JP6149061B2 - Mounting member - Google Patents

Description

  INDUSTRIAL APPLICABILITY The present invention is applicable to various types of vertical (vertically stretched) exterior structures that are constructed on exterior surfaces such as roofs of buildings regardless of whether they are new or existing, and is a protrusion formed by an exterior material constituting the exterior surface It is related with the attachment member which can be easily attached to a part especially by the operation | work from upper direction, and can attach various external members, such as a solar cell module.

When constructing a new exterior structure on an existing roof, a structure is adopted in which a new foundation is constructed by arranging fixtures and support materials on the existing roof, and a new exterior structure is installed on the foundation. The support material is assembled on the existing roof by fastening with bolts (for example, Patent Documents 1 to 3).
Patent Document 1 discloses a folded-plate roof in which a middle piece member 2 having a structure for accommodating a head portion of a bolt 2a is fastened with left and right piece members (leg members 1) to be engaged with an engagement step portion Y4. Mounting brackets have been proposed.
In Patent Document 2, a pair of left and right support halves 1 and 1 are integrated by a connector B, but the upward bolt 4 is formed in a vertical piece (joint portion 13) and a flange (upper support piece 17). An enclosure fitting held in a hole (bolt support portion 15) has been proposed.
In Patent Document 3, the gob portion 2 is clamped by a bolt 23 with a pair of left and right grippers 22L and 22R, and slits 24a and 24a are provided in a plate-like body (clamping material 24) to which a nut 24b is fixed. There has been proposed a mounting bracket which is provided and has the grippers 22L and 22R inserted into the slits 24a and 24a.

JP 2009-52278 A JP 2007-297860 A JP 2011-127330 A

However, in the structure of Patent Document 1, it is necessary to form a through hole for the bolt 2a in the middle piece member 2, and the fact that the middle piece member 2 has no action of holding the bolt 2a means that the head of the bolt 2a Was evident from the cross-sectional views of FIGS. 9 to 12 attached to the upper end of the hollow space.
In Patent Document 2, holes are formed in the vertical pieces and the flanges to hold the upward bolts 4. However, the holding ability is low only with the holes such as a metal plate in the first place, and in this case, the upward bolts 4 are stressed. There is a problem that the hole is easy to expand when the action is applied.
Further, in Patent Document 3, since the plate-like material to which the nut 24b is fixed is not stably fixed, a member (panel upper surface holding plate 26) that holds the outer peripheral frame Pf of the solar cell panel P attached to the nut 24b. The fixing bolt 21 for fixing the) cannot be said to be stably attached.

  Therefore, the present invention can be applied to a variety of vertical (vertically stretched) exterior structures that are constructed on exterior surfaces such as roofs of buildings, whether newly installed or existing, and is formed of exterior materials that constitute the exterior surfaces. It is an object of the present invention to propose an attachment member that can be easily attached to the projecting portion, particularly by an operation from above, and that can attach various external members such as a solar cell module.

The present invention has been proposed in view of the above, and is an attachment member that is fixed to a convex portion that is formed of an exterior material that constitutes an exterior surface, and is either one above or below the convex portion. an upper member that is disposed, and a lower member which are pivotally mounted freely said upper member and the rotating arranged on the other of the convex portion, and a mounting bolt passing through the upper member is attached to said lower member a fastening nut screwed to the distal end of the mounting bolt consists, the mounting bolt Ri through hole elongated hole der of the upper member which penetrates the said upper member pivotally attached rotatably In a state where the convex portion is sandwiched from the left and right by the lower member, the fastening nut is attached to the mounting bolt and tightened to rotate either the upper member or the lower member or both. Provided on the upper member by integrating the mounting member Abutting portion from the one side, the to engage with the clamping form an abutment portion provided on the lower member from the other side to the base end of each convex portion, that erecting the mounting bolts on the upper member The present invention relates to a characteristic mounting member.

The mounting member according to the present invention is provided in the upper member by integrating the mounting member by rotating either or both of the upper member and the lower member by penetrating the upper member and tightening the fastening nut. The abutting portion can be latched to the base end of the convex portion from one side and the abutting portion provided on the lower member from the other side, and the mounting bolt can be raised on the upper member.
Moreover, since the upper member and the lower member which comprise the attachment member of this invention are each a simple shape, they are very high practical values.
Further, since this mounting member is integrated and mounted by tightening the fastening bolt against the standing mounting bolt, it is arranged in a substantially horizontal shape as in the conventional mounting work of the carry-out stand. Since the work of tightening the bolt and nut is not required, the work is extremely easy. In this operation, when the through hole of the upper member through which the mounting bolt passes is a long hole, and the through hole is substantially the same as the diameter of the mounting bolt, only the direction in which the mounting bolt faces the through hole is allowed. Therefore, the problem that the rotation of the upper member and the lower member is also controlled can be solved.

(A) Front view showing the assembled state of the mounting member of the first embodiment of the present invention, (b) Front view of the upper member constituting it, (c) Front view of the lower member constituting it, (d) The front view of the mounting bolt which constitutes it, (e) The front view of the fastening bolt which constitutes it, (f) The state which is rotated in the state where the upper member and the lower member are pivoted and arranged on the convex part (G) It is a front view which shows the exterior structure which attached this attachment member. (A) It is a front view which shows another exterior structure using the attachment member of 1st Example, (b) It is a front view which shows another exterior structure using the attachment member of 1st Example. (A) Front view showing the assembled state of the mounting member of the second embodiment, (b) Front view showing the exterior structure to which this mounting member is attached, (c) A side view thereof, (d) A pressing member used therefor FIG.

The mounting member of the present invention is fixed to a convex portion formed of an exterior material that constitutes the exterior surface, and includes an upper member (A) disposed on either the upper side or the left and right sides of the convex portion. A lower member (B) pivotably attached to the upper member and disposed on the other of the convex portions, a mounting bolt (C) attached to the lower member and penetrating the upper member, Ri Do from the fastening nut screwed to the distal end of the mounting bolt (D), Ru said through hole is a long hole der upper member to which the attachment bolt passes.
Then, by tightening the fastening nut by penetrating the upper member, one or both of the upper member and the lower member are rotated and the mounting member is integrated so that the contact portion provided on the upper member is From the side, the contact portion provided on the lower member is latched to the base end of the convex portion from the other side, and the mounting bolt is raised on the upper member.

(A) Upper member The upper member is a member disposed on either the upper side or the left and right sides of the convex portion as described above. Specifically, the upper member includes a portion that covers the convex portion, and one side And (B) a space is formed between the lower member and a convex portion is disposed in the space.
Further, as described above, the upper member (B) is pivotally attached to the lower member. Specifically, either the upper member or the lower member has a convex pivot portion. A concave pivot support portion is provided on the other side, and is pivotally attached (fitted) to be rotatable.
Further, as described above, (C) the mounting bolt passes through the upper member, and more specifically, the upper member has a hole for allowing the mounting bolt to pass therethrough. When this through hole is substantially the same as the diameter of the mounting bolt, only the direction in which the mounting bolt faces the through hole is allowed, so the rotation of the upper member and the lower member is also controlled. forming a through hole.
In addition, as for this upper member, it is desirable for the support surface to be formed in the top part, and an external member and a solar cell panel can be supported stably on this support surface.

(B) Lower member The lower member is a member arranged on the other of the left and right sides of the convex portion as described above, and is a portion that contacts the proximal end on the other side of the convex portion, like the upper member arranged on one side. It is the structure which has.
Further, as described above, (C) the mounting bolt is attached to the lower member. For example, a through hole may be formed so that the mounting bolt protrudes from the back surface side, or the head of the mounting bolt is arranged. A groove-shaped or concave housing portion may be provided. In this case, the mounting bolt can be easily and stably disposed on the lower member. Accidents that detach from the member can be prevented.

(C) Mounting bolt This mounting bolt forms the "mounting part" in this mounting member, but as described above, it is mounted on (B) the lower member and (A) penetrates the upper member. Therefore, it also acts as a connecting member between the upper member and the lower member. As the mounting bolt itself, a normal hexagon bolt or the like is used.

(D) Fastening nut This fastening nut is fastened to the mounting bolt (C) from above, thereby fixing the upper member (A) and the lower member (B) integrally, and the screw provided on each member. Since the contact portion is arranged on the left and right of the base end of the convex portion, the upper member and the lower member are locked to the convex portion, and the mounting bolt is raised on the upper member. As the fastening nut itself, a normal hex nut or the like is used.

Of the members (A) to (D) constituting these mounting members, the (A) upper member and (B) lower member pivotally attached to each other are not particularly limited in shape. However, it forms a space for positioning the convex portion as described above, and is preferably formed in a substantially bowl-shaped cross section as in the illustrated embodiment described later.
In order to form the cross section in a substantially bowl shape, for example, if one is left and the other is right, the pivot shaft (the pivot and pivot support) is positioned at the upper right end, and the upper member is the upper and left sides. The bottom left side may be formed, and the lower member may form the right side and the bottom right side. Such a configuration shows the simplest configuration corresponding to the first embodiment of the illustrated embodiment to be described later, and any configuration is adopted as long as the above-described configuration, operation, and effect are not impaired. May be.
For example, the mounting portion for the mounting bolt may be provided on the right side of the bottom surface of the lower member as in the first embodiment, or may be provided on an inclined piece portion that rises inwardly as in the second embodiment. .

  The convex part which is the attachment target of the attachment member of the present invention is formed of an exterior material constituting the exterior surface, and is an exterior surface having a configuration in which a mountain-shaped portion and a valley-shaped portion are continuous. , Pointing to a mountain-shaped part, which may be new or existing. In addition, as shown in the illustrated embodiment to be described later, even if a convex portion is formed by raising the side edge of the exterior material substantially vertically at the top of the protruding portion which is a mountain-shaped portion, a cap is provided on the outside thereof. It may be formed by arranging a cover material in the form of a material, or may be formed by polymerizing the other side edge on one side edge, and the configuration is not particularly limited.

  The present invention also proposes a mounting structure for an external member using the mounting member having the above-described configuration, and the mounting member having the above-described configuration is formed on the convex portion formed by the exterior material that constitutes the exterior surface. And the external member is directly attached to the attachment member or indirectly via the support member.

  Even if the external member occupies a large area of the roof surface such as a solar cell panel, a greening panel (structure), or a new roofing material (structure), parts such as a snow stopper, a lightning rod, an antenna, etc. It may be provided. Also, in the solar cell panel, the solar cell module having a frame material arranged on the periphery thereof may be a solar cell integrated with the exterior material, and the configuration thereof is not particularly limited.

The support member for supporting the external member may be directly attached to the attachment bolt of the attachment member, or may be indirectly attached via a necessary auxiliary member.
The support material is not particularly limited in shape, configuration, or the like, but is an inverted U-shaped long material (horizontal beam material) or a standard material that is continuous in the direction of travel as shown in the illustrated embodiment described later. Alternatively, it may be a long material (vertical bar material) or a standard material that is continuous in the flow direction.

Moreover, the construction method of the external member of this invention includes the 1st-3rd process demonstrated below.
In the first step, the upper member and the lower member pivotally attached to each other and the mounting bolt material are integrally combined, and the respective contact portions of the upper member and the lower member are arranged along the left and right base ends of the convex portion. It is a process.
The second step is to attach the fastening nut to the mounting bolt and tighten, thereby integrating the mounting member, so that the upper member and the lower member are locked to the convex portion, and the mounting bolt is placed on the upper member. It is a process of standing up.
The third step is to attach the external member directly to the tip of the mounting bolt of the fixed mounting member, or indirectly through the support material, and fix the fixed mounting bolt by attaching a nut. It is a process to do.

In the first step, a mounting bolt is integrally combined with an upper member and a lower member pivotably attached to each other. As described above, the mounting bolts are attached to the lower member (accommodating portion thereof), and are combined so as to pass through the (laterally long) hole formed in the upper member.
The mounting member in this state is a state in which the upper member and the lower member are rotatably combined, and the convex portion formed by the exterior material constituting the exterior surface as described above is the upper member. It arrange | positions so that it may be located in the space formed with a lower member. That is, the upper member is disposed on one of the convex portions, the lower member is disposed on the other convex portion, and the convex portions are disposed so as to sandwich the convex portion from the left and right.

In the second step, the attachment member is integrated by attaching and tightening a fastening nut to the attachment bolt, whereby the upper member and the lower member are locked to the convex portion, and the attachment bolt is placed on the upper member. Stand up.
That is, in this work, the mounting member according to the present invention is in a state where it cannot move integrally (fixed) from the state in which the upper member and the lower member are rotatable, and pulls up the mounting bolt. The action works to fix the upper member and the lower member integrally. Since the upper member and the lower member are respectively provided with the contact portions that contact the base ends of the convex portions as described above, the respective contact portions sandwich the base ends of the convex portions from the left and right. Since it will be in a state, it will be in the state locked by a convex-shaped part. And the head of a mounting bolt contact | abuts to a lower member, The upper end can be made to stand on an upper member.

  In the third step, the external member is directly or indirectly attached to the tip of the mounting bolt of the mounting member fixed to the convex portion of the exterior surface, and the nut is attached and fixed to the fixed mounting bolt. Is. In the present invention, as described above, there is a mounting bolt erected on the upper member. Therefore, it is possible to mount the external member by arranging a pressing member on the mounting bolt and fixing it with a nut.

Thus, each of the first to third steps can be easily carried out, and is excellent in workability as a whole and has high practical value.
Note that the exterior surface on which the attachment member of the present invention is installed may be any one provided with a convex portion as described above, and may be newly constructed or existing.

  The first embodiment of the mounting member 1 of the present invention shown in FIG. 1A includes an upper member 2 disposed on either the upper side or the left and right sides (= left side) of the convex portion 51, and the upper member 2 A lower member 3 pivotally attached and disposed on the other side (= right side) of the convex portion 51, a mounting bolt 1B attached to the lower member 3 and passing through the upper member 2, and the mounting The fastening nut 1C is screwed to the tip of the bolt 1B. The upper member 2 and the lower member 3 are formed so that the combined state has a substantially bowl-like cross section, and a space 10 is formed inside.

  As described above, the upper member 2 is a member arranged on either the upper side or the left and right sides of the convex portion 51, and as shown in FIG. 1B, the upper surface 11 of the bowl-shaped portion surrounding the convex portion 51. Is a substantially reverse-shaped aluminum extrusion material that forms a horizontal piece 21 corresponding to, a vertical piece 22 corresponding to the left side surface 12, and a horizontal piece 23 corresponding to the bottom left side 13a. The horizontal piece 21 corresponding to the upper surface 11 is provided with a horizontally long hole 211 through which the mounting bolt 1B passes. And the concave pivot support part 24 which forms the axial part 15 for pivoting pivotally with the lower member 3 is located in the upper surface right end (right end of the horizontal piece 21), and contact | abuts on the convex-shaped part 51. FIG. The tip of the horizontal piece 23 (corresponding to the bottom left side 13a) is the contact portion 25.

  As described above, the lower member 3 is a member arranged on the other of the left and right sides of the convex portion 51, and corresponds to the vertical piece 31 corresponding to the right side 14 and the bottom right side 13b as shown in FIG. It is a substantially reverse L-shaped aluminum extrusion material that forms the horizontal piece 32 to be formed. And the concave accommodating part 33 by which the head of the attachment bolt 1B is fitted is formed in the back surface side of the horizontal piece 32 equivalent to the bottom face right side 13b, and the axial part for pivotably mounting with the upper member 2 15 is positioned at the upper end of the right side surface (the upper end of the vertical piece 31), and the tip of the horizontal piece 32 that contacts the convex portion 51 (corresponding to the bottom right side 13b) is the contact portion. 35.

The mounting bolt 1B is a hexagonal bolt in which the head 16 is located at the lower end and the male screw portion 17 is located above as shown in FIG. 1 (d).
The fastening nut 1C is a hexagonal nut as shown in FIG.

Then, these members are integrally combined as shown in FIG. 1 (f), but the upper member 2 and the lower member 3 are pivotally attached to form a shaft portion 15. The front end of the male screw portion 17 of the mounting bolt 1B having the head 16 attached to the accommodating portion 33 is combined so as to protrude upward through the hole 211 provided in the upper member 2.
The fastening nut 1C may be removed until the tightening operation is tightened, or may be loosely attached to the tip of the male screw portion 17 of the mounting bolt 1B.

  In addition, the convex part 51 formed on the exterior surface 5 shown in FIG.1 (g) is formed in the top part of a mountain-shaped part in the exterior surface 5 of a structure where a mountain-shaped part and a trough-shaped part continue. The end portions of the side edges 52, 52 of the left and right exterior members 5A, 5A are raised substantially vertically on the standing piece of the suspension 5C fixed on the tight frame 5B. And formed by caulking.

And in order to construct the exterior structure of FIG.1 (g), the following 1st-3rd processes should just be implemented.
First, as a first step, the upper member 2, the lower member 3, and the mounting bolt 1 </ b> B are integrally combined in advance as shown in FIG. It arrange | positions in the convex-shaped part 51 so that it may be located in the space 10 to be.
Since the upper member 2 and the lower member 3 are pivotally attached to each other, the upper member 2 is disposed on the left side of the convex portion 51, and the contact portion 25 is placed along the rising base of the convex portion 51. The lower member 3 is disposed on the right side of the convex portion 51, and the contact portion 35 is disposed along the rising base of the convex portion 51 so as to be sandwiched from the left and right.

  Next, as a second step, a fastening nut 1C is attached to the mounting bolt 1B and tightened with a tool or the like from above. By this tightening, an action of pulling up the mounting bolt 1B works, and the upper member 2 and the lower member 3 are fixed integrally. In this state, each contact portion 25, 35 is in a state of sandwiching the rising base of the convex portion 51 from the left and right, so the upper member 2 and the lower member 3 are attached to the convex portion 51 in a locking manner, The mounting bolt 1 </ b> B stands on the upper member 2.

Thereafter, as a third step, the external member is directly attached to the tip of the male screw portion 17 of the mounting bolt 1B of the fixed mounting member 1 or the external member is indirectly fixed via a support member and fixed. The nut 6C is attached and fixed to the mounting bolt 1B. In the illustrated embodiment, the substantially cylindrical spacer 6B is attached to the male thread portion 17 of the mounting bolt 1B, the pressing member 6A is further disposed, and the nut 6C is tightened. The case where it arranges and the edge is arranged by this pressing member 6A corresponds to this example. And in that case, the upper surface 11 of the said attachment member 1 can be utilized as a support surface which mounts a solar cell panel stably.
Thus, in the third step, an external member such as a solar cell panel can be directly attached and fixed to the tip of the attachment bolt 1B.

  The exterior structure shown in FIG. 2A shows an example in which the attachment member 1 of the first embodiment is attached to the convex portion 51x of a different exterior surface 5X, and the exterior structure shown in FIG. The example in which the attachment member 1 of the first embodiment is reversed left and right and attached to the convex portion 51y of the different exterior surface 5Y is shown.

The convex portion 51x formed on the exterior surface 5X shown in FIG. 2A is formed on the top of the mountain-shaped portion in the exterior surface having a configuration in which the mountain-shaped portion and the valley-shaped portion are continuous. The ends of the side edge portions 52x and 52x of the left and right exterior members 5A 'and 5A' to be fitted and held in a holding member (not shown) are raised substantially vertically and are aligned in a superposed manner, and are formed by caulking It is.
The convex portion 51y formed on the exterior surface 5Y shown in FIG. 2B is formed on the top of the mountain-shaped portion in the exterior surface having a configuration in which the mountain-shaped portion and the valley-shaped portion are continuous. The end portions of the side edge portions 52y and 52y of the left and right exterior members 5A "and 5A" are raised substantially vertically on the upright piece of the suspension 5C "fixed on the tight frame 5B". And formed by caulking.
In both the example of FIG. 2A and FIG. 2B, the same reference numerals are given to the drawings to avoid duplication of explanation, but the same as in the example of FIG. 1G. The mounting member 1 can be attached to the shape portions 51x and 51y in exactly the same manner, and the pressing member 6A, the spacer 6B, and the nut 6C can be attached in exactly the same manner.

  An attachment member 1 ′ according to the second embodiment of the present invention shown in FIG. 3A includes an upper member 2 ′ disposed above and to the right of the convex portion 51, and a pivotable pivot with respect to the upper member 2 ′. The lower member 3 ′, which is worn and disposed on the left side of the convex portion 51, is combined so as to have a substantially bowl-shaped cross section, and a space 10 ′ is formed inside. Although omitted in FIG. 3 (a), the mounting member 1 ′ includes a mounting bolt 1B, which is a hexagonal bolt, and a fastening nut 1C, which is a hexagonal nut, in addition to the upper member 2 ′ and the lower member 3 ′. It is the composition which consists of.

  The upper member 2 ′ includes a horizontal piece 21 ′ corresponding to the upper surface (support surface) of the bowl-shaped portion surrounding the convex portion 51, a vertical piece 22 ′ corresponding to the right side surface, and a horizontal piece 23 corresponding to the right side of the bottom surface. 'Is an approximately extruded aluminum material that forms a'. The tip of the horizontal piece 23 ′ is a contact portion 25 ′ that contacts the convex portion 51. Further, the lateral piece 21 'is provided with a laterally long hole 211' through which the mounting bolt 1B passes, and an upright piece 212 is formed by folding a part of the lateral piece 21 'upward.

  The lower member 3 ′ is a substantially L-shaped aluminum extrusion material that forms a vertical piece 31 ′ corresponding to the left side surface of the bowl-shaped portion surrounding the convex portion 51 and a horizontal piece 32 ′ corresponding to the left side of the bottom surface. is there. The tip of the horizontal piece 32 ′ is a contact portion 35 ′ that contacts the convex portion 51. In addition, the lower member 3 ′ is provided with an inclined piece portion 36 that rises inward in an inclined manner, and the inclined piece portion 36 is provided with an accommodating portion 33 ′ that accommodates the head 16 of the mounting bolt 3B. . Thus, by providing the accommodation portion 33 ′ of the mounting bolt 3 </ b> B on the upper side of the lower member 3 ′, the mounting bolt 3 </ b> B can be erected from the approximate center of the support surface. As a result, the stability of the mounting member 1 'is increased. Furthermore, since the accommodating portion 33 ′ is located above the space 10 ′, the mounting bolt 3 </ b> B does not exist in the space 10 ′ and is not affected by the shape of the convex portion 51 of the exterior material.

  FIGS. 3B and 3C show an exterior structure in which the attachment member 1 ′ of the second embodiment is attached to the convex portion 51 formed on the exterior surface 5. The 'lower member 3' is disposed on the left side of the convex portion 51, and the upper member 2 'is disposed on the right side. In addition, since the convex-shaped part 51 formed in the exterior surface 5 is completely the same as the said FIG.1 (g), it attaches | subjects the same code | symbol and abbreviate | omits description.

In order to construct the exterior structure shown in FIGS. 3B and 3C, the following first to third steps may be performed.
First, as a first step, the upper member 2 ′ and the lower member 3 ′ are integrally integrated in advance so as to be positioned in the space 10 ′ formed by the upper member 2 ′ and the lower member 3 ′. It arranges in the shape part 51. FIG.
Since the upper member 2 ′ and the lower member 3 ′ are pivotably mounted, the upper member 2 ′ is disposed on the left side of the convex portion 51 and the contact portion 25 ′ is raised from the convex portion 51. Along the base portion, the lower member 3 ′ is disposed on the right side of the convex portion 51, and the contact portion 35 ′ is disposed along the rising base portion of the convex portion 51 and sandwiched from the left and right.
Note that the mounting bolt 1B may be integrally attached in advance to the accommodating portion 33 ′ of the lower member 3 ′, or the mounting bolt 1B may be attached in the subsequent second step.

Next, as a second step, the mounting bolt 1B is attached to the accommodating portion 33 ′ of the lower member 3 ′, the fastening nut 1C is attached to the male thread portion 17 of the mounting bolt 1B, and tightened with a tool or the like from above.
By this tightening, an action of pulling up the mounting bolt 1B works, and the upper member 2 ′ and the lower member 3 ′ can be fixed integrally. In this state, the contact portions 25 ′ and 35 ′ are in a state of sandwiching the rising base portion of the convex portion 51 from the left and right, so that the upper member 2 ′ and the lower member 3 ′ are engaged with the convex portion 51. The mounting bolt 1B stands on the upper member 2 ′.

Thereafter, as a third step, the external member is directly attached to the distal end of the male screw portion 17 of the attachment bolt 1B of the fixed attachment member 1 ′, or the external member is indirectly attached via a support material, A nut 8B is attached and fixed to the fixed mounting bolt 1B. In this illustrated embodiment, solar cell panels 9 and 9 are arranged on the left and right as external members, and a vertically long pressing member 8 shown in FIG. 3 (d) is arranged on the male screw portion 17 of the mounting bolt 1B. Then, the nut 8B is tightened and fixed.
This solar cell panel 9 has a configuration in which a frame 91 is arranged around the solar cell 90, and the pressing member 9 has pressing portions 91 and 91 that press the edge of the solar cell panel 9, The lower ends of the pieces 92 and 92 land on the upper surface of the mounting member 1 ′, and the male screw portion 17 of the mounting bolt 1 B is disposed between the vertical pieces 92 and 92.
Since the mounting member 1 ′ is provided with the upright piece 212 formed by folding a part of the horizontal piece 21 ′ upward as described above, the solar cell panel 1 is attached to the edge of the upright piece 212. 1 can be disposed in a locking manner, which contributes to the positioning of the solar cell panels 1 and 1.

1, 1 'mounting member 10, 10' space 11 upper surface 12 left side surface 13a bottom left side 13b bottom right side 14 right side 15 shaft 16 head 17 male screw part 1B mounting bolt 1C fastening nut 2, 2 'upper member 24 pivot Bearing part 25 Contact part 3, 3 'Lower member 33 Housing part 34 Pivot part 35 Contact part 5 Exterior surface 5A Exterior material 51 Convex part 52 Side edge part 6A Holding member 6B Spacer 6C Nut 7 Mounting member (Comparative example) )
7A Carrying base 7B Mounting bolt 7C Holding material 7D Fixing tool

Claims (1)

An attachment member that is fixed to a convex portion formed of an exterior material constituting the exterior surface,
An upper member disposed on either the left or right side of the convex portion, a lower member pivotally attached to the upper member and disposed on the other of the convex portions, and attached to the lower member A mounting bolt that passes through the upper member and a fastening nut that is screwed onto the tip of the mounting bolt,
Ri through hole elongated hole der of said upper member, wherein the mounting bolt penetrates,
The upper member or the upper member or the lower member can be pivoted by attaching the fastening nut to the mounting bolt and tightening the upper member and the lower member so as to sandwich the convex portion from the left and right. By rotating either or both of the lower members to integrate the mounting member, the contact portion provided on the upper member protrudes from one side, and the contact portion provided on the lower member protrudes from the other side. An attachment member characterized in that the attachment bolt is erected on the upper member by being latched to the proximal end of the shape portion .