JP2010133121A - Clip - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a clip which enables a reinforcing plate to be firmly attached to an erected plate portion of a clip body by a simple constitution. <P>SOLUTION: In this clip, a fixing piece 8, which is formed in such a shape as to have a length in the lateral direction of the reinforcing plate H or the erected plate portion 5, is formed by being cut out from the reinforcing plate H or the erected plate portion 5 of the clip body T; an overlap portion 9, which the fixing piece 8 can overlap by sliding from the lateral direction of the erected plate portion 5 or the reinforcing plate H, is formed by being cut out from the erected plate portion 5 or the reinforcing plate H; the erected plate portion 5 and the reinforcing plate H press-overlap each other in the state of making the fixing piece 8 overlap the overlap portion 9 by sliding from the lateral direction; and thus, the fixing piece 8 overlaps and is pressure-bonded to the overlap portion 9, so that the reinforcing plate H can be attached to the erected plate portion 5 in the state of being arranged along it. <P>COPYRIGHT: (C)2010,JPO&INPIT

Description

  The present invention relates to a hanging device for fixing a folded plate roof.

  In the folded roof structure, the folded roof material is fixed to the tight frame via a hanging element, but the folded roof material is pulled upwards by the downward load due to snow on the roof or the wind. Therefore, the suspension is required to have strength so that the folding roof material and the suspension are not easily deformed.

  The applicant has proposed Japanese Patent Application Laid-Open No. 2007-120250 (Patent Document 1) as a technique for reinforcing this kind of hanging device.

  Briefly explaining this Patent Document 1, the rear side of the metal plate is folded back and formed into a U-shape, and the upper plate portion and the lower plate portion are configured to be opposed to each other at an interval. In addition, the bent piece portion provided on the upper plate portion is bent to the lower plate portion side, and the hanging lower end portion of the bent piece portion is configured to be close to or in contact with the surface of the lower plate portion. The tool body is provided with the lower plate portion of the reinforcing tool body along the bottom plate portion of the hanging body, and the rear plate portion of the reinforcing tool body is provided with the standing plate section of the hanging body. The configuration is attached to the main body.

  And according to this patent document 1, since the reinforcement tool main body was formed by bending a metal plate into a U-shape, the strength is high. Since the rear plate portion is provided along the upright plate portion of the hanging body and attached to the hanging body, the reinforcing tool body reinforces the hanging body. In addition, after attaching the folding roof material, the roof material is supported on the upper plate portion of the main body of the reinforcing tool, and the upper plate portion has a bent piece portion provided on the upper plate portion. Because it is configured to be bent and close to or contact the surface of the lower plate part, when the upper plate part sinks together with the roofing material due to a downward load, the upper plate part and the lower plate The bent piece that exists between the roof and the upper part is supported against the force of the sinking, so that the roof material is also deformed. Deformation of the body is surely prevented, and in addition, the reinforcement body can be configured by bending a metal plate, so that it can be designed easily and at a low cost and has excellent mass productivity. There are effects and effects.

JP 2007-120250 A

  The present invention relates to an improvement of a suspension provided with this type of reinforcement structure, and is an epoch-making suspension that enables a reinforcement plate to be extremely firmly attached to a standing plate portion of a suspension body with a simple configuration. It provides children.

  The gist of the present invention will be described with reference to the accompanying drawings.

  In the suspension formed by attaching the reinforcing plate H formed of the metal plate 1 to at least the standing plate portion 5 of the hanging body T, the reinforcing plate H or the standing plate portion of the hanging body T is provided. 5, a fastening piece 8 having a length in the lateral direction of the reinforcing plate H or the standing plate portion 5 is cut out and formed, and the fastening piece 8 is formed laterally to the standing plate portion 5 or the reinforcing plate H. A superposed portion 9 that can be slid from the direction is cut out from the standing plate portion 5 or the reinforcing plate H, and is slid from the lateral direction to the superposed portion 9 in a state where the fastening piece 8 is superposed. The fastening plate 8 and the reinforcing plate H are press-polymerized so that the fastening piece 8 is superposed and pressure-bonded to the superposing portion 9 and the reinforcing plate H is attached to the standing plate portion 5 in a side-by-side state. It relates to a hanging element.

  In addition, from the standing plate portion 5 or the reinforcing plate H of the hanging body T, the superposition is performed in a protruding state toward the reinforcing plate H or the standing plate portion 5 on which the standing plate portion 5 or the reinforcing plate H is provided. A piece 9A is cut out and formed, and the polymer piece 9A is used as the polymer part 9 in which the fastening piece 8 slide-inserted into the gap 11 existing on the back side in the protruding direction of the polymer piece 9A can be polymerized. The present invention relates to a hanging device according to claim 1.

  Further, the reinforcing plate H or the extending body portion 5 of the hanging body T is protruded toward the standing plate portion 5 or the reinforcing plate H on which the reinforcing plate H or the standing plate portion 5 is provided. The fastening piece 8 is cut out and formed, and the leading end side of the fastening piece 8 is bent substantially parallel to the plate surface of the reinforcing plate H or the upright plate portion 5, and the protruding direction of the fastening piece 8 is formed. A reinforcing plate H or a reinforcing plate H or a reinforcing plate H extending from the standing plate portion 5 or the reinforcing plate H of the suspension body T is formed on the back side of the polymer piece. The polymer piece 9A is cut out and formed in a projecting state toward the standing plate portion 5, and the leading end side of the polymer piece 9A is bent and formed substantially parallel to the plate surface of the standing plate portion 5 or the reinforcing plate H. The fastening piece 8 can be slid into the back side of the overlapping piece 9A in the protruding direction. A gap portion 11 is formed, and the polymer piece 9A is used as the polymer portion 9 in which the fastening piece 8 slide-inserted into the fastening piece insertion gap portion 11 can be polymerized, and this fastening piece insertion gap portion. 11, the standing plate portion 5 and the reinforcing plate H are press-polymerized in a state where the fastening piece 8 is inserted into the polymer piece 9 and the polymer piece 9A is inserted into the polymer piece insertion gap 10. 3. The hanging device according to claim 2, wherein the back side surface of the piece 8 and the back side surface of the superposed piece 9A are superposed and pressure-bonded, and the reinforcing plate H is attached to the standing plate portion 5 in a juxtaposed state. is there.

  Further, a part of the standing plate portion 5 or the reinforcing plate H of the hanging body T is expanded toward the reinforcing plate H or the standing plate portion 5 along which the standing plate portion 5 or the reinforcing plate H is provided. At the same time, an opening 16 that opens in the lateral direction of the standing plate 5 or the reinforcing plate H is formed in the bulging portion 9B, and the bulging portion 9B having the opening 16 is The hanging part according to claim 1, wherein the fastening piece (8) slide-inserted from the opening (16) is the superposed part (9) capable of being superposed.

  Further, the reinforcing plate H has a horizontal plate portion 3 extending along the bottom plate portion 6 below the suspension body T at the lower end portion of the upright plate portion 2 extending along the standing plate portion 5 of the suspension body T. The roof material latching plate portion 7 on the upper portion of the suspension main body T is formed on the upper end portion of the upright plate portion 2 that extends along the standing plate portion 5 of the suspension main body T. 5. The hanging board according to any one of claims 1 to 4, wherein the installed board part 4 is provided in a shape that is provided at a substantially right angle.

  Further, the reinforcing plate H has a horizontal plate portion 3 extending along the bottom plate portion 6 below the suspension body T at the lower end portion of the upright plate portion 2 extending along the standing plate portion 5 of the suspension body T. Consisting of a substantially right angle, the vertical plate part 2 is formed in a shape in which a side plate part 4 provided along the roof material latching plate part 7 at the upper part of the suspension body T is provided at a substantially right angle. 6. The hanging device according to any one of claims 1 to 5, wherein the hanging device is provided.

  Since the present invention is configured as described above, at least the upright plate portion of the hanger body is provided with a reinforcing action by the reinforcing plate to provide a hanger capable of exhibiting firm deformation resistance. In addition, it can be configured simply by attaching a metal plate (reinforcement plate) to an already-made suspension (suspender body), and the attachment structure of the suspension body and the reinforcement plate is also a reinforcement plate without increasing the number of parts. In a state in which the fastening piece cut out from the standing plate portion and the overlapping portion are polymerized, the standing plate portion and the reinforcing plate are press-polymerized, and the fastening piece is polymerized and pressure-bonded to the overlapping portion. Therefore, this configuration is a configuration that can be easily and cost-effectively designed and realized, and the reinforcing plate is firmly pressed against the upright plate portion of the hanging body in a state in which it is difficult to move in the vertical direction. The reinforcement plate is attached to the lower end of the upright plate portion that is provided along the upright plate portion of the main body of the suspension body. The shape of the horizontal plate that runs along the bottom plate of the lower part is connected at a substantially right angle, and the installed plate that runs along the roof plate hanging plate on the top of the hanging body at the upper end of the vertical plate. In the case of a shape that is connected substantially at a right angle, the state of installation along the bottom plate portion of the horizontal plate portion or the state of installation along the plate portion for roofing material of the installation plate portion is firmly maintained. Therefore, the reinforcing action to the suspension body by this reinforcing plate is surely exhibited and good deformation resistance is exhibited, and in addition, the fastening piece and the overlapping portion cut out from the reinforcing plate and the standing plate portion With a press, it can be easily processed so that the standing plate part and the reinforcing plate are substantially flush with each other, so it does not become a product in which welding marks protrude like when welding is performed, Equivalent to existing products in shape can be manufactured, and products that can be used without problems for fixing existing folding roof materials can be easily designed and realized. Runado, the innovative retaining clips were Xiu is very practical.

  Further, in the inventions of claims 2 and 4, it is possible to easily realize the design simply by cutting out the overlapping portion that reliably exhibits the above-mentioned action and effect from the standing plate portion or the reinforcing plate. It has a superior structure.

  Moreover, in invention of Claim 3, it becomes a suspension of the outstanding structure which can implement | achieve invention of the said Claim 2 by a still simpler structure.

  In the invention according to claim 5, the horizontal plate portion of the reinforcing plate is placed along the bottom plate portion of the hanging body, or the extending plate portion of the reinforcing plate is used as the roofing material hanging plate portion of the hanging body. Since the reinforcing plate can be slid in the lateral direction along the suspension body, the construction can be easily superposed on the overlapping part, and the construction is excellent in workability. Is installed in a state where it is difficult to move in the vertical direction with respect to the standing plate part, so that the horizontal plate part is installed along the bottom plate part, or the installed plate part is installed along the roof material latching plate part. Since the state is firmly maintained, the reinforcing action to the hanging body by this reinforcing plate is surely exhibited, and the hanging structure having a more practical configuration that exhibits extremely good deformation resistance and Become.

  In the invention according to claim 6, the horizontal plate portion of the reinforcing plate is set along the bottom plate portion of the hanging body, and the extending plate portion of the reinforcing plate is set along the roof material hanging plate portion of the hanging body. Since the reinforcing plate can be slid in the lateral direction with respect to the suspension body, it has an excellent manufacturing workability in which the fastening piece can be easily overlapped with the overlapping portion, and the reinforcing plate has By being attached in such a way that it is difficult to move up and down with respect to the standing plate part, the state of the horizontal plate part extending to the bottom plate part and the state of the side plate part extending to the roofing plate hanging plate part are also provided. Since it is maintained firmly, the reinforcing action to the entire hanger body by this reinforcing plate is surely exhibited, and the hanger has a more practical structure that exhibits extremely good deformation resistance. .

  Embodiments of the present invention that are considered suitable (how to carry out the invention) will be briefly described with reference to the drawings, illustrating the operation of the present invention.

  In the hanging device of the present invention, the reinforcing plate H (metal plate 1) reinforces the hanging body T because the reinforcing plate H is attached to at least the standing plate portion 5 of the hanging body T. It will be a solid structure.

  That is, for example, when a load to fall the standing body 5 or a load to crush downward is applied to the standing board 5 of the hanging body T, the standing board 5 alone In addition, since the reinforcing plate H also supports this load, it exhibits a very firm deformation resistance against such a load.

  In addition, the present invention can be configured, for example, by simply attaching the metal plate 1 (reinforcing plate H) to the standing plate portion 5 of the hanging body T that is substantially equivalent to a ready-made hanging hook. The attachment structure of the reinforcing plate H to the upright plate portion 5 is also superposed on the reinforcing plate H or the fastening piece 8 cut out from the upright plate portion 5 into the overlapping portion 9 cut out of the reinforcing plate H, and in this state Since the standing plate portion 5 and the reinforcing plate H are press-polymerized, and the fastening piece 8 is superposed and pressure-bonded to the superposed portion 9, troublesome welding work or the like is not required without using external joining parts and adhesives. In addition, it can be manufactured easily and at a low cost by simply cutting the reinforcing plate H and the upright plate portion 5 and pressing them without increasing the number of parts, and excels in mass productivity. .

  Further, the fastening piece 8 cut out from the reinforcing plate H and the standing plate portion 5 and the overlapping portion 9 can be easily processed so as to be substantially flush with the standing plate portion 5 and the reinforcing plate H by pressing. Therefore, it is not a product with welding marks protruding on the outer surface as in the case of welding, but it is possible to manufacture the same shape as the existing product in shape, and fixing the existing folding roofing material It can be used without problems.

  Further, according to the present invention, the fastening piece 8 having a length in the lateral direction of the reinforcing plate H or the standing plate portion 5 slides from the lateral direction of the standing plate portion 5 or the reinforcing plate H to overlap the overlapping portion 9. Since the fastening piece 8 enters the cut-out portion of the overlapping portion 9 by being polymerized, the reinforcing plate H hardly moves in the vertical direction with respect to the standing plate portion 5 when the press polymerization is performed in this state. As a result, the side wall of the standing plate portion 5 is secured to the reinforcing plate H, and the reinforcing plate H reinforces the standing plate portion 5 (the suspension body T). Definitely demonstrated.

  In addition, for example, as shown in an embodiment described later, the shape of the reinforcing plate H is formed at the lower end portion of the upright plate portion 2 extending along the upright plate portion 5 of the above-described suspension main body T and at the lower portion of the hanging body T. A shape in which the horizontal plate portion 3 extending along the bottom plate portion 6 is connected at a substantially right angle, or along the upper end portion of the upright plate portion 2 along the roof material latching plate portion 7 above the suspension body T. When the plate part 4 is formed in a shape that is connected substantially at a right angle, the horizontal plate part 3 is arranged along the bottom plate part 6, or the installed plate part 4 is arranged along the roof material latching plate part 7. Since the reinforcing plate H can be slid in the lateral direction with respect to the suspension body T, the fastening piece 8 can be slid from the lateral direction and can be easily superposed on the overlapping portion 9. In addition, since the reinforcing plate H is attached to the upright plate portion 5 in a state in which it is difficult to move in the vertical direction, the horizontal plate portion 3 is installed along the bottom plate portion 6 or along the bottom plate portion 6. The state where the portion 4 is laid on the roof material latching plate portion 7 is firmly maintained, and the reinforcing plate H reinforces the standing plate portion 5 and the bottom plate portion 6 of the hanging body T or the standing plate. The reinforcing action to the portion 5 and the roofing material latching plate portion 7 is surely exhibited, and extremely good deformation resistance is exhibited.

  In addition, the description “the fastening piece having a shape having a length in the lateral direction of the reinforcing plate or the standing plate portion” in claim 1 is that the fastening piece 8 has a length in the strict horizontal lateral direction. It is used in the meaning including not only such a configuration but also a configuration having a length in the inclined lateral direction slightly inclined with respect to the horizontal lateral direction.

  A first embodiment of the present invention will be described with reference to FIGS.

  The hanging device of the present embodiment has a configuration in which a reinforcing plate H is attached to the hanging body T.

  As shown in FIGS. 1 and 2, the suspension body T of this embodiment is formed by bending a metal plate, and the bottom plate portion 6 and the upright plate portion 5 are connected substantially at right angles. A saddle-shaped roof material latching plate portion 7 that hooks and locks the folded roof material 4 on the upper end portion of the plate portion 5 is formed in a continuous shape.

  Further, a long hole-shaped bolt hole 6 </ b> A is formed in a substantially central portion of the bottom plate part 6.

  As shown in FIGS. 1 and 2, the reinforcing plate H of the present embodiment is a vertical plate portion 2 and a horizontal plate formed by bending a rectangular metal plate 1 in the middle of its length direction at a substantially right angle. A vertical plate is formed by bending the upper end portion of the upright plate portion 2 at a substantially right angle in a direction opposite to the protruding direction of the horizontal plate portion 3. A side plate portion 4 having a short projecting length that is connected to the portion 2 at a substantially right angle is formed, and is configured to have a substantially Z-shape that is equivalent to the hanging body T as a whole.

  Further, in the reinforcing plate H, the upright plate portion 2 has height and width dimensions substantially the same as the upright plate portion 5 of the hanging body T, and the horizontal plate portion 3 is The horizontal projecting width and the lateral width dimension are substantially the same as the bottom plate part 6 of the main body T, and the side plate part 4 has a lateral width dimension substantially the same as the roof material latching plate part 7 of the hanging body T. When the horizontal plate 3 is installed along the bottom plate 6 below the hanging body T, the vertical plate 2 is installed along the standing board 5 of the hanging body T and the horizontal plate 3 is installed along the bottom plate 6 below the hanging body T. It is set as the structure which the board part 4 installs along the board | plate part 7 for a roofing material latching of the upper part of the hanging body T.

  In the present embodiment, the horizontal plate portion 3 of the reinforcing plate H is brought into contact with the upper surface of the bottom plate portion 6 of the hanging body T, and the upright plate portion 2 of the reinforcing plate H is made to contact the hanging body T. 2 along the front plate surface of FIG. 2 of the upright plate portion 5 and the above-mentioned extended plate portion 4 of the reinforcing plate H on the upper surface of the roof material hanging plate portion 7 of the hanging body T. The reinforcing plate H is attached to the hanging body T so as to be in contact with the side wall. At this time, the horizontal plate portion 3 has substantially the same shape (long hole shape) as the bolt hole 6A at the substantially central portion. The communication hole 3A is formed so as to penetrate the bolt hole 6A.

  As shown in FIG. 2, the attachment structure of the hanging body T and the reinforcing plate H according to the present embodiment extends from the upright plate portion 2 of the reinforcing plate H to the standing plate portion 5 of the hanging body T. The fastening piece 8 is cut out and formed in a projecting state toward the installation direction, and the cut-out tip side of the fastening piece 8 is bent so as to be substantially parallel to the upright plate portion 2. A polymer piece insertion gap 10 for inserting a polymer piece 9A described later is formed on the back side in the protruding direction. The fastening piece 8 is cut out from the upright plate portion 2 of the reinforcing plate H into a shape having a length along the substantially horizontal lateral direction of the upright plate portion 2.

  On the other hand, as shown in FIG. 2, the polymer piece 9 </ b> A is cut out and formed in a protruding state from the standing plate portion 5 of the suspension body T toward the standing plate portion 2 of the reinforcing plate H. The leading end side of the polymer piece 9A is bent so as to be substantially parallel to the standing plate part 5, and the gap portion 11 (stop) is inserted into the back side in the protruding direction of the polymer piece 9A. A gap 11) for inserting the pieces is formed. Further, the polymer piece 9A is cut out from the standing plate portion 5 of the hanging body T into a shape having a length along the substantially horizontal lateral direction of the standing plate portion 2, and the polymer piece 9A is formed. The fastening piece 8 slide-inserted into the fastening piece insertion gap 11 existing on the back side of the superposed piece 9A is a superposed portion 9 capable of being polymerized.

  Further, the fastening piece 8 and the polymer piece 9A are formed by cutting into a shape in which the cut-out leading end portions face in opposite directions when the upright plate portion 2 is installed along the upright plate portion 5. Yes.

  Then, after arranging the upright plate portion 2 substantially parallel to and in the vicinity of the upright plate portion 5, the horizontal plate portion 3 is set as the bottom plate portion 6, and the extended plate portion 4 is set as the roof material latching plate portion 7. The reinforcing plate H is slid horizontally with respect to the suspension body T so that the fastening piece 8 is inserted into the fastening piece insertion gap 11 and the polymer piece 9A is inserted into the polymerization piece insertion gap 10. In this case, the back side surface of the fastening piece 8 and the back side surface of the polymer piece 9A can be polymerized. At this time, the upright plate portion 2 is installed in close proximity to the upright plate portion 5 at a small interval. Thus, the protruding degree of the fastening piece 8 and the superposed piece 9A is set and configured (see FIGS. 3 and 4).

  In the present embodiment, in the state in which the fastening piece 8 and the polymer piece 9A are polymerized, the opposing outer side surfaces of the upright plate portion 5 and the upright plate portion 2 are respectively shown as arrows in FIG. The back side surface of the fastening piece 8 and the back side surface of the polymer piece 9A are superposed and pressure-bonded by pressing with a press so as to be sandwiched from both outer directions orthogonal to the surface direction. The front side surface in the protruding direction of the fastening piece 8 inserted into the gap portion 11 is a plate of the standing plate portion 5 in the hole portion formed by cutting out the overlapping piece 9A of the standing plate portion 5 of the hanging body T. The fastening piece 8 is prevented from coming off by being arranged so as to be substantially flush with the surface, and the front side surface in the protruding direction of the polymer piece 9A inserted into the polymer piece insertion gap 10 is a reinforcing plate. The polymer piece 9 is formed by being arranged so as to be substantially flush with the plate surface of the upright plate portion 2 in the hole portion formed by cutting out the fastening piece 8 of the upright plate portion 2 of H. A is in a retaining state, whereby the upright plate portion 2 is fixed along the upright plate portion 5, and the reinforcing plate H is attached to the hanging body T (see FIG. 5).

  The bottom plate portion 6 of the suspension main body T of the suspension of the present embodiment configured as described above is placed on the step portion 12A at the top of the tight frame 12, and the bolt 13 is connected to the bolt hole 6A through the communication hole 3A. The nut 14 is fastened and fixed to the tight frame 12, and the end portion of the folded roofing material 15 is hooked on the roofing material latching plate portion 7 on the upper part of the hanging body T, and the folded roof is completed (see FIG. 6).

  In this embodiment configured as described above, since the extending plate portion 4 of the reinforcing plate H is arranged along the upper surface of the roof material latching plate portion 7 of the suspension body T, the roof material is provided. Good deformation resistance against the force that the installed plate part 4 extending along the upper surface of the hanging plate part 7 pulls the roof material hanging plate part 7 upward with respect to the standing plate part 5 It will show strength.

  In the reinforcing plate H, the upright plate portion 2 has a height and width dimension substantially the same as the upright plate portion 5 of the hanging body T, and the horizontal plate portion 3 is formed of the hanging body T. The base plate portion 6 has a width dimension substantially equal to that of the bottom plate portion 6, and the installed plate portion 4 has a width dimension substantially equal to that of the roof material latching plate portion 7 of the suspension body T. An upright plate portion 2 of H is provided along the entire height of the upright plate portion 5 of the hanging body T, and the standing plate portion 5 is firmly reinforced, and a horizontal plate portion 3 of the reinforcing plate H is a hanging body. The bottom plate portion 6 is reinforced along the full width of the bottom plate portion 6 of the T, and the side plate portion 4 of the reinforcing plate H is filled with the full width of the roof material hanging plate portion 7 of the hanging body T. Since the roof material latching plate portion 7 is reinforced side by side, the entire suspension body T is reinforced very well by the reinforcing plate H.

  A second embodiment of the present invention will be described with reference to FIGS.

  This embodiment is a case where the configuration of the overlapping portion 9 is different from that in the first embodiment.

  Specifically, a bag-like bulging portion 9B having an opening 16 in the lateral direction of the standing plate portion 5 is cut out and formed on the standing plate portion 5 of the hanging body T, and this bulging portion is formed. 9B is the overlapping portion 9 in which the fastening piece 8 can be slid and inserted through the opening 16 to be overlapped.

  More specifically, a part of the erected plate part 5 is formed to bulge in a substantially rectangular shape toward the reinforcing plate H along which the erected plate part 5 is provided, and this is formed as a bulged part 9B. The longitudinally long opening 16 is formed in the lateral direction of the upright plate portion 5 by cutting one lateral edge of the lateral shape of the bulging portion 9B in the vertical direction.

  Then, after arranging the upright plate portion 2 substantially parallel to and in the vicinity of the upright plate portion 5, the horizontal plate portion 3 is set as the bottom plate portion 6, and the extended plate portion 4 is set as the roof material latching plate portion 7. The reinforcing plate H is slid laterally with respect to the hanging body T, and the fastening piece 8 is inserted into the bulging portion 9B from the opening portion 16 so that the back side surface of the fastening piece 8 and the bulging portion are bulged. The rear side surface of the portion 9B is configured to be superposed, and at this time, the projecting degree of the fastening piece 8 is set so that the upright plate portion 2 is placed in close proximity to the upright plate portion 5 at a small interval. The degree of protrusion of the bulging portion 9B and the position where the opening 16 is formed are set (see FIG. 8).

  In the state in which the fastening piece 8 and the bulging portion 9B are superposed, the opposite outer side surfaces of the upright plate portion 5 and the upright plate portion 2 are both orthogonal to the plate surface direction, as in the first embodiment. By pressing with a press so as to be sandwiched from the outside direction, the back side surface of the fastening piece 8 and the back side surface of the bulging portion 9B are superposed and pressure bonded, and at this time, the stopper inserted into the bulging portion 9B. The front side surface of the protruding piece 8 in the protruding direction is substantially flush with the plate surface of the standing plate portion 5 in the hole portion formed by cutting out the bulging portion 9B of the standing plate portion 5 of the hanging body T. The sticking piece 8 is prevented from coming off by being placed out, and at this time, the front side surface in the protruding direction of the bulging part 9B arranged in the gap 10 for inserting the superposed piece is a standup of the reinforcing plate H. The bulging portion 9 </ b> B is prevented from coming off by disposing it in a hole portion formed by cutting out the fastening piece 8 of the straight plate portion 2 so as to be substantially flush with the plate surface of the upright plate portion 2. Ri, thereby the plate portion 2 upright on the upright plate portion 5 is 沿設 fixed, has a structure in which the reinforcing plate H is attached to retaining clips body T.

  Other configurations are the same as those of the first embodiment.

  A specific third embodiment of the present invention will be described with reference to FIG.

  In this embodiment, a reinforcing plate H having a shape different from that of the first embodiment is employed.

  Specifically, the reinforcing plate H of the present embodiment is configured such that the vertical plate portion 2 and the horizontal plate portion 3 are formed by bending the rectangular metal plate 1 in the middle of the length direction thereof at a substantially right angle. Is formed in a substantially L shape that is arranged substantially at right angles.

  That is, in the first embodiment, the case where the reinforcing plate H having the shape not including the installed plate portion 4 is employed is shown.

  Other configurations are the same as those of the first embodiment.

  A fourth embodiment of the present invention will be described with reference to FIG.

  This embodiment is also a case where the reinforcing plate H having a shape different from that of the first embodiment is employed.

  Specifically, the reinforcing plate H of the present embodiment is configured such that the rectangular metal plate 1 is bent at a substantially right angle at a position near one end portion thereof, thereby the upright plate portion 2 and the installed plate portion 4. Are formed in a substantially L-shape that is arranged substantially at right angles.

  That is, in the first embodiment, the case where the reinforcing plate H having the shape without the horizontal plate portion 3 is employed is shown.

  Other configurations are the same as those of the first embodiment.

  A specific embodiment 5 of the present invention will be described with reference to FIG.

  This embodiment is also a case where the reinforcing plate H having a shape different from that of the first embodiment is employed.

  Specifically, the reinforcing plate H of the present embodiment includes an upper reinforcing plate H1 provided along the upper portion of the standing plate portion 5 of the hanging body T and the roofing material hanging plate portion 7, and the hanging body. The bottom plate portion 5 has a lower portion and a lower reinforcing plate H2 provided along the bottom plate portion 6 and is composed of two parts.

  More specifically, the upper reinforcing plate H1 is formed by bending the rectangular metal plate 1 at a substantially right angle at a position near one end thereof so that the upright plate portion 2 and the installed plate portion 4 are connected at a substantially right angle. It is comprised in the substantially L shape to install.

  Further, the lower reinforcing plate H2 is formed by bending the rectangular metal plate 1 in the middle of the length direction thereof at a substantially right angle so that the upright vertical plate portion 2 and the horizontal plate portion 3 are substantially the same. It is configured in a substantially L shape that is arranged at right angles.

  Further, in this embodiment, the upper reinforcing plate H1 has a structure for attaching to the standing plate portion 5 as in the first embodiment, but the lower reinforcing plate H is appropriately attached different from this attached structure. It is fixed to the hanging body T by means (not shown).

  Other configurations are the same as those of the first embodiment.

  In addition, this invention is not restricted to Examples 1-4, The concrete structure of each component can be designed suitably.

1 is a perspective view showing Example 1. FIG. 1 is an exploded perspective view of Example 1. FIG. It is explanatory plane sectional drawing which shows the state in the middle of inserting the fastening piece of a reinforcement board of Example 1 in the space | gap part on the back side of a superposition | polymerization piece, and the superposition | polymerization piece of a hanger body in the space | gap part on the back side of a fastening piece. It is explanatory plane sectional drawing which shows the state which inserted the fastening piece of the reinforcement board of Example 1 in the space | gap part on the back side of a superposition | polymerization piece, and the superposition | polymerization piece of the hanging body in the space | gap part on the back side of a fastening piece. FIG. 5 is an explanatory plan cross-sectional view showing a state in which the upright plate portion of the hanging body and the upright plate portion of the reinforcing plate are fixed along the press from the state of FIG. FIG. 3 is a schematic side sectional view illustrating a usage state of the first embodiment. 3 is an exploded perspective view of Example 2. FIG. It is explanatory plane sectional drawing which shows the state which inserted the fastening piece of the reinforcement board of Example 2 in the bulging part of the hanging body. FIG. 10 is an explanatory side view showing a use state of Example 3. FIG. 6 is an explanatory side view showing a use state of Example 4. FIG. 10 is an explanatory side view showing a use state of Example 5.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Metal plate 2 Standing plate part 3 Horizontal flat plate part 4 Side plate part 5 Standing plate part 6 Bottom plate part 7 Roofing plate hanging board part 8 Fastening piece 9 Superposition | polymerization part 9A Superposition piece 9B Swelling part
10 Space for inserting polymer pieces
11 Cavity (gap for inserting fastening piece)
16 Opening H Reinforcement plate T Hanging body

Claims (6)

  In a suspension formed by attaching a reinforcement plate formed of a metal plate along at least a standing plate portion of the hanging body, the reinforcing plate or the standing plate portion of the hanging body is provided with the reinforcing plate or A fastening piece having a length in the lateral direction of the standing plate portion is cut out and formed, and this fastening piece slides from the lateral direction of the standing plate portion or the reinforcing plate to superpose the overlapping portion that can be superposed. The fastening piece is cut and formed from the installation plate part or the reinforcing plate, and the fastening piece is formed by press polymerization of the standing plate part and the reinforcing plate in a state where the fastening piece is overlapped by sliding from the lateral direction to the overlapping portion. A hanger characterized in that a reinforcing plate is attached to the standing plate portion in a juxtaposed state by being superposed on the overlapping portion.   A polymerized piece is cut out and formed from the standing plate portion or the reinforcing plate of the suspension main body so as to protrude toward the reinforcing plate or the standing plate portion along which the standing plate portion or the reinforcing plate is provided. The suspension according to claim 1, wherein the fastening portion that is slid and inserted into a gap portion existing on the back side in the protruding direction of the superposed piece is the superposed portion capable of being polymerized.   While cutting out and forming the fastening piece in a protruding state from the standing plate portion of the reinforcing plate or the suspension main body toward the standing plate portion or the reinforcing plate for extending the reinforcing plate or the standing plate portion, Bending the cutting end side of the fastening piece substantially parallel to the plate surface of the reinforcing plate or the standing plate part, forming a polymer piece insertion gap on the back side in the protruding direction of the fastening piece, The superposition piece is cut out from the standing plate portion of the hanging body or the reinforcing plate so as to protrude toward the reinforcing plate or the standing plate portion on which the standing plate portion or the reinforcing plate is provided, and this polymerization is performed. Clamping piece insertion gap in which the cutout tip side of the piece is bent substantially parallel to the plate surface of the standing plate portion or the reinforcing plate, and the fastening piece can be slid into the back side in the protruding direction of the overlapping piece. And this polymerized piece is slid into the gap for inserting the fastening piece. The inserted piece is a superposed portion that can be polymerized, and the standing piece is inserted in the space for inserting the fastening piece and the polymer piece is inserted in the space for inserting the polymer piece. By press-polymerizing the installation plate portion and the reinforcing plate, the back side surface of the fastening piece and the back side surface of the polymerization piece are superposed and pressure-bonded, and the reinforcing plate is attached to the standing plate portion in a juxtaposed state. The suspension element according to claim 2.   A part of the standing plate portion or the reinforcing plate of the hanging body is formed to bulge toward the reinforcing plate or the standing plate portion along which the standing plate portion or the reinforcing plate is provided, and the bulging portion In addition, an opening portion that opens in the lateral direction of the standing plate portion or the reinforcing plate is formed, and the swelled portion having the opening portion is slidably inserted from the opening portion, and the fastening piece can be polymerized. The hanging part according to claim 1, wherein the hanging part is a superposition part.   The reinforcing plate is configured in a shape in which a horizontal plate portion extending along a bottom plate portion at a lower portion of the hanging body main body is connected to a lower end portion of a standing plate portion extending along the standing plate portion of the hanging body main body at a substantially right angle. Or the upper part of the upright plate part installed along the upright plate part of the suspension body, and the installed plate part along the roof material latching plate part on the upper part of the suspension body are connected at a substantially right angle. The hanging device according to any one of claims 1 to 4, wherein the hanging device is configured to have a shape to be formed.   The reinforcing plate has a horizontal plate portion extending along a bottom plate portion at a lower portion of the suspension body at a lower end portion of a vertical plate portion extending along a standing plate portion of the suspension body, and a vertical plate. 6. The structure according to any one of claims 1 to 5, wherein a side plate portion provided along a roof material hooking plate portion at the upper portion of the hanging body is arranged at a substantially right angle at an upper end portion of the straight plate portion. The hanging member according to claim 1.

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