JP6593758B2 - Metal mesh panel structure - Google Patents

Description

  The present invention relates to a metal mesh panel structure assembled by using a metal opening / closing part panel and a plurality of mesh panels, and more specifically, a box-shaped metal mesh panel structure and a trapezoidal metal mesh panel structure It is assembled and constructed in a notch type metal mesh panel structure or the like.

A well-known wire mesh intersects a vertical line and a horizontal line, and the intersection is fixed by welding, or the intersection is twisted to form a mesh. (See Patent Document 1.2.3)
A metal mesh panel using the above-described wire mesh (hereinafter referred to as a mesh panel) is configured by using a metal plate material to form a frame, and by overlapping the wire mesh on the frame, the tip of the wire constituting the wire mesh Is welded to the frame body, or the frame body is formed with the opening side of the U-shaped member facing in one direction, and the tip end portion of the wire constituting the wire mesh is inserted and locked in the opening of the U-shaped material.
In the former mesh panel, it is necessary to weld more wire leading ends to the frame as the mesh of the wire mesh is smaller and the frame is larger.
In the latter mesh panel, it is necessary to configure the U-shaped frame by omitting the mounting of the upper member, insert and lock the wire mesh along the opening of the U-shaped frame, and finally attach the upper member. there were.

No. 3-2348 Japanese Utility Model Publication 4-55151 Utility Model Registration No. 2520976 Utility Model Registration No. 2574453

In the former mesh panel, the countless wire tips that make up the wire mesh must be welded to the frame, which requires a lot of work to weld the wire mesh to the frame, which not only increases the production cost, There were problems such as difficulty in mass production. In addition, in the mesh panel used outdoors, rust is generated from the welded part, and there is a problem that a part of the wire mesh is separated from the frame body, and the wire tip of the wire mesh is welded to the frame body in order. In some cases, the frame body may be deformed by the heat of welding.
In the latter mesh panel, since the U-shaped material is used for the frame body, the cost of the frame body is increased, and the upper member is attached at the end like the frame structure, so that there is a problem that the assembly of the frame body is distorted. However, since the wire mesh is only inserted and locked in the opening of the U-shaped material, there is a problem that the wire mesh is loosened or detached due to wind pressure or vibration.
As a result of researches aimed at improving the problems with the conventional mesh panel, the applicant has made a novel effort to pierce the thin steel plate and form a mesh by punching, and to assemble it using the new mesh panel An object of the present invention is to provide a metal mesh panel structure.

In order to achieve the above object, a metal mesh panel structure (hereinafter referred to as a mesh structure) of the present invention is a three-dimensional structure using a metal opening / closing part panel and a plurality of mesh panels. The mesh panel is provided with a storage chamber inside, and the mesh panel is provided with a mesh by punching a punched hole inside the outer periphery of the thin steel plate and surrounds the mesh by the outer periphery of the iron plate. Forming a non-connected portion and a connecting portion selectively on the side edge of the frame, the non-connecting portion of the mesh panel is chamfered by cutting off the corner of the side edge of the thin steel plate, and the side end portion of the thin steel plate Is a bent piece or a folded piece obtained by folding the side end of the thin steel plate, and the connecting portion is extended from the outer periphery of the iron plate to the side, and perpendicular to the tip of the outer periphery of the iron plate. A reinforcing piece that is refracted into an iron plate outer periphery and a reinforcing piece Forming an L-shaped angle,
At the time of assembly, the connecting part of the mesh panel is joined to the adjacent mesh panel or the opening / closing part panel, and the joining part is fixed by the connecting tool, and the opening / closing part panel opens and closes toward the opening. It is characterized by having a mesh door that can be freely set.

Here, the mesh structure refers to a structure part constructed by assembling a plurality of mesh panels, for example, a waste collection box, a collection box station, a small animal enclosure (circle), and the like.
Here, the mesh panel is obtained by processing a thin steel plate according to the structure of the mesh structure, which mainly forms a square or a rectangle, but a trapezoid or a polygon (triangle to octagon). Rust prevention is applied by spraying the paint, applying it to the paint layer, or electroplating.
Here, the opening / closing section panel refers to a panel having an opening through which stored items (commodities and articles, household garbage, waste, etc.) can be taken in and out, and a mesh door is attached to the opening so as to be opened and closed.
Here, the thin iron plate refers to a flat metal plate having a plate thickness of 30 mm to 0.3 mm and an optimum range of 10 mm to 0.5 mm, which is cut according to the size and use of the mesh panel.
Here, a punched hole refers to a through-hole drilled in a thin steel plate, and the shape thereof is a rectangle, rhombus, trapezoid, triangle, hexagon, polygon, circle, ellipse, arc, etc. The mesh pattern changes depending on the shape and arrangement of the punched holes, and the mesh frame means the outer periphery of the iron plate surrounding the mesh.
Here, the storage room refers to a space for temporarily storing various products, articles, wastes, and the like.
Here, in the case of a mesh panel having a rectangular shape, the non-connecting portion is provided at the longitudinal front and rear edges, or the longitudinal left and right edges, and is a part that prevents the body and objects from being damaged by the cut surface. In the case of a rectangular mesh panel, the connecting portion means an extension piece projecting outward from the left and right side edges in the longitudinal direction and a reinforcing piece refracting at a right angle from the tip of the outer peripheral portion of the iron plate. If necessary, a connecting hole is formed in the outer peripheral portion of the iron plate and the extension piece.

Claim 2 is the mesh structure of claim 1, closing panel includes a vertical frame member on the left and right of the upper lateral frame member and lower transverse frame member, the rectangle having an opening communicating with at least accommodating chamber The column and the rectangular frame are provided with an appropriate interval, and the column members are erected, with openings between the column members, small openings between the column members and the vertical frame member, and meshes in the small openings. A sleeve with a sleeve provided with a panel, and a sleeve that stands upright with an appropriate interval in the center of the upper and lower horizontal frame members, and that opens between the column members and opens from the respective column members to the side. Each is provided with a space, and is a sleeve open frame having sleeve panels in both sleeve spaces.
Claim 3, the network structure of claim 1, 2, top panel made of mesh panels, a bottom panel, a front panel, back panel, a left side panel, of the right side panel, top panel or front This is a box-type metal mesh panel structure (hereinafter referred to as a box-type mesh structure) configured using an opening / closing section panel instead of a panel, and side panels are provided on the left and right sides of the bottom panel, and the left and right sides are opposed to each other. Install the back panel between the side panels, the top panel on the top, and the front panel on the front, or the open / close panel on either the front or top, and the mesh on the opening of the open / close panel It is characterized by having a door.

Here, the rectangular frame is a rectangular frame in which an opening is formed by a vertical frame material and a horizontal frame material, and a column material parallel to the vertical frame material is provided in the frame body, and the left and right sides of the column material are opened. What forms a part is also included.
Here, the frame with sleeves includes pillars on the left and right between the upper and lower horizontal frame members, an opening between the left pillar member and the right pillar member, and between the left pillar member and the left vertical frame member, In addition, a small opening is provided between the right column member and the right vertical frame member, and a mesh panel is provided in both small openings.
Here, the sleeve open frame body is provided with pillars on the left and right between the upper and lower horizontal frame members, with an opening between the left pillar material and the right pillar material, on the left side from the left pillar material and on the right side from the right pillar material. It has a sleeve space that opens to the side, and each has sleeve panels in both sleeve spaces.
The rectangular frame, the frame with sleeves, and the open sleeve frame are provided with a horizontal beam parallel to the horizontal frame material between the column members, and a vertical beam between the upper horizontal frame material and the horizontal beam. Small openings may be provided on the left and right sides of the vertical beam.
Here, the sleeve space refers to a space formed by a left column member, an upper and lower horizontal frame member extending to the left side from the column member, and an upper and lower horizontal frame member extending to the right side from the right column member.
Here, the sleeve panel and the mesh door are configured in substantially the same manner as the mesh panel, and the mesh door is a door that is attached so as to be swingable by using a butterfly plate or the like mainly in a small opening. .

Claim 4 is the mesh structure according to claim 3 , wherein the trapezoidal metal mesh panel is formed by using a side-view trapezoidal side panel instead of the left and right side panels and a narrow top panel instead of the top panel. It is a structure (hereinafter referred to as a trapezoidal mesh structure), and the trapezoidal side panel uses a narrow upper forehead whose upper surface width is narrower than the lower surface width, and aligns the rear ends of the lower upper frame and the lower frame. The narrow top panel has the same top surface width as the narrow upper forehead, and the rear panel is aligned with the rear edge of the bottom panel, and the open / close panel is placed between the front edges. At the same time, the left and right ends of the opening / closing part panel are respectively attached to the forehead part in the inclined state of the trapezoidal side panel, and the opening / closing part panel is inclined backward from the front.
According to a fifth aspect of the present invention, in the mesh structure according to the fourth aspect, a notch-type metal mesh panel structure (hereinafter referred to as a notch-type mesh structure) configured by using notched side panels instead of trapezoidal side panels. The notched side panel is aligned with the rear end of the narrow upper forehead and lower forehead, and the short forehead is lower on the front side of the lower forehead than the rear forehead panel height. The upper part of the lower side and the front end of the narrow upper forehead part are provided so as to straddle the inclined forehead part. Attach either the short front panel that matches the height of the short forehead or the short open / close panel between the left and right short foreheads. Communicates with the storage chamber between the short open / close panel or between the narrow top panel and the short front panel Forming a Hokuchi, the mouth opening parallel to the inclined amount of the broken side panels, characterized in that it comprises at least one inclined surface panel opening and closing panel.

Here, the box-type mesh structure means a structure in which an opening / closing part panel is used on at least one surface, and the remainder is constituted by the mesh panel to form a storage chamber. The trapezoid mesh structure means a mesh panel and a trapezoid side surface. A panel and a narrow top panel are used to form a storage chamber, and a notched mesh structure refers to a mesh panel, a notched side panel, and a narrow top panel that form a storage chamber.
Here, the narrow top panel, refers to the top surface width of the panel is about 1 / 2-1 / 4 of the lower surface width of the lower frame part, a narrow upper frame part of the trapezoidal side panel and cutaway side panels This is the same width as the top surface of the small top panel.
Here, the short forehead portion in the cut-out side panel means about 1/4 to 3/4 of the panel height of the mesh panel, and the short front panel is the same as the short forehead portion of the cut-out side panel. Say something that makes height.
Here, the detailed description of the slope panel is omitted because the mesh panel can be used as it is as the slope panel.

Claim 6, the network structure as claimed in one of claims 1 to 5, comprising at least one of the display portion reinforcing portion at any position of the mesh panel, of which the reinforcing portion of the iron plate outer peripheral portion It is either a strip-shaped portion provided by omitting punching of a punched hole with respect to an appropriate width between opposing surfaces, and an uneven protrusion rib provided on at least one of the strip-shaped portion and the outer peripheral portion of the iron plate, and the display portion is a character, a figure, or the like And is provided within a mesh formation range.

Here, the display unit is not particularly limited as long as it can express characters and symbols indicating the owner, installer, etc. of the mesh structure, or characters and symbols indicating the purpose of use of the mesh structure.
Here, the opening means a rectangular frame, a sleeve-attached frame, or a sleeve-open frame that forms the opening / closing part panel, and communicates with the inside and outside of the opening, and is a small entry / exit port for goods, articles, waste, etc. The opening means an opening that is about ½ to ¼ of the opening and is closed by a mesh panel.
Here, the open port refers to the area opened between the narrow top panel and the front panel, or between the narrow top panel and the short front panel, and is closed by installing a mesh panel or installing a mesh door. The doorway is used.
Here, the joining portion means that the extension piece of the connecting portion is overlapped with the angle of the adjacent mesh panel, or the angle of the connecting portion and the angle of the adjacent mesh panel are joined.
Here, the connection tool refers to, for example, well-known bolts and nuts. However, the connection tool is free as long as it can fix the connection part of the mesh panel and the joint part of the adjacent mesh panel, and can be integrated by welding. Is also possible.

Since the metal mesh panel structure according to the present invention (hereinafter referred to as a mesh structure) is as described above, the following effects can be obtained.
Since the mesh structure according to claim 1 is three-dimensionally assembled and configured using a metal opening / closing part panel having an opening and a plurality of mesh panels, the container (various products and instruments, or Household rooms for household garbage, waste, etc.) can be easily configured, and can also be applied to animal fences.
In particular, the mesh of the mesh panel is formed by punching a punched hole in the range excluding the outer peripheral portion of the thin steel plate. It becomes unnecessary. That is, since the mesh panel can be formed instantaneously by pressing, it can be formed accurately and easily according to the design dimensions, and can be provided at a low cost. Furthermore, since the outer side of the mesh is surrounded by a frame composed of the outer periphery of the iron plate, the appearance is beautiful. As a result, the tip of the wire net does not damage the object or injure the human body, especially the limbs.
In addition, since the mesh panel is provided with a non-connecting portion on a side edge excluding the connecting portion, even if the mesh panel is grasped directly with fingers, damage to the fingers can be prevented. Further, since the connecting portions are provided at the front and rear edges or the left and right edges of the mesh panel, it can be strongly and easily assembled with the adjacent mesh panel. Moreover, the connecting portion and the non-connecting portion can be provided at the time of forming the mesh, that is, at the time of punching the punched hole, and are integrated with the mesh panel, so that it can be provided at a low cost and suitable for mass production. Handling during assembly is extremely easy.
The punched piece generated by punching the punched hole can be recovered, dissolved, and reused.

In addition to the features described in claim 1, the opening / closing part panel of the mesh structure is provided with an opening, so that the mesh door is attached to the opening to open and close the mesh door. Thus, the stored items can be easily put in and out of the storage chamber. Moreover, the opening / closing part panel can be configured according to the size of the mesh structure and the purpose of use, and an opening of an arbitrary size can be formed by arranging the pillars with respect to the frame body. It is also possible to form a small opening by a horizontal rail or the like attached between them.

In addition to the features described in claims 1 and 2 , the mesh structure according to claim 3 is a box-type mesh structure that includes an opening / closing part panel on the front side and the rest is constituted by a mesh panel. The stored items can be easily put into and out of the storage chamber from the open / close panel.
Further, in the case of a box-type mesh structure having an opening / closing part panel on the upper surface side, the stored items can be easily put into and out of the storage chamber from the upper side. And since it can assemble and comprise with a mesh panel except an opening-and-closing part panel, manufacture of a structure can be performed easily and cheaply.

The network structure according to claim 4 is a trapezoidal mesh structure using a trapezoidal side panel in side view instead of the left and right side panels and a narrow top panel instead of the top panel in addition to the features of claim 3 . Therefore, the opening / closing part panel can be inclined rearward from the front by simply attaching the opening / closing part panel between the bottom panel and the front edge of the narrow top panel. As a result, the mesh door of the opening / closing section panel inclined backward from the front can be opened and closed, and the stored items can be easily put in and out of the storage chamber.
In addition to the features described in claim 4 , the network structure according to claim 5 is a notch-type network structure using a side view-notched side panel instead of the trapezoidal side panel. Between the short forehead part, it is possible to attach either a short front panel or a short opening / closing part panel that matches the height of the short forehead part, and between the narrow top panel and the short opening / closing part panel, Alternatively, since an opening is formed between the narrow top panel and the short front panel, it is possible to provide at least one of a slope panel and an opening / closing part panel in the opening.
In addition, since the opening is parallel to the inclined frame portion of the cut-out side panel, the mesh door provided on the opening / closing section panel can be opened and closed so that the stored items can be easily put in and out of the storage chamber.

The mesh structure according to claim 6 is provided with a reinforcing portion at an arbitrary position of the mesh panel in addition to one of the features of claims 1 to 5 , and also provides a mesh panel having a large panel height and panel length. Can do. In addition, the strip-shaped portion of the reinforcing portion is provided by omitting punching of a punched hole with respect to an appropriate width between the opposing portions of the outer peripheral portion of the iron plate, and the protruding ribs are unevenly processed on a part of the strip-shaped portion and the outer peripheral portion of the iron plate. Since it is provided, it can be provided simultaneously with the formation of the mesh. As a result, the formation of the reinforcing portion is remarkably simple and easy.
Moreover, since a display part is provided in a part of mesh, the owner or installer of the mesh structure or the purpose of use of the mesh structure can be freely indicated by the display part.
Since the reinforcing portion and the display portion can be formed by pressing a flat thin steel plate having a thickness of 10 mm to 0.5 mm, it is extremely simple and easy. The formation of the angle by the outer periphery of the iron plate and the reinforcing piece in Item 2 is also facilitated.

It is a disassembled perspective view which shows the basic form of the metal mesh panel structure (henceforth a mesh structure) by this invention. It is a perspective view which shows the assembly state of a basic form. It is a partially notched front view which shows the example of a process of the punching hole with respect to a thin steel plate. It is a perspective view of a metal mesh panel (hereinafter referred to as a mesh panel). It is a principal part perspective view which shows the example of a shape of the connection part in a mesh panel, (A) shows a connection part extension piece, (B) shows the connection part reinforcement piece of the X-ray outline part. It is a principal part perspective view which shows the example of a shape of the non-connecting part of a mesh panel, (A) shows chamfering, (B) shows a bending piece, (C) shows a folding piece. It is a perspective view which shows the trapezoid mesh structure of the 2nd Example by this invention. It is a side view of the trapezoid side panel which comprises a trapezoid mesh structure. It is a perspective view which shows the notch type | mold network structure of 3rd Example by this invention. It is a side view of the notch side panel which comprises a notch type | mold network structure. It is a perspective view which shows the bottom raising type | mold network structure of 4th Example by this invention. It is a front view of the grounding panel (A) for trapezoid side surfaces, and the grounding panel (B) for notch side surfaces. (A) and (B) are perspective views of relevant parts showing an example of formation of legs in the grounding panel. It is a principal part perspective view which shows the reinforcement part of a mesh panel, (A) shows a strip | belt-shaped part, (B) shows a rib rib. It is a principal part front view of the mesh panel provided with the display part. (A) and (B) are perspective views showing an example of the shape of a metal plate panel. (A) and (B) are front views showing an example of the shape of the rectangular frame for the opening / closing part panel. (A), (B), and (C) are front views showing a shape example of a frame with a sleeve for an opening / closing part panel. (A) and (B) are front views showing an example of the shape of the sleeve opening frame for the opening / closing part panel. (A) and (B) are front views showing examples of the shape of the sleeve panel. It is a front view which shows the example of a shape of a front panel (I), a back panel (B), and a narrow top panel (C). (A) and (B) are partially cutaway side views showing a first joining example of a mesh panel and an adjacent mesh panel. (A), (B), and (C) are partially cutaway side views showing a second joining example of a mesh panel and an adjacent mesh panel. (A) and (B) are partially cutaway side views showing a third example of joining a mesh panel and an adjacent mesh panel.

The basic structure of a metal mesh panel structure (hereinafter referred to as a mesh structure P) according to the present invention will be described. The mesh structure P includes a metal opening / closing part panel 9 and a plurality of opening / closing part panels 9 as shown in FIGS. A metal mesh panel 1 (hereinafter referred to as a mesh panel 1) is used for three-dimensional assembly, and a storage chamber Q for stored items is provided inside.
The mesh panel 1 has a thin steel plate 2 placed on a press stand as shown in FIG. 3 cut in accordance with the size and shape of the mesh structure P and the purpose of use, etc., and a punched hole 21 is formed inside the outer periphery 2a by a press punch. 4 and 5 (a), a mesh 22 is formed, and the outer peripheral portion 2a of the iron plate is left outside the mesh 22, and the outer peripheral portion 2a of the iron plate surrounds the mesh 22. It becomes like 23.
Many of the mesh panels 1 are manufactured in a square or rectangular shape, but may be manufactured in a trapezoidal shape or a polygonal shape (triangular to octagonal).
The opening / closing part panel 9 includes an opening H communicating with the storage chamber Q and a mesh door 10 that can be opened and closed toward the opening H, and allows the storage items to be taken in and out.

As shown in FIG. 4, the frame 23 in the rectangular mesh panel 1 includes an upper forehead portion 1a and a lower forehead portion 1b, a front forehead portion 1c and a rear forehead portion 1d, and upper and lower forehead portions 1a and 1b and front and rear forehead portions 1c, At least one side edge of 1d is selectively provided with a non-connecting portion 3 as shown in FIG. 6 or a connecting portion 4 as shown in FIG. 5, and the connecting portion 4 of the mesh panel 1 is adjacent to the adjacent mesh as shown in FIGS. It joins to panel 1 'and opening-and-closing part panel 9, and fixes the joined part with connecting tool 7.
As shown in FIG. 5 (a), the connecting portion 4 of the mesh panel 1 has an extension piece 4a extending outward from the tip of the iron plate outer peripheral portion 2a and a right angle from the tip of the iron plate outer peripheral portion 2a as shown in FIG. The reinforcing piece 4b is one of the bent reinforcing pieces 4b. The reinforcing piece 4b protrudes with substantially the same width as the outer peripheral part width s, and forms an L-shaped angle 6 with the iron plate outer peripheral part 2a.
The unconnected portion 3 of the mesh panel 1 includes a chamfer 3a obtained by scraping off a corner of a side end (cut surface) of the thin steel plate 2 as shown in FIG. 6 (a) and a side end of the thin steel plate 2 as shown in FIG. 6 (b). It is either a bent piece 3b bent about 90 degrees on the back side, or a folded piece 3c where the side end of the thin iron plate 2 is turned back as shown in FIG.
In addition, in the connection part 4, it may be provided in all the side ends of the upper and lower forehead parts 1a and 1b and the front and rear forehead parts 1c and 1d.

The shape of the punched holes 21 formed in the mesh panel 1 is preferably, for example, rhombus, rectangle, trapezoid, triangle, hexagon, circle, ellipse, etc. However, any shape can be used as long as the mesh 4 can be formed. In addition, the shape of the mesh 4 is determined by the shape and arrangement (for example, the drilling interval) of the hole 21. That is, when the punched holes 21 are regularly formed at regular intervals, the mesh 22 can also be formed regularly.
At the same time as the punching process of the punched hole 21, it is desirable to previously drill the connecting hole 20 used when assembling the mesh panel 1 in the angle 6 and the extension piece 4 a of the connecting portion 4.

The first embodiment of the mesh structure according to the present invention will be described in terms of the differences from the basic form. The mesh structure P of the first embodiment is a box-shaped mesh having a regular cube shape or a rectangular cube shape as shown in FIG. It is a structure P1.
As the mesh panel 1 constituting the box-shaped mesh structure P1, the top panel 11, the bottom panel 12, the front panel 13, the back panel 14, the left side panel 15, and the right side panel 16 are used. The opening / closing part panel 9 is used instead of the face panel 11 or the front panel 13.
As shown in FIG. 1, the open / close section panel 9 is parallel to the vertical frame member 9c at an intermediate width in a rectangular frame 90 provided with vertical frame members 9c and 9d on the left and right sides of the upper horizontal frame member 9a and the lower horizontal frame member 9b. A column member 93 is provided, and openings H are formed at least on the left and right sides of the column member 93.

The assembly procedure of the box-type mesh structure P1 is as follows. First, the side panels 15 and 16 are attached to the left and right of the bottom panel 12 in an upright state, and the attached parts are temporarily fixed with the connector 7, and the left and right side panels are assembled. The rear panel 14 is joined between the rear frame portions 1d and 1d on the rear side of the side panels 15 and 16 and the top panel 11 is joined between the upper frame portions 1a and 1a. And each joint part is temporarily fixed with the connector 7, and the hook-shaped body opened forward is comprised.
Next, the upper and lower horizontal frame members 9a and 9b of the opening / closing part panel 9 are temporarily fixed by the connecting tool 7 between the front edges of the bowl-shaped body, that is, the bottom panel 12 and the top panel 11, and the opening / closing part panel 9 The left and right vertical frame members 9c and 9d are temporarily fixed to the forehead portions 1c and 1c of the left and right side panels 15 and 16 by the connecting members 7, respectively, and the assembly state of each temporarily fixed mesh panel 1 and the opening / closing portion panel 9 is finely adjusted. The connector 7 is tightened while firmly fixing them, and a box N having an opening H on the front surface is assembled as shown in FIG.
Finally, a mesh door 10 comprising the mesh panel 1 is attached to the opening H of the opening / closing section panel 9 by using a butterfly plate (not shown) so as to form a substantially rectangular storage chamber Q therein.

If the second embodiment of the mesh structure according to the present invention is different from the first embodiment, the mesh structure P according to the second embodiment is a trapezoid whose front surface is inclined rearward as shown in FIG. This is a mesh structure P2.
The trapezoidal mesh structure P2 uses a unique small top panel 11a and trapezoidal side panels 15a and 16a.
As shown in FIG. 8, the trapezoidal side panels 15a and 16a use a small upper forehead portion 1aa whose upper surface width r1 is 1/2 to 1/4 narrower than the lower surface width r2, and the rear upper portion 1aa and the lower forehead portion 1b. By aligning the ends and assembling the forehead portion 1c between the front edges, the forehead portion 1c is provided in an inclined state in a side view, and forms a bilaterally symmetric shape.
The narrow top panel 11a is formed to have the same width as the upper surface width r1 of the narrow upper frame portion 1aa constituting the trapezoidal side panels 15a and 16a as shown in FIG.

Next, the procedure for assembling the trapezoidal mesh structure P2 is substantially the same as in the first embodiment. First, trapezoidal side panels 15a and 16a are provided on the left and right sides of the bottom panel 12, and these are connected to each other. 7 is temporarily fixed, the rear panel 14 is temporarily fixed to the back side between the opposite trapezoidal side panels 15a and 16a, and the narrow top panel 11a is temporarily fixed to the upper side, and then between the bottom panel 12 and the front edge of the narrow top panel 11a. The upper and lower horizontal frame members 9a and 9b of the open / close section panel 9 are temporarily fixed, and the left and right vertical frame members 9c and 9d of the open / close section panel 9 are attached to the forehead portions 1c and 1c in the inclined state of the trapezoidal side panels 15a and 16a. Tighten the coupling 7 while finely adjusting the assembled state of each mesh panel 1 and the opening / closing part panel 9 that are temporarily fixed, and firmly fix them so that the opening / closing part panel 9 tilts backward from the front. To do.
Finally, the mesh door 10 is attached to the opening H of the opening / closing part panel 9 inclined backward from the front using a butterfly plate so as to be opened and closed.

The difference between the third embodiment of the mesh structure according to the present invention and the second embodiment will be described. The mesh structure P of the third embodiment is a notch type in which the upper front is obliquely cut as shown in FIG. This is a mesh structure P3.
The notch type mesh structure P3 includes an original small top panel 11a and a slope panel 17, a short opening / closing part panel 9 ', and notch side panels 15b and 16b as shown in FIG. 10, and a short front panel 13a and a short opening / closing part panel. Either one of 9 'is used.
The notched side panels 15b and 16b have a narrow upper frame portion 1aa whose upper surface width r1 is about 1/2 to 1/4 shorter than the lower surface width r2, and about 1/4 to 3/4 from the panel height T of the rear frame portion 1d. Using a short short forehead portion 1cc, the rear ends of the narrow upper forehead portion 1aa and the lower forehead portion 1b are aligned, and the inclined forehead portion 1e is straddled between the front edge of the narrow upper forehead portion 1aa and the upper end of the short forehead portion 1cc. The front upper part is shaped as if it is cut off obliquely, and forms a symmetrical shape.
The short front panel 13a and the short opening / closing part panel 9 'are formed in accordance with the front panel 13 and the opening / closing part panel 9 except that the panel height is formed according to the short forehead part 1cc of the notched side panels 15b, 16b as shown in FIG. The configuration is substantially the same.
The narrow top panel 11a is substantially the same as that of the second embodiment, and the inclined panel 17 has substantially the same structure as that of the mesh panel 1, and thus the description thereof is omitted.
A mesh door 10 may be provided instead of the slope panel 17.

The procedure for assembling the notch-type mesh structure P3 is substantially the same as that of the second embodiment. First, the notch side panels 15b and 16b are provided on the left and right sides of the bottom panel 12, and these are connected by the connector 7. After temporarily fixing, the back panel 14 is temporarily fixed to the rear side between the notch side panels 15b and 16b facing left and right, and the narrow top panel 11a is temporarily fixed between the narrow upper forehead portions 1aa and 1aa, and the left and right short forehead portions Temporarily fix either the short front panel 13a or the short opening / closing part panel 9 'that matches the short forehead height between 1cc and 1cc.
As a result, the accommodation chamber Q communicates between the upper edge of the short front panel 13a and the front edge of the narrow top panel 11a or between the upper edge of the short opening / closing part panel 9 ′ and the front edge of the narrow top panel 11a. Since the opening W is formed, the slope panel 17 is temporarily fixed to the opening W, and the mesh panel 1 and the slope panel 17, the short opening / closing part panel 9 ′, and the narrow top panel 11 a in the temporarily fixed state are provided. The connector 7 is tightened while finely adjusting any assembly state, and the panels 1, 9, and 17 are firmly fixed.

When the fourth embodiment of the mesh structure according to the present invention is described in terms of differences from the first to third embodiments, the mesh structure P of the fourth embodiment has at least a grounding panel 18 as shown in FIG. A bottom-up type metal mesh panel that is used for the back and left and right sides, positions the storage chamber Q above the installation surface (floor surface and ground), and forms a ventilation path U that allows air to pass under the storage chamber Q. This is a structure P4 (hereinafter referred to as a bottom-up mesh structure P4). That is, the mesh panel 1 is configured by using the grounding panel 18 having the legs 26 under the angle 6.
The grounding panel 18 is formed as a leg 26 by extending the angle 6 constituting the connecting part 4 of the trapezoidal side panels 15a, 16a used for the trapezoidal mesh structure P2 downward as shown in FIG. The angle 6 constituting the connecting portion 4 of the cut-out side panel 15b, 16b used for the cut-out type mesh structure P3 is extended downward as shown in FIG. An angle member 36 is welded to form a leg portion 26, and a ground plate 27 is provided at the lower end of the leg portion 26.

As shown in FIG. 13 (a), the grounding plate 27 has the reinforcing piece 4b below the lower end of the outer peripheral part 2a by the outer peripheral part width s of the outer peripheral part 2a and the reinforcing piece 4b of the angle 6 having the same width as the outer peripheral part width s. extending to, or Ru folding the extension 6c to the horizontal state, FIG. 13 (b) of the outer peripheral portion 2a and the reinforcing piece 4b of the angle 6 as in the opposite, outer circumferential portion from the lower end of the reinforcing piece 4b of the outer peripheral portion 2a It is also possible to extend downward by the width s and bend the reinforcing piece 4b to a horizontal state, or to separately integrate a ground plate 27 formed separately to the leg portion 26.
In the left and right side panels 15 and 16 and the front and back panels 13 and 14, the angle 6 of each panel 13, 14, 15 and 16 can be extended downward to form the leg portion 26.
If the bottom-up type mesh structure P4 of the present application is installed on the floor surface or the like, the bottom panel 12 is higher than the installation surface, and the ventilation path U, that is, the lower side of the storage chamber Q is ventilated between the bottom panel 12 and the floor surface. Since a good space can be formed, the drainage of the stored item is improved, and the stored item is also prevented from being spoiled.
As a result, it is advantageous for storing a dust box or the like that requires draining.

The fifth embodiment of the mesh structure according to the present invention will be described in terms of differences from the first to fourth embodiments. The mesh structure P of the fifth embodiment is located at an arbitrary position of the mesh panel 1 as shown in FIG. The reinforcing portion 5 is provided.
As shown in FIG. 14 (a), the reinforcing portion 5 is provided with a strip-like portion 5a provided by cutting off the punched hole 21 with respect to an appropriate width between the opposing portions of the outer peripheral portion 2a of the iron plate, and the strip-like portion 5a. As shown in FIG. 14 (b) provided on at least one of the iron plate outer peripheral portion 2a, it is composed of uneven ridge ribs 5b.
The reinforcing portion 5 is provided in the mesh panel 1 having a panel height T and a panel length L of 30 cm to 200 cm, particularly the mesh panel 1 requiring durability, thereby preventing deformation in the mesh panel 1 and improving durability. To contribute.

The sixth embodiment of the mesh structure according to the present invention will be described in terms of differences from the first to fifth embodiments. The mesh structure P of the sixth embodiment excludes the frame 23 of the mesh panel 1 as shown in FIG. The display unit 8 is provided within the formation range of the mesh 22, and the display unit 8 is provided by omitting the uncut portion of the thin steel plate 2, that is, the punching of the punched holes 21.
Since the display unit 8 is free to express characters, figures, characters, etc., it can represent the owner, manager, etc. of the mesh structure P, the purpose of use of the mesh structure P, and the date of manufacture. Dates can be expressed freely. However, it is desirable to prepare so as not to adversely affect the durability of the mesh panel 1.
Anti-corrosion treatment, for example, spraying of paint, spraying on a paint layer, or electroplating is performed on all of the mesh panels 1 (including the mesh door 10) used in the mesh structure P of the present invention and the open / close panel 9. Etc.

The seventh embodiment of the network structure according to the present invention will be described in terms of differences from the first to sixth embodiments. The network structure P of the seventh embodiment is mainly a trapezoidal network structure P2 or a notch type. An outdoor metal mesh panel structure P5 (hereinafter referred to as an outdoor mesh structure P5) provided with a metal plate panel 30 on the upper side of the mesh structure P3 or the bottom raised mesh structure P4 to prevent rain from entering. ).
Particularly, in the outdoor mesh structure P5 provided with the narrow top panel 11a, the metal plate panel 30 is provided on at least the narrow top panel 11a, and the narrow top panel 11a and the slope panel 17 are provided. In the outdoor mesh structure P <b> 5, the metal plate panel 30 is provided across the narrow top panel 11 a and the slope panel 17, so that the holes 21 of the mesh panel 1 are closed with the metal plate panel 30. be able to. As a result, it is useful for outdoor use where it rains.

The metal plate panel 30 is formed of a thin steel plate 2 having a substantially flat plate shape, an aluminum plate, a stainless plate, or the like, and is adapted to the size of the top panel 11 or the narrow top panel 11a or with the narrow top panel 11a. It forms according to the magnitude | size of the slope panel 17, overlaps on those panels 11,11a, 17, and the one part is fixed with those panels 11,11a, 17.
Specifically, in the metal plate panel 30 with respect to the narrow mesh panel 11a, either through holes 32 are provided in the upper and lower edges of the panel as shown in FIG. The fixing part 31 is bent from both upper and lower edges, the fixing part 31 is provided with a through hole 32, the through hole 32 communicates with the connecting part connecting hole 20 of the mesh panel 1, and is attached by the connecting tool 7. .
Further, the metal plate panel 30 can be used instead of the bottom panel 12.

The shapes and sizes of the open / close panel 9, the openings H and h, and the mesh door 10 are not limited to those in the embodiment, and can be changed according to the purpose of the mesh structure P.
For example, in the opening / closing section panel 9 having a panel length L of about 50 cm to 150 cm, a column member 93 is attached to the middle portion of the rectangular frame 90 as shown in FIG. In the opening / closing section panel 9 in which the opening H is formed between the materials 9c and 9d and the panel length L is about 100 cm to 300 cm, the upper horizontal frame material 9a of the rectangular frame 90 as shown in FIG. A plurality of column members 93 are attached at appropriate intervals between the left and right horizontal frame members 9b, an opening H is formed between the left and right column members 93 and 93 ', and between the left column member 93 and the left vertical frame member 9c, and A small opening h is formed between the right column member 93 ′ and the right vertical frame member 9d.
In the case of using a groove type material for the upper and lower horizontal frame members 9a and 9b and the left and right vertical frame members 9c and 9d constituting the frame body 90, a contact piece 9e is projected from one end of the opening side to the outside, and the corresponding contact piece When assembling 9e toward the opening H or using a lip groove mold material for the column member 93, closing the mesh door 10 by the abutment piece 9e may be limited by assembling the lip toward the opening H. it can.

The opening / closing part panel 9 is not limited to the rectangular frame 90 as described above, but includes a sleeve-attached frame 91 having the mesh panel 1 on the left and right sides and a sleeve open frame 92 having the sleeve panels 19 on the left and right. It can also be used selectively.
As shown in FIGS. 18 (A) and 18 (C), the sleeve-attached frame 91 has column members 93 and 93 'standing up and down between the upper and lower horizontal frame members 9a and 9b constituting the rectangular frame 90, and the left column member 93. And an opening H between the right column member 93 ′ and a small opening h between the left column member 93 and the left vertical frame member 9c and between the right column member 93 ′ and the right vertical frame member 9d. The mesh panels 1 are respectively attached to both small openings h.
In this sleeve-attached frame body 91, in the case of the sleeve-attached frame body 91 having a panel height T of 60 cm to 200 cm, the height between the left and right column members 93, 93 ′ is set to an arbitrary height as shown in FIG. It is also possible to attach a horizontal beam 94 parallel to the frame members 9a and 9b and to form small openings h above and below the horizontal beam 94.

As shown in FIG. 19 (a), the sleeve open frame body 92 has a plurality of column members 93, 93 ′ standing upright at appropriate intervals in the middle of the upper and lower horizontal frame members 9a, 9b. An opening portion H is provided between the left column member 93 and the right column member 93 ′ on the left side and the right column member 93 ′.
In the open sleeve frame 92, the open frame 92 having a panel height T of 60 cm to 200 cm has an upper and lower horizontal frame at an arbitrary height of the left and right column members 93 and 93 'as shown in FIG. A horizontal beam 94 parallel to the members 9a and 9b is attached, and an opening H is formed above and below the horizontal beam 94. Further, a vertical beam 95 is attached between the horizontal beam 94 and the upper horizontal frame member 9a. Small openings h are formed on the left and right sides, the sleeve panel 19 is attached to the sleeve space K, and the mesh panel 1 is attached to the small openings h.
The sleeve panel 19 attached to the sleeve space K has substantially the same structure as that of the mesh panel 1, but at least the left and right sides of the frame 23 form an angle 6 as shown in FIG. 20 (a), or on one side as shown in FIG. 20 (b). If the contact piece 9e protruding from the front end side of the reinforcing piece 4b of the angle 6 toward the side is provided, the one-side angle 6 can be used instead of the column member 93.

In the front panel 13 having a long panel length L, a plurality of reinforcing portions 5 and 5 parallel to the front and rear forehead portions 1c and 1d are provided in the middle of the upper and lower forehead portions 1a and 1b as shown in FIG. 'Are arranged in parallel with an interval, and an opening H is provided between the left reinforcing portion 5 and the right reinforcing portion 5', between the left reinforcing portion 5 and the left vertical frame portion 1c, and between the right reinforcing portion 5 'and the right vertical portion. It is also possible to provide the meshes 22 between the forehead portions 1d. The same applies to the short front panel 13a.
Further, the rear panel 14 is provided with a reinforcing portion 5 formed by omitting the perforation of the punched hole 21 at an intermediate portion between the upper frame portion 1a and the lower frame portion 1b continuous to the mesh 22 as shown in FIG. Further, in the case of the rear panel 14 having a long panel length L, a plurality of reinforcing portions 5 and 5 'are provided between the upper frame portion 1a and the lower frame portion 1b. It is also possible to prepare as follows.
Even in the narrow top panel 11a, it is possible to provide the reinforcing part 5 in the mesh 22 in substantially the same manner as the back panel 14, and the panel length L is in the long narrow top panel 11a. As shown in FIG. 21C, the mesh 22 can be provided with a plurality of reinforcing portions 5 and 5 ′. The same applies to the top panel 11.

As a connecting tool 7 used for fixing the mesh panel 1 and the adjacent mesh panel 1 ′, a well-known bolt 7a and nut 7b are used as shown in FIG. 22, but the connecting portion 4 of the mesh panel 1 and the joint portion of the adjacent mesh panel 1 ′ are used. It is free if it can be fixed. That is, it is also possible to integrate using welding.
As a first joining example of the mesh panel 1 and the adjacent mesh panel 1 ′, the reinforcing piece 4b of the angle 6 ′ of the adjacent mesh panel 1 ′ with respect to the connecting portion extension piece 4a on the front side of the mesh panel 1 as shown in FIG. The connection holes 20 and 20 'formed in the extension piece 4a and the reinforcing piece 4b' are communicated with each other so that the bolts of the connection tool 7 are directed from one connection hole 20 'side to the other side. 7a is inserted and exposed through the other connecting hole 20, and a nut 7b is screwed into the bolt 7a to be fixed.
Also on the back side of the mesh panel 1, the angle 6 'of the adjacent mesh panel 1' can be fixed in substantially the same manner as shown in FIG.

As a second example of joining the mesh panel 1 and the adjacent mesh panel 1 ′, the angle 6 ′ of the adjacent mesh panel 1 ′ overlaps the outside of the angle 6 of the mesh panel 1 as shown in FIGS. The connecting holes 20 and 20 'drilled in the angles 6 and 6' are made to communicate with each other, and the bolt 7a of the connecting tool 7 is inserted from one connecting hole 20 side to the other side, as shown in FIG. As described above, the nut 7b is screwed into the bolt 7a and is exposed through the other connecting hole 20 '.
As a third example of joining the mesh panel 1 and the adjacent mesh panel 1 ′, the tip of the angle reinforcing piece 4b ′ of the adjacent mesh panel 1 ′ is provided with a turn as shown in FIG. The angle 6 of the mesh panel 1 is joined, the connecting pieces 20 and 20 ′ drilled in the outer peripheral portion 2 a ′ of the angle 6 ′ and the reinforcing piece 4 b of the angle 6 are connected to each other, and fixed using the connecting tool 7. Alternatively, as shown in FIG. 24 (b), a connecting hole 20 ′ drilled to turn the angle reinforcing piece 4b and the angle reinforcing piece 4b ′ is used, and the connecting tool 7 is used for fixing.

The assembly procedure of the mesh structure according to the present invention is not limited to the above-described embodiment. First, as the box-type mesh structure P1 of the first embodiment, the back panel 14 is first placed on the floor surface, and the side panels on the left and right sides thereof. 15 and 16 are joined, the joint is temporarily fixed by the connector 7, and then the bottom panel 12 is joined to the front side between the left and right side panels 15 and 16 which are relatively disposed, and the top panel 11 is joined to the rear side. The joint is temporarily fixed by the connector 7 to form a bowl-like body that opens upward, and then the opening side of the bowl-like body is erected so as to face forward, and the openings of the left and right side panels 15 and 16 are opened. The opening / closing part panel 9 is joined to the side, the joint part is temporarily fixed, and the connecting member 7 is tightened while adjusting the displacement of the opening / closing part panel 9 and each mesh panel 1 in the temporarily fixed state, and is firmly assembled.
Finally, the mesh door 10 is attached to the opening H of the opening / closing section panel 9 so as to be freely opened and closed, and the assembly configuration of the mesh structure P including the accommodation chamber Q is completed.
The assembly procedure in the trapezoidal mesh structure P2 of the second embodiment can also be assembled in substantially the same procedure as the box-type mesh structure P1.

The assembling procedure of the notch type mesh structure P3 in the third embodiment is not limited to the above embodiment. First, the notch side panels 15b and 16b are provided on the left and right sides of the bottom panel 12, and these are connected to each other. 7 is temporarily fixed, and the rear panel 14 is temporarily fixed to the back side between the opposed notch side panels 15b and 16b, the narrow top panel 11a is temporarily fixed to the upper side, and between the short forehead portions 1cc and 1cc on the front side, The short opening / closing part panel 9 'having the same width as the short forehead part 1cc is temporarily fixed, and the coupling 7 is tightened firmly while finely adjusting the assembly state of each temporarily fixed mesh panel 1 and short opening / closing part panel 9'. I'm assembling.
As a result, an opening W is formed between the short opening / closing part panel 9 'and the front edge of the narrow top panel 11a, so that the slope panel 17 can be attached to the opening W or the mesh door 10 can be opened and closed. The mesh door 10 is provided to be openable and closable at the opening H of the short opening / closing part panel 9 ′.

Further, in the notch type mesh structure P3, an opening / closing part panel 9 can be provided instead of the slope panel 17, and a mesh door 10 can be provided in the opening H of the opening / closing part panel 9, or a short opening / closing part panel 9 ′. The short front panel 13a formed according to the height of the short forehead portion 1cc is provided instead of, and an opening W is formed between the short front panel 13a and the narrow top panel 11a. It is also possible to provide a panel 9.
In the embodiment, the mesh panel 1 is attached to the small opening h, but it is also possible to attach the mesh door 10 to the small opening h.
The mesh door 10 is formed in accordance with the opening H, and is provided with a swinging type, a double door opening type, or a sliding type mainly using a butterfly plate, but any means that can open and close the opening H can be used.

The mesh panel 1 of the present invention is not limited to being used for the mesh structure P of the above embodiment, and can be used as a fence provided at the boundary of land, a barricade at a construction site, or a fence for animals. Can also be used.
Moreover, the range which can be employ | adopted as plate | board thickness t of the thin steel plate 2 is 0.3 mm-30 mm, the desirable range is 0.4 mm-14 mm, and the optimal range is 0.5 mm-10 mm.
In the mesh structure P configured using the long mesh panel 1, the panel length L of the bottom panel 12 and the slope panel 17 also needs to be long.
The punching hole 21 is punched into the thin steel plate 2 to form the mesh 22 of the mesh panel 1. The cut pieces generated by punching the punching hole 21 are collected, dissolved, and reused. Is also possible.

DESCRIPTION OF SYMBOLS 1 Metal mesh panel (mesh panel), 1 'Adjacent mesh panel 1a Upper forehead part, 1aa Narrow upper forehead part 1c Forehead part, 1cc Short forehead part 1b Lower forehead part, 1d Rear forehead part, 1e Inclined forehead part 11 Top panel, 11a Narrow top panel 12 Bottom panel 13 Front panel, 13a Short front panel 14 Rear panel 15, 16 Side panel 15a, 16a Trapezoid side panel, 15b, 16b Notched side panel 17 Slope panel, 18 Grounding panel, 19 Sleeve panel 2 Thin steel plate, 2a, 2a 'Iron plate outer peripheral part (outer peripheral part)
20, 20 'connecting hole, 21 punched hole, 22 mesh, 23 frame 26 leg part, 27 ground plate, 36 angle material 3 non-connected part, 3a chamfer, 3b bent piece, 3c folded piece 4 connecting part, 4a extension piece, 4b, 4b 'Reinforcement piece 5, 5' Reinforcement part, 5a Band-like part, 5b Rib rib 6, 6 'Angle, 6c Extension part 7 Connector, 7a Bolt, 7b Nut 8 Display part 9 Opening / closing part panel, 9' Short Opening and closing part panel 90 Rectangular frame, 91 Frame with sleeve, 92 Sleeve open frame 9a Upper horizontal frame material, 9b Lower horizontal frame material 9c Left vertical frame material, 9d Right vertical frame material, 9e Contact pieces 93, 93 ′ Column material, 94 horizontal beam, 95 vertical beam 10 mesh door 30 metal plate panel, 31 fixing part, 32 through hole

N box body, K sleeve space, W opening Q accommodation room, U air passage H opening, h small opening P metal mesh panel structure (mesh structure),
P1 Box-type metal mesh panel structure (box-type mesh structure)
P2 Trapezoidal metal mesh panel structure (trapezoidal mesh structure)
P3 Notch type metal mesh panel structure (Notch type mesh structure)
P4 Bottom-up type metal mesh panel structure (bottom-up type mesh structure)
P5 Outdoor metal mesh panel structure (Outdoor mesh structure)
s outer peripheral width, r1 upper surface width, r2 lower surface width t = iron plate thickness T = panel height, L = panel length

Claims (6)

It is constructed and constructed in three dimensions using a metal opening / closing part panel (9) and a plurality of mesh panels (1), and is equipped with a storage room (Q) for storage items inside.
The mesh panel (1) is provided with a mesh (22) by punching a punched hole (21) on the inner side excluding the outer peripheral portion (2a) of the thin steel plate (2), and the mesh (22) is formed by the outer peripheral portion (2a) of the iron plate. Forming a surrounding frame (23),
The side edge of the frame (23) is selectively provided with a non-connection part (3) and a connection part (4),
The unconnected portion (3) of the mesh panel (1) includes a chamfer (3a) obtained by scraping off the corners of the side edges of the thin steel plate (2), and a bent piece (3b) obtained by bending the side end portion of the thin steel plate (2). ) And a folded piece (3c) obtained by folding the side end of the thin steel plate (2),
The connecting part (4) is either an extension piece (4a) extending laterally from the outer peripheral part (2a) of the iron plate or a reinforcing piece (4b) refracted at right angles from the tip of the outer peripheral part (2a) of the iron plate. Yes,
An L-shaped angle (6) is formed by the outer peripheral portion (2a) of the iron plate and the reinforcing piece (4b),
When assembling, the connecting part (4) of the mesh panel (1) is joined to the adjacent mesh panel (1 ') and the opening / closing part panel (9), and the joined part is fixed by the connecting tool (7),
The opening / closing panel (9) includes an opening (H) communicating with the storage chamber (Q) and a mesh door (10) that can be opened and closed toward the opening (H). Mesh panel structure. The open / close panel (9) includes vertical frame members (9c, 9d) on the left and right sides of the upper horizontal frame member (9a) and the lower horizontal frame member (9b), and at least an opening (H) communicating with the storage chamber (Q). ) A rectangular frame (90) having
In the rectangular frame (90), the column members (93, 93 ') are erected with an appropriate interval, and an opening (H) is formed between the column members (93, 93'). 93 ') and the vertical frame member (9c, 9d) with a small opening (h), a small opening (h) with a mesh panel (1), and a frame (91) with sleeves, and vertical and horizontal The column members (93, 93 ′) are erected with an appropriate interval in the center of the frame members (9a, 9b), and the openings (H) are arranged between the column members (93, 93 ′). 93, 93 ') each of which has a sleeve space (K) that opens from the side to the side, and is a sleeve open frame (92) having sleeve panels (19) in both sleeve spaces (K). The metal mesh panel structure according to claim 1 . Among the top panel (11), bottom panel (12), front panel (13), back panel (14), left panel (15), and right panel (16) comprising the mesh panel (1), the top panel A box-shaped metal mesh panel structure (P1) configured using an opening / closing part panel (9) instead of the panel (11) or the front panel (13),
Side panels (15, 16) are provided on the left and right sides of the bottom panel (12), a rear panel (14) is provided between the opposing left and right side panels (15, 16), and a top panel (11) is provided on the upper side. While installing
A front panel (13) is attached to the front side, or an opening / closing part panel (9) is attached to either the front side or the upper side, and a mesh door (10) is provided at the opening (H) of the opening / closing part panel (9). The metal mesh panel structure according to claim 1 or 2, characterized by the above. The metal mesh panel structure according to claim 3, wherein a trapezoidal side panel (15a, 16a) in side view is used instead of the left and right side panels (15, 16), and a narrow top panel is used instead of the top panel (11). (11a) is a trapezoidal metal mesh panel structure (P2), and the trapezoidal side panels (15a, 16a) have a narrow upper forehead portion whose upper surface width (r1) is narrower than the lower surface width (r2) ( 1aa), the rear end of the narrow upper forehead portion (1aa) and the lower forehead portion (1b) are aligned, and the forehead portion (1c) is provided in an inclined state between the front edges,
The narrow top panel (11a) has the same upper surface width (r1) as the narrow upper forehead portion (1aa), and the rear panel of the panel (11a) and the bottom panel (12) are aligned to form an opening / closing section panel between the front edges. (9)
The left and right ends of the open / close panel (9) are respectively attached to the forehead portions (1c, 1c) in the inclined state of the trapezoidal side panels (15a, 16a), and the open / close panel (9) is inclined rearward from the front. A metal mesh panel structure characterized by that. 5. The metal mesh panel structure according to claim 4 , wherein the notched metal mesh panel structure (P3) is configured using notched side panels (15b, 16b) in place of the trapezoidal side panels (15a, 16a). ) And
The notched side panels (15b, 16b) align the rear ends of the narrow upper forehead portion (1aa) and the lower forehead portion (1b), and the panel height of the rear forehead portion (1d) on the front side of the lower forehead portion (1b) ( T) Stands the lower forehead portion (1 cc) lower than the upper portion of the short forehead portion (1cc) and the front end of the narrow upper forehead portion (1aa) across the inclined forehead portion (1e), Formed diagonally,
A narrow top panel (11a) formed in accordance with the upper surface width (r1) between the narrow upper forehead portions (1aa, 1aa) of the notched side panels (15b, 16b) opposed to the left and right, and the left and right short forehead portions Attach either the short front panel (13a) or the short opening / closing part panel (9 ') that matches the height of the short forehead between (1cc, 1cc)
Furthermore, an open port (Q) communicated with the storage chamber (Q) between the narrow top panel (11a) and the short opening / closing part panel (9 ') or between the narrow top panel (11a) and the short front panel (13a). W),
The opening (W) parallel to the sloped frame portions (1e, 1e) of the cut-out side panels (15b, 16b) is provided with at least one of a slope panel (17) and an opening / closing portion panel (9). Metal mesh panel structure. The mesh panel (1) is provided with at least one of a reinforcing part (5) and a display part (8) at an arbitrary position, and the reinforcing part (5) has an appropriate width with respect to the opposing width of the iron plate outer peripheral part (2a). A belt-like portion (5a) provided by omitting punching of the punched hole (21);
It is one of the ridged ribs (5b) of the concavo-convex shape provided on at least one of the belt-like part (5a) and the outer peripheral part (2a) of the iron plate, and the display part (8) is composed of characters, figures, etc., and has a mesh (22) metal mesh panel structure according to one of claims 1 to 5, characterized in that it comprises in the range of formation.