JP2024048264A - Net material fixture and fence body using the same - Google Patents

Abstract

To provide a net material fixture with excellent workability, with which work to mount a net material to a frame material can be easily and safely performed, and to provide a fence body using the fixture.SOLUTION: A fixture 5 is equipped with a fitting base plate 6 attached to a frame material 3, a net material locking member 7 separate from the fitting base plate 6, and a fastening member 8 for combining them. An assembly hole 61 and a fastening member insertion hole 62 are formed on the fitting base plate 6. The net material locking member 7 has: an insertion piece 71 capable of being inserted into the assembly hole 61 of the fitting base plate 6; a net material receiving part 73 bent forward and continuous from one end edge thereof; and a locking claw piece 74 bent and extending from the front end edge in an opposite direction to the insertion piece 71, a fastening member attachment hole 72 is formed on the insertion piece 71. In a state where the insertion piece 71 is inserted into the assembly hole 61 of the fitting base plate 6 from the front side and stacked on the back side of the fitting base plate 6, the fitting base plate 6 and the insertion piece 71 are combined via the fastening member 8, and a tension wire 41 of a net material 4 is locked to the net material locking member 7 from the front side.SELECTED DRAWING: Figure 6

Description

The invention disclosed in this application relates to a fence that is installed to surround a road or a site to prevent reptiles from running off the road or entering the site, and more specifically, to a mounting fixture for fixing a mesh material to the frame material of the fence, and a fence using the mounting fixture.

Fences (protective fences) are installed on the sides of roads such as expressways to prevent vehicles and cargo from going off the road. Fences may also be installed to surround specific areas, such as facility grounds or parks, to prevent entry to those areas. Most of these types of fences are made up of pillars erected at appropriate intervals, frame materials on the top, bottom, left and right sides supported by the pillars, and mesh material attached within the frame enclosed by the frame materials.

Patent Document 1 discloses a locking structure for a wire mesh (corresponding to a mesh material in the case of a fence (corresponding to a fence body in the case of a fence) that is constructed by attaching a wire mesh (corresponding to a mesh material in the case of a fence) to a furring strip (corresponding to a frame material in the case of the invention disclosed in this application), in which horizontal rib wires (corresponding to tension wires in the case of a fence) that are inserted into the upper and lower edge ends of the wire mesh to maintain its shape are engaged with locking claw pieces cut into the vertical plates of the furring strip.

However, with the wire mesh locking structure disclosed in Patent Document 1, when an excessive load is applied to the wire mesh, the horizontal bone wires may come off the locking claws, causing the wire mesh to fall off the furring strip. However, if an attempt is made to fix the edge of the wire mesh to the furring strip using fastening hardware such as bolts and nuts instead of the locking claws, the worker must fasten the fastening hardware to the furring strip while holding the edge of the wire mesh along the furring strip, etc., which makes the work less efficient.

Patent Document 2 proposes a configuration for a protective fence (corresponding to a fence) that reduces the risk of the net material falling off the frame (corresponding to the frame material in the invention disclosed in this application) and also improves the ease of installation. The configuration involves forming an engagement claw on an engagement member attached to a frame that holds the net material to engage with the edge of the net material, and disposing a separation prevention member on the side opposite the engagement member across the net material to prevent the edge of the net material from disengaging from the engagement claw, and bolting the separation prevention member to the engagement member with the net material sandwiched between the engagement member and the separation prevention member.

Publication No. 63-184864 JP 2016-125300 A

In the invention disclosed in Patent Document 2, the edge of the wire mesh must be engaged with the engagement claws of all the engagement members attached to the frame located on the upper side of the protective fence, and then the anti-detachment member must be placed on each engagement member, and in that state, a bolt must be inserted through the engagement members and the anti-detachment member and fastened with a nut. At this time, one hand must hold the anti-detachment member and the nut, while the other hand must hold and turn the bolt, making it difficult to hold down the wire mesh at the same time. Therefore, the invention disclosed in Patent Document 2 is essentially the same as the invention disclosed in Patent Document 1, in that there is a risk that the wire mesh will fall off the engagement claws of the engagement members before the engagement members and the anti-detachment member are fastened with the bolts. The same is true for the frames located on both sides and below the protective fence, in that it is not easy to attach the anti-detachment members while temporarily fastening the edge of the wire mesh to the engagement members.

Furthermore, in the invention disclosed in Patent Document 2, the work of screwing nuts onto bolts inserted through the engaging members and the separation prevention members must be done from the rear side of the wire mesh, making the work position difficult. Since work on expressway overpasses can often only be done from the road side, there is a risk of an accident in which the nuts are dropped to the outside of the road (under the overpass).

The invention disclosed in this application was conceived to improve the ease of use in installing the mesh material described above, and aims to provide an easy-to-use mesh material installation tool that makes installing the mesh material easier and safer than ever before, and a fence body using this installation tool.

The net material mounting fixture of the invention disclosed in this application is a mounting fixture for mounting the edge of the net material to the frame material in a fence structure comprising a plurality of frame materials supported by suitable pillars and a net material stretched within a frame surrounded by the frame materials, and is provided with a flat mounting base plate attached to the inside of the frame material and arranged parallel to the net material, a net material locking member formed separately from the mounting base plate and assembled to the mounting base plate, and a fastening member for overlapping and joining the mounting base plate and the net material locking member, the mounting base plate having an assembly hole with a long axis parallel to the frame material and arranged close to the frame material, and a fastening member insertion hole arranged away from the assembly hole to the inside of the frame, , and the net material locking member has an insert piece that can be inserted into the mounting hole of the mounting base, a net material receiving portion that is bent forward from one end edge of the insert piece and continues, and a locking claw piece that is bent from the front end edge of the net material receiving portion in the opposite direction to the insert piece, and a fastening member mounting hole is formed in the insert piece, the insert piece of the net material locking member is inserted from the front side into the mounting hole of the mounting base and overlaps with the back side of the mounting base, and the locking claw piece is held on the front side of the mounting base with its tip facing the frame material, and the mounting base and the insert piece are joined via the fastening member inserted into the fastening member insertion hole and the fastening member mounting hole.

With the net material mounting fixture configured in this way, the net material locking member having the locking claws is formed separately from the mounting base, and the insertion piece is inserted into an assembly hole formed in the mounting base, so that the net material tension wire can be easily locked to the locking claws. The net material can be locked even when the net material locking member and fastening member are assembled to the mounting base and the fastening member is in a provisionally fastened state, so that the net material tension wire can be locked to multiple mounting fixtures and then the fastening members can be fully fastened together.

Furthermore, the net material mounting fixture according to the invention disclosed in this application employs an additional configuration in which the net material receiving portion of the net material fastening member is formed wider than the long axis dimension of the assembly hole, the fastening member insertion hole formed in the mounting base is formed as an elongated hole extending in a direction perpendicular to the long axis of the assembly hole, and the insertion piece of the net material fastening member is inserted into the mounting base assembly hole from the front side, and the net material fastening member is held so that it can swing back and forth with the abutment point with the assembly hole relative to the mounting base as a fulcrum when the fastening member is inserted into the mounting base and loosely fastened temporarily, so that the net material fastening member can swing within a certain range, making the operation of fastening the net material even easier.

In the above-mentioned configuration, the fastening member is a bolt and nut, the fastening member mounting hole formed in the insert piece of the mesh material retaining member is a bolt insertion hole, and the mounting base and the insert piece are connected by the bolt and nut. With this configuration, the direction in which the bolt is inserted can be selected according to the conditions at the construction site.

Alternatively, the fastening member may be a bolt, the fastening member mounting hole formed in the insertion piece of the mesh material retaining member may be a female threaded hole, and the bolt may be fastened to the female threaded hole from the front side of the mounting base. With this configuration, the mesh material can be retained and the fastening member can be fully tightened simply by working from the front side of the mesh material, further improving workability and eliminating accidents such as dropping nuts behind the mesh material.

The fence body according to the invention disclosed in this application is characterized in that the mounting base of the net material mounting fixture configured as described above is attached to the inside of the frame of the frame material that holds the edge of the net material, the net material locking member and the fastening member are assembled to the mounting base, and the shape-retaining tension wire arranged on the edge of the net material is locked to the locking claws of the net material locking member from the front side of the mounting base and held in the net material receiving portion, with the mounting base and the net material locking member being connected via the fastening member.

In the net material mounting fixture constructed as described above, the net material locking member having the locking claws is formed separately from the mounting base, so that the insertion piece of the net material locking member can be inserted into the mounting hole of the mounting base and the fastening member can be loosely temporarily fastened, and the net material tension wire can be easily locked to the locking claws of the net material locking member. This increases the degree of freedom of manual work, making it possible to quickly lock the net material tension wire to multiple mounting fixtures, and the net material is less likely to fall off the mounting fixture during the work. In addition, since the net material locking member and fastening member can be assembled to the mounting base in advance, there is no risk of accidentally dropping the net material locking member or fastening member during work at the site. Then, after the net material tension wire is locked to multiple mounting fixtures, the fastening members of each mounting fixture are fully tightened together, so that the net material can be firmly held to the frame material. Thus, the workability of attaching the net material to the mounting fixture attached to the frame material is greatly improved.

Furthermore, if the mesh material locking member is configured to be able to swing back and forth while attached to the mounting base, the temporary fastening of the mesh material becomes even easier. Also, the length of the locking claw piece can be extended by the amount that the mesh material locking member can swing, so the holding force of the mesh material can be increased.

1 is a front view and a cross-sectional view taken along line AA showing a schematic configuration example of a fence body to which the invention disclosed in the present application is applied. 1 is a perspective view of a mounting base plate and a net material engaging member in a mounting fixture according to one embodiment of the invention disclosed in the present application. 3A and 3B are a front view and a top view of the mounting substrate of FIG. 2 . 5A, 5B and 5C are a front view, a top view and a side view of the net fastening member of FIG. 4. 13 is a perspective view showing an assembly form of the mounting base plate, the net material mounting member, and the fastening member. FIG. 13 is a side view of the mounting base plate, the mesh mounting member, and the fastening member in a temporarily fastened state after being assembled. FIG. 13 is a side view of the mounting base plate, the net material mounting member, and the fastening member in a fully fastened state after being assembled. FIG. 8A and 8B are a front view and a top view of the fully fastened state of FIG. 7 . FIG. 13 is a side view showing a provisionally fastened state in which a configuration of a fastening member in the mounting tool is partially modified.

The following describes an embodiment of the invention disclosed in this application with reference to the drawings. FIG. 1 shows a schematic configuration example of a fence body 1 to which the mounting device according to this invention is applied. This type of fence body 1 is basically composed of a number of pillars 2 erected at appropriate intervals along the boundary of the area to be partitioned, a number of frame members 3 supported by the pillars 2, and a mesh member 4 stretched within the frame surrounded by the frame members 3. However, in this invention, the type and shape of the area to be partitioned are not particularly limited. Furthermore, the type, structure, material, etc. of the pillars 2 and the foundation structure supporting the pillars 2 are not particularly limited.

The frame material 3 extends horizontally and vertically (and diagonally in some cases) according to the length and height of the area to be partitioned. Figure 1 shows upper and lower frame materials 31 and 32 that extend horizontally and face each other, and vertical frame material 33 that connects them at one side end, but the arrangement and connection of the frame material 3 are not particularly limited in this invention. Also, in the example, circular pipe material is used for the frame material 3, but instead of this, square timber or shaped material of appropriate cross section can be used.

The mesh material 4 is cut to a size that fits within the dimensions of the frame surrounded by the frame material 3, and is stretched within the frame. To the edge of the mesh material 4, tension wires 41 made of thick steel wires or the like are attached to maintain the shape of the mesh material 4. In the illustrated embodiment, a diamond-shaped wire mesh is used as the mesh material 4, but other materials that can be used include crimped wire mesh made by corrugating metal wires and weaving them into a lattice shape, tortoiseshell wire mesh made by weaving metal wires into a hexagonal shape, lattice panels made by joining metal wires that are not woven but crossed, expanded metal made by making staggered cuts in a thin metal plate and expanding it, and punched metal made by punching a number of holes at equal intervals into a thin metal plate. The mesh material 4 is not limited to being made of metal, and may be made of synthetic resin, wood, bamboo, or other natural materials.

The mounting fixture 5 according to the present invention is a component that is connected to the frame material 3 at the circled portion B of the fence body 1 as shown in the example, and is configured to engage the tension wires 41 arranged at the edge of the mesh material 4. Figures 2 to 8 show the configuration of the mounting fixture 5 according to one embodiment of the present invention.

The mounting fixture 5 according to the present invention is basically composed of a flat mounting base plate 6 attached to the inside of the frame material 3 and arranged parallel to the net material 4, a net material locking member 7 formed separately from the mounting base plate 6 and attached to the mounting base plate 6, and a fastening member 8 that overlaps and connects the mounting base plate 6 and the net material locking member 7. The detailed configuration of each of these members will be described below. Note that when describing the relative positions of parts and members and the direction of operation below, the front side where the net material 4 is attached is defined as the front side from the perspective of the fence body 1 viewed from the direction perpendicular to its surface (front view of Figure 1), and the opposite side across the net material 4 is defined as the back side, and the up-down direction (height direction), left-right direction (width direction), and front-back direction (depth direction) are specified based on these.

The mounting substrate 6 is a flat plate that is generally rectangular or U-shaped when viewed from the front, with at least one side formed in a straight line. The mounting substrate 6 is attached to the inside of the frame material 3 with one straight side (the upper side in the form of FIG. 2) parallel to the axis of the frame material 3 (the upper frame material 31 in the form of FIG. 2) and is arranged so as to be parallel to the tensioning surface of the mesh material 4. The mounting substrate 6 may be attached to the frame material 3 by welding, or appropriate mounting hardware or screw members may be used. When attaching the mesh material 4, multiple mounting substrates 6 are attached in advance at approximately equal intervals to the frame material 3 to which the mesh material 4 is to be attached.

The mounting substrate 6 has two through holes. The first through hole is an assembly hole 61 located closer to the frame material 3, and is formed in an elongated rectangle or oval shape with a long axis parallel to the frame material 3. The second through hole is a fastening member insertion hole 62 located away from the assembly hole 61 toward the inside of the frame, and is formed in an oval shape extending in a direction perpendicular to the long axis of the assembly hole 61. Although not shown in the figure, the fastening member insertion hole 62 may open on the opposite side of the frame material 3 in the mounting substrate 6 (the lower side in the illustrated embodiment). The assembly hole 61 and the fastening member insertion hole 62 are both located in the center of the width direction of the mounting substrate 6 so as to be symmetrical when viewed from the front of the mounting substrate 6.

The mesh material locking member 7 is a member formed by bending a single plate piece into an approximately Z-shape (crank shape) in side view. The mesh material locking member 7 has an insertion piece 71 that is approximately rectangular or approximately U-shaped in front view, a mesh material receiving portion 73 that is bent forward from one end edge of the insertion piece 71 and continues therewith, and an inverted U-shaped locking claw piece 74 that is bent from the front end edge of the mesh material receiving portion 73 and extends in the opposite direction to the insertion piece 71. The insertion piece 71 is formed so that its width can be inserted into the assembly hole 61 of the mounting board 6. A fastening member mounting hole 72 for inserting a bolt 81 of the fastening member 8 described later is formed near the tip of the insertion piece 71. The fastening member mounting hole 72 in the illustrated embodiment is a circular through hole.

The mesh material receiving portion 73 is bent forward at approximately 90 degrees to the insertion piece 71 and continues from it. The mesh material receiving portion 73 is formed so that both side edges protrude to the left and right and the width is larger than the long axis dimension of the assembly hole 61.

The locking claw piece 74 is bent at an angle slightly greater than 90 degrees (approximately 96 degrees in the illustrated embodiment) and continues to the net material receiving portion 73. In the illustrated embodiment, the locking claw piece 74 is formed so that its width is smaller than the width of the net material receiving portion 73, but it is also acceptable for the locking claw piece 74 to be formed to be approximately the same width as the net material receiving portion 73 or wider.

The fastening member 8 is, for example, composed of a bolt 81 and a nut 82. In the illustrated embodiment, a flanged hexagonal bolt and a hexagonal nut are used.

As shown in Figures 5 and 6, the mounting base 6 and the net material locking member 7 are assembled by inserting the insertion piece 71 of the net material locking member 7 into the assembly hole 61 of the mounting base 6 from the front side. The net material receiving part 73 of the net material locking member 7 is formed so that it cannot pass through the assembly hole 61, so the net material receiving part 73 and the locking claw piece 74 are held on the front side of the mounting base 6 and are held in a state in which they can swing back and forth with the abutment point with the assembly hole 61 as a fulcrum. The depth of the net material receiving part 73 is formed so that when the net material locking member 7 is assembled to the mounting base 6, the part that protrudes forward of the mounting base 6 is larger than the diameter of the tension wire 41 of the net material 4.

When the locking claw piece 74 is raised toward the frame material 3, the insertion piece 71 of the mesh locking member 7 overlaps the rear side of the mounting base 6, and the fastening member insertion hole 62 formed in the mounting base 6 matches the fastening member mounting hole 72 formed in the insertion piece 71. When the bolt 81 is inserted into the fastening member insertion hole 62 and the fastening member mounting hole 72 and fastened with the nut 82, the state shown in Figures 7 and 8 is obtained. In the illustrated embodiment, the bolt 81 is inserted from the rear side and the nut 82 is fastened from the front side, but the direction in which the bolt 81 is inserted can be selected to be either forward or backward depending on the conditions of the installation location, etc.

When the net material 4 is to be engaged with this mounting fixture 5, the engaging claw 74 can be tilted forward without fastening the fastening member 8 as shown in FIG. 6, so that the tension wire 41 of the net material 4 can be easily engaged with the engaging claw 74 from the front side. Furthermore, since the fastening member insertion hole 62 formed in the mounting base plate 6 of this mounting fixture 5 is an elongated hole extending in a direction perpendicular to the long axis of the assembly hole 61, the net material engaging member 7 can be swung within a certain range even when the fastening member 8 is inserted into the mounting base plate 6 and the net material engaging member 7 and loosely fastened temporarily. Therefore, if the net material engaging member 7 and the fastening member 8 are assembled in advance to the multiple mounting base plates 6 attached to the frame material 3 and the fastening member 8 is in a temporarily fastened state, the installation work can be performed in the following procedure: the tension wire 41 of the net material 4 is engaged with the multiple mounting fixtures 5, and then the fastening members 8 are fully fastened together.

This procedure significantly improves workability compared to the conventional procedure of fastening the fastening member 8 to each mounting fixture 5 to which the tension wire 41 of the net material 4 is fastened. In addition, the length of the fastening claw 74 can be extended slightly by the amount that the net material fastening member 7 can swing, making it easier to prevent the temporarily fastened net material 4 from falling off. Furthermore, when fastening the upper edge of the net material 4 to the mounting fixture 5 attached to the upper frame 31, the weight of the fastening member 8 inserted into the insertion piece 71 and temporarily fastened causes the net material fastening member 7 to rotate backward, and the fastening claw 74 naturally faces upward, making it even more difficult for the tension wire 41 temporarily fastened to the net material fastening member 7 to fall off. Then, when the fastening member 8 is completely fastened, the tension wire 41 of the net material 4 is firmly held on the net material receiving part 73 as shown in Figure 7.

9 shows a form in which the configuration of the fastening member 8 in the mounting fixture 5 described above has been partially modified. The fastening member 8 in the illustrated form is composed only of a bolt 81 that does not include a nut. The illustrated bolt 81 is a hexagonal socket bolt 81 with a knurled head, but the shape of the head is not particularly limited. Meanwhile, a female thread is formed in the fastening member mounting hole 72 formed in the insert piece 71 of the net material locking member 7, and the bolt 81 is fastened to the female thread hole from the front side of the mounting board 6. In the illustrated form, the periphery of the fastening member mounting hole 72 is thickened to form a female thread, but if the plate thickness of the insert piece 71 is sufficiently large, thickening processing is not necessary. Also, if the plate thickness of the insert piece 71 is small, a thin nut that can pass through the assembly hole 61 of the mounting board 6 may be welded to form a female thread hole. When such a configuration is adopted, there is no need to set the fastening member 8, etc. on the back side of the net material 4, and work can be done only from the front side of the net material 4, which further improves workability. It also prevents accidents such as dropping nuts 82 onto the back side of the mesh material 4.

If a female threaded hole like the one shown in the example is used, the direction in which the bolt 81 can be inserted is limited, which may reduce workability depending on the conditions at the construction site. In contrast, the bolt 81 and nut 82 as described above have the advantage that the direction in which the bolt 81 can be inserted is not limited, allowing work to be done according to the construction site.

By using the mounting fixture 5 configured as described above, it is no longer necessary to hold down the mesh material 4 temporarily attached to each mounting fixture 5 with one's hand to prevent it from falling off, or to fasten the fastening member 8 for each temporarily attached mounting fixture 5, increasing the freedom of the worker's hands and allowing the worker to efficiently complete a series of tasks from temporarily fastening the mesh material 4 to fully tightening the fastening member 8. Thus, the workability of attaching the mesh material 4 to the frame material 3 is greatly improved.

The technical scope of the invention disclosed in this application should not be interpreted as being limited by the exemplified embodiments, but should be interpreted conceptually based on the claims. The names of the components used in the claims and specification are for convenience in making the invention easier to understand specifically, and the names do not unnecessarily limit the concept or properties of the components. When implementing the invention disclosed in this application, the detailed shape, dimensions, materials, quantities, combination forms with other elements, relative positional relationships, etc. of the components not specifically specified in the claims can be modified as appropriate within the scope that provides substantially the same functional effects as the exemplified forms.

The invention disclosed in this application can be widely used as a technology for attaching mesh material to frame materials for protective fences and various other fence structures that are installed along the boundaries of specific areas such as roads, sites, and parks to enclose or divide those areas.

Reference Signs List 1 Fence body 2 Pillar body 3 Frame material 31 Upper frame material 32 Lower frame material 33 Vertical frame material 4 Mesh material 41 Tendon wire 5 Mounting fixture 6 Mounting base 61 Assembly hole 62 Fastening member insertion hole 7 Mesh material locking member 71 Insertion piece 72 Fastening member mounting hole 73 Mesh material receiving portion 74 Locking claw piece 8 Fastening member 81 Bolt 82 Nut

Claims (5)

A fence body including a plurality of frame members supported by suitable pillars and a net material stretched within a frame surrounded by the frame members, the fence body being configured as a mounting tool for attaching the edge of the net material to the frame members,
A flat mounting base plate is attached to the inside of the frame material and arranged parallel to the mesh material;
a mesh material fastening member formed separately from the mounting base and assembled to the mounting base;
a fastening member for overlapping and joining the mounting base plate and the net material fastening member;
Equipped with
The mounting base plate is formed with an assembly hole having a long axis parallel to the frame material and disposed near the frame material, and a fastening member insertion hole disposed away from the assembly hole toward the inside of the frame,
The net material locking member has an insert piece that can be inserted into the mounting hole of the mounting base, a net material receiving portion that is bent forward from one end edge of the insert piece and continues therewith, and a locking claw piece that is bent from the front end edge of the net material receiving portion in the opposite direction to the insert piece, and a fastening member mounting hole is formed in the insert piece,
A mesh material mounting device configured so that the insertion piece of the mesh material locking member is inserted into the assembly hole of the mounting base from the front side and overlapped on the back side of the mounting base, and the locking claw piece is held on the front side of the mounting base with its tip facing toward the frame material, and the mounting base and the insertion piece are joined via fastening members inserted into the fastening member insertion hole and the fastening member mounting hole. 2. The netting attachment device according to claim 1,
The net material receiving portion of the net material fastening member is formed to be wider than the major axis dimension of the assembly hole,
a fastening member insertion hole formed in the mounting base plate is formed as an elongated hole extending in a direction perpendicular to a major axis of the mounting hole,
A mesh material mounting device characterized in that the insertion piece of the mesh material locking member is inserted into the assembly hole of the mounting base from the front side, and with the mesh material receiving portion abutting against the assembly hole, the mesh material locking member is held so as to be able to swing back and forth in the longitudinal direction relative to the mounting base, with the abutment point with the assembly hole as a fulcrum. The net material mounting device according to claim 1 or 2,
The fastening members are bolts and nuts,
The fastening member attachment hole formed in the insertion piece of the net material locking member is a bolt insertion hole,
A mesh material mounting device, characterized in that the mounting base and the insertion piece are connected by the bolts and nuts. The net material mounting device according to claim 1 or 2,
The fastening member is a bolt,
The fastening member attachment hole formed in the insertion piece of the net material locking member is a female threaded hole,
A mesh mounting fixture, characterized in that the bolt is fastened into the female threaded hole from the front side of the mounting base. The mounting base plate of the net material mounting fixture according to claim 1 or 2 is attached to the inside of the frame of the frame material that holds the edge of the net material, and the net material locking member and the fastening member are assembled to the mounting base plate,
In a state where a shape-retaining tension wire arranged at an edge of the net material is engaged with the engaging claw piece of the net material engaging member from the front side of the mounting base plate and held in the net material receiving portion,
A fence body, characterized in that the mounting base and the netting fastening member are connected via the fastening member.

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