JP2014031922A - Attachment hardware for panel-shaped product - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an attachment hardware for a panel-shaped product which is the attachment hardware for attaching the panel-shaped product to a fence of veranda and can install the panel-shaped product onto the existing fence of veranda extremely simply and safely.SOLUTION: An attachment hardware for a panel-shaped product is composed of an insertion hardware 5 respectively fastened along two lateral surfaces parallel to each other of the panel-shaped product and a set of receiving hardware 1 which are attached to a fence 8 of veranda and receive the insertion hardware 5. The insertion hardware 5 have such a structure that lateral edge parts along the length direction of the insertion hardware are bent in the direction vertical to the lateral surfaces of the panel-shaped product. Further, the receiving hardware 1 is composed of a bridging part 1b which bridges over the upper edge parts of the fence 8, an abutting part 1a which hangs down to the inner surface side of the fence 8, and a suspension part 1c which hangs down to the external surface side of the fence 8. A flat and slender bag-like receiving member 3 is attached to the suspension part 1c and a guide groove 31 through which the insertion hardware 5 is inserted is formed over in the vertical direction on the center in the width direction of the receiving member.

Description

  The present invention relates to a mounting hardware for a panel-shaped product, and more particularly to a mounting hardware for a panel-shaped product for mounting a panel-shaped product such as a flat plate solar collector to a fence of a veranda.

  For example, a solar collector is a device that circulates fluid and collects solar heat, and is used as an operating heat source of a heat pump for heating domestic water or for air conditioning. There are two methods of using solar collectors: a method that forcibly circulates fluid, which is a heat medium such as water and antifreeze, with a pump, and a method that heats water directly through domestic water. From the viewpoint of heat collection efficiency, flat plate type heat collectors are widely used.

  Most of the solar collectors described above are installed on the roof, but as the mounting structure, for example, a support skirt is disposed on the roof base plate, and the skirt of the casing protruding to the back side of the solar collector is used. A structure in which the part is fitted to the support frame and fixed with screws (Patent Document 1), a crosspiece is bridged over the roof support tile in the ridge direction, and the solar collector is attached to the crosspiece via a fixed angle (L-shaped steel). A structure in which side portions are fixed with screws (Patent Document 2), a plurality of convex portions are formed on a roof base plate, a solar collector is disposed between adjacent convex portions, and a side portion of the solar heat collector Has been disclosed (Patent Document 3) in which a screw is fixed through a mounting bracket (L-shaped steel).

JP 58-104461 A JP 2002-303455 A Japanese Utility Model Publication No. 6-40768

  By the way, when installing in the existing apartment house etc. by the retrofit, the above solar collectors are attached in the state stood on the outer surface of the fence of a veranda, for example. However, the conventional mounting structure that is attached to the roof is a structure in which base materials such as support frames and bars are installed in advance on the building side, so it is difficult to apply to a veranda fence constructed vertically with mortar or the like There is. In addition, there is a problem that the installation work becomes a work at a high place when it is installed on the fence of the veranda on the upper floor above the second floor. The same problem occurs when a panel-shaped product such as a solar cell module (solar panel) is attached to a veranda fence.

  The present invention has been made in view of the above circumstances, and its purpose is an attachment hardware for mounting a panel-shaped product such as a flat plate solar collector or a solar cell module on a fence of a veranda. It is another object of the present invention to provide a mounting hardware for a panel-like product that can be installed on the veranda's rails very easily and safely.

  In order to solve the above problems, in the present invention, an insertion metal fitting fixed along each of two parallel side surfaces of a panel-shaped product and a set of metal fittings attached to a veranda fence are used. The metal fitting has a shape in which the side edge along the length direction is bent in a direction perpendicular to the side surface of the panel-like product, and the metal fitting has a structure in which an elongated metal plate is bent 90 degrees in the same direction at two locations. It is attached to the veranda fence so that it covers the upper end of the veranda fence, and it is flat against the hanging part that hangs down to the outer surface side of the veranda fence from the transfer part of the receiving bracket that spans the upper end of the veranda fence. In addition, by attaching an elongated bag-shaped receiving member and forming a guide groove in the vertical direction in the center in the width direction of the receiving member, the insertion fitting of the panel-shaped product is attached to the receiving member. Just insert into the guide groove from above Were to be suspended the panel-like products in a vertical state.

  That is, the gist of the present invention is a mounting hardware for vertically mounting a panel-shaped product formed in a rectangular parallelepiped shape on the outer surface of a veranda fence, and is parallel to a rectangular panel-shaped product when viewed from the front. 2 It is comprised from the elongate plate-shaped insertion metal fitting fixed along each side, and one set of metal fittings which are attached to the fence of a veranda, and receive the said insertion metal fitting, The said insertion metal fitting is the length direction. The side edge portion along the side is bent in a direction perpendicular to the side surface of the panel-shaped product, and the receiving metal fitting spans the upper end of the veranda fence, and the veranda fence extends from the transfer portion to the veranda fence. It consists of an abutting part that hangs down to the inner surface side, and a hanging part that hangs down from the bridge part to the outer surface side of the veranda fence, and the hanging part of the metal fitting is flat and elongated in front view A bag-shaped receiving member is attached to the receiving member. At the center in the width direction of the member lies in the panel-like product of the mounting hardware, wherein a guide groove for inserting the plug fitting is formed over the vertical direction.

  According to the mounting hardware of the present invention, the bracket can be attached to the veranda fence by simple construction from the inside of the veranda. After the bracket is attached, the panel-like product is dropped from above and the bracket is suspended. The panel-like product can be suspended from the outer surface of the balcony of the veranda simply by inserting the insertion fitting on the panel-like product side into the guide groove formed in the receiving member. Therefore, according to the present invention, it is possible to easily and safely install a panel-like product on an existing veranda fence.

It is a perspective view which shows the structure of the principal part of the attachment metal fittings of the panel-shaped product which concerns on this invention. It is a perspective view which shows the latch of the back side of the latch metal provided in the preferable aspect of this invention and a panel-shaped product. It is a front view which shows the attachment metal of the panel-shaped product which concerns on this invention, and the attachment form of a panel-shaped product.

  An embodiment of a mounting hardware (hereinafter abbreviated as “mounting hardware”) of a panel-shaped product according to the present invention will be described based on the drawings. In addition, this invention is not limited to the following embodiment, unless the summary is exceeded.

  The mounting hardware of the present invention is a hardware for mounting the panel-shaped product vertically on the outer surface of the veranda fence. Examples of the panel-like product include a flat plate solar collector, a solar cell module, and the like. In the following embodiments, a flat plate solar collector will be described as an example of the panel-like product.

  The solar collector described above is configured such that a heat collecting tube is disposed in a casing formed in a flat rectangular parallelepiped box shape, and the fluid circulated through the heat collecting tube is heated by solar heat. Specifically, the solar collector is formed on the bottom side of the casing through a space between a sealing plate and a casing formed in a flat box shape and covered with a transparent upper surface. The sheet-like heat insulating material arranged, a plurality of heat collecting tubes arranged on the front side of the heat insulating material, and a heat collecting plate arranged on the front side of the heat insulating material so as to cover these heat collecting tubes.

  The casing is usually formed in a rectangular shape, for example, a rectangle by a steel plate or an aluminum alloy plate. The length of one side of the casing is about 150 to 5000 mm, the thickness of the casing is about 30 to 100 mm, and the weight of the solar collector is, for example, about 15 kg when the planar dimension of the casing is 900 mm × 1200 mm. In the figure, the casing of the solar collector as described above is denoted by reference numeral 7.

  As shown in FIG. 3, the mounting hardware of the present invention includes an elongated plate-like insertion fitting 5 that is fixed along two parallel side surfaces of a casing 7 of a rectangular solar collector when viewed from the front, and a veranda. It is comprised from the one set of receiving metal fittings 1 which are attached to the fence 8 and receive the insertion metal fittings 5. In addition, in this invention, the case where it looks at the front means the case where it sees from the front in the state which installed the solar collector as shown in FIG.

  As shown in FIG. 1, the insertion metal fitting 5 has a width portion slightly projecting to the back side of the casing 7 and one side edge portion of the projecting side along the length direction is a side surface of the casing 7. It has a structure bent in an orthogonal direction. As the insertion metal fitting 5, a plate-like one whose cross section perpendicular to the length direction is formed in an L shape, a T shape, or the like can be used. For example, the insertion metal fitting 5 has two sets as described later. In order to arrange the solar collectors side by side, the solar collector is mounted along the side surface of the casing 7 in a state of being made of L-shaped steel and having an L-shaped bottom side wrapping around the back side of the casing 7. The width of the insertion fitting 5 along the width of the side surface of the casing 7 (casing thickness) is about 65 to 85 mm, the width of the bent portion that wraps around the back side of the casing 7 is about 15 to 20 mm, and the total length of the insertion fitting 5 Is about 350 to 450 mm. Moreover, in order to improve the handleability at the time of installation work of the solar collector, a hanging hole 51 on which a fingertip is hooked is provided on the side surface of the insertion fitting 5.

  The above-mentioned metal fitting 1 is a metal fitting for receiving the insertion metal fitting 5 and is bent into a substantially inverted J shape by bending a long and narrow metal plate having a width of about 100 to 150 mm in two directions at 90 degrees in the same direction. Is formed. That is, the receiving metal fitting 1 includes a spanning portion 1b that spans the upper end of the veranda fence 8, a butting portion 1a that hangs down from the spanning portion to the inner surface side (inside the building) of the veranda rail 8, It is comprised from the suspension part 1c which hangs down to the outer surface side (outside of a building) of the fence 8 of the veranda from the transfer part 1b.

  The length of the transfer part 1b is designed to be sufficiently longer than the length corresponding to the thickness of the fence 8 of a normal veranda, and the length of the abutting part 1a is such that the fence 8 is securely clamped. The length of the hanging portion 1c is designed to be a length that can sufficiently secure the length of the receiving member 3 described later. Specifically, the length of the spanning portion 1b is set to about 250 to 230 mm, the length of the abutting portion 1a is set to about 220 to 280 mm, and the length of the hanging portion 1c is set to about 720 to 830 mm.

  The abutting part 1a is a part which abuts against the inner surface of the fence 8 of the veranda, and the abutting part 1a is provided with a slip stopper 11 made of a steel plate or hard rubber. The hanging portion 1c is provided with a mechanism for fixing the receiving metal fitting 1 to the veranda fence 8 and a mechanism for engaging the insertion fitting 5 to receive the load of the solar collector.

  That is, on the upper part of the hanging part 1c, as a mechanism for fixing to the balcony 8 of the veranda, a pressing plate 12 that sandwiches the balcony 8 is provided at a position facing the abutting part 1a. Such a presser plate 12 is disposed on the inner side (the fence 8 side) of the hanging portion 1c, and, for example, four full screw bolts 13 are attached to the one surface side toward the hanging portion. The all screw bolts 13 are inserted into bolt holes provided in the hanging portion 1c. The all screw bolts 13 are screwed with a non-land adjustment nut 14b inside the hanging portion 1c and protrude from the hanging portion 1c. A fixing nut 14 is screwed to the front end side of the entire screw bolt 13.

  The uneven adjustment nut 14b has a function of causing the presser plate 12 to approach the fence 8 side by rotating it in a loosening direction, and the fixing nut 14 tightens the suspension plate 1c and the presser plate. 12 has a function of binding to. In other words, by adjusting the non-land adjustment nut 14b, the holding plate 12 is pressed against the outer surface of the fence 8, and the fixing nut 14 is tightened, so that the suspended portion 1c is held in a vertical state and the fence 1 is used for the fence. The upper end of 8 can be clamped.

  In addition, an elongated lower end pressing plate 6 having a structure similar to that of the pressing plate 12 is provided at the lower portion of the hanging portion 1c in order to support a moment load when the solar collector is attached. The lower end pressing plate 6 is arranged on the inner side (the side of the fence 8) of the hanging portion 1c, and, for example, two full screw bolts 61 are attached to one surface side toward the hanging portion.

  The all screw bolt 61 is inserted into a bolt hole provided in the hanging portion 1c. The all screw bolt 61 is screwed with a non-land adjustment nut 62b inside the hanging portion 1c and protrudes from the hanging portion 1c. A fixing nut 62 is screwed to the front end side of the entire screw bolt 61. Therefore, by adjusting the unevenness adjusting nut 62b, the lower end presser plate 6 is pressed against the outer surface of the fence 8, and the fixing nut 62 is tightened to prevent the bracket 1 from rotating and the hanging portion 1c is in a vertical state. Can be maintained.

  As a mechanism for engaging the insertion fitting 5, the suspending portion 1 c of the receptacle 1 is provided with a flat and elongated bag-like receptacle member 3 as viewed from the front. The receiving member 3 is a member formed in a flat, vertically long envelope shape, and a gap corresponding to the thickness of the insertion fitting 5 described above is provided therein. And the guide groove 31 which penetrates said insertion metal fitting 5 is formed in the center of the width direction of the receiving member 3 over the up-down direction.

  The length of the receiving member 3 is designed to be about 350 to 450 mm, and the inner width of the receiving member 3 is an L-shaped bottom portion of the insertion fitting 5 (a bent portion turned around to the back side of the casing 7). The width is designed to be twice or more, for example, about 50 to 70 mm. The guide groove 31 of the receiving member 3 is a slit into which the main body of the plug 5 of the solar heat collector dropped from above (the portion protruding rearward from the casing along the side surface of the casing 7) is fitted. The groove width of the guide groove 31 is 2 as the thickness of the insertion metal fitting 5 because the adjacent metal fitting 5 is received by the single metal fitting 1 when a plurality of solar collectors are arranged side by side as will be described later. It is designed to be twice or more, for example, about 8 to 12 mm.

  The upper portion of the guide groove 31 is formed in a shape opened in a V shape when viewed from the front. Thereby, when the solar heat collector is dropped from above, the insertion fitting 5 can be smoothly inserted into the guide groove 31 even if there is a slight misalignment. The lower end of the receiving member 3 is sealed with a bottom plate 32 in order to receive the inserted metal fitting 5.

  Further, an elongated hole 15 for inserting the lock bolt 16 is provided above the guide groove 31 of the hanging portion 1c. The lock bolt 16 is for preventing the insertion fitting 5 from coming out upward after the solar collector is supported by the metal fitting 1, and is inserted into the elongated hole 15 from the front side of the hanging portion 1 c and suspended. The nut 17 is tightened on the back side of the lowered portion 1c.

  Moreover, the attachment hardware of this invention may be provided with the latch 2 which supports the upper end part of a solar collector, as shown in FIG. Specifically, as shown in FIG. 2, a rod-like handle 4 is provided on the casing 7 of the solar collector along the upper side of the back surface of the casing. Such a handle 4 is also a hanging part for facilitating the handling of the solar collector, and is composed of, for example, a round bar having a diameter of about 10 mm and a length of about 300 to 500 mm. Such a handle 4 is fixed to the back surface of the frame of the casing 7 by supporting pieces at both ends thereof.

  On the other hand, a latch 2 is attached to the upper end portion of the fence 8 of the veranda between the above-described one set of brackets 1. The latch 2 is a bracket for receiving the handle 4 and is formed in a substantially U shape having a structure in which an elongated metal plate having a width of about 100 to 150 mm is bent 90 degrees in the same direction at two locations. Has been. That is, the latch 2 includes a bridge portion 2b that spans the upper end of the veranda fence 8, a bump portion 2a that hangs down from the bridge portion to the inner surface side of the veranda rail 8, and a bridge portion 2b. It is comprised from the hanging part 2c which hangs down to the outer surface side of the fence 8 of a veranda. And the front-end | tip part of the bridge | bridging part 2b is comprised so that it may protrude outside the fence 8 rather than the suspension part 2c, and the handle 4 of a solar collector is slipped on the upper surface of an overhang | projection part. A latching portion 25 for restriction is provided.

  The abutting portion 2a of the latch 2 is a portion that abuts against the inner surface of the veranda fence 8, and the abutting portion 2a is provided with a slip stopper 21 made of a steel plate or hard rubber. The hanging part 2c is provided with a mechanism for fixing the latch 2 to the balcony 8 of the veranda. That is, the hanging part 2c is provided with a pressing plate 22 for sandwiching the veranda fence 8, and the pressing plate 22 is disposed inside the hanging part 2c (on the fence 8 side) and is on one side thereof. For example, four all screw bolts 23 are attached to the suspension part. The all screw bolts 23 are inserted into bolt holes provided in the hanging portion 2c. The all screw bolts 23 are screwed with a non-land adjustment nut 24b inside the hanging portion 2c and protrude from the hanging portion 2c. A fixing nut 24 is screwed to the front end side of the entire screw bolt 23.

  The uneven adjustment nut 24b has a function of causing the presser plate 22 to approach the side of the fence 8 by rotating it in a loosening direction, and the fixing nut 24 tightens this so that the suspended portion 2c and the presser plate are moved. 22 has a function of tightly connecting to. In other words, the upper end of the fence 8 can be clamped by the latch 2 by adjusting the non-land adjustment nut 24 b to press the holding plate 22 against the outer surface of the fence 8 and tightening the fixing nut 24. And the latching | locking part 25 arrange | positioned at the overhang | projection part of the bridge | crossover part 2b is comprised by the square pipe whose one side is about 8-12 mm, for example. By providing the latch 25 with the latch 25, the above-mentioned handle 4 of the solar collector can be supported from below, and the load of the solar collector can be distributed to the fence 8 side.

  The method for attaching the solar collector to the veranda fence 8 using the attachment hardware of the present invention is as follows. That is, first, as shown in FIG. 3, a set of brackets 1 is attached to a veranda fence 8. In that case, it is necessary to accurately adjust the distance between the metal fittings 1 to the distance between the insertion metal fittings 5 on both sides of the casing 7.

  Therefore, although not shown, when setting the interval between the metal fittings 1, 1, the gap adjustment gauge has a structure in which both ends of the belt-like plate material are bent 90 degrees in the same direction and the interval between the bent portions ( A gauge whose inner method is set to be the same as the spacing (inner method) of the fittings 5 and 5 on the two side surfaces of the casing 7 of the solar collector is used. Specifically, a set of receiving brackets 1 is temporarily placed on the upper end of the fence 8, the gauge is applied from above, and the bent portions at both ends of the gauges are guide grooves of the receiving members 3 of the receiving brackets 1, respectively. The position of each metal fitting 1 is shifted so that it fits to 31. Further, both the fittings 1 are slightly separated in a state where the gauge is fitted, and the inner side surface of the bent portion of the gauge is pressed against the edge of the guide groove 31. That is, by positioning a bent portion of the gauge in the guide groove 31 of the receiving member 3, the receiving metal fitting 1 is positioned. And each receiving metal fitting 1 is fixed in this state.

  In order to fix the bracket 1, the non-land adjustment nut 14 b of the presser plate 12 is rotated in the loosening direction, and the presser plate 12 is gradually separated from the hanging portion 1 c and pressed against the outer surface of the fence 8. That is, by moving the holding plate 12, the entire metal fitting 1 is relatively moved toward the outside of the fence 8, and the fence 8 is sandwiched from the inside and outside by the abutting portion 1 a and the holding plate 12. Then, the bracket 1 is fixed to the fence 8 by tightening the fixing nut 14. Next, similarly, the unevenness adjusting nut 62 b is operated, the lower end pressing plate 6 is pressed against the outer surface of the fence 8, and the fixing nut 62 is tightened.

  Next, the latch 2 is attached to the upper end of the veranda fence 8 so as to be positioned between the two brackets 1. The latch 2 can be attached in the same manner as the bracket 1. That is, the unevenness adjusting nut 24b of the presser plate 22 is rotated in a loosening direction, and the presser plate 22 is separated from the hanging portion 2c and pressed against the outer surface of the fence 8. Then, the bracket 1 is fixed to the fence 8 by tightening the fixing nut 14.

  After attaching one set of the receiving metal fitting 1 and the hooking metal fitting 2 to the fence 8 as described above, the solar collector is put up and lowered to the outside of the veranda, and the fittings on both sides of the casing 7 are inserted. 5 is inserted into the guide groove 31 of the receiving member 3 of the bracket 1. At that time, in each of the metal fittings 1, the spacing between the guide grooves 31 of both of the receiving members 3 is accurately adjusted in advance to the distance between the insertion metal fittings 5 on the casing 7 side as described above. Since the upper part is formed in a V-shaped open shape, each insertion fitting 5 can be reliably inserted into the guide groove 31 only by dropping the solar collector from above.

  When the insertion fitting 5 is received by the receiving fitting 1, the L-shaped bottom portion of the insertion fitting 5 (the bent portion that wraps around the back side of the casing 7) is accommodated in the receiving member 3 of the receiving fitting 1. Furthermore, since the lower end part of the insertion metal fitting 5 is received by the bottom plate 32 of the receiving member 3, a solar heat collector can be suspended on the outer surface of the fence 8 of the veranda.

  Further, when the solar heat collector is dropped into the metal fitting 1 as described above, the latch metal 2 attached between both metal fittings 1 supports the handle 4 on the back surface side of the casing 7, and the solar heat collection device. Since the load of the vessel is also distributed to the latch 2, the solar collector can be suspended more safely. And after arrange | positioning a solar collector, a tool is inserted in the back surface side of the suspension part 1c of each metal fitting 1, the nut 17 is tightened, and the lock bolt 16 is fixed. Thereby, it is possible to prevent the insertion fitting 5 from coming off from the receiving member 3.

  Further, as shown in FIG. 3, the mounting hardware of the present invention has one set (two pieces) of receiving brackets 1 arranged on a veranda fence 8 for one solar collector. When the solar collectors are installed side by side, the three metal fittings 1 can be arranged, and the adjacent metal fittings 5 of both solar collectors can be received by one central metal fitting 1. In other words, the L-shaped bottom portion of the insertion fitting 5 attached to the side surface of the casing 7 is bent toward the back side of the casing, and the groove width of the guide groove 31 of the receiving member 3 of the fitting 1 is inserted. Since the thickness is set to be twice or more the thickness of the metal fittings 5, the insertion metal fittings 5 can receive one metal fitting 1 by overlapping the side surfaces of the two metal fittings 5. Therefore, when installing a plurality of solar collectors, it is only necessary to arrange the receiving metal fittings 1, which is smaller by one than the solar collectors, on the veranda fence 8 at equal intervals.

  As described above, by using the mounting hardware of the present invention, the bracket 1 can be attached to the veranda fence 8 by simple construction from the inside of the veranda, and after the bracket 1 is attached, Just by dropping the heat collector from above and inserting the plug 5 on the solar collector side into the guide groove 31 formed in the receiving member 3 of the hanging portion 1c of the metal fitting 1, the outer surface of the veranda 8 A solar collector can be suspended in Therefore, according to the present invention, solar heat collection can be easily and safely installed on the existing veranda fence 8. In addition, this invention is applicable not only to a solar collector but various panel-like products, such as a solar cell module.

DESCRIPTION OF SYMBOLS 1: Receptacle 1b: Overhanging part 1a: Abutting part 1c: Suspension part 11: Anti-slip 12: Holding plate 13: All screw bolts 14: Fixing nut 14b: Uneven adjustment nut 15: Elongated hole 16: Lock bolt 17 : Nut 2: Latching metal fitting 2a: Abutting part 2b: Overhanging part 2c: Hanging part 25: Latching part 21: Non-slip 22: Presser plate 23: All screw bolts 24: Fixed nut 24b: Uneven land adjustment nut 3 : Receiving member 31: Guide groove 32: Bottom plate 4: Handle 5: Insertion metal fitting 51: Hanging hole 6: Lower end holding plate 61: All screw bolt 62: Fixed nut 62b: Uneven land adjustment nut 7: Solar collector (casing) )
8: fence on the veranda

Claims (5)

  This is a mounting hardware for mounting a panel-shaped product formed in a rectangular parallelepiped with a flat outer shape to the outer surface of the veranda fence, and fixed along two parallel sides of the rectangular panel-shaped product when viewed from the front. And a pair of receptacles attached to a veranda fence to receive the insertion hardware. The insertion fitting has a panel-like side edge along its length. It has a structure bent in a direction perpendicular to the side surface of the product, and the receiving bracket has a spanning part that spans the upper end of the veranda fence, and an abutting part that hangs down from the bridging part to the inner side of the veranda fence And a hanging portion that hangs down from the spanning portion to the outer surface side of the veranda fence, and a flat and slender bag-shaped receiving member is attached to the hanging portion of the bracket. In the center of the receiving member in the width direction, Panel-like product of the mounting hardware of the guide groove for inserting the serial plug fitting is characterized in that it is formed over the vertical direction.   The attachment hardware according to claim 1, wherein a holding plate that sandwiches the veranda fence is provided at a position facing the abutting portion on the hanging portion of the metal fitting.   It includes a latch that hooks a rod-shaped handle provided along the upper side of the back surface of the panel-like product, and the latch is spanned over the upper end of the veranda fence, and the span From the abutment part that hangs down to the inner surface side of the fence of the veranda, and a suspension part that hangs down from the transfer part to the outer surface side of the veranda fence, and the tip of the transfer part is more than the suspension part The mounting hardware according to claim 1, wherein the mounting hardware is configured to project outward from the fence, and a hook portion that restricts sliding of the handle of the panel-shaped product is provided on an upper surface of the projecting portion.   The panel-shaped product is a flat plate solar collector in which a heat collecting tube is arranged in a casing formed in a flat rectangular parallelepiped box shape, and the fluid circulated through the heat collecting tube is heated by solar heat. Item 4. The mounting hardware according to any one of Items 1 to 3.   A method of attaching a panel-like product to the outer surface of the veranda fence using the mounting hardware according to any one of claims 1 to 4, wherein a set of brackets is arranged on the veranda fence, Using a gauge that has a structure in which both ends of the belt-like plate material are bent 90 degrees in the same direction, and the spacing between the bent portions is set to be the same as the spacing between the fittings on the two side surfaces of the panel-like product, A mounting method for a panel-shaped product, wherein the bracket is positioned by inserting a bent portion of the gauge into the guide groove of the receiving member of the hanging portion of the bracket.

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