JP5491849B2 - Fixing structure of grid lattice and fixing bracket using the same - Google Patents

Description

  The present invention relates to a grid structure fixing structure used for fixing a grid structure in which vertical and horizontal steel wires are welded at each intersection to a mounting base structure such as a wall surface or a frame, and the grid structure used for the grid structure. Related to fixing bracket.

  The grid lattice formed by welding vertical and horizontal steel wires arranged at a predetermined pitch at each intersection point, for example, public facilities, factories, etc., with appropriately shaped trunk edges such as semi-circular, circular, and quadrilateral sections at the upper and lower ends A grid fence used for outdoor partitioning is known, and according to Patent Document 1 below, the mounting base, that is, the structure of fixing to a column, is supported from the lower end of a column cap that closes the upper end of the column. Using an upward hook-shaped fixing bracket that protrudes from the front side, the horizontal bracket at the lower position of the upper trunk edge of the grid fence is received in the fixing bracket in a hooked manner, and hook bolts are installed at several positions in the middle of the column. Then, the horizontal line at the middle position of the grid fence is received by the hook protruding to the front side, and the hook is rotated by the fixed position of the nut fastened to the bolt shaft protruding to the back side of the column. By that draws on the strut side, it is supposed to do this.

JP 2001-207693 A

  The grid lattice is used as the grid fence, and the grid lattice is formed so as to have a plurality of grid lattice surfaces, and the arbitrary lattice lattice surface is attached to a mounting base such as a wall surface or a frame. By arranging them so as to be attached to or erected, the grid lattice is, for example, a screen member, a sunshade member that raises a vine, a horizontal roof member that also raises a vine, and a plant pot or ore. It can be used as an exterior member used as a decorative member to be placed, a partition member having a thickness, or the like.

  In this case, in the grid lattice, the grid lattice plane fixed to the mounting base is any one of a plurality of surfaces in the grid lattice, and the grid lattice plane is formed by welding vertical and horizontal steel wires at each intersection. Therefore, the crossing plane that is bent so as to cross any one plane is, for example, a case where a vertical beam is located on the front side and a horizontal beam is located on the back side, like the grid fence described above. When the grid lattice is rotated by a quarter of a circle when fixed to the mounting base, both the case where the horizontal beam is positioned on the front surface side and the vertical beam is positioned on the back surface side occur. Therefore, the front and back positions of the vertical and horizontal steel wires at the intersections of the grid lattice, depending on the fixing mode, that is, the positions of the front side and the back side are reversed, and the attachment of the steel wires to be fixed as the steel wire positions are reversed. Since the distance from the base differs by the thickness of one steel wire, for example, about several millimeters, it has a plurality of grid lattice planes, and the arbitrary grid lattice plane is fixed to the mounting substrate. The grid structure used in this manner is fixed in a structure that can be attached to or installed on the mounting base on the premise of the reversal of the vertical and horizontal steel wire positions and the difference in distance from the mounting base. Is required.

  In addition, the hook bolt fixing bracket needs to be provided with a through-hole through which the hook bolt is inserted into the mounting base for each fixing position of the grid lattice, and the hook bolt is moved toward the mounting base by rotating the nut. Since it is necessary to draw the grid, there is a problem that the grid grid fixing work tends to be complicated, and it is difficult to obtain a good appearance. It is required to be able to achieve a good appearance and a stable fixed fit.

  The present invention has been made in view of such circumstances, and the problem to be solved is that the reversal of the vertical and horizontal steel wire positions and the difference in the distance from the mounting base due to this are arbitrary. The mesh grid surface can be attached to or erected from the mounting base, and the work can be performed as easily and reliably as possible to achieve a good appearance and a stable fixed fit. It is intended to provide a body fixing structure, and is suitable for fixing the grid lattice. The fixing operation can be performed as easily and reliably as possible, and a good appearance and a stable fixation fit of the grid lattice can be obtained. To provide a fixing bracket.

In accordance with the above-described problems, the present invention provides a strength by forming a pair of fixing pieces that are fixed to each other on a mounting base such as a wall surface or a frame body so as to be screwed, and a U-shaped cross section between the fixing pieces. And a pair of steel wire support pieces projecting so as to be parallel to the front side from the projecting base and loosely fitting one of the vertical and horizontal steel wires to be fitted and supported, and disposed between the steel wire support pieces At the crossing point where the steel wire support piece of the fixing metal fitting is welded to the mounting base using the fixing metal fitting having a steel wire receiving groove that can receive the other steel wire in the vertical and horizontal directions. When loosely supporting one of the longitudinal and lateral steel wires and positioning the other longitudinal and lateral steel wires on the front side of the longitudinal and lateral steel wires, when receiving them in the steel wire receiving groove and positioning on the back side In the gap between the steel wire support piece and the protruding base, the pair of steel wire support pieces By reversing the position of the steel wire in the vertical and horizontal directions and the difference in the distance of the mounting base due to the stable support of the vertical and horizontal steel wires and receiving the other steel wire in the front or back side, The grid surface of any of the above can be attached or installed with good appearance and stability with respect to the mounting base, that is, the invention according to claim 1 is arranged at a predetermined pitch. A grid having a plurality of grids formed by welding vertical and horizontal steel wires at each intersection is attached to or installed on the mounting base using a fixing bracket at the position of the steel wire crossing on any grid The grid structure is fixed so that the fixing bracket is fixed in contact with the mounting base in a width direction with a pair of fixing pieces, and a cross-section U-shaped from the pair of fixing pieces to the front side. Protruding from the protruding base and the protruding base. Spaced pair of steel wires loosely fitted receiving of the fitting supports one steel wire said longitudinal laterally loosely fitted by inserting from an opening between the projecting base one of the steel wire above aspect protrude into respective front side A steel wire receiving groove, and a steel wire receiving groove that is perpendicular to the steel wire supporting piece that is between the steel wire supporting pieces and receives the other steel wires in the vertical and horizontal directions, at the intermediate position in the width direction of the projecting base, A vertical and horizontal steel parallel to the steel wire support piece and a pair of spaced apart steel wire support pieces formed by arranging concave grooves that form a receiving space or a clearance space thereof, and fixing pieces fixed to the mounting base. A wire is fitted and supported in a loose fit, and the other steel wire, which is perpendicular to the steel wire, is received and arranged in the steel wire receiving groove on the front side of the one steel wire. Do not fix with the fixing bracket by placing it between the projecting base on the back side of the In addition, a plurality of the fixing brackets are attached to the attachment base at least in the vertical direction, and are attached to the attachment base so that the openings between the upper and lower sides are opposite to each other. it is is obtained by the fixed structure of the squares grid, characterized in Rukoto.

  According to a second aspect of the present invention, in addition to the above, the grid lattice body having the plurality of grid lattice planes is formed as a panel shape or a box shape having openings or no openings, and the screen member and the awning member. In order to be able to be used as exterior members of various forms such as decorative members, partition members, etc., the above-mentioned lattice lattice is formed by using a lattice lattice surface of 5 surfaces having one surface open or absence of openings. 2. A panel or box having six lattice planes is formed, and arbitrary opposed lattice planes of the lattice grid are fixed at a plurality of positions by the fixing brackets, respectively. The grid lattice fixing structure described in 1. is used.

The invention according to claim 3 is suitable for attaching or laying and fixing the grid lattice body having the plurality of grid grid surfaces to the mounting base, and can perform the fixing operation as easily and reliably as possible. As a simple structure as much as possible to obtain a stable fixed fit of the external appearance and the mesh lattice, for example, to provide a fixing bracket that can be formed by press molding or integral molding, this is arranged in a vertical and horizontal direction arranged at a predetermined pitch. The steel wire is welded at each intersection point, and a grid member having a plurality of mesh lattice planes is used for fixing to a mounting base at any intersection position in both vertical and horizontal directions on the lattice lattice plane, A pair of widthwise fixed pieces that are fixed to the mounting base in contact with each other, a protruding base that protrudes in a U-shaped cross section from the pair of widthwise fixed pieces to the front side, and a protrusion that protrudes from the protruding base to the front side, respectively. one of the steel wire Serial above aspect other steel wire there and spaced pair of steel wire support piece to be fitted supports one steel wire said longitudinal laterally loosely fitted, the steel wire support pieces by inserting from an opening between the projecting base portion A steel wire receiving groove perpendicular to the steel wire support piece for receiving the steel wire, and a concave groove forming a space for receiving or escaping the steel wire is disposed at the intermediate position in the width direction of the protruding base, and at least vertically on the mounting base. together are more attached to the directions, and the upper and lower sides, fixing bracket square cell grid, wherein Rukoto mounted on the mounting base so that the opening is opened in the opposite directions between the projecting base It is what.

In the invention according to claim 4 , in addition to the above, the steel wire support piece can be stably fixed to the mounting base by loosely supporting the vertical and horizontal steel wires and fixed thereto. In order to eliminate the possibility of the grid lattice being removed, the steel wire support piece is formed with a curved portion in which an opening between the protruding base portion is narrowed, and the curved portion. The steel grid receiving guide according to claim 3, wherein the steel wire receiving guide is formed so as to project obliquely from the tip to the front side.

  The present invention uses each of these as the gist of the invention as means for solving the above problems.

Since the present invention is configured as described above, the invention described in claim 1 includes a pair of fixing pieces that are fixed to a mounting base such as a wall surface or a frame so as to be screwed, for example, and the fixing pieces. A pair of steel wire supports that have a U-shaped cross section between them and a base that secures strength, and project from the base so as to be parallel to the front side and loosely fit one of the vertical and horizontal steel wires. A fixing bracket having a steel wire receiving groove disposed between the piece and the steel wire support piece and capable of receiving the other steel wire in the vertical and horizontal directions. When the vertical and horizontal steel wires are loosely supported and supported at the intersecting points welded to the steel wire support piece and the other vertical and horizontal steel wires are positioned on the front side of the vertical and horizontal steel wires, When it is received in the receiving groove and located on the back side, it is received in the gap between the steel wire support piece and the protruding base In this way, the vertical and horizontal steel wire positions are reversed by the stable support of the vertical and horizontal steel wires by the pair of steel wire support pieces and the reception of the other vertical and horizontal steel wires on the front side or the back side, and attachment by this Disclosed is a grid structure fixing structure that absorbs the difference in the distance between the bases so that any of the plurality of grid planes can be attached to or erected stably with respect to the mounting base. Can do. In addition to the above, when fixing the grid lattice plane to the mounting base, when the other vertical and horizontal steel wires are on the back side of the vertical and horizontal steel wires, the vertical and horizontal steel wires can be received as smoothly as possible. And it can be surely achieved.

  According to a second aspect of the present invention, in addition to the above, the grid lattice body having the plurality of grid lattice planes is formed in a panel shape or a box shape having openings or no openings, and the screen member and the sunshade member are provided. It can be used as an exterior member in various forms such as a decorative member and a partition member.

  The invention according to claim 3 is suitable for attaching or laying and fixing the grid lattice body having the plurality of grid grid surfaces to the mounting base, and can perform the fixing operation as easily and reliably as possible. As a simple structure as much as possible, it is possible to provide a fixture that can be formed by press molding or integral molding, for example, which can obtain a stable fixed fit of the external appearance and the mesh lattice.

In the invention according to claim 4 , in addition to the above, the steel wire support piece can be stably fixed to the mounting base by loosely supporting the vertical and horizontal steel wires and fixed thereto. It is possible to eliminate the possibility that the grid lattice is detached.

It is a front view of the grid lattice attached to the wall surface. It is a top view of FIG. It is an enlarged view of the upper fixed part of FIG. FIG. 3 is an enlarged view of an upper fixed part of FIG. 2. It is a bottom view of a grid lattice laid horizontally on the frame. FIG. 6 is a side view of FIG. 5. It is an enlarged view of the fixed part of FIG. It is an enlarged view of the fixed part of FIG. It is a front view of the grid lattice body constructed perpendicularly between support | pillars. FIG. 10 is a plan view of FIG. 9. FIG. 10 is an enlarged view of the upper fixed part of FIG. 9. FIG. 10 is an enlarged view of a lower fixed part of FIG. 9. It is a top view of the fixing | fixed part of FIG. It is a front view of a fixture. It is a side view of a fixture. It is a top view of a fixture.

  Hereinafter, the present invention will be described in more detail with reference to the example of the drawings. In the figure, A is a grid that is used as an exterior member in a housing, a public facility, a factory, etc. 1 to FIG. 4 are examples in which the lattice grid A is attached and fixed perpendicularly to the wall surface of the mounting base 3 to form a decorative member, and FIGS. 5 to 8 illustrate the grid lattice A FIGS. 9 to 12 show an example of a roof member that is horizontally installed and fixed on the frame of the mounting base 3. FIG. 9 to FIG. It is an example of a partition member, and the wall surface, the frame body, or the support column of the grid lattice A is attached to the mounting base 3 by using the fixing bracket 2 shown in FIGS. 13 to 15. As it has been.

  The grid lattice A has a plurality of grid lattice surfaces 1 formed by welding vertical and horizontal steel wires 11 arranged at a predetermined pitch at each intersection point. In this example, the grid lattice A is, for example, A five-sided lattice plane 1 in which the height is about 45 cm, 60 cm or 90 cm, the width is about 90 cm or 180 cm, the depth is about 9 cm, and one of the surfaces is a plurality of openings 12. In this example, it is formed into a panel shape or a box shape.

  That is, the grid lattice A is a steel wire having a diameter of several millimeters, for example, a 3 mm diameter wire coated with a synthetic resin of about 0.5 mm, and the steel wire 11 is vertically and horizontally at a pitch of 5 cm, for example. In addition, spot welding is performed at each of the intersections, and the outer peripheral three ends are bent toward three side surfaces except for one surface of the opening 12, and the 5 cm square mesh is continuously arranged. By providing the front and rear two faces and the side face three lattice grid face 1, the above-mentioned panel-like form having the opening face 12 as one side face is formed.

  At this time, in this example, the grid lattice A is formed by dividing the outer periphery 3 ends into two halves before and after bending the outer peripheral three ends so as to be halved at the front and rear center. Production of two halves of the lattice members by abutting the steel wires located at the ends thereof and fixing the steel wires 11 at the ends to each other at a predetermined pitch in the longitudinal direction, for example, by welding Therefore, the three side surfaces of the outer periphery of the grid lattice A of this example are arranged such that two steel wires 11 are arranged in parallel at the front and rear central positions.

  Further, in the present example, the grid lattice A is provided with reinforcing grid surfaces 13 at a plurality of locations between the two grid planes 1 on the front and rear sides thereof, and in this example, the reinforcing grid surface is For example, steel of the same pitch before and after the steel wire 11 is disposed so as to be perpendicular to the steel wire 11 by shifting the position of the steel wire 11 on the front and rear two lattice planes 1 by ½ width every several tens of centimeters in the height direction. This is formed by a plurality of, for example, three steel wires 11 arranged on the wire 11 and the front and rear steel wires 11 in parallel with the front and rear two lattice patterns 1 at a pitch of 2.5 cm which is 1/2 of the pitch. is there.

  At this time, the reinforcing grid surface 13 is disposed on the side of the opening 12 of the side surface 1 in the vicinity thereof, for example, at a position about 10 to 15 cm from the opening end. When the opening 12 is fixed to the mounting base 3 so that the opening 12 faces upward, for example, the potted plant 2 is placed on the bottom plate and the opening 12 is potted. It can be used as a storage groove.

  A plurality of lattice lattice planes 1 formed in this way, in this example, a lattice lattice body A having five lattice lattice planes, is attached to each mounting base 3 as shown in the drawing using the fixing bracket 2. At this time, the fixing bracket 2 is fixed to the mounting base 3 in a width direction in which it is fixed in contact with the mounting base 3, and the pair of fixing pieces 21 are front-facing from the pair of fixing pieces 21. A projecting base portion 22 projecting in a U-shaped cross section on the side, a pair of spaced steel wire support pieces 25 projecting from the projecting base portion 22 to the front side, and a steel wire support piece 25 that can be freely fitted and received, and between the steel wire support pieces 25 The steel wire receiving groove 28 perpendicular to the steel wire support piece 25 for receiving the other steel wire 11 in the vertical and horizontal directions is formed, and at this time, the fixing bracket 2 of this example is located at the intermediate position in the width direction of the protruding base portion 22. , Concave groove 23 for receiving steel wire 11 or forming a clearance space thereof And a steel wire receiving guide 27 which has a steel wire support piece 25 and a curved portion in which an opening 26 between the projecting base portion 22 and a narrow opening is formed, and a steel wire receiving guide 27 which projects obliquely from the tip of the curved portion to the front side. It is assumed to be formed with.

  The fixing metal 2 is a metal plate having a thickness of about 1 to 2 mm, in this example, a stainless steel plate having a thickness of 1.5 mm, and is formed by pressing the metal plate, for example, In FIG. 13, a metal member having a width of about 5 to 6 cm, a height of about 2 cm, and a depth of about 2 cm is formed.

  At this time, each fixed piece 21 has a small area with a width of about 1 cm and a height of about 1.5 to 2 mm, and has a through-hole for a screw in the middle of the surface. About 5 cm, the height is the same as the fixed piece 21, the protrusion width to the front side is about 1 cm, and in this example, the width is a little less than 1 cm at the center position in the width direction, and the number on the back side is an arc shape. The concave grooves 23 recessed to a depth of about mm are arranged in a series in the vertical direction in the figure.

  The steel wire support piece 25 protrudes from the lower end of the projecting base 22 in the width direction and protrudes downward in the front side, for example, with a diameter of about 1 cm and a width of about 1 to 1.5 cm, and the lower end of the projecting base 22 And a receiving groove that forms a semicircular arc surface in the inner position is formed, and at this time, the steel wire support piece 25 is inclined and protruded so as to return the tip of the steel wire support piece 25 to the protruding base 22 side, The opening 26 is narrowed to a width of several mm between the protruding base 22 and about 5 mm in this example, and the protruding piece is inclined and protrudes upward from the opening 26 of the narrow opening toward the front side. Thus, the steel wire receiving guide 27 is arranged. The steel wire support piece 25 and the steel wire receiving guide 27 are, for example, about 1.5 to 2 mm in height, and the tip of the steel wire receiving guide 27 is protruded from the projecting base 22 by the amount the steel wire support piece 25 is lowered. It is assumed that they are placed so that they are located at a lower position.

  The steel wire receiving groove 28 has a central position in the width direction of the steel wire support piece 25 such that the width is less than 1 cm so that the steel wire support piece 25 reaches the protruding base 22 from the front side. In this example, the steel wire receiving groove 28 is arranged so as to overlap with the concave groove 23 of the protruding base at the same position in the width direction. In the figure, reference numeral 24 denotes a cutout portion arranged so as to avoid the interference with the crossing points of the vertical and horizontal steel wires 11 in the grid lattice A by partially cutting out the lower end portion of the central portion of the protruding base portion 22 of the concave groove 23.

  The grid lattice A is fixed by the fixing bracket 2 in such a manner that a pair of separated steel wire support pieces 25 of the fixing bracket 2 fixedly contacting and fixing the fixing piece 21 to the mounting base 3 are vertically and horizontally parallel to the steel wire support piece 25. One steel wire 11 is fitted and supported in a loose fit, and the other steel wire 11 perpendicular to the steel wire 11 is received and arranged in the steel wire receiving groove 28 on the front side of the one steel wire 11 in the vertical and horizontal directions. However, this is done by receiving and arranging between the protruding base 22 on the back side of the steel wire 11 in the vertical and horizontal directions.

  When fixing the grid lattice A, the fixing bracket 2 has a total of 4 in each of the grid grids A, when the mounting base 3 is a wall surface as shown in FIGS. When the mounting base 3 is used as a frame as in the examples of FIGS. 5 to 8 and FIGS. 9 to 13, the grid lattice is used in a total of four places in two longitudinal directions of the opposing frame. The number of points is appropriately determined according to the area and weight of A, and the fixing is performed at the intersection of the grid A.

  At this time, in the example of FIGS. 1 to 4, the opening 26 of the steel wire support piece 25 is disposed so as to face downward on the upper side and upward on the lower side with respect to the wall surface of the mounting base 3. The example of 8 is arranged so that the openings 26 of the steel wire support pieces 25 are respectively facing upward on the left and right sides of the horizontal horizontal surface of the opposing frame that is opposed to each other by the support of each support column 3, for example, In the example of FIGS. 9 to 13, the opening 26 of the steel wire support piece 25 faces downward on the upper side and the opening 26 faces upward on the lower side above and below the vertical vertical surfaces facing each column of the mounting base 3. They are arranged in such a way that the grid lattice A is fixed respectively.

  The fixing bracket 2 is screwed to the mounting base 3 by screwing the fixing pieces 21 into the mounting base 3 through the through holes, whereby the fixing bracket 2 is attached to the mounting base 3. The projecting base 22 and the steel wire support piece 25 are projected from the front side 3 and fixed to the grid lattice A. The grid lattice piece A is fixed to the steel wire support piece 25 so that the intersection of the grid lattice plane 1 is supported by the pair of spaced apart steel wire support pieces 25 and the steel wire receiving grooves 28 of the fixture 2. One of the vertical and horizontal steel wires 11 parallel to this is dropped into the receiving groove from the narrow opening 26, and the vertical and horizontal steel wires 11 are received and supported and perpendicular to the steel wire support pieces 25. The other steel wire 11 is received and disposed in the steel wire receiving groove 28 or is disposed between the protruding base portion 22 and the steel wire receiving groove 28.

  That is, in the case where the front and rear grid lattice planes 1 are fixed using the mounting base 3 of FIGS. 1 to 4 as the wall surface, as shown in FIG. Of the steel wire 11 is located, and a vertical line is located outside the lattice lattice plane 1 (inside of the lattice lattice lattice, the same applies hereinafter), and the mounting base 3 shown in FIGS. Is a side grid cell surface 1, and in this example, the ends of the front and rear cell grid surfaces 1 on the opening surface are fixed, the grid cell surface 1 on the side of the mounting base 3 In the case where the vertical line of the vertical and horizontal steel wires 11 is positioned and the horizontal line is positioned outside thereof, and the mounting base 3 of FIGS. A horizontal line is located on the mounting base 3 side, and the two joined vertical lines are located on the outside thereof. In the grid lattice A having the grid lattice plane 1 in which the horizontal steel wires 11 are welded at the respective intersections, the fixing bracket 2 is installed on the vertical plane or the horizontal plane with respect to the mounting base 3, Depending on conditions such as which plane the grid lattice plane 1 to be fixed to the fixing bracket is used, the vertical and horizontal steel wire 11 positions are reversed on the mounting base 3 side and the outside thereof. Although the relative position of the grids is different and the illustration is omitted, the reverse rotation is fixed even if the grid lattice plane 1 is configured in common when the configuration of the steel wire arrangement is changed for each grid grid plane 1. This also occurs when the grid lattice plane 1 to be rotated is rotated by ¼ circle.

  Therefore, even if one steel wire 11 parallel to the steel wire support piece 25 is fixed, the steel wire 11 may be a horizontal wire or a vertical wire. When the other steel wire 11 orthogonal to the inner side and the outer case are generated, when the grid wire A is fixed, the other steel wire 11 orthogonal to the other steel wire 11 is located on the outer side. The steel wire receiving groove 28 receives and arranges it, and when it is located inside, that is, on the protruding base 22 side, it is received and arranged between the protruding base portion 22 on the back surface of the one steel wire 11. It is as.

  As described above, the steel grid 11 constituting the grid grid surface 1 in this example is about 4 mm in order to fix the grid grid A with the fixing bracket 2. Since the narrow opening 26 is about 5 mm, and the diameter of the curved portion of the steel wire support piece 25 is about 1 cm, the steel wire 11 parallel to the vertical or horizontal direction relative to the steel wire support piece 25, ie, 1 mm generated in the opening 26. The fitting support of the steel wire 11 can be performed by a relatively smooth drop-in reception with a margin, and the fitting support of the steel wire 11 is loosely fitted to the receiving groove of the curved portion of the steel wire support piece 25. Since the steel wire support piece 25 has a considerable margin space in a state where the steel wire 11 is fitted and supported, the other steel wire 11 orthogonal to the steel wire support piece 25 is Located on the inner protruding base 22 side When also it can be reliably accepted disposed between the projecting base 22 of this. Further, the widths of the concave groove 23 and the steel wire receiving groove 28 of the protruding base portion 22 are each about 1 cm, which is twice or more than the diameter of the steel wire 11, and the concave groove 23 is the steel wire 11 on the orthogonal side. The steel wire 11 can be smoothly and surely received in a recess-like manner, and the other steel wire 11 in the vertical and horizontal directions can be placed in the concave groove 23 and the steel wire receiving groove 28. As shown in FIG. 13, even when there are two steel wires 11 at the joint portion formed by the grid lattice A, as shown in FIG. Can be arranged.

  In the lattice grid A fixed to the mounting base 3 by the fixing bracket 2, the openings 26 of the steel wire support pieces 25 are directed upward in the ones of FIGS. 5 to 8. The grid lattice A is installed so as to support and support, and in the case of FIGS. 1 to 4 and FIGS. 9 to 13, the lower fixing with the opening 26 of the steel wire support piece 25 facing upward is performed. The grid grid A is supported by the metal fittings 2, and the grid grid A is supported by the upper fixing metal fitting 2 with the opening 26 facing downward, and the installation is performed. It is possible to ensure a good appearance and a stable fixed fit. The grid lattice A is installed by fixing the fixing brackets 2 to the predetermined positions of the mounting base 2 with screws 4 and dropping the intersections of the vertical and horizontal steel wires 11 in the grid lattice A to the hooks. Since the fixing can be performed by carrying out the fixing, it is possible to easily perform the operation and to secure a stable fixing fit with respect to the fixing bracket 2. Moreover, since the fixing bracket 2 arrange | positions the protrusion base part 22 of a U-shaped cross section between a pair of fixed pieces 21, and has arrange | positioned the steel wire support piece 25 to this protrusion base part 22, this is formed as a compact member as a whole. In addition, it is possible to ensure the strength of the metal fitting by the protruding base 22 and to stably support the metal fitting 11 for the grid A using the steel wire 11.

  The cell grid A fixed to the mounting base 3 adds a sunshade function to the cell grid surface 1 by, for example, vegetating plant vines, and suspends and supports ornaments on the cell grid surface, as shown in FIGS. In the case where two upper and lower lattice lattices A are fixed simultaneously like a screen or a partition, the openings 12 of the two lattice lattices A are arranged upward and spaced apart from each other, It is placed so as to support the flower pot on the reinforcing grid surface 13 also serving as the bottom plate, and, if necessary, the grid grid surface 1 located on the lower surface is placed on the ground surface to support the load. In addition, a function of blindfolding or preventing see-through can be added by filling and arranging rocks or other suitable fillers inside the grid A. Further, the grid lattice A can be used in various forms and applications, such as being used in an inclined arrangement in addition to the vertical or horizontal, and being used as a fence by continuously arranging the partitions.

  In carrying out the present invention, including these, a grid, a grid, a mounting base, a fixing bracket, a fixing piece, a protruding base, a steel wire support piece, a steel wire receiving groove, and a protruding base used as necessary Each of the specific shapes, structures, materials, applications, relations, additions to these, etc., such as concave grooves, narrow openings, steel wire receiving guides, etc., are of various forms unless they are contrary to the gist of the invention. can do.

A grid cell 1 grid cell 11 steel wire 12 opening 13 reinforcing grid surface 2 fixing bracket 21 fixing piece 22 protruding base 23 concave groove 24 notch 25 steel wire support piece 26 opening 27 steel wire receiving guide 28 steel wire receiving groove 3 Mounting base 4 Screw

Claims (4)

A grid having a plurality of grid lattice planes formed by welding vertical and horizontal steel wires arranged at a predetermined pitch at each intersection point is fixed to the mounting base using a fixing bracket at the steel wire intersection position on any grid lattice plane. A grid structure fixing structure fixed so as to be attached or erected, wherein the fixing bracket is fixed in contact with the mounting base in a width direction, and a front side from the pair of fixing pieces. And a protruding base portion that protrudes in a U-shaped cross-section, and one of the vertical and horizontal steel wires that protrudes from the protruding base portion to the front side and is inserted from the opening between the protruding base portions. A pair of spaced steel wire support pieces that can be fitted and supported in a fitting manner, and a steel wire receiving groove that is perpendicular to the steel wire support piece that is between the steel wire support pieces and receives the other steel wire in the vertical and horizontal directions. provided, in the width direction intermediate position of the protrusion base portion, receiving the steel wire Or a concave groove forming a relief space is formed by arranging, above the mounting base to the fixed piece Taise' fixed spaced pair of one of the steel wire in parallel horizontally and vertically steel wire support piece steel wire support piece of the fixing bracket And the other steel wire perpendicular to the steel wire is received and arranged in the steel wire receiving groove on the front side of the one steel wire in the vertical or horizontal direction. by accepting disposed between the projecting base on the back side Ri Na performing fixed by the fixing bracket, the fixing bracket, with it is more attached to at least vertically to the mounting base, with the upper and lower side , the fixing structure of the squares grid with an opening and wherein Rukoto mounted on the mounting base so as to open in opposite directions between the projecting base.   The cell grid is formed in a panel shape or a box shape having a 5 cell grid surface having one surface as an opening or a 6 cell lattice surface in which no opening is present, and an arbitrary opposing cell of the cell lattice body 2. The grid lattice fixing structure according to claim 1, wherein the lattice plane is fixed at a plurality of positions by the fixing bracket. A grid having a plurality of grid lattice planes is welded at vertical and horizontal steel wires arranged at a predetermined pitch so as to be fixed to the mounting base at any vertical and horizontal intersection positions on the grid grid plane. A fixing bracket, a pair of width-wise fixed pieces that are fixed to the mounting base, a protruding base that protrudes in a U-shaped cross section from the width-wise pair of fixed pieces, and a front surface from the protruding base, respectively. A pair of spaced apart steel wire support pieces that support the steel wire in a loose-fitting manner by inserting the steel wire in the vertical and horizontal directions through an opening between the protruding base and projecting to the side, and the steel A steel wire receiving groove is provided between the wire support pieces and perpendicular to the steel wire support piece for receiving the other steel wire in the vertical and horizontal directions. At least on the mounting base Together are more attached downward, and the upper and lower sides, the fixed square cell grid, wherein Rukoto mounted on the mounting base so that the opening is opened in the opposite directions between the projecting base Hardware. The steel wire support piece is formed by including a curved portion in which an opening between the protruding base portion is narrowly formed and a steel wire receiving guide that is inclined and projected from the tip of the curved portion to the front side. The metal grid fixing metal fitting according to claim 3,

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