and the rear connecting net between the adjacent stone clogs,
Stone filling process for filling stone in the intermediate mesh cage,
A lid mesh attaching step of covering the upper surface of the intermediate mesh cage with a lid mesh;
A facility method for stone-sealed rice cakes, comprising: In the casket arrangement step, the bottom linking net, the front linking net, and the rear linking net are arranged from the side ends of the stone-packed cocoons, with the corresponding connecting nets facing each other,
In the hook connecting step, the intermediate connecting hooks are formed by connecting the opposing connecting nets to each other,
In the lid net attaching step, the upper surface of the intermediate net cage filled with stone material is covered with one lid net straddling the adjacent stone custody cage,
The facility method for stone-crusted porridge according to claim 10.

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