JP2005155132A - Coupling structure of welded wire mesh - Google Patents

Coupling structure of welded wire mesh Download PDF

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JP2005155132A
JP2005155132A JP2003393903A JP2003393903A JP2005155132A JP 2005155132 A JP2005155132 A JP 2005155132A JP 2003393903 A JP2003393903 A JP 2003393903A JP 2003393903 A JP2003393903 A JP 2003393903A JP 2005155132 A JP2005155132 A JP 2005155132A
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wire mesh
wire
welded
vertical
portions
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Shinji Nakamura
真司 中村
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Okasan Livic Co Ltd
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Okasan Livic Co Ltd
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Abstract

<P>PROBLEM TO BE SOLVED: To increase the strength of the whole wire mesh component wherein a plurality of welded wire meshes are coupled, and simply couples the adjacent wire meshes together by engaging, coupling and integrating the ends of wire rods of the adjacent welded wire meshes with each other by means of a coupling member. <P>SOLUTION: In this coupling structure of the welded wire mesh, a longitudinal wire rod and a lateral wire rod are welded in a lattice shape so as to form the welded wire mesh; the welded wire meshes are coupled together so as to constitute the wire mesh component; and the coupling member 6, which is equipped with an engaging part for engaging and coupling the ends of the respective wire rods of the the respective adjacent wire meshes is provided. <P>COPYRIGHT: (C)2005,JPO&NCIPI

Description

この発明は、溶接金網の連結構造に係り、特に複数の溶接金網を簡単で且つ堅固に連結する溶接金網の連結構造に関するものである。   The present invention relates to a welded wire mesh connection structure, and more particularly to a welded wire mesh connection structure for simply and firmly connecting a plurality of welded wire meshes.

例えば、擁壁の壁面構造においては、丸鋼や異形棒鋼からなる鉄筋や、線材からなる溶接金網を複数連結して金網構成体としての壁面材を構成し、この壁面材をコンクリート内に埋設している。上述の溶接金網は、縦線材と横線材とを格子状に組み合わせて溶接することにより形成されている。   For example, in the wall structure of a retaining wall, a plurality of reinforcing bars made of round steel or deformed steel bars and welded wire mesh made of wire are connected to form a wall material as a wire mesh structure, and this wall material is embedded in concrete. ing. The above-described welded wire mesh is formed by welding a vertical wire and a horizontal wire combined in a lattice shape.

従来、溶接金網としては、網目ピッチ間隔で平面上に並べた長尺異形鉄筋の対向する長手面に、網目ピッチ間隔で短尺異形鉄筋の端面を、長尺異形鉄筋と同一平面上に溶接してなるものがある。
特開平８−８２０４２号公報 Conventionally, as a welded wire mesh, the end surface of a short deformed reinforcing bar is welded to the same plane as the long deformed reinforcing bar on the opposing longitudinal surface of the long deformed reinforcing bar arranged on a plane at a mesh pitch interval. There is something to be.
JP-A-8-82042

ところが、従来、複数の溶接金網を連結して金網構成体を構成する場合に、各溶接金網を順次に並べて金網構成体を構成していただけので、金網構成体全体の強度が低くなるという不都合があった。特に、金網構成体を擁壁の壁面構造の壁面材として用いた場合に、各溶接金網の接合がなく、壁面材全体として強度が低く、盛土作業に伴って壁面材に局部変形が生じ、盛土工程の進捗と共に、壁面全体に変形が生ずる不都合があった。   However, conventionally, when a plurality of welded wire meshes are connected to form a wire mesh structure, the welded wire meshes are arranged side by side in order to form the wire mesh structure, so that the strength of the entire wire mesh structure is reduced. there were. In particular, when a wire mesh structure is used as a wall material for a wall structure of a retaining wall, there is no joining of each welded wire mesh, the strength of the wall material as a whole is low, and local deformation occurs in the wall material during the embedding work, With the progress of the process, there was a disadvantage that the entire wall surface was deformed.

この発明は、縦線材と横線材とを格子状に溶接して溶接金網を形成し、この溶接金網を複数連結して金網構成体を構成する溶接金網の連結構造において、隣接する各溶接金網の各線材の端部同士を係合連結する係合部が備えられた連結部材を設けたことを特徴とする。   According to the present invention, a vertical wire and a horizontal wire are welded in a lattice shape to form a welded wire mesh, and a plurality of welded wire meshes are connected to form a wire mesh structure. A connecting member provided with an engaging portion that engages and connects the ends of each wire is provided.

この発明は、隣接する各溶接金網の各線材の端部同士を連結部材により係合連結して一体化するので、複数の溶接金網を連結した金網構成体全体の強度を向上することができるとともに、隣接する各溶接金網の連結を簡単に行わせることができる。   In the present invention, since the ends of the respective wire rods of the adjacent welded wire meshes are engaged and integrated by the connecting member, the strength of the entire wire mesh structure in which a plurality of welded wire meshes are connected can be improved. The adjacent welded wire meshes can be easily connected.

この発明の溶接金網の連結構造は、複数の溶接金網を連結して構成した金網構成体全体の強度を向上することを、各溶接金網の各線材の端部同士を係合連結する連結部材によって実現するものである。
以下、図面に基づいてこの発明の実施例を詳細且つ具体的に説明する。 The connecting structure of the welded wire mesh according to the present invention improves the strength of the entire wire mesh structure formed by connecting a plurality of welded wire meshes, by a connecting member that engages and connects the ends of each wire rod of each welded wire mesh. It is realized.
Hereinafter, embodiments of the present invention will be described in detail and specifically with reference to the drawings.

図１〜図３は、この発明の第１実施例を示すものである。   1 to 3 show a first embodiment of the present invention.

図３において、２は例えば擁壁の壁面構造に用いられる壁面材である。この壁面材２は、複数の溶接金網４を連結部材６で連結した金網構成体として構成されるものである。図３においては、複数の溶接金網４として、隣接する上側の溶接金網４Ｕと下側の溶接金網４Ｌとを、例示する。   In FIG. 3, 2 is a wall material used for the wall structure of a retaining wall, for example. The wall material 2 is configured as a wire mesh structure in which a plurality of welded wire meshes 4 are connected by a connecting member 6. In FIG. 3, as the plurality of welded wire meshes 4, an adjacent upper welded wire mesh 4 </ b> U and a lower welded wire mesh 4 </ b> L are illustrated.

上側の溶接金網４Ｕは、上下方向に指向し且つ同一平面内に所定間隔Ａで並列した複数の例えば第１〜第５上側縦線材８−１Ｕ〜８−５Ｕと、この第１〜第５上側縦線材８−１Ｕ〜８−５Ｕの一側に横方向に指向し且つ互いに重ならないように所定間隔Ｂで並列した複数の例えば第１〜第３上側横線材１０−１Ｕ〜１０−３Ｕとを溶接し、二層構造で形成されている。この上側の溶接金網４Ｕは、この第１実施例においては、上下方向で、第１〜第５上側縦線材８−１Ｕ〜８−５Ｕの上端部１２−１Ｕ〜１２−５Ｕの各端面が同一の位置Ｐ１で、且つ、第１〜第５上側縦線材８−１Ｕ〜８−５Ｕの下端部１４−１Ｕ〜１４−５Ｕの各端面が同一の位置Ｐ２である。   The upper welded wire mesh 4U has a plurality of, for example, first to fifth upper vertical wires 8-1U to 8-5U, which are oriented in the vertical direction and arranged in parallel at a predetermined interval A in the same plane, and the first to fifth upper sides. A plurality of, for example, first to third upper horizontal wires 10-1U to 10-3U that are horizontally oriented to one side of the vertical wires 8-1U to 8-5U and arranged in parallel at a predetermined interval B so as not to overlap each other. Welded and formed with a two-layer structure. In the first embodiment, the upper welded wire mesh 4U has the same end face in the upper and lower ends of the first to fifth upper vertical wires 8-1U to 8-5U in the vertical direction. And the end faces of the lower ends 14-1U to 14-5U of the first to fifth upper vertical wires 8-1U to 8-5U are the same position P2.

また、下側の溶接金網４Ｌは、上側の溶接金網４Ｕと同様に形成され、上下方向に指向し且つ同一平面内に所定間隔Ａで並列した複数の第１〜第４下側縦線材８−１Ｌ〜８−５Ｌと、この第１〜第５下側縦線材８−１Ｌ〜８−５Ｌの一側に横方向に指向し且つ互いに重ならないように所定間隔Ｂで並列した複数の第１〜第３下側横線材１０−１Ｌ〜１０−３Ｌとを溶接し、二層構造で形成されている。この下側の溶接金網４Ｌは、この第１実施例においては、上下方向で、第１〜第５下側縦線材８−１Ｌ〜８−５Ｌの上端部１２−１Ｌ〜１２−５Ｌが同一の位置Ｐ３で、且つ、第１〜第５下側縦線材８−１Ｌ〜８−５Ｌの下端部１４−１Ｌ〜１４−５Ｌの各端面が同一の位置Ｐ４である。   The lower welding wire mesh 4L is formed in the same manner as the upper welding wire mesh 4U, and is oriented in the vertical direction and arranged in parallel at a predetermined interval A within the same plane. 1L to 8-5L and a plurality of first to first lines arranged in parallel at a predetermined interval B so as to be laterally directed to one side of the first to fifth lower vertical wires 8-1L to 8-5L and not to overlap each other. The third lower horizontal wires 10-1L to 10-3L are welded to form a two-layer structure. In the first embodiment, the lower welded wire mesh 4L has the same upper end portions 12-1L to 12-5L of the first to fifth lower vertical wires 8-1L to 8-5L in the vertical direction. At the position P3, the end faces of the lower end portions 14-1L to 14-5L of the first to fifth lower vertical wires 8-1L to 8-5L are the same position P4.

連結部材６は、図１に示す如く、例えば、一枚の板材１６に、隣接する上側の溶接金網４Ｕの各上側縦線材８Ｕの各下端部１４Ｕと下側の溶接金網４Ｌの各下側縦線材８Ｌの各上端部１２Ｌ同士を係合連結する複数の例えば第１〜第５係合部１８−１〜１８−５を備えている。   As shown in FIG. 1, the connecting member 6 is formed, for example, on a single plate 16, each lower end 14 U of each upper vertical wire 8 U of the adjacent upper welding wire mesh 4 U and each lower vertical wire of the lower welding wire mesh 4 L. For example, a plurality of first to fifth engaging portions 18-1 to 18-5 that engage and connect the upper end portions 12L of the wire 8L are provided.

この第１実施例において、図１に示す如く、第１〜第５係合部１８−１〜１８−５は、所定の間隔Ａで並列に配置され、上下方向に指向し且つ同一の位置Ｐ５に形成されている。この第１〜第５係合部１８−１〜１８−５は、例えば、上下方向で、板材１６の一面Ｆ１側で且つ上下方向全体の高さＨ１で半円形状に突出した第１〜第５一側半形部２０−１〜２０−５と、中間部位で、板材１６の他面Ｆ２側で且つ高さＨ２で半円形状に突出した第１〜第５他側半形部２２−１〜２２−５とによって構成され、この第１〜第５一側半形部２０−１〜２０−５と第１〜第５他側半形部２２−１〜２２−５とで第１〜第５挿入空間２４−１〜２４−５を形成している。   In the first embodiment, as shown in FIG. 1, the first to fifth engaging portions 18-1 to 18-5 are arranged in parallel at a predetermined interval A, are directed in the vertical direction, and have the same position P5. Is formed. The first to fifth engaging portions 18-1 to 18-5 are, for example, first to first protruding in a semicircular shape at the height H1 of the entire vertical direction on the one surface F1 side of the plate member 16 in the vertical direction. 5 One-side half-shaped portion 20-1 to 20-5 and the first to fifth other-side half-shaped portions 22- projecting in a semicircular shape at the other side F2 side of the plate member 16 and at the height H2 at the intermediate portion. 1 to 22-5, and the first to fifth first-side half portions 20-1 to 20-5 and the first to fifth other-side half portions 22-1 to 22-5 are first. -5th insertion space 24-1-24-5 is formed.

そして、これら第１〜第５係合部１８−１〜１８−５には、上方から上側の溶接金網４Ｕの第１〜第５上側縦線材８−１Ｕ〜８−５Ｕの下端部１４−１Ｕ〜１４−５Ｕが挿入して係合されるとともに、下方から下側の溶接金網４Ｌの第１〜第５下側縦線材８−１Ｌ〜８−５Ｌの上端部１２−１Ｌ〜１２−５Ｌが挿入して係合され、この第１〜第５上側縦線材８−１Ｕ〜８−５Ｕの下端部１４−１Ｕ〜１４−５Ｕと第１〜第５下側縦線材８−１Ｌ〜８−５Ｌの上端部１２−１Ｌ〜１２−５Ｌとが同一平面で且つ第１〜第５挿入空間２４−１〜２４−５内で同一位置Ｐ５で突き合わさって連結される（図２参照）。   And in these 1st-5th engaging parts 18-1-18-5, the lower end part 14-1U of the 1st-5th upper vertical wire material 8-1U-8-5U of the welding wire net 4U of the upper side from the upper part is carried out. 14-5U is inserted and engaged, and upper ends 12-1L to 12-5L of the first to fifth lower vertical wires 8-1L to 8-5L of the lower welded wire mesh 4L from below are provided. Inserted and engaged, the lower ends 14-1U to 14-5U of the first to fifth upper vertical wires 8-1U to 8-5U and the first to fifth lower vertical wires 8-1L to 8-5L Upper end portions 12-1L to 12-5L are connected to each other on the same plane and in the first to fifth insertion spaces 24-1 to 24-5 at the same position P5 (see FIG. 2).

次に、この第１実施例の作用を説明する。   Next, the operation of the first embodiment will be described.

複数の溶接金網４を連結して、例えば、擁壁の壁面構造の壁面材２を構成するにあっては、図３に示す如く、上側の溶接金網４Ｕと下側の溶接金網４Ｌとの間に連結部材６を介在し、そして、この連結部材６の第１〜第５係合部１８−１〜１８−５には、上方から上側の溶接金網４Ｕの第１〜第５上側縦線材８−１Ｕ〜８−５Ｕの下端部１４−１Ｕ〜１４−５Ｕを挿入して係合するとともに、下方から下側の溶接金網４Ｌの第１〜第５下側縦線材８−１Ｌ〜８−５Ｌの上端部１２−１Ｌ〜１２−５Ｌを挿入して係合し、この第１〜第５上側縦線材８−１Ｕ〜８−５Ｕの下端部１４−１Ｕ〜１４−５Ｕと第１〜第５下側縦線材８−１Ｌ〜８−５Ｌの上端部１２−１Ｌ〜１２−５Ｌとを同一平面で且つ第１〜第５挿入空間２４−１〜２４−５内で同一の位置Ｐ５で突き合わせて連結する（図２参照）。   For example, when the wall material 2 having a wall structure of a retaining wall is configured by connecting a plurality of welding wire meshes 4, as shown in FIG. 3, between the upper welding wire mesh 4U and the lower welding wire mesh 4L. In the first to fifth engaging portions 18-1 to 18-5 of the connecting member 6, the first to fifth upper vertical wires 8 of the welding wire mesh 4U from the upper side to the upper side. The lower end portions 14-1U to 14-5U of -1U to 8-5U are inserted and engaged, and the first to fifth lower vertical wires 8-1L to 8-5L of the lower welded wire mesh 4L from below. The upper end portions 12-1L to 12-5L are inserted and engaged, and the first to fifth lower end portions 14-1U to 14-5U and the first to fifth ends of the first to fifth upper vertical wires 8-1U to 8-5U. The upper ends 12-1L to 12-5L of the lower vertical wires 8-1L to 8-5L are flush with each other in the first to fifth insertion spaces 24-1 to 24-5. Coupling against one position P5 (see FIG. 2).

この結果、隣接する各溶接金網４の各縦線材８の端部同士を係合連結する係合部１８が備えられた連結部材６を設け、隣接する各溶接金網４の各縦線材８の端部同士を連結部材６により係合連結して一体化するので、複数の溶接金網４を連結した金網構成体としての壁面材２全体の強度を向上することができるとともに、隣接する各溶接金網４の連結を簡単に行わせることができる。特に、金網構成体を擁壁の壁面構造の壁面材２として用いた場合に、各溶接金網４が一体化して壁面材２全体の強度が高く、よって、盛土作業のときに壁面材２に変形が生することがなく、盛土工程の進捗と共に、壁面全体に変形が生ずることがない。   As a result, the connecting member 6 provided with the engaging portion 18 that engages and connects the ends of the vertical wire rods 8 of the adjacent welding wire meshes 4 is provided, and the ends of the vertical wire rods 8 of the adjacent welding wire meshes 4 are provided. Since the portions are engaged and connected with each other by the connecting member 6, the strength of the entire wall surface material 2 as a wire mesh structure connecting the plurality of welded wire meshes 4 can be improved, and each adjacent welded wire mesh 4. Can be easily connected. In particular, when the wire mesh structure is used as the wall material 2 of the wall structure of the retaining wall, the welded wire mesh 4 is integrated and the overall strength of the wall material 2 is high, so that the wall material 2 is deformed during the embankment work. Will not occur, and the entire wall surface will not be deformed with the progress of the embankment process.

図４〜図６は、この発明の第２実施例を示すものである。   4 to 6 show a second embodiment of the present invention.

この第２実施例の特徴とするところは、以下の点にある。即ち、図６に示す如く、例えば、上側の溶接金網４Ｕの第２、第４上側縦線材８−２Ｕ、８−４Ｕの第２、第４上端部１２−２Ｕ、１２−４Ｕの各端面の位置Ｐ６が、第１、第３、第５上側縦線材８−１Ｕ、８−３Ｕ、８−５Ｕの第１、第３、第５上端部１２−１Ｕ、１２−３Ｕ、１２−５Ｕの各端面の位置Ｐ７よりも距離Ｇ１だけ短く、また、上側の溶接金網４Ｕの第２、第４上側縦線材８−２Ｕ、８−４Ｕの第２、第４下端部１４−２Ｕ、１４−４Ｕが第１、第３、第５上側縦線材８−１Ｕ、８−３Ｕ、８−５Ｕの第１、第３、第５下端部１４−１Ｕ、１４−３Ｕ、１４−５Ｕよりも距離Ｇ１だけ長く形成されている。また、下側の溶接金網４Ｌは、上側の溶接金網４Ｕと同様に形成されているので、ここでは、その説明を省略する。   The features of the second embodiment are as follows. That is, as shown in FIG. 6, for example, each of the end surfaces of the second and fourth upper end portions 12-2U and 12-4U of the second and fourth upper vertical wires 8-2U and 8-4U of the upper welded wire mesh 4U. The position P6 is the first, third, and fifth upper vertical wires 8-1U, 8-3U, and 8-5U, and the first, third, and fifth upper end portions 12-1U, 12-3U, and 12-5U. The distance G1 is shorter than the position P7 of the end face, and the second and fourth lower end portions 14-2U and 14-4U of the second and fourth upper vertical wires 8-2U and 8-4U of the upper welded wire mesh 4U are provided. The first, third and fifth upper vertical wires 8-1U, 8-3U and 8-5U are longer than the first, third and fifth lower end portions 14-1U, 14-3U and 14-5U by a distance G1. Is formed. Further, the lower welding wire mesh 4L is formed in the same manner as the upper welding wire mesh 4U, and therefore the description thereof is omitted here.

そこで、連結部材６の第１〜第５係合部１８−１〜１８−５においては、第１、第３、第５係合部１８−１、１８−３、１８−５の第１、第３、第５他側半形部２２−１、２２−３、２２−５を上側の位置Ｐ８に形成するとともに、第２、第４係合部１８−２、１８−４の第２、第４他側半形部２２−２、２２−４を距離Ｇ２だけ下側の位置Ｐ９に形成する。   Therefore, in the first to fifth engaging portions 18-1 to 18-5 of the connecting member 6, the first, third, and fifth engaging portions 18-1, 18-3, and 18-5 of the first, The third and fifth other-side half portions 22-1, 22-3, 22-5 are formed at the upper position P8, and the second and fourth engaging portions 18-2, 18-4 The fourth other-side half portions 22-2 and 22-4 are formed at the lower position P9 by the distance G2.

従って、第１〜第５係合部１８−１〜１８−５に、上方から上側の溶接金網４Ｕの第１〜第５上側縦線材８−１Ｕ〜８−５Ｕの下端部１４−１Ｕ〜１４−５Ｕを挿入して係合するとともに、下方から下側の溶接金網４Ｌの第１〜第５下側縦線材８−１Ｌ〜８−５Ｌの上端部１２−１Ｌ〜１２−５Ｌを挿入して係合したときに、第１、第３、第５上側縦線材８−１Ｕ、８−３Ｕ、８−５Ｕの下端部１４−１Ｕ、１４−３Ｕ、１４−５Ｕと第１、第３、第５下側縦線材８−１Ｌ、８−３Ｌ、８−５Ｌの上端部１２−１Ｌ、１２−３Ｌ、１２−５Ｌとが同一の平面で且つ位置Ｐ８で突き合わって連結されるとともに、第２、第４上側縦線材８−２Ｕ、８−４Ｕの下端部１４−２Ｕ、１４−４Ｕと第２、第４下側縦線材８−２Ｌ、８−４Ｌの上端部１２−２Ｌ、１２−４Ｌとが同一の平面で且つ位置Ｐ９で突き合わさて連結される。   Accordingly, the first to fifth engaging portions 18-1 to 18-5 are connected to the lower end portions 14-1U to 14-14 of the first to fifth upper vertical wires 8-1U to 8-5U of the upper welded wire mesh 4U from above. -5U is inserted and engaged, and upper ends 12-1L to 12-5L of the first to fifth lower vertical wires 8-1L to 8-5L of the lower welded wire mesh 4L are inserted from below. When engaged, the lower ends 14-1U, 14-3U and 14-5U of the first, third and fifth upper vertical wires 8-1U, 8-3U and 8-5U and the first, third and second 5 The lower vertical wires 8-1L, 8-3L, and 8-5L have upper ends 12-1L, 12-3L, and 12-5L that are connected to each other on the same plane and at a position P8. 2, lower end portions 14-2U and 14-4U of fourth upper vertical wire rods 8-2U and 8-4U and upper end portion 1 of second and fourth lower vertical wire rods 8-2L and 8-4L -2L, and 12-4L are linked butted and at position P9 at the same plane.

この第２実施例の構成によれば、各溶接金網４の各縦線材８の各端部の長さが異なる場合でも、該各縦線材８の各端部を突き合わせて各溶接金網４を同一平面で且つ非同一位置で連結部材６によって連結することができる。   According to the configuration of the second embodiment, even when the lengths of the respective end portions of the respective vertical wire members 8 of the respective welding wire meshes 4 are different, the respective end portions of the respective vertical wire members 8 are brought into contact with each other so that the respective welding wire meshes 4 are the same. They can be connected by the connecting member 6 in a plane and at non-identical positions.

図７は、この発明の第３実施例を示すものである。   FIG. 7 shows a third embodiment of the present invention.

この第３実施例の特徴とするところは、以下の点にある。即ち、上側の溶接金網４Ｕ及び下側の溶接金網４Ｌは、上記の第２実施例と同一の構造である。そして、連結部材６において、第１係合部１８−１は、板材１６の他面Ｆ２側に半円形状に突出した第１他側上半形部２２−１Ｕ及び第１他側下半形部２２−１Ｌとを備え、第２係合部１８−２は、板材１６の他面Ｆ２側に半円形状に突出した第２他側上半形部２２−２Ｕ及び第２他側下半形部２２−２Ｌとを備え、第３係合部１８−３は、板材１６の他面Ｆ２側に半円形状に突出した第３他側上半形部２２−３Ｕ及び第３他側下半形部２２−３Ｌとを備え、第４係合部１８−４は、板材１６の他面Ｆ２側に半円形状に突出した第４他側上半形部２２−４Ｕ及び第４他側下半形部２２−４Ｌとを備え、第５係合部１８−５は、板材１６の他面Ｆ２側に半円形状に突出した第５他側上半形部２２−５Ｕ及び第５他側下半形部２２−５Ｌとを備えている。   The features of the third embodiment are as follows. That is, the upper welding wire mesh 4U and the lower welding wire mesh 4L have the same structure as that of the second embodiment. And in the connection member 6, the 1st engaging part 18-1 is the 1st other side upper half shape part 22-1U and 1st other side lower half shape which protruded in the semicircle shape to the other surface F2 side of the board | plate material 16. As shown in FIG. And the second engaging portion 18-2 includes a second other-side upper half-shaped portion 22-2U and a second other-side lower half that protrude in a semicircular shape toward the other surface F2 of the plate member 16. And the third engaging portion 18-3 includes a third other-side upper half-shaped portion 22-3U projecting in a semicircular shape toward the other surface F2 side of the plate member 16 and a third other-side lower portion. And the fourth engaging portion 18-4 includes a fourth other side upper half portion 22-4U and a fourth other side protruding in a semicircular shape toward the other surface F2 side of the plate 16. And the fifth engaging portion 18-5 includes a fifth other-side upper half-shaped portion 22-5U and a fifth other protruding in a semicircular shape toward the other surface F2 of the plate member 16. With lower side half-shaped part 22-5L There.

第１〜第５他側上半形部２２−１Ｕ〜２２−５Ｕは、板材１６の上側の同一の位置Ｐ１０に配設され、また、第１〜第５他側下半形部２２−１Ｌ〜２２−５Ｌは、位置Ｐ１０よりも距離Ｇ３だけ下側の同一の位置Ｐ１１に配設されている。   The first to fifth other-side upper half portions 22-1U to 22-5U are disposed at the same position P10 above the plate member 16, and the first to fifth other-side lower half portions 22-1L. ˜22-5L are arranged at the same position P11 below the position P10 by a distance G3.

そして、各溶接金網４の連結の際には、上側の溶接金網４Ｕの第１〜第５上側縦線材８−１Ｕ〜８−５Ｕの下端部１４−１Ｕ〜１４−５Ｕを第１〜第５係合部１８−１〜１８−５の上方から係合するとともに、下側の溶接金網４Ｌの第１〜第５下側縦線材８−１Ｌ〜８−５Ｌの上端部１２−１Ｕ〜１２−５Ｕを第１〜第５係合部１８−１〜１８−５の下方から係合する。   And in the case of connection of each welding wire mesh 4, lower end part 14-1U-14-5U of the 1st-5th upper vertical wire material 8-1U-8-5U of upper welding wire mesh 4U is made 1st-5th. While engaging from above the engaging portions 18-1 to 18-5, the upper ends 12-1U to 12- of the first to fifth lower vertical wires 8-1L to 8-5L of the lower welding wire mesh 4L. 5U is engaged from below the first to fifth engaging portions 18-1 to 18-5.

この第３実施例の構成によれば、各係合部１８において上下方向に他側上半形部２２Ｕ及び他側下半部２２Ｌが存在することから、各縦線材８の各端部の長さが異なる場合にでも対処することができるとともに、各縦線材８の各端部が突き合わされて各係合部１８に確実に且つ堅固に係合される。   According to the configuration of the third embodiment, since the other side upper half part 22U and the other side lower half part 22L exist in the vertical direction in each engaging part 18, the length of each end of each vertical wire 8 is long. Even when the lengths are different, it is possible to cope with each other, and the respective end portions of the respective vertical wire members 8 are abutted to be securely and firmly engaged with the respective engaging portions 18.

図８は、この発明の第４実施例を示すものである。   FIG. 8 shows a fourth embodiment of the present invention.

この第４実施例の特徴とするところは、以下の点にある。即ち、上側の溶接金網４Ｕは、複数の例えば第１〜第３上側縦線材８−１Ｕ〜８−３Ｕと、この第１〜第３上側縦線材８−１Ｕ〜８−３Ｕの一側に横方向に指向し且つ互いに重ならないように並列した複数の例えば第１〜第３上側横線材１０−１Ｕ〜１０−３Ｕとを溶接し、二層構造で形成されている。一方、下側の溶接金網４Ｌは、複数の例えば第１〜第２下側縦線材８−１Ｌ〜８−２Ｌと、この第１〜第２下側縦線材８−１Ｌ〜８−２Ｌの他側に横方向に指向し且つ互いに重ならないように並列した複数の例えば第１〜第３下側横線材１０−１Ｌ〜１０−３Ｌとを溶接し、二層構造で形成されている。   The features of the fourth embodiment are as follows. That is, the upper welded wire mesh 4U has a plurality of, for example, first to third upper vertical wires 8-1U to 8-3U and a side of one side of the first to third upper vertical wires 8-1U to 8-3U. A plurality of, for example, the first to third upper horizontal wires 10-1U to 10-3U that are aligned in the direction and do not overlap each other are welded to form a two-layer structure. On the other hand, the lower welded wire mesh 4L includes, for example, a plurality of first to second lower vertical wires 8-1L to 8-2L, and the first to second lower vertical wires 8-1L to 8-2L. A plurality of, for example, first to third lower horizontal wires 10-1L to 10-3L, which are parallel to each other in the lateral direction and do not overlap each other, are welded to form a two-layer structure.

従って、上側の溶接金網４Ｕの第１〜第３上側縦線材８−１Ｕ〜８−３Ｕと下側の溶接金網４Ｌの第１〜第２下側縦線材８−１Ｌ〜８−２Ｌとは、同一の平面には位置しないものである。   Therefore, the first to third upper vertical wires 8-1U to 8-3U of the upper welding wire mesh 4U and the first to second lower vertical wires 8-1L to 8-2L of the lower welding wire mesh 4L are: They are not located on the same plane.

そして、連結部材６においては、第１、第３、第５係合部１８−１、１８−３、１８−５は、上下方向で、板材１６の一面Ｆ１側に円形状に突出した第１、第３、第５円形部２６−１、２６−３、２６−５によって構成され、この第１、第３、第５円形部２６−１、２６−３、２６−５が第１、第３、第５挿入空間２４−１、２４−３、２４−５を形成し、また、第２、第４係合部１８−２、１８−４は、板材１６の他面Ｆ２側に円形状に突出した第２、第４円形部２６−２、２６−４によって構成され、この第２、第４円形部２６−２、２６−４が第２、第４挿入空間２４−２、２４−４を形成している。   In the connecting member 6, the first, third, and fifth engaging portions 18-1, 18-3, and 18-5 are first protruded in a circular shape toward the one surface F 1 side of the plate member 16 in the vertical direction. , Third and fifth circular portions 26-1, 26-3, and 26-5, and the first, third, and fifth circular portions 26-1, 26-3, and 26-5 are the first and first circular portions. 3, 5th insertion space 24-1, 24-3, 24-5 is formed, and 2nd, 4th engaging part 18-2, 18-4 is circular shape at the other surface F2 side of the board | plate material 16. The second and fourth circular portions 26-2 and 26-4 protrude from the second and fourth circular portions 26-2 and 26-4. The second and fourth circular portions 26-2 and 26-4 are formed into the second and fourth insertion spaces 24-2 and 24-. 4 is formed.

この第４実施例の構成によれば、上側の溶接金網４Ｕの第１〜第３上側縦線材８−１Ｕ〜８−３Ｕと下側の溶接金網４Ｌの第１〜第２下側縦線材８−１Ｌ〜８−２Ｌとが同一の平面に位置しない場合にでも対処することができるとともに、一つの係合部１８に、各縦線材８の各端部全体を挿入させて、各縦線材８の各端部の支持状態が堅固になるとともに、板材１６のいずれか一方の面側にのみ各係合部１８を突出形成するだけなので、各係合部１８の形成を容易にすることができる。   According to the configuration of the fourth embodiment, the first to third upper vertical wires 8-1U to 8-3U of the upper welding wire mesh 4U and the first to second lower vertical wires 8 of the lower welding wire mesh 4L. -1L to 8-2L can be dealt with even when they are not located on the same plane, and the entire end portions of the vertical wires 8 are inserted into one engaging portion 18 so that the vertical wires 8 The support state of each of the end portions of the plate member 16 becomes firm, and the engagement portions 18 are only projected and formed only on one surface side of the plate member 16, so that the formation of the engagement portions 18 can be facilitated. .

図９は、この発明の第５実施例を示すものである。   FIG. 9 shows a fifth embodiment of the present invention.

この第５実施例の特徴とするところは、以下の点にある。即ち、連結部材６は、上側材２８と下側材３０と中間材３２とで断面Ｃ字形状に形成されている。上側材２８及び下側材３０には、第１係合部１８−１を構成するように第１上側挿入孔３４−１Ｕ及び第１下側挿入孔３４−１Ｌが形成され、第２係合部１８−２を構成するように第２上側挿入孔３４−２Ｕ及び第２下側挿入孔３４−２Ｌが形成され、第３係合部１８−３を構成するように第３上側挿入孔３４−３Ｕ及び第３下側挿入孔３４−３Ｌが形成され、第４係合部１８−４を構成するように第４上側挿入孔３４−４Ｕ及び第４下側挿入孔３４−４Ｌが形成され、第５係合部１８−５を構成するように第５上側挿入孔３４−５Ｕ及び第５下側挿入孔３４−５Ｌが形成され、第６係合部１８−６を構成するように第６上側挿入孔３４−６Ｕ及び第６下側挿入孔３４−６Ｌが形成されている。   The features of the fifth embodiment are as follows. In other words, the connecting member 6 is formed by the upper member 28, the lower member 30, and the intermediate member 32 in a C-shaped cross section. A first upper insertion hole 34-1U and a first lower insertion hole 34-1L are formed in the upper member 28 and the lower member 30 so as to constitute the first engagement portion 18-1, and the second engagement. The second upper insertion hole 34-2U and the second lower insertion hole 34-2L are formed so as to constitute the portion 18-2, and the third upper insertion hole 34 is constituted so as to constitute the third engagement portion 18-3. -3U and the third lower insertion hole 34-3L are formed, and the fourth upper insertion hole 34-4U and the fourth lower insertion hole 34-4L are formed so as to constitute the fourth engagement portion 18-4. The fifth upper insertion hole 34-5U and the fifth lower insertion hole 34-5L are formed so as to constitute the fifth engagement portion 18-5, and the sixth engagement portion 18-6 is formed. A sixth upper insertion hole 34-6U and a sixth lower insertion hole 34-6L are formed.

そして、上側の溶接金網４Ｕと下側の溶接金網４Ｌとを連結する際には、上側の溶接金網４Ｕの第１、第２、第３上側縦線材８−１Ｕ、８−２Ｕ、８−３Ｕの第１、第２、第３下端部１４−１Ｕ、１４−２Ｕ、１４−３Ｕを第１、第３、第５係合部１８−１、１８−３、１８−５に係合するとともに、下側の溶接金網４Ｌの第１、第２、第３下側縦線材８−１Ｌ、８−２Ｌ、８−３Ｌの第１、第２、第３上端部１２−１Ｌ、１２−２Ｌ、１２−３Ｌを第２、第４、第６係合部１８−２、１８−４、１８−６に係合する。   When the upper welding wire mesh 4U and the lower welding wire mesh 4L are connected, the first, second, and third upper vertical wires 8-1U, 8-2U, 8-3U of the upper welding wire mesh 4U are connected. The first, second, and third lower end portions 14-1U, 14-2U, and 14-3U are engaged with the first, third, and fifth engaging portions 18-1, 18-3, and 18-5. The first, second, and third lower longitudinal wires 8-1L, 8-2L, and 8-3L of the lower welding wire mesh 4L, the first, second, and third upper end portions 12-1L, 12-2L, 12-3L is engaged with the second, fourth, and sixth engaging portions 18-2, 18-4, and 18-6.

この第５実施例の構成によれば、上側の溶接金網４Ｕの第１、第２、第３上側縦線材８−１Ｕ、８−２Ｕ、８−３Ｕを第１、第３、第５係合部１８−１、１８−３、１８−５に係合するとともに、下側の溶接金網４Ｌの第１、第２、第３下側縦線材８−１Ｌ、８−２Ｌ、８−３Ｌを第２、第４、第６係合部１８−２、１８−４、１８−６に係合することにより、上側の溶接金網４Ｕと下側の溶接金網４Ｌを堅固に連結することができる。   According to the configuration of the fifth embodiment, the first, second, and third upper vertical wires 8-1U, 8-2U, and 8-3U of the upper welded wire mesh 4U are engaged with the first, third, and fifth engagements. The first, second and third lower vertical wires 8-1L, 8-2L and 8-3L of the lower welding wire mesh 4L are engaged with the portions 18-1, 18-3 and 18-5. By engaging the second, fourth, and sixth engaging portions 18-2, 18-4, and 18-6, the upper weld metal mesh 4U and the lower weld metal mesh 4L can be firmly connected.

図１０は、この発明の第６実施例を示すものである。   FIG. 10 shows a sixth embodiment of the present invention.

この第６実施例の特徴とするところは、以下の点にある。即ち、上側の溶接金網４Ｕの第１、第３上側縦線材８−１Ｕ、８−３Ｕの第１、第３下端部１４−１Ｕ、１４−３Ｕが第２、第４上側縦線材８−２Ｕ、８−４Ｕの第２、第４下端部１４−２Ｕ、１４−４Ｕよりも長く形成され、下側の溶接金網４Ｌの第１、第３下側縦線材８−１Ｌ、８−３Ｌの第１、第３上端部１２−１Ｌ、１２−３Ｌが第２、第４下側縦線材８−２Ｌ、８−４Ｌの第２、第４上端部１２−２Ｌ、１２−４Ｌよりも長く形成されている。   The features of the sixth embodiment are as follows. That is, the first and third upper vertical wires 8-1U and 8-3U of the upper welded wire mesh 4U are the first and third lower end portions 14-1U and 14-3U, and the second and fourth upper vertical wires 8-2U. , 8-4U are formed longer than the second and fourth lower end portions 14-2U and 14-4U, and the first and third lower vertical wires 8-1L and 8-3L of the lower welded wire mesh 4L are formed. 1 and 3rd upper end parts 12-1L and 12-3L are formed longer than the 2nd and 4th upper end parts 12-2L and 12-4L of the 2nd and 4th lower vertical wire rods 8-2L and 8-4L. ing.

連結部材６は、上側板３６と下側板３８とを備えている。連結部材６においては、第１〜第４係合部１８−１〜１８−４を構成するように、上側板３６に、第１〜第４上側挿入孔４０−１Ｕ〜４０−４Ｕが形成されているとともに、第１上側挿入孔４０−１Ｕの図１０の左側に第１上側補助孔４２−１Ｕが形成され、第３上側挿入孔４０−３Ｕの図１０の左側に第２上側補助孔４２−２Ｕが形成され、また、下側板３８には、第１〜第４下側挿入孔４０−１Ｌ〜４０−４Ｌが形成されているとともに、第１下側挿入孔４０−１Ｌの図１０の右側に第１下側補助孔４２−１Ｌが形成され、第３下側挿入孔４０−３Ｌの図１０の右側に第２下側補助孔４２−２Ｌが形成されている。   The connecting member 6 includes an upper plate 36 and a lower plate 38. In the connecting member 6, first to fourth upper insertion holes 40-1 </ b> U to 40-4 </ b> U are formed in the upper plate 36 so as to configure the first to fourth engagement portions 18-1 to 18-4. In addition, a first upper auxiliary hole 42-1U is formed on the left side of FIG. 10 of the first upper insertion hole 40-1U, and a second upper auxiliary hole 42 on the left side of FIG. 10 of the third upper insertion hole 40-3U. 2U is formed, and the lower plate 38 is formed with first to fourth lower insertion holes 40-1L to 40-4L, and the first lower insertion hole 40-1L of FIG. A first lower auxiliary hole 42-1L is formed on the right side, and a second lower auxiliary hole 42-2L is formed on the right side of FIG. 10 of the third lower insertion hole 40-3L.

この場合、上側の溶接金網４Ｕの第１、第３上側縦線材８−１Ｕ、８−３Ｕの第１、第３下端部１４−１Ｕ、１４−３Ｕが第１、第２下側補助孔４２−１Ｌ、４２−２Ｌに挿入するとともに、第２、第４上側縦線材８−２Ｕ、８−４Ｕの第２、第４下端部１４−２Ｕ、１４−４Ｕが下側板３８の上面に接し、また、第１、第３下側縦線材８−１Ｌ、８−３Ｌの第１、第３上端部１２−１Ｌ、１２−３Ｌが第１、第２上側補助孔４２−１Ｕ、４２−２Ｕに挿入するとともに、下側の溶接金網４Ｌの第２、第４下側縦線材８−２Ｌ、８−４Ｌの第２、第４上端部１２−２Ｌ、１２−４Ｌが上側板３６の下面に接する。   In this case, the first and third lower end portions 14-1U and 14-3U of the first and third upper vertical wires 8-1U and 8-3U of the upper welded wire mesh 4U are the first and second lower auxiliary holes 42, respectively. -1L and 42-2L, and the second and fourth lower ends 14-2U and 14-4U of the second and fourth upper vertical wires 8-2U and 8-4U are in contact with the upper surface of the lower plate 38, Further, the first and third upper end portions 12-1L and 12-3L of the first and third lower vertical wires 8-1L and 8-3L are formed in the first and second upper auxiliary holes 42-1U and 42-2U. While being inserted, the second and fourth upper end portions 12-2L and 12-4L of the second and fourth lower vertical wire rods 8-2L and 8-4L of the lower welding wire mesh 4L are in contact with the lower surface of the upper plate 36. .

この第６実施例の構成によれば、上側の溶接金網４Ｕの各縦線材８Ｕの下端部１４Ｕが、上側板３６を経て下側板３６に貫通したり、上面に接するとともに、下側の溶接金網４Ｌの各縦線材８Ｌの上端部１２Ｌが、下側板３８を経て上側板３６に貫通したり、下面に接することから、上側の溶接金網４Ｕと下側の溶接金網４Ｌとを堅固に連結することができる。   According to the configuration of the sixth embodiment, the lower end portion 14U of each vertical wire 8U of the upper welding wire mesh 4U penetrates the lower plate 36 through the upper plate 36 or is in contact with the upper surface, and the lower welding wire mesh. Since the upper end portion 12L of each 4L vertical wire 8L penetrates the upper plate 36 through the lower plate 38 or contacts the lower surface, the upper welding wire mesh 4U and the lower welding wire mesh 4L are firmly connected. Can do.

図１１は、この発明の第７実施例を示すものである。   FIG. 11 shows a seventh embodiment of the present invention.

この第７実施例の特徴とするところは、以下の点にある。即ち、上側の溶接金網４Ｕ及び下側の溶接金網４Ｌは、上述の第６実施例と同様に構成されている。   The features of the seventh embodiment are as follows. That is, the upper welding wire mesh 4U and the lower welding wire mesh 4L are configured in the same manner as in the sixth embodiment.

連結部材６は、上側板３６と下側板３８とを備えている。連結部材６においては、第１〜第４係合部１８−１〜１８−４を構成するように、上側板３６に、第１〜第４上側挿入孔４０−１Ｕ〜４０−４Ｕが形成されているとともに、第２上側挿入孔４０−２Ｕの図１１の右側に第１上側補助孔４２−１Ｕが形成され、第４上側挿入孔４０−４Ｕの図１１の右側に第２上側補助孔４２−２Ｕが形成され、また、下側板３８には、第１〜第４上側挿入孔４０−１Ｕ〜４０−４Ｕに対応した第１〜第４下側挿入孔４０−１Ｌ〜４０−４Ｌが形成されているとともに、第２下側挿入孔４０−２Ｌの図１１の左側に第１下側補助孔４２−１Ｌが形成され、第４下側挿入孔４０−４Ｌの図１１の左側に第２下側補助孔４２−２Ｌが形成されている。   The connecting member 6 includes an upper plate 36 and a lower plate 38. In the connecting member 6, first to fourth upper insertion holes 40-1 </ b> U to 40-4 </ b> U are formed in the upper plate 36 so as to configure the first to fourth engagement portions 18-1 to 18-4. In addition, a first upper auxiliary hole 42-1U is formed on the right side of FIG. 11 of the second upper insertion hole 40-2U, and a second upper auxiliary hole 42 on the right side of FIG. 11 of the fourth upper insertion hole 40-4U. -2U is formed, and the lower plate 38 is formed with first to fourth lower insertion holes 40-1L to 40-4L corresponding to the first to fourth upper insertion holes 40-1U to 40-4U. The first lower auxiliary hole 42-1L is formed on the left side of the second lower insertion hole 40-2L in FIG. 11, and the second lower insertion hole 40-4L is second on the left side of FIG. A lower auxiliary hole 42-2L is formed.

この場合、上側の溶接金網４Ｕの第１、第３上側縦線材８−１Ｕ、８−３Ｕの第１、第３下端部１４−１Ｕ、１４−３Ｕが第１、第２下側補助孔４２−１Ｌ、４２−２Ｌに挿入するとともに、第２、第４上側縦線材８−２Ｕ、８−４Ｕの第２、第４下端部１４−２Ｕ、１４−４Ｕが下側板３８の上面に接し、また、第３下側縦線材８−３Ｌの第３上端部１２−３Ｌが第１上側補助孔４２−１Ｕに挿入するとともに、下側の溶接金網４Ｌの第４下側縦線材８−４Ｌの第４上端部１２−４Ｌが上側板３６の下面に接する。   In this case, the first and third lower end portions 14-1U and 14-3U of the first and third upper vertical wires 8-1U and 8-3U of the upper welded wire mesh 4U are the first and second lower auxiliary holes 42, respectively. -1L and 42-2L, and the second and fourth lower ends 14-2U and 14-4U of the second and fourth upper vertical wires 8-2U and 8-4U are in contact with the upper surface of the lower plate 38, Further, the third upper end portion 12-3L of the third lower vertical wire 8-3L is inserted into the first upper auxiliary hole 42-1U, and the fourth lower vertical wire 8-4L of the lower welding wire mesh 4L is inserted. The fourth upper end portion 12-4L is in contact with the lower surface of the upper plate 36.

この第７実施例の構成によれば、上側の溶接金網４Ｕの各上側縦線材８Ｕの各下端部１４Ｕが、上側板３６を経て下側板３６に貫通したり、上面に接するとともに、下側の溶接金網４Ｌの各下側縦線材８Ｌの上端部１２Ｌが、下側板３８を経て上側板３６に貫通したり、下面に接することから、上側の溶接金網４Ｕと下側の溶接金網４Ｌとを堅固に連結することができる。   According to the configuration of the seventh embodiment, each lower end portion 14U of each upper vertical wire 8U of the upper welded wire mesh 4U penetrates the lower plate 36 through the upper plate 36 or is in contact with the upper surface. Since the upper end portion 12L of each lower vertical wire 8L of the weld wire mesh 4L penetrates the upper plate 36 through the lower plate 38 or contacts the lower surface, the upper weld wire mesh 4U and the lower weld wire mesh 4L are firmly connected. Can be linked to.

図１２、図１３は、この発明の第８実施例を示すものである。   12 and 13 show an eighth embodiment of the present invention.

この第８実施例の特徴とするところは、以下の点にある。即ち、上側の溶接金網４Ｕの各上側縦線材８Ｕと下側の溶接金網４Ｌの下側縦線材８Ｌとが同一平面に位置し、そして、第１上側縦線材８−１Ｕと第１下側縦線材８−１Ｌとを近接し、第２上側縦線材８−２Ｕと第２下側縦線材８−２Ｌとを近接し、第３上側縦線材８−３Ｕと第３下側縦線材８−３Ｌとを近接し、第４上側縦線材８−４Ｕと第４下側縦線材８−４Ｌとを近接し、同様に、順次に、各縦線材を近接して設け、さらに、これに各縦線材間には連結部材６として波形で板状の連結薄材４４を設ける。   The features of the eighth embodiment are as follows. That is, the upper vertical wire 8U of the upper welded wire mesh 4U and the lower vertical wire 8L of the lower welded wire mesh 4L are located on the same plane, and the first upper vertical wire 8-1U and the first lower vertical wire 8L The wire 8-1L is close to the second upper vertical wire 8-2U and the second lower vertical wire 8-2L are close, and the third upper vertical wire 8-3U and the third lower vertical wire 8-3L are close. , The fourth upper vertical wire 8-4U and the fourth lower vertical wire 8-4L are adjacent to each other, and similarly, each vertical wire is provided in proximity to each other, and each vertical wire is further provided thereto. A connecting thin member 44 having a corrugated plate shape is provided as a connecting member 6 therebetween.

つまり、第１上側縦線材８−１Ｕと第１下側縦線材８−１Ｌとの間では、波形で板状の連結薄材４４を第１上側縦線材８−１Ｕの一側から第１下側縦線材８−１Ｌの他側に配設し、また、第１下側縦線材８−１Ｌと第２上側縦線材８−２Ｕとの間では、連結薄材４４を一側に湾曲して一側湾曲部４４Ａを形成し、第２上側縦線材８−２Ｕと第２下側縦線材８−２Ｌとの間では、連結薄材４４を第２上側縦線材８−２Ｕの他側から第２下側縦線材８−２Ｌの一側に配設し、第２下側縦線材８−２Ｌと第３上側縦線材８−３Ｕとの間では、連結薄材４４を他側に湾曲して他側湾曲部４４Ｂを形成し、そして、同様に、連結薄材４４を所定に配設する。   That is, between the first upper vertical wire 8-1U and the first lower vertical wire 8-1L, the corrugated plate-like connecting thin material 44 is moved from the one side of the first upper vertical wire 8-1U to the first lower side. The connecting thin member 44 is curved to one side between the first lower vertical wire 8-1L and the second upper vertical wire 8-2U. One side curved portion 44A is formed, and the connecting thin member 44 is connected from the other side of the second upper vertical wire 8-2U to the second upper vertical wire 8-2U and the second lower vertical wire 8-2L. 2 is disposed on one side of the lower vertical wire 8-2L, and the connecting thin member 44 is curved to the other side between the second lower vertical wire 8-2L and the third upper vertical wire 8-3U. The other side curved portion 44B is formed, and similarly, the connecting thin material 44 is disposed in a predetermined manner.

この第８実施例の構成によれば、同一平面上の各上側縦線材８Ｕと各下側縦線材８Ｌとの間で波形で板状の連結薄材４４を設けたことから、各上側縦線材８Ｕと各下側縦線材８Ｌとの連結状態を堅固にするとともに、その構成を簡単とし、廉価とすることができる。   According to the configuration of the eighth embodiment, since the plate-like connecting thin material 44 is provided in a corrugated manner between each upper vertical wire 8U and each lower vertical wire 8L on the same plane, each upper vertical wire The connection state between 8U and each lower vertical wire 8L can be made firm, and the configuration can be simplified and inexpensive.

図１４、図１５は、この発明の第９実施例を示すものである。   14 and 15 show a ninth embodiment of the present invention.

この第９実施例の特徴とするところは、以下の点にある。即ち、連結部材６においては、上側の第１連結具４６Ｕと下側の第２連結具４６Ｌとを備えている。第１連結具４６Ｕは、第１一側部４８Ｕと第１他側部５０Ｕと第１上側部５２Ｕとからなって断面逆Ｕ字形状で、下方に開放する第１空間５４Ｕを形成している。第１連結具４６Ｕは、所定の第１幅Ｗ１に形成されている。第１上側部５２Ｕには、第１上側挿入孔５６Ｕとこの第１上側挿入孔５６Ｕに隣接した上側補助挿入孔５８Ｕを備えている。第２連結具４６Ｌは、第２一側部４８Ｌと第２他側部５０Ｌと第２下側部５２Ｌとからなって断面Ｕ字形状で、上方に開放する第２空間５４Ｌを形成している。第２連結具４６Ｌは、第１連結具４６Ｕの第１幅Ｗ１よりも大きな第２幅Ｗ２に形成されている。第２下側部５２Ｌには、第１上側挿入孔５６Ｕに対応した第２下側挿入孔５６Ｌとこの第２下側挿入孔５６Ｌに隣接した下側補助挿入孔５８Ｌを備えている。図１５に示す如く、上側の第１連結具４６Ｕは、全体が下側の第２連結具４６Ｌの第２空間５４Ｌ内に配設される。   The features of the ninth embodiment are as follows. That is, the connecting member 6 includes an upper first connecting tool 46U and a lower second connecting tool 46L. The first connector 46U includes a first first side portion 48U, a first other side portion 50U, and a first upper side portion 52U, and has an inverted U-shaped cross section, and forms a first space 54U that opens downward. . The first connector 46U is formed to have a predetermined first width W1. The first upper portion 52U includes a first upper insertion hole 56U and an upper auxiliary insertion hole 58U adjacent to the first upper insertion hole 56U. The second connector 46L includes a second first side portion 48L, a second other side portion 50L, and a second lower side portion 52L, has a U-shaped cross section, and forms a second space 54L that opens upward. . The second connector 46L is formed to have a second width W2 that is larger than the first width W1 of the first connector 46U. The second lower portion 52L includes a second lower insertion hole 56L corresponding to the first upper insertion hole 56U and a lower auxiliary insertion hole 58L adjacent to the second lower insertion hole 56L. As shown in FIG. 15, the upper first connector 46U is entirely disposed in the second space 54L of the lower second connector 46L.

この第９実施例の構成によれば、図１５に示す如く、上側の第１連結具４６Ｕ全体が下側の第２連結具４６Ｌの第２空間５４Ｌ内に配設されると、上側の溶接金網４Ｕの上側縦線材８Ｕの各下端部１４Ｕが下側の下側補助挿入孔５８Ｌに挿入するとともに、下側の溶接金網４Ｌの上側縦線材８Ｌの各上端部１２Ｕが上側の上側補助挿入孔５８Ｕに挿入することで、上側の溶接金網４Ｕと下側の溶接金網４Ｌとの連結状態を堅固にすることができる。   According to the configuration of the ninth embodiment, as shown in FIG. 15, when the entire upper first connector 46U is disposed in the second space 54L of the lower second connector 46L, the upper weld Each lower end 14U of the upper vertical wire 8U of the wire mesh 4U is inserted into the lower lower auxiliary insertion hole 58L, and each upper end 12U of the upper vertical wire 8L of the lower welded wire mesh 4L is the upper upper auxiliary insertion hole. By inserting in 58U, the connection state of the upper welding wire mesh 4U and the lower welding wire mesh 4L can be made firm.

図１６は、この発明の第１０実施例を示すものである。   FIG. 16 shows a tenth embodiment of the present invention.

この第１０実施例の特徴とするところは、以下の点にある。即ち、連結部材６においては、上記の第９実施例と略同様な構成であるが、上側の第１連結具４６Ｕと下側の第２連結具４６Ｌとが同一の幅Ｗに形成されている。そして、上側の第１連結具４６Ｕの第１一側部４８Ｕが下側の第２連結具４６Ｌの第２空間５４Ｌ内に配設されると、上側の第１連結具４６Ｕの第１他側部５０Ｕが下側の第２連結具４６Ｌの第２他側部５０Ｌの側方に配設される。   The features of the tenth embodiment are as follows. That is, the connecting member 6 has substantially the same configuration as that of the ninth embodiment, but the upper first connecting tool 46U and the lower second connecting tool 46L are formed to have the same width W. . When the first one side portion 48U of the upper first connector 46U is disposed in the second space 54L of the lower second connector 46L, the first other side of the upper first connector 46U. The portion 50U is disposed on the side of the second other side portion 50L of the lower second connector 46L.

この第１０実施例の構成によれば、上側の第１連結具４６Ｕの第１一側部４８Ｕが下側の第２連結具４６Ｌの第２空間５４Ｌ内に配設されると、上側の第１連結具４６Ｕの第１他側部５０Ｕが下側の第２連結具４６Ｌの第２他側部５０Ｌの側方に配設され、上側の第１連結具４６Ｕの第１一側部４８Ｕと下側の第２連結具４６Ｌの第２一側部４８Ｌと下側の第２連結具４６Ｌの第２他側部５０Ｌと上側の第１連結具４６Ｕの第１他側部５０Ｕとが互いに並列になり、上側の溶接金網４Ｕと下側の溶接金網４Ｌとの連結状態を堅固にすることができる。   According to the configuration of the tenth embodiment, when the first one side portion 48U of the upper first connector 46U is disposed in the second space 54L of the lower second connector 46L, the upper first connector 46U is disposed. The first other side portion 50U of the first connector 46U is disposed on the side of the second other side portion 50L of the lower second connector 46L, and the first one side portion 48U of the upper first connector 46U and The second first side 48L of the lower second connector 46L, the second other side 50L of the lower second connector 46L, and the first other side 50U of the upper first connector 46U are parallel to each other. Thus, the connection state between the upper welding wire mesh 4U and the lower welding wire mesh 4L can be made firm.

図１７は、この発明の第１１実施例を示すものである。   FIG. 17 shows an eleventh embodiment of the present invention.

この第１１実施例の特徴とするところは、以下の点にある。即ち、連結部材６は、連結パイプ６０からなる。この連結パイプ６０は、挿入空間６２を有し、この挿入空間６２に上方から上側の溶接金網４Ｕの各上側縦線材８Ｕの下端部１４Ｕを挿入するとともに下方から下側の溶接金網４Ｌの各下側縦線材８Ｌの各上端部１２Ｌを挿入させ、各上側縦線材８Ｕの下端部１４Ｕと各下側縦線材８Ｌの上端部１２Ｌとを突き合わせて連結するものである。   The features of the eleventh embodiment are as follows. That is, the connecting member 6 is composed of a connecting pipe 60. The connecting pipe 60 has an insertion space 62, and the lower end portion 14U of each upper vertical wire 8U of the upper welding wire mesh 4U is inserted into the insertion space 62 from above and below each of the lower welding wire meshes 4L from below. Each upper end 12L of the side vertical wire 8L is inserted, and the lower end 14U of each upper vertical wire 8U and the upper end 12L of each lower vertical wire 8L are abutted and connected.

この第１１実施例の構成によれば、連結部材６として連結パイプ６０を用いるだけなので、構成が簡単で、廉価とすることができる。   According to the configuration of the eleventh embodiment, since the connection pipe 60 is only used as the connection member 6, the configuration is simple and can be made inexpensive.

図１８は、この発明の第１２実施例を示すものである。   FIG. 18 shows a twelfth embodiment of the present invention.

この第１２実施例の特徴とするところは、以下の点にある。即ち、連結部材６は、上側輪６４Ｕと下側輪６４Ｌと接続部６６とでＣ字形状に構成されている。上側輪６４Ｕには、上側挿入空間６８Ｕが形成されている。下側輪６４Ｌには、下側挿入空間６８Ｌが形成されている。この連結部材６は、上側挿入空間６８Ｕに上方から上側の溶接金網４Ｕの各縦線材８Ｕの下端部１４Ｕを挿入するとともに下側挿入空間６８Ｌに下方から下側の溶接金網４Ｌの各縦線材８Ｌの上端部１２Ｌを挿入させ、上側の縦線材８Ｕの端部と下側の縦線材８Ｌの端部とを突き合わせて連結するものである。   The features of the twelfth embodiment are as follows. That is, the connecting member 6 is formed in a C shape by the upper wheel 64U, the lower wheel 64L, and the connecting portion 66. An upper insertion space 68U is formed in the upper ring 64U. A lower insertion space 68L is formed in the lower wheel 64L. The connecting member 6 inserts the lower end portions 14U of the vertical wire members 8U of the upper welding wire mesh 4U from above into the upper insertion space 68U, and the vertical wire members 8L of the lower welding wire mesh 4L from below to the lower insertion space 68L. The upper end portion 12L is inserted, and the end portion of the upper vertical wire member 8U and the end portion of the lower vertical wire member 8L are abutted and connected.

この第１２実施例の構成によれば、連結部材６の構成が簡単で、軽量で且つ廉価とすることができる。   According to the configuration of the twelfth embodiment, the configuration of the connecting member 6 is simple, lightweight and inexpensive.

図１９は、この発明の第１３実施例を示すものである。   FIG. 19 shows a thirteenth embodiment of the present invention.

この第１３実施例の特徴とするところは、以下の点にある。即ち、連結部材６は、上側板７０Ｕと下側板７０Ｌと接続部７２とで断面Ｃ字形状に構成されている。上側板７０Ｕには、上側挿入孔７４Ｕが形成されている。下側板７０Ｌには、下側挿入孔７４Ｌが形成されている。この連結部材６は、上側挿入孔７４Ｕに上方から上側の溶接金網４Ｕの縦線材８Ｕの下端部１４Ｕを挿入するとともに下側挿入孔７４Ｌに下方から下側の溶接金網４Ｌの縦線材８Ｌの上端部１２Ｌを挿入させ、上側の縦線材８Ｕの端部と下側の縦線材８Ｌの端部とを突き合わせて連結するものである。   The feature of the thirteenth embodiment is as follows. That is, the connecting member 6 is configured by a C-shaped cross section by the upper plate 70U, the lower plate 70L, and the connection portion 72. An upper insertion hole 74U is formed in the upper plate 70U. A lower insertion hole 74L is formed in the lower plate 70L. This connecting member 6 inserts the lower end portion 14U of the vertical wire rod 8U of the upper welding wire mesh 4U into the upper insertion hole 74U from above and the upper end of the vertical wire rod 8L of the lower welding wire mesh 4L from below to the lower insertion hole 74L. The portion 12L is inserted, and the end of the upper vertical wire 8U and the end of the lower vertical wire 8L are abutted and connected.

この第１３実施例の構成によれば、連結部材６として断面Ｃ字形状ものを用いるだけなので、構成が簡単で、廉価とすることができる。   According to the configuration of the thirteenth embodiment, since only a C-shaped member is used as the connecting member 6, the configuration is simple and can be made inexpensive.

図２０〜２３は、この発明の第１４実施例を示すものである。   20 to 23 show a fourteenth embodiment of the present invention.

この第１４実施例の特徴とするところは、以下の点にある。即ち、図２０に示す如く、上側の溶接金網４Ｕにおいて、例えば、第２、第４上側縦線材８−２Ｕ、８−４Ｕは、第２、第４下端部１４−２Ｕ、１４−４Ｕが他側に第２、第４上側立上部７６−２Ｕ、７６−４Ｕで立ち上がって形成されるとともに、この第２、第４下端部１４−２Ｕ、１４−４Ｕの第２、第４先端部７８−２Ｕ、７８−４Ｕが第２、第４上側折曲部８０−２Ｕ、８０−４Ｕで折曲されて他の部位と平行に形成され、また、第１、第３、第５上側縦線材８−１Ｕ、８−３Ｕ、８−５Ｕの第１、第３、第５下端部１４−１Ｕ、１４−３Ｕ、１４−５Ｕの他側面には、第２、第４立上部７６−２Ｕ、７６−４Ｕのよりも端側で第１上側横線材８２−１Ｕが溶接されるとともに、第１〜第５上側縦線材８−１Ｕ〜８−５Ｕの第１〜第５下端部１４−１Ｕ〜１４−５Ｕの他側面には、第２、第４立上部７６−２Ｕ、７６−４Ｕの部位で第２上側横線材８２−２Ｕが溶接されている。   The features of the fourteenth embodiment are as follows. That is, as shown in FIG. 20, in the upper wire mesh 4U, for example, the second and fourth upper vertical wires 8-2U and 8-4U are the second and fourth lower end portions 14-2U and 14-4U, and the like. The second and fourth upper ends 76-2U and 76-4U are formed to rise to the side, and the second and fourth tip portions 78- of the second and fourth lower ends 14-2U and 14-4U are formed. 2U and 78-4U are bent at the second and fourth upper bent portions 80-2U and 80-4U to be formed in parallel with other portions, and the first, third and fifth upper vertical wires 8 -1U, 8-3U, 8-5U first, third, and fifth lower end portions 14-1U, 14-3U, and 14-5U have second and fourth raised portions 76-2U and 76 on the other side surfaces. The first upper horizontal wire 82-1U is welded on the end side from −4U, and the first to fifth upper vertical wires 8-1U to 8-5U are first to first. Other aspects of the lower end 14-1U～14-5U, second, fourth rising portion 76-2U, the second upper horizontal member 82-2U at the site of 76-4U are welded.

また、下側の溶接金網４Ｌにおいて、例えば、第１、第３、第５下側縦線材８−１Ｌ、８−３Ｌ、８−５Ｌは、第１、第３、第５上端部１２−１Ｌ、１２−３Ｌ、１２−５Ｌが一側に第１、第３、第５立下部７６−１Ｌ、７６−３Ｌ、７６−５Ｌで立ち下がって形成されるとともに、この第１、第３、第５上端部１２−１Ｌ、１２−３Ｌ、１２−５Ｌの第１、第３、第５先端部７８−１Ｌ、７８−３Ｌ、７８−５Ｌが第１、第３、第５下側折曲部８０−１Ｌ、８０−３Ｌ、８０−５Ｌで折曲されて平行に形成され、また、第２、第４下側縦線材８−２Ｌ、８−４Ｌの第２、第４上端部１２−２、１２−４の他側面には、第１、第３、第５立下部７６−１Ｌ、７６−３Ｌ、７６−５Ｌよりも端側で第１下側横線材８２−１Ｌが溶接されるとともに、第１〜第５下側縦線材８−１Ｌ〜８−５Ｌの第１〜第５上端部１２−１Ｌ〜１２−５Ｌの他側面には、第２、第４立下部７６−２Ｕ、７６−４Ｌの部位で第２下側横線材８２−２Ｌが溶接されている。   Further, in the lower welded wire mesh 4L, for example, the first, third, and fifth lower vertical wires 8-1L, 8-3L, and 8-5L are the first, third, and fifth upper end portions 12-1L. , 12-3L, 12-5L are formed on one side by falling at the first, third, and fifth upright portions 76-1L, 76-3L, and 76-5L, and the first, third, and second The first, third and fifth tip portions 78-1L, 78-3L and 78-5L of the five upper end portions 12-1L, 12-3L and 12-5L are the first, third and fifth lower bent portions. 80-1L, 80-3L, 80-5L are bent and formed in parallel, and the second and fourth upper ends 12-2 of the second and fourth lower vertical wires 8-2L and 8-4L are formed. When the first lower horizontal wire 82-1L is welded to the other side of the first, third, and fifth upright portions 76-1L, 76-3L, and 76-5L on the other side surface of 12-4. Both On the other side of the first to fifth upper end portions 12-1L to 12-5L of the first to fifth lower vertical wires 8-1L to 8-5L, second and fourth upright portions 76-2U, 76 are provided. The second lower horizontal wire 82-2L is welded at a portion of -4L.

この第１４実施例の構成によれば、上側の溶接金網４Ｕと下側の溶接金網４Ｌとを連結するときには、図２１〜図２３に示す如く、上側の溶接金網４Ｕの第２、第４上側縦線材８−２Ｕ、８−４Ｕの第２、第４下端部１４−２Ｕ、１４−４Ｕの第２、第４先端部７８−２Ｕ、７８−４Ｕが、第２下側横線材７８−２Ｌの上面に位置するとともに、下側の溶接金網４Ｌの第１、第３、第５下側縦線材８−１Ｌ、８−３Ｌ、８−５Ｌの第１、第３、第５上端部１２−１Ｌ、１２−３Ｌ、１２−５Ｌの第１、第３、第５先端部７８−１Ｌ、７８−３Ｌ、７８−５Ｌが、第２上側横線材７８−１Ｕの下面に位置するように、各上側縦線材８Ｕの各下端部１４Ｕと各下側縦線材８Ｌの各上端部１４Ｌとを組み付ける。これにより、各上側縦線材８Ｕの各下端部１４Ｕと各下側縦線材８Ｌの各上端部１４Ｌとを組み付けるだけで、上側の溶接金網４Ｕと下側の溶接金網４Ｌとの連結状態を堅固にすることができる。   According to the configuration of the fourteenth embodiment, when the upper welding wire mesh 4U and the lower welding wire mesh 4L are connected, as shown in FIGS. 21 to 23, the second and fourth upper wires of the upper welding wire mesh 4U. The second and fourth tip portions 78-2U and 78-4U of the second and fourth lower end portions 14-2U and 14-4U of the vertical wire rods 8-2U and 8-4U are the second lower horizontal wire rod 78-2L. And the first, third, and fifth upper end portions 12- of the first, third, and fifth lower vertical wires 8-1L, 8-3L, and 8-5L of the lower welding wire mesh 4L. 1L, 12-3L, 12-5L, the first, third and fifth tip portions 78-1L, 78-3L, 78-5L are positioned on the lower surface of the second upper horizontal wire 78-1U, Each lower end part 14U of upper vertical wire rod 8U and each upper end part 14L of each lower vertical wire rod 8L are assembled. As a result, by simply assembling the lower end portions 14U of the upper vertical wire rods 8U and the upper end portions 14L of the lower vertical wire rods 8L, the connection state between the upper welding wire mesh 4U and the lower welding wire mesh 4L is firmly established. can do.

図２４〜２６は、この発明の第１５実施例を示すものである。   24 to 26 show a fifteenth embodiment of the present invention.

この第１５実施例の特徴とするところは、以下の点にある。即ち、図２４に示す如く、上側の溶接金網４Ｕ及び下側の溶接金網４Ｌは、上記の第１４実施例と略同様な構成である。この場合に、第１〜第５上側縦線材８−１Ｕ〜８−５Ｕの第１〜第５下端部１４−１Ｕ〜１４−５Ｕの他側面には、第２、第４立上部７６−２Ｕ、７６−４Ｕの部位で第１上側横線材８２−１Ｕが溶接されるとともに、この第１上側横線材８２−１Ｕから少し離間した位置で第２上側横線材８２−２Ｕが溶接されている。また、第１〜第５下側縦線材８−１Ｌ〜８−５Ｌの第１〜第５上端部１２−１Ｕ〜１２−５Ｕの他側面には、第１、第３、第５立下部７６−１Ｌ、７６−３Ｌ、７６−５Ｌの部位で第１下側横線材８２−１Ｌが溶接されるとともに、この第１下側横線材８２−１Ｌから少し離間した位置で第２下側横線材８２−２Ｌが溶接されている。   The features of the fifteenth embodiment are as follows. That is, as shown in FIG. 24, the upper welded wire mesh 4U and the lower welded wire mesh 4L have substantially the same configuration as that in the fourteenth embodiment. In this case, on the other side surfaces of the first to fifth lower end portions 14-1U to 14-5U of the first to fifth upper vertical wires 8-1U to 8-5U, the second and fourth raised portions 76-2U are provided. , 76-4U, the first upper horizontal wire 82-1U is welded, and the second upper horizontal wire 82-2U is welded at a position slightly spaced from the first upper horizontal wire 82-1U. In addition, on the other side surfaces of the first to fifth upper end portions 12-1U to 12-5U of the first to fifth lower vertical wires 8-1L to 8-5L, first, third, and fifth upright portions 76 are provided. -1L, 76-3L, 76-5L, the first lower horizontal wire 82-1L is welded, and the second lower horizontal wire at a position slightly apart from the first lower horizontal wire 82-1L. 82-2L is welded.

そして、上側の溶接金網４Ｕと下側の溶接金網４Ｌとを連結する際には、上側の溶接金網４Ｕと下側の溶接金網４Ｌとの間に連結部材６として板状の介在体８４を設け、そして、図２５、図２６に示す如く、この介在体８４を、一側から上側の溶接金網４Ｕの各上側縦線材８Ｕの各下端部１２Ｕ及び下側の溶接金網４Ｌの各下側縦線材８Ｌの各上端部１２Ｌの各先端部７８Ｌと、他側から上側の溶接金網４Ｕの各下端部１２Ｕの各先端部７８Ｕ及び下側縦線材８Ｌの各上端部１２Ｌとによって挟持する。   When the upper welding wire mesh 4U and the lower welding wire mesh 4L are connected, a plate-shaped interposer 84 is provided as a connecting member 6 between the upper welding wire mesh 4U and the lower welding wire mesh 4L. As shown in FIGS. 25 and 26, the interposer 84 is connected to the lower vertical wires 8U of the upper vertical wires 8U of the upper welding wire 4U and the lower vertical wires of the lower welding wire 4L from one side. The upper end portion 78L of each upper end portion 12L of 8L is sandwiched by the respective front end portions 78U of the lower end portions 12U of the upper welding wire mesh 4U and the upper end portions 12L of the lower vertical wire rod 8L from the other side.

この第１５実施例の構成によれば、この介在体８４を、一側から上側の溶接金網４Ｕの各上側縦線材８Ｕの各下端部１２Ｕ及び下側の溶接金網４Ｌの各下側縦線材８Ｌの各上端部１２Ｌの各先端部７８Ｌと、他側から上側の溶接金網４Ｕの各下端部１２Ｕの各先端部７８Ｕ及び下側縦線材８Ｌの各上端部１２Ｌとによって挟持することから、上側の溶接金網４Ｕと下側の溶接金網４Ｌとの連結状態を堅固にすることができる。   According to the configuration of the fifteenth embodiment, the intermediate body 84 is connected to each lower vertical wire 8L of each upper vertical wire 8U of the upper welding wire mesh 4U from one side and each lower vertical wire 8L of the lower welding wire mesh 4L. The upper end portion 78L of each upper end portion 12L, and the upper end portion 78U of each lower end portion 12U of the upper welded wire mesh 4U from the other side and the respective upper end portions 12L of the lower vertical wire 8L The connection state between the welding wire mesh 4U and the lower welding wire mesh 4L can be made firm.

複数の溶接金網を連結する連結部材を、溶接金網に限られず、他の物の連結にも適用させることができる。   The connecting member that connects the plurality of welded wire meshes is not limited to the welded wire mesh, and can be applied to the connection of other objects.

第１実施例において連結部材の斜視図である。It is a perspective view of a connection member in the 1st example. 第１実施例において各縦線材を連結した説明図である。It is explanatory drawing which connected each vertical wire in 1st Example. 第１実施例において各溶接金網を連結するときの斜視図である。It is a perspective view when connecting each welding wire mesh in 1st Example. 第２実施例において連結部材の斜視図である。It is a perspective view of a connection member in the 2nd example. 第２実施例において各縦線材を連結した説明図である。It is explanatory drawing which connected each vertical wire in 2nd Example. 第２実施例において各溶接金網を連結するときの斜視図である。It is a perspective view when connecting each welding wire mesh in 2nd Example. 第３実施例において各溶接金網を連結するときの斜視図である。It is a perspective view when connecting each welding wire mesh in 3rd Example. 第４実施例において各溶接金網を連結するときの斜視図である。It is a perspective view when connecting each welding wire mesh in 4th Example. 第５実施例において各溶接金網を連結するときの斜視図である。It is a perspective view when connecting each welding wire mesh in 5th Example. 第６実施例において各溶接金網を連結するときの斜視図である。It is a perspective view when connecting each welding wire mesh in a 6th example. 第７実施例において各溶接金網を連結するときの斜視図である。It is a perspective view when connecting each welding wire mesh in the 7th example. 第８実施例において各溶接金網を連結するときの概略平面図である。It is a schematic plan view when connecting each welded wire mesh in the eighth embodiment. 第８実施例において各溶接金網を連結するときの概略正面図である。It is a schematic front view when connecting each welding wire mesh in 8th Example. 第９実施例において各溶接金網を連結するときの斜視図である。It is a perspective view when connecting each welding wire mesh in 9th Example. 第９実施例において各溶接金網を連結したときの側面図である。It is a side view when each welding wire mesh is connected in the 9th example. 第１０実施例において各溶接金網を連結したときの側面図である。It is a side view when each welded wire mesh is connected in a 10th example. 第１１実施例において各溶接金網を連結するときの斜視図である。It is a perspective view when connecting each welding wire mesh in 11th Example. 第１２実施例において各溶接金網を連結するときの斜視図である。It is a perspective view when connecting each welding wire mesh in 12th Example. 第１３実施例において各溶接金網を連結するときの斜視図である。It is a perspective view when connecting each welded wire mesh in 13th Example. 第１４実施例において各溶接金網を連結するときの斜視図である。It is a perspective view when connecting each welded wire mesh in 14th Example. 第１４実施例において各溶接金網を連結したときの平面図である。It is a top view when connecting each welded wire mesh in 14th Example. 第１４実施例において図２１のＸＸＩＩ−ＸＸＩＩ線による各溶接金網を連結したときの上側の縦線材の側面図である。In 14th Example, it is a side view of the vertical wire of an upper side when each welding wire mesh by the XXII-XXII line of FIG. 21 is connected. 第１４実施例において図２１のＸＸＩＩＩ−ＸＸＩＩＩ線による各溶接金網を連結したときの下側の縦線材の側面図である。In 14th Example, it is a side view of the lower vertical wire rod when each welding metal mesh by the XXIII-XXIII line of FIG. 21 is connected. 第１５実施例において各溶接金網を連結するときの斜視図である。It is a perspective view when connecting each welding wire mesh in 15th Example. 第１５実施例において各溶接金網を連結したときの平面図である。It is a top view when connecting each welded wire mesh in 15th Example. 第１５実施例において図２５の矢印ＸＸＶＩによる各溶接金網を連結したときの側面図である。It is a side view when connecting each welded wire network by arrow XXVI of FIG. 25 in 15th Example.

符号の説明Explanation of symbols

２ 壁面材
４ 溶接金網
６ 連結部材
８ 縦線材
１０ 横線材
１６ 板材
１８ 係合部 2 Wall material 4 Welded wire mesh 6 Connecting member 8 Vertical wire material 10 Horizontal wire material 16 Plate material 18 Engagement part

Claims (2)

縦線材と横線材とを格子状に溶接して溶接金網を形成し、この溶接金網を複数連結して金網構成体を構成する溶接金網の連結構造において、隣接する各溶接金網の各線材の端部同士を係合連結する係合部が備えられた連結部材を設けたことを特徴とする溶接金網の連結構造。   In the connecting structure of the welded wire mesh that forms a welded wire mesh by forming a welded wire mesh by welding the vertical wire and the horizontal wire in a lattice shape, the end of each wire rod of each adjacent welded wire mesh A connection structure of a welded wire mesh provided with a connecting member provided with an engaging part for engaging and connecting parts. 前記隣接する各溶接金網の各線材の端部同士は、突き合わされた状態で前記連結部材の前記係合部により連結されたことを特徴とする請求項１に記載の溶接金網の連結構造。   The welded wire mesh connection structure according to claim 1, wherein ends of the wire rods of the adjacent welded wire meshes are connected to each other by the engaging portion of the connecting member in a state of being abutted with each other.
JP2003393903A 2003-11-25 2003-11-25 Coupling structure of welded wire mesh Pending JP2005155132A (en)

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Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2007239238A (en) * 2006-03-07 2007-09-20 Showa Kikai Shoji Kk Reinforced soil wall constructing implement and reinforced soil wall using this implement
JP2015036502A (en) * 2013-08-15 2015-02-23 旭化成ジオテック株式会社 Divided wall surface material unit for embankment construction
WO2017191785A1 (en) * 2016-05-06 2017-11-09 一 米澤 Lattice-form body
FR3061844A1 (en) * 2017-01-19 2018-07-20 Mina - Agissant Pour Le Compte De La Societe Mtpl En Cours De Formation Tahhar MODULAR WALL EQUIPMENT FOR STORING OBJECTS AND DECORATION

Cited By (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2007239238A (en) * 2006-03-07 2007-09-20 Showa Kikai Shoji Kk Reinforced soil wall constructing implement and reinforced soil wall using this implement
JP2015036502A (en) * 2013-08-15 2015-02-23 旭化成ジオテック株式会社 Divided wall surface material unit for embankment construction
WO2017191785A1 (en) * 2016-05-06 2017-11-09 一 米澤 Lattice-form body
JPWO2017191785A1 (en) * 2016-05-06 2018-09-13 ライズバレー株式会社 Lattice
FR3061844A1 (en) * 2017-01-19 2018-07-20 Mina - Agissant Pour Le Compte De La Societe Mtpl En Cours De Formation Tahhar MODULAR WALL EQUIPMENT FOR STORING OBJECTS AND DECORATION

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