JP2009180060A - Backing material mounting fixture - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a fixture for mounting a backing material capable of not only connecting the backing material of almost square-timber shape such as a square timber, square post or the like but also connecting the backing material of almost a plate shape such as a plate, a cradling material, or the like, so as to select the backing material suitable for an apparatus mounted on a flat surface member. <P>SOLUTION: A fixed plate 10 is fixed along the side face of a flat surface member Q of a structural material P. A pair of connection plates 20 bent at both lengthwise ends of the fixed plate 10 and abutting to the side face of the backing material is provided. A positioning piece 11 is extended from the fixed plate 10 so as to be almost flush with the side face of the flat surface member Q of the structural member P. A support piece 21 parallel to the positioning piece 11 is formed on each connection plate 20. Either of a backing material 100 of the almost square-timber shape inserted into a space between the support pieces 21 or a backing material 200 of the almost plate shape inserted into a space between the support piece 21 and the positioning piece 11 is selected and fixed on the positioning piece 11. <P>COPYRIGHT: (C)2009,JPO&INPIT

Description

  The present invention relates to a base mounting bracket used when mounting equipment such as an information panel, a distribution board, a fire detector, and a lighting fixture on a flat member constituting a partition wall or a ceiling surface, for example, The present invention relates to a base mounting bracket capable of selecting and mounting a base such as a square member or a plate member that reinforces a planar member to a structural member such as a field edge member.

  In order to mount information panels, distribution boards, fire detectors, lighting fixtures, etc. on flat members such as partition walls and ceiling surfaces, a flat member is attached by attaching a base such as a square or plate to reinforce this flat member. Reinforced, and various equipment is mounted on this foundation.

  Conventionally, there has been proposed a mounting bracket or the like that allows a base to be easily attached to a structural material such as a stud that constitutes a planar member (see Patent Documents 1 and 2).

Each of the mounting brackets described in Patent Documents 1 and 2 attaches a mounting bracket to a structural material such as a stud and connects a base material to the mounting bracket.
Japanese Patent No. 3484433 No. 7-32683

  In patent document 1, it is comprised so that the board surface of the wall base reinforcement board used as a base material may correspond with the wall surface side of a stud, and a wall base reinforcement board is inserted | pinched between the support part and positioning part of a connection metal fitting. Connect with At this time, the interval between the support portion and the positioning portion is set to the interval between the thicknesses of the wall foundation reinforcing plates. As a result, although it can connect so that the wall surface side of a stud and the surface of a wall foundation reinforcement board may correspond, the foundation material which can be connected will be restricted to the wall foundation reinforcement board of predetermined thickness.

  In general, a variety of equipment such as fire detectors and lighting fixtures are mounted on the partition wall board surface, such as an information panel, a distribution board, and a ceiling board surface. It is desirable to use a suitable one. For example, in a fire detector fixed to a ceiling surface, a square member is preferable as a base material rather than a thin plate member, and even when a switch box or the like is fixed to a wall surface, a square member is more desirable than a plate member in terms of strength.

  However, since the mounting bracket described in Patent Document 1 is limited to the thickness of the base material to be mounted on the mounting bracket, the instruments that can be mounted on the base material are also limited. Such a limitation is the same in Patent Document 2.

  That is, according to Patent Document 2, it has a holding part having a substantially U-shaped cross section that holds the front part of the structural material, and a support piece that extends from the holding part along the wall surface. The reinforcing board overlaid on is fixed so that it is substantially flush with the front surface of the structural material. Accordingly, even in Patent Document 2, only a reinforcing board having a certain thickness can be used as the base material, and it is impossible to connect other base materials such as a square member and a rectangular column other than the reinforcing board.

  Therefore, the present invention was created to solve the above-mentioned problems, and not only can a substantially plate-like base material be connected, but also a substantially square-like base material such as a square or a prism can be connected. An object of the present invention is to provide a base mounting bracket capable of selecting a base material suitable for each instrument to be mounted on a planar member such as a wall or a ceiling surface.

  In order to achieve the above-mentioned object, the first means in the present invention is to provide the base materials 100 and 200 for reinforcing a part of the planar member Q constituting the partition wall, the ceiling surface, etc. In the base mounting bracket to be fixed to P, the flat member Q of the structural material P is fixed along the side surface of the structural member P, and the base material of the structural material P is applied to the lateral surface of the fixing plate 10 that is bent from both longitudinal ends. An alignment piece 11 is formed which has a pair of connecting plates 20 in contact with each other and is extended from the fixed plate 10 so that the planar member Q of the structural material P is substantially flush with the lateral surface, and is parallel to the alignment piece 11. A support piece 21 is formed on each connecting plate 20, and a substantially square-shaped base material 100 inserted between the support pieces 21, or an insert piece inserted between the support piece 21 and the alignment piece 11. Select and align one of the plate-like base materials 200 In the provision to secure the strip 11.

  In the second means, the interval between the support pieces 21 is provided so that a substantially square-shaped base material 100 such as a steel stud or a wooden square can be inserted.

  3rd means WHEREIN: The space | interval of the said support piece 21 and the alignment piece 11 is provided so that substantially plate-shaped base materials 200, such as a steel field edge material or a wooden board | plate material, can be inserted.

  The fourth means includes a screw hole 12 when the fixing plate 10 is screwed to the structural material P, a mark 13 indicating a longitudinal center portion of the fixing plate 10, and the fixing plate 10. And a fixed piece 14 that is bent from the longitudinal center of the base material and the base of the structural material P abuts against the lateral surface.

  The fifth means includes a screw hole 15 for screwing the base materials 100 and 200 to the alignment piece 11, a mark 16 indicating a longitudinal center portion of the alignment piece 11, and a base material 100 to be connected. The purpose of solving the problem is to form the viewing window 17 for looking into the end of the window.

  According to claim 1 of the present invention, the substantially square-shaped base material 100 inserted between the support pieces 21 or the substantially plate-shaped base material 200 inserted between the support piece 21 and the alignment piece 11. By selecting either one and fixing it to the alignment piece 11, it becomes possible to select a base material suitable for instruments to be mounted on a planar member such as a partition wall or a ceiling surface.

  Moreover, the structural member P includes a fixing plate 10 on which the planar member Q of the structural member P is fixed along the lateral side surface, and the base of the structural material P is in contact with the lateral side surface that is bent from both longitudinal ends of the stationary plate 10. Since it fixes with a pair of connecting plate 20, if it has the shape of a square bar. The mounting bracket of the present invention can be mounted regardless of the size and material of the structural material P.

  According to the second aspect, the interval between the support pieces 21 is provided so that a substantially square-shaped base material 100 such as a steel stud or a wooden square can be inserted. Or a base suitable for an appliance such as a switch box provided on the partition wall can be connected.

  In Claim 3, since the space | interval of the support piece 21 and the alignment piece 11 is provided so that substantially plate-shaped base materials 200, such as a steel field edge material or a wooden board material, can be inserted, For example, in a partition wall A wide base suitable for information panels and distribution boards to be installed can be connected.

  According to the fourth aspect, the fixing plate 10 is formed with the screw hole 12 when the fixing plate 10 is screwed to the structural material P, and the mark 13 indicating the longitudinal center portion of the fixing plate 10. The attachment work of the fixing plate 10 to the structural material P becomes easy. Further, since the fixing piece 14 is formed which is bent from the longitudinal central portion of the fixing plate 10 and the base of the structural material P abuts on the lateral surface, the fixing plate 10 can be reliably fixed to the corner portion of the structural material P. it can.

  In Claim 5, the screw hole 15 when screwing the base materials 100 and 200 to the alignment piece 11, the mark 16 indicating the longitudinal center portion of the alignment piece 11, and the end of the base material 100 to be connected Since the viewing window 17 for viewing the part is formed, the work of fixing the base material 100 to the alignment piece 11 can be facilitated.

  As described above, according to the present invention, in addition to connecting a substantially square-shaped base material such as a square member or a prism, it is also possible to connect a substantially plate-shaped base material such as a plate member or a field edge member, which is attached to a flat member. Various effects such as being able to select a base material suitable for the instruments to be performed are exhibited.

  The best mode of the mounting bracket of the present invention is that the flat member Q of the structural material P is fixed along the side surface of the structural member P, and bent from both longitudinal end portions of the fixing plate 10 so that the base of the structural material contacts the lateral surface. A pair of connecting plates 20 in contact with each other is provided. An alignment piece 11 extending from the fixed plate 10 and having the planar member Q of the structural material P substantially flush with the lateral surface is formed, and a support piece 21 parallel to the alignment piece 11 is formed on each connecting plate 20. . Substrate material 100 having a substantially square shape such as a steel stud or wooden square inserted between the support pieces 21, or a steel field edge or wooden plate inserted between the support piece 21 and the alignment piece 11. The original purpose is achieved by selecting any one of the substantially plate-like base materials 200 such as the above and fixing them to the alignment piece 11.

  An embodiment of the present invention will be described below. The mounting bracket of the present invention is a bracket that connects and fixes base materials 100 and 200 that are attached and fixed to a structural material P such as a stud or a field material and reinforce a part of a planar member Q such as a partition wall or a ceiling surface (see FIG. 4, see FIG.

  In the metal fitting of the present invention, the fixed plate 10 and the connecting plate 20 are in contact with the structural material P (see FIG. 4). The fixing plate 10 has a substantially band shape, and the planar member Q of the structural material P is fixed along the longitudinal side surface of the wafer. On the other hand, the connecting plate 20 is bent as a pair from both longitudinal ends of the fixed plate 10, and the base of the structural material comes into contact with the lateral surface. The fixing plate 10 and the connecting plate 20 are brought into contact with the side surfaces of the corners of the structural material P to fix the metal fitting of the present invention with screws.

  The fixing plate 10 is provided with a screw hole 12, a mark 13, and a fixing piece 14 (see FIG. 1). When the fixing plate 10 is screwed to the structural material P, a tapping screw or a wood screw is inserted into the screw hole 12. Since the screw hole 12 is opened on the side surface of the planar member Q of the structural material P, the operator can perform the screwing operation of the fixing plate 10 from the front side of the structural material P. Further, the mark 13 indicates the longitudinal central portion of the fixed plate 10 and is used when matching the marking position marked on the structural material P. Furthermore, the fixing piece 14 is bent from the longitudinal center part of the fixing plate 10, and the base of the structural material P abuts against the lateral surface, thereby stabilizing the fixing plate 10 (see FIG. 2). . The fixing piece 14 in the illustrated example is obtained by cutting out a part of the alignment piece 11 described later and bending it.

  A screw hole 22 is also opened in the connecting plate 20 where the base of the structural material abuts on the side of the flange (see FIG. 2). The screw hole 22 is used together with the screw hole 12 of the fixing plate 10 or in place of the screw hole 12 as necessary.

  It is the alignment piece 11 and the support piece 21 that connect the various base materials 100 and 200 to the mounting bracket of the present invention (see FIGS. 4 and 6). The alignment piece 11 is a plate-like member extended from the fixed plate 10, and the plate surface of the fixed plate 10 is provided so that the planar member Q of the structural material P is substantially flush with the lateral surface ( (See FIG. 5). The alignment piece 11 includes a screw hole 15 for screwing the base materials 100 and 200, a mark 16 indicating the longitudinal center portion of the alignment piece 11, and a viewing window for looking through the end of the base material 100 to be connected. 17 (see FIG. 1). The viewing window 17 can be connected to the alignment piece 11 while confirming the end portion of the base material 100, particularly when connecting the base material 100 having a square bar shape, so that the connection work can be easily performed. In the illustrated viewing window 17, a hole formed when the fixing piece 14 is bent from the alignment piece 11 is used as the viewing window 17.

  On the other hand, the support piece 21 is a pair of members formed on each connecting plate 20 and is formed in parallel with the alignment piece 11 (see FIG. 3). Further, the spacing between the support pieces 21 is provided so that a substantially square-shaped base material 100 can be inserted (see FIG. 5). For example, a substantially square-shaped base material 100 such as a steel stud or a wooden square is provided. When connecting, they are inserted between the support pieces 21 and screwed to the alignment piece 11 (see FIG. 4). The support piece 21 shown in the figure has a projecting length from the structural material P shorter than that of the alignment piece 11 (see FIG. 3), and a portion closer to the structural material P is wider than the opening ends of the support pieces 21. The formed shape is formed (see FIG. 2). By forming in this way, the operation | work which inserts especially the square-shaped base material 100 and fixes to the alignment piece 11 becomes easy (refer FIG. 5).

  In the illustrated example, the distance (X) between the support pieces 21 is set to 41 mm (see FIG. 2). By doing so, for example, a 40 × 50 mm wooden field edge or field edge receiver generally used as a wooden ceiling base material can be connected as the base material. In addition, this distance can connect a 19-shaped steel field edge or field edge receiver, which is generally used as a steel ceiling base, as a base material. Therefore, in the illustrated support piece 21, a base material generally used as a wooden ceiling base and a steel ceiling base can be inserted between the support pieces 21.

  In addition, since the interval between the support pieces 21 is set to 41 mm, various runners of the steel wall base material can be inserted between the support pieces 21. That is, as the runner used as the steel wall base material, various runners from 50 to 100 are used, and the heights of these runners are all unified to 40 mm. Therefore, it is possible to insert various runners used as a steel wall base material between the support pieces 21 of the present invention. Moreover, the base used for the wooden partition walls is a 40 × 50 mm vertical frame, upper frame, lower frame, etc., so such wooden vertical frame, upper frame, lower frame, etc. It can also be fixed between the support pieces 21. As described above, the support piece 21 in the illustrated example can also connect a steel wall base material, a base material used for a wooden partition wall, and the like.

  Furthermore, it is also possible to insert a plate-like base material 200 between the support piece 21 and the alignment piece 11 and fix it to the alignment piece 11 (see FIGS. 6 and 7). The base material 200 is, for example, a substantially plate-shaped base material 200 such as a wooden board material (see FIG. 6), a steel field edge material base material 200 (see FIG. 7), a support piece 21 and an alignment piece 11 The base material 200 inserted in between is screwed to the alignment piece 11.

  In the illustrated example, the interval (Y) between the alignment piece 11 and the support piece 21 is set to 20 mm (see FIG. 3). By setting in this way, for example, a 19-shaped single field edge or double field edge generally used for a steel ceiling base can be inserted between them (see FIG. 7). Further, it is possible to insert and fix a wooden plywood such as a panel generally used as a wooden base material between the alignment piece 11 and the support piece 21 (see FIG. 6).

  As described above, since an extremely wide variety of substantially square-shaped base materials 100 and substantially plate-shaped base materials 200 can be selected and fixed to the alignment piece 11, the base material 100 suitable for the instruments to be mounted on the planar member Q is used. , 200 can be selected and fixed to the structural material P.

Next, as an example of mounting the mounting bracket of the present invention, for example, various base materials 100 and 200 can be mounted under the following conditions.
I. A base material 100 of a wooden square is fixed to a steel stud.
B. A base material 200 of a wooden plate is fixed to a steel stud (see FIG. 6).
C. The base material of the steel stud is fixed to the steel stud.
D. The base material 100 of wooden squarewood is fixed to the wooden squarewood (wood shaft).
E. A base material 200 of a wooden board is fixed to a wooden square (wood shaft).
What. A wooden square base material 100 is fixed to a steel field edge material (see FIGS. 4 and 5).
G. The base material 200 of the steel field edge material is fixed to the steel field edge material (see FIG. 7).
These conditions can be selected for any of a steel ceiling foundation (see FIG. 4), a wooden ceiling foundation, a steel wall foundation (see FIGS. 6 and 7), and a wooden wall foundation. In addition, the fact that various types of base materials that are generally used can be connected allows the use of offcuts, surplus materials, and the like that are generated during the construction process, thereby enabling more rational construction.

  In addition, this invention is not limited to the example of illustration, The design change of the shape of a fixed plate 10, the connection board 20, or the alignment piece 11 or the support piece 21, a dimension, etc., and the change of a material are arbitrary. It can be performed and can be freely changed without departing from the scope of the present invention.

It is a top view which shows one Example of this invention. It is a front view which shows one Example of this invention. It is a side view which shows one Example of this invention. It is a partially notched perspective view which shows the use condition of this invention. It is a notch end view shown in FIG. It is a partially notched perspective view which shows the other use condition of this invention. It is a principal part perspective view which shows the other use condition of this invention.

Explanation of symbols

P Structural material Q Planar member 10 Fixing plate 11 Positioning piece 12 Screw hole 13 Mark 14 Fixing piece 15 Screw hole 16 Mark 20 Connecting plate 21 Supporting piece 22 Screw hole

Claims (5)

  In the base mounting bracket that fixes the base material that reinforces a part of the flat member that constitutes the partition wall, ceiling surface, etc., to the structural material such as the stud and the field material, the flat member of the structural member is fixed along the lateral side. And a pair of connecting plates that are bent from both longitudinal ends of the fixing plate and the base of the structural material abuts against the side surface of the structural material, and the planar member of the structural material that is extended from the fixing plate is substantially the same as the lateral surface of the structural material. An alignment piece to be a surface is formed, and a support piece parallel to the alignment piece is formed on each connecting plate, and a substantially square-shaped base material or support piece to be inserted between the support pieces A base mounting bracket provided so that any one of the substantially plate-like base materials to be inserted between the base plate and the alignment piece is selected and fixed to the alignment piece.   2. The base mounting bracket according to claim 1, wherein a space between the support pieces is provided so that a substantially square-shaped base material such as a steel stud or a wooden square can be inserted.   2. The base mounting bracket according to claim 1, wherein the support piece and the alignment piece are provided so that a substantially plate-like base material such as a steel field edge or a wooden board can be inserted.   The fixing plate has a screw hole for screwing the fixing plate to the structural material, a mark indicating the longitudinal central portion of the fixing plate, and a base of the structural material bent from the longitudinal central portion of the fixing plate. The base mounting bracket according to claim 1, wherein a fixing piece that contacts the side surface is formed.   2. A screw hole for screwing the base material, a mark indicating a longitudinal central portion of the alignment piece, and a viewing window for looking at an end of the base material to be connected are formed in the alignment piece. Base mounting bracket as described.

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