JP5759205B2 - Roof mount support - Google Patents

Description

  The present invention relates to a support for a roof mount that supports a mount for attaching a photovoltaic power generation panel or the like on the roof.

A photovoltaic power generation panel is installed on the upper part of a tile roof such as a house using a roof mount.
This on-roof gantry comprises a gantry by combining bars and the like, this gantry is fixed on the roof via a support, and a photovoltaic power generation panel is attached to the upper part of the gantry.

For example, Patent Document 1 discloses a structure for attaching a solar roof 104 using a stand 102 (support) fixed to the tile roof 100 as shown in FIG.
In the stand 102, the underwater engagement portion 108 of the underwater member 107 of the stand 102 is engaged with the underwater edge 106 of the tiled roof plate 100, and the overwater side edge 110 of the tiled roof plate 100 is overwatered. The joint 114 and the water-side joint 116 are fixed by the fixing tool 118 while the water engaging part 112 of the member 111 is locked. A gutter material 122 is attached to the stand 102 via a cross member 120, and the solar roof plate 104 is fixed between the gutter materials 122.

  Further, Patent Document 2 has a description of a mounting bracket on the roof, and this bracket is composed of a pedestal and a movable body, and the pedestal is a setup in which the roof surface placement portion and the left and right of the roof surface placement portion are raised. The movable body is formed with an upper surface portion, a side wall portion, and a pressing portion pressed against the roof material, and the movable body is combined so as to be rotatable via a fixture.

Japanese Patent No. 3563253 Japanese Patent No. 4146704

  Now, since the stand 102 of the said patent document 1 is a form which latches and uses to the water-side edge 106 and the water-side edge 110 of the tile roof board 100, respectively, it is long in the whole, and in the case of attachment Because the tile roof board 100 is lifted upward, the water upper side member 111 of the stand 102 is inserted between the tile roofs from the water engagement portion 112 side, and is engaged with the water upper edge 110 of the tile roof board. There is a concern that the tile roof board 100 may be damaged due to the lifting of the tile roof board 100, or that the tile roof board may be displaced, and the workability is poor.

  In addition, the mounting bracket of Patent Document 2 has a structure in which the movable body is rotated and the eaves-side goby portion of the roof material is pressed and held with a nut, so that the bracket is large in size and the mechanism is complicated, workability and productivity. There is a problem that it takes time for construction.

  The present invention has been made in order to solve the above-described problems, and is a support for a roof mount that is easily and quickly attached to a roof tile, has excellent workability, is easy to process, and has excellent productivity. The purpose is to provide.

  In order to solve the above technical problems, the roof mount support according to the present invention is placed on the front tile 4 wound on the roof slope as shown in FIGS. A base member 10 that is partially inserted between the front tile 4 and the rear tile 6 that is spread over the water, a fixing portion 42 that is fixed to the upper portion of the base member 10, and the fixing portion 42. A presser member 12 formed of a presser portion 38 that is formed on the upper side of the roof and presses the upper surface of the roof tile 6 in the latter stage, a mounting portion 46 that is attached to the upper portion of the fixing portion 42 of the presser member 12, and an upper side of the mounting portion 46 And the receiving member 14 including the receiving portion 50 that supports the roof mount, and the base member 10, the pressing member 12, and the receiving member 14 are fastened together using the fasteners 16 and 17. In addition, the rear roof tile 6 is connected to the base member 1. And a structure for fixing on the roof slope and held between the pressing member 12.

  The support for the roof mount according to the present invention forms a locking piece portion 32 on the water side of the pedestal member 10, and this locking piece portion 32 is used as the back surface of the underwater side edge portion 25 of the tile 6 at the rear stage. It is the structure made to latch on the latching convex part 68 provided in this.

  The support device for the roof mount according to the present invention is provided with a long hole portion 44 in the fixing portion 42 of the holding member 12 that is long downward in the surface of the water, and the fasteners 16 and 17 are inserted into the long hole portion 44. The position of the pressing member 12 with respect to the base member 10 can be adjusted.

  The roof mount support according to the present invention includes a locking portion 58 formed laterally on the water side of the elongated base portion 56 and a connecting portion 60 formed on the water side of the base portion 56. A pair of locking members 18 and 19 are used, and the locking portions 58 and 58 of the both locking members are respectively tilted horizontally and inserted between the front roof tile 4 and the rear roof tile 6. The base portion 56 is turned so that the locking portion 58 faces downward and is locked to the water-side edge 24 of the preceding roof tile 4, while the connecting portions 60 and 60 of the both locking members are connected to the base member. 10 is fastened on the underwater side, and both the locking members 18 and 19 are held on both sides of the pedestal member 10 or the pressing member 12, respectively.

  According to the support for the roof mount according to the present invention, it has a pedestal member placed on the front tile, a holding member for pressing the back tile, and a receiving member for supporting the roof mount, and these are integrated. Since it is fastened and the rear tile is sandwiched between the base member and the holding member and fixed on the roof slope, it can be easily and quickly attached to the roof sloped roof tile, and it has excellent workability. Since it is inserted into the gap between the roof tiles and held between the roof tiles, the roof tiles can be prevented from being damaged or crushed tiles can be prevented from shifting, and further, the processing is easy and the productivity is excellent.

  According to the support for the roof mount according to the present invention, since the locking piece formed on the base member is locked to the locking projection of the back tile, the support held by the back tile. However, there is an effect that it is held more firmly by the locking.

  According to the support for the roof mount according to the present invention, the holding member is provided with the long hole portion and the position of the holding member with respect to the base member can be adjusted. There is an effect that adjustment can be performed easily.

  According to the support for the roof mount according to the present invention, the structure in which the locking portions of the pair of locking members are locked to the roof tile in the previous stage and the connecting portions are fastened and held on the underwater side of the base member. Since the support is also locked to the roof tile in the previous stage, further movement (to the underwater side) is prevented, and the support tool can be held and fixed more reliably. Therefore, it is possible to prevent the roof tile from being damaged or the roof tile from shifting.

It is a figure which shows the support tool of the roof mount frame which concerns on embodiment of this invention. It is a figure which shows the main body form of the support tool of the roof mount frame which concerns on embodiment of this invention. It is a disassembled perspective view of the support tool of the roof mount frame which concerns on embodiment. It is a figure which shows the latching member of the support tool of a roof top frame. It is a figure which shows the state which attaches the support tool of a roof top frame to a tile, (a) is the attachment state of a locking member, (b) is the attachment state of the main body of a support tool, (c) is related to the main body of a support tool. The state which attaches a stop member is shown, respectively. It is a figure which shows the state which attaches the latching member of the support tool of a roof top frame between tiles. It is a figure which shows the state which attaches a pair of latching member of the support tool of a roof top frame. It is a figure which shows the state which attaches a roof top mount to a support, (a) is a disassembled perspective view, (b) is a figure which shows a cross section. It is a figure which shows the state which attaches a fixing metal fitting to a roof top frame. It is figure (a) (b) which shows the state which attaches a photovoltaic power generation panel to a roof top frame. It is a figure which shows the state which concerns on embodiment and attaches a roof top stand and a photovoltaic power generation panel to a support tool. It is a figure which shows the attachment structure of the solar roof board concerning a prior art example.

DESCRIPTION OF EMBODIMENTS Hereinafter, embodiments of a support for a roof mount according to the present invention will be described with reference to the drawings.
FIG. 1 shows a state in which the roof mount support 2 is attached to a roof tile.
The support 2 is attached over a front tile 4 sown on the underwater side of the roof slope and a back tile 6 sown over the waterside of the front tile 4. The rear roof tile 6 is obtained by spreading a part of the lower water side portion of the rear roof tile 6 on top of the water upper portion of the front roof tile 4.

  The support 2 supports a pedestal member 10 placed on the upper surface portion of the front roof tile 4, a presser member 12 that presses the upper surface portion 22 of the underwater side portion of the rear roof tile 6, and the roof mount base 1 described below. A receiving member 14 is provided. The pedestal member 10, the pressing member 12 and the receiving member 14 are fastened and integrated by a bolt 16 and a nut 17 as fastening devices. The base member 10, the pressing member 12, and the receiving member 14 are all manufactured by steel plate processing.

Further, the support 2 has a pair of locking members 18 and 19 which are arranged on both sides of the base member 10 and are respectively locked to the water-side edge 24 of the front roof tile 4.
These locking members 18 and 19 reinforce the function of holding and fixing the support 2 on the roof.

Therefore, the support tool 2 has a basic form which is the main body 3 of the support tool 2 shown in FIG. 2 and a form in which the fixing members 18 and 19 are added to this to strengthen the fixing structure of the support tool 2 on the roof. There is.
The support 2 can serve as a support for the roof mount regardless of the basic form or the reinforcing form.
Hereinafter, the support 2 for the roof mount will be described with a focus on the above-described enhanced form.

FIG. 3 is an exploded perspective view of the support 2.
As shown in the figure, the pedestal member 10 has a base support portion 28 on the lower side of the base portion 26 and a base support portion 30 on the water upper side, which are stepped downward. Further, a locking piece portion 32 bent upward is provided at the distal end portion of the base support portion 30.
The base portion 26 and the base support portion 28 are each formed with a boss 34 having a ridge (downwardly on the water) in the center. A hole 36 is provided in the center of the base 26.

  The presser member 12 is a long plate-like material in which an upright stepped portion 40 that is raised one step at the intermediate portion is formed. A flat presser portion 38 is formed on the upper water side of the upright stepped portion 40, and A fixing portion 42 is formed on the lower water side.

The fixed portion 42 is formed with an extended portion 39 through a step portion that is lowered by one step at a position closer to the water side, and flange portions 43, 43 bent downward are formed on the left and right portions of the fixed portion 42. Yes. The flange portions 43, 43 hold the left and right portions of the base portion 26 of the pedestal member 10 inside, so that the pedestal member 10 and the pressing member 12 are integrated.
Further, a boss 41 having a protruding line (downwardly from the water) is formed in the center from the fixed part 42 to a part of the pressing part 38. Further, a long hole 44 is formed in the central portion of the fixing portion 42 so as to face downward in the water, so that the pressing member 12 can be positioned with respect to the pedestal member 10.

The receiving member 14 has a shape in which a plate material is bent in a Z-shaped cross section, and includes a lower mounting portion 46, an upright portion 48 that is erected vertically from an end portion of the mounting portion 46, and the upright portion 48. It consists of the flat receiving part 50 formed sideways from the upper end part. The mounting portion 46 is formed with a hole 54 at the center.
A first groove 52 is formed in a groove shape from the central portion of the raised portion 48 to the receiving portion 50, and the second groove portion is continuously formed in the receiving portion 50 from the first groove portion 52. 53 is formed. The first groove 52 is formed to have a larger groove width (substantially twice) than the second groove 53.

The locking members 18 and 19 are used as a pair (a pair), and the locking member 19 has a symmetrical shape with respect to the locking member 18.
As shown in FIG. 4, the locking member 18 is formed by bending a long (circular cross-section) metal, and is formed into a long bar-like base portion 56 and laterally above the base portion 56. And a connecting portion 60 formed on the underwater side of the base portion 56.

The locking portion 58 is bent at a right angle from the base portion 56, and a locking piece 66 is bent inward in the vicinity of the front portion. The connecting portion 60 has a shape in which a connecting base portion 61 is bent at a right angle from the base portion 56 and a fastening portion 62 is bent in an L shape (90 °). The fastening portion 62 has a flat shape and is provided with a hole 64 at the center.
The angle formed by the locking portion 58 and the connecting base portion 61 of the connecting portion 60 is greater than 90 ° (about 10 °) when the axis center of the base portion 56 is used as a reference (here, 101 °). ).
The locking member 19 has the same basic shape as each part except for a point symmetrical with the locking member 18. The locking members 18 and 19 use stainless steel (SUS) as a material.

  The roof tiles such as the front tile 4 and the rear tile 6 have the same shape and are flat rectangular roof tiles. Further, the roof tiles 4, 6 and the like are formed with locking projections 68 projecting downward on the back surface of the underwater side edge 25, and in the center of the back surfaces of the roof tiles 4, 6 are grooved downward in the water. A back groove portion 70 that is recessed is formed.

Here, the usage form of the support 2 of the said roof mount frame is demonstrated.
First, the procedure for attaching the support 2 to the covered roof tile will be described.
The support 2 is preliminarily stacked in the order of the pedestal member 10, the holding member 12 and the receiving member 14, and the bolts 16 are laid from below at the hole portion 36 of the pedestal member 10, the long hole portion 44 of the holding member 12 and the hole portion of the receiving member 14. 54, and the nut 17 is loosely tightened from above and assembled easily.

When attaching the support 2, the locking members 18 and 19 are inserted between the front roof tile 4 and the rear roof tile 6 in advance.
As shown in FIG. 5A, the locking member 18 is inserted with the locking portion 58 turned sideways. Since this latching part 58 can be inserted sideways, it is sufficient for insertion to such an extent that the roof tile 6 on the water-side is slightly lifted to ensure a slight gap. The locking portion 58 of the locking member 18 is inserted to a position beyond the water-side edge 24 of the front roof tile 4. Similarly, with respect to the other locking members 19, the locking portions 58 are inserted between the front roof tile 4 and the rear roof tile 6.

  Next, as shown in FIG. 5B, the body 3 of the support 2 is attached between the locking member 18 and the locking member 19. The main body 3 of the support 2 places the pedestal member 10 on the upper surface of the front tile 4 wound on the roof slope, and inserts the pedestal member 10 between the front tile 4 and the rear tile 6. . At the same time, the presser portion 38 of the presser member 12 is disposed on the upper surface portion of the rear roof tile 6 near the underwater edge 25.

When inserting the pedestal member 10, the back groove portion 70 of the back tile 6 is used, and the pedestal member 10 is inserted into the gap formed by the back groove portion 70. In addition, when using the roof tile of the shape without the said back groove part 70 for a back | latter stage roof, the base member 10 is inserted in the appropriate position (near the center part) between this roof tile and a front | former roof tile. In this case, the back tile is slightly lifted to secure a gap.
Since the pedestal member 10 and the locking members 18 and 19 of the support 2 can be disposed by being inserted into a slight gap between the roof tiles, the roof tile 10 can have any shape such as a curved plate or flat plate. It is also possible to install it after it has been rolled up.

Further, as shown in FIG. 5C, when the pedestal member 10 is inserted between the front roof tile 4 and the rear roof tile 6, the locking piece 32 of the base member 10 is connected to the rear roof tile 6. It is made to latch on the latching convex part 68 formed in the back surface. The holding structure of the supporting piece 2 attached to the roof tile 6 in the subsequent stage is strengthened by the locking structure by the locking piece portion 32.
And the holding member 12 provided in the upper part with respect to the said base member 10 is moved to the water upper side (or water lower side) using the elongate hole part 44, and the standing step part 40 of the holding member 12 is made into a back | latter stage. The roof tile 6 is brought into contact with the underwater side edge 25.

In this state, the nut 17 attached to the bolt 16 of the support 2 is tightened. By tightening the bolt 16, the presser portion 38 of the presser member 12 presses the upper surface portion of the rear roof tile 6 to sandwich the rear roof tile 6 with the pedestal member 10, and the support 2 itself is attached to the rear roof tile 6. Hold and fix.
As a result, the support 2 (main body 3) is held and fixed to the rear roof tile 6 by both clamping and locking means.

Next, as shown in FIG. 6, the locking member 18 inserted between the front roof tile 4 and the rear roof tile 6 is turned (with the base portion 56 as an axis) so that the locking portion 58 faces downward, To the water-side edge 24 of the roof tile 4. In this state, the fastening portion 62 of the locking member 18 faces upward.
Similarly, for the other locking members 19, the base portion 56 is rotated (opposite to the locking member 18) to lock the locking portions 58 to the water-side edge 24 of the preceding roof tile 4. Turn 62 upwards.

  Then, as shown in FIG. 7, the fastening portions 62 of the locking members 18 and 19 face each other on the water side of the main body 3 of the support 2. At this time, both fastening portions 62 are in an upward direction and open to the left and right. Further, the bolt 72 is inserted into the holes 64 of both the fastening portions 62, 62, and the nut 73 is fastened from the opposite side, and the fastening portions 62, 62 are fastened and connected (FIG. 5C).

Thereby, the locking members 18 and 19 turn slightly inward, and the fastening portions 62 face each other in parallel. At this time, each latching | locking part 58,58 opens in the shape of a square, and each latching | locking part 58,58 latches to the waterside edge 24 of the roof tile 4 of a front | former stage, respectively. At the same time, the locking pieces 66 and 66 of the locking portions 58 and 58 engage with the corner portions 71 and 71 at both ends of the back groove portion 70 of the water-side edge portion 24 of the front roof tile 4, respectively. 19 is firmly fixed to the roof tile 4 in the previous stage.
When the roof tile without the back groove portion 70 is used, the locking pieces 66 and 66 of the locking portions 58 and 58 engage with the back surface portion of the water side edge of the roof tile.

  Further, by fastening (connecting) the fastening portions 62 and 62 with the bolt 72 and the nut 73, the base portions 56 and 56 of the locking members 18 and 19 are supported by the base member 10 or the presser of the support 2 (main body 3). The left and right sides of the member 12 are clamped. By the clamping by the locking members 18, 19, the locking members 18, 19 are fixed to the main body 3 of the support 2 in a state where the locking members 18, 19 are integrated with the base member 10 (or the pressing member 12).

Therefore, the support 2 is fixed to the rear roof tile 6 by being clamped by the presser member 12 and the pedestal member 10, and is also moved to a state in which it is also locked to the front roof tile 4 by the locking members 18 and 19 ( Underwater) is blocked. As a result, the support 2 is held and fixed to both the tiles 4 and 6 of the back tile 6 and the front tile 4, so that the support 2 is firmly fixed.
If the support 2 is sufficiently held and fixed only by the roof tile 6 at the rear stage, the support 3 that supports the roof mount 1 is supported only by the main body 3 of the support 2 without using the locking members 18 and 19. It can be used as a tool.

  The support 2 is attached to the roof on which the roof mount frame 1 is arranged at a predetermined interval. Here, since the rail material 74 which forms the roof mount frame 1 is disposed in the direction of water on the roof (longitudinal direction), the support tool 2 also has a predetermined interval at a position along the rail material 74. Attach several.

Here, based on FIG. 8 (a) (b), the method to attach the roof mount frame 1 to the support 2 is demonstrated.
The roof mount 1 is composed of a plurality of rail members 74. As shown in FIG. 8 (b), the rail member 74 has a substantially rectangular cross section and is manufactured by extrusion molding of a light alloy. An engagement groove 77 having a C-shaped cross section having an opening 76 on the upper side is formed on the upper portion of the rail member 74, and an engagement groove 79 having a C-shaped cross section having an opening 78 on the lower side on the lower side. Is formed.
And the said rail material 74 is arrange | positioned on the upper part of the support tool 2 arrange | positioned in multiple (vertical direction) on the roof.

When the rail member 74 is attached to the support 2, the bolt 80 and the internal nut 81 are used. The internal nut 81 is a parallelogram-shaped plate member having a screw hole, and can be fitted into the engagement groove 77 of the rail member 74, and has a shape in which rotation in the groove is prevented by the corner. is there.
And the rail material 74 is fixed to the receiving member 14 of the support 2 using the said volt | bolt 80 (and internal nut 81). Here, the first groove portion 52 of the receiving member 14 is formed in such a size that the head portion of the bolt 80 can pass therethrough, and the second groove portion 53 can pass the shaft portion of the bolt 80 (the head portion of the bolt 80). Is formed in a size that cannot pass through.

  Now, as shown in FIG. 8A, the internal nut 81 is screwed to the bolt 80 in advance, and the internal nut 81 is fitted into the engaging groove 79 of the rail member 74 disposed on the upper portion of the support 2. Include. Then, the bolt 80 is moved together with the internal nut 81 (sliding in the engagement groove 79), the head of the bolt 80 is passed through the first groove 52 of the receiving member 14, and the shaft portion of the bolt 80 is moved to the first position. The second groove 53 is moved to the end position. Thus, the head portion of the bolt 80 is positioned below the receiving portion 50 of the receiving member 14.

Here, the bolt 80 is tightened using a tool, and the rail member 74 is fixed to the receiving member 14 of the support 2. Similarly, the rail member 74 is also fixed to the other supports 2 using the bolts 80 and the internal nuts 81.
The other rail members 74 are also fixed to the support 2 in the same manner. The rail members 74 are installed with their underwater end portions aligned. Thus, by using the bolt 80 and the internal nut 81, the rail member 74 can be easily attached to the support 2.

  Here, the roof mount 1 is composed of two or three or more vertically oriented rail members 74. In addition, as the roof mount 1, rail members 74 are also arranged in the horizontal direction to form a rectangular shape. It is also possible to adopt the form of a roof mount base in which rail members 74 are arranged. In this case, the support 2 is arranged along the vertical and horizontal rows. The rail member 74 can be easily attached to the support 2 by using the bolt 80 and the internal nut 81.

As shown in FIG. 9, the photovoltaic power generation panel 8 is attached to the upper portion of the roof mount 1 using a fixing bracket 84. The photovoltaic power generation panel 8 has a flat rectangular shape.
The fixing bracket 84 has a cross-sectional hat shape in which side wall portions 88 and 88 are erected from both sides of the flat fixing portion 86 and wing portions 90 and 90 are formed outward from the upper portions thereof. The fixing part 86 is provided with a hole 87 in the center. In addition, an engagement portion 92 that is bent inward is formed at the tip of each wing portion 90.

  The fixing bracket 84 is fixed to the upper portion of the lower end portion of the rail member 74 using the bolt 80 and the inner nut 81. First, the bolt 80 is inserted into the hole 87 of the fixing portion 86 of the fixing metal 84 via the washer 93, and the inner nut 81 is loosely screwed to the tip of the bolt 80. Then, the fixing bracket 84 is disposed in the vicinity of the end portion of the rail member 74, the inner nut 81 is fitted into the engaging groove portion 77 of the rail member 74, and the bolt 80 is tightened using a tool. As a result, the fixture 84 is fixed to the end of the rail member 74. The fixing bracket 84 is similarly attached to the other rail members 74.

  And as shown to Fig.10 (a) (b), it arrange | positions the photovoltaic power generation panel 8 between the rail materials 74 of the roof top frame 1 inclining for a while, and fixed the edge part 9 on the lower side which attached it above. While being engaged with the engaging portion 92 of the wing portion 90 of the metal fitting 84, the metal member 84 is lowered and placed on the rail member 74. Thereby, the edge part 9 of the photovoltaic power generation panel 8 is held and fixed by the fixing bracket 84.

FIG. 11 is a diagram illustrating a state where the roof mount 1 and the photovoltaic power generation panel 8 are attached to the support 2.
In this manner, the water-side edge of the photovoltaic power generation panel 8 is also fixed to the upper portion of the rail member 74 using the fixing bracket 84. In this case, the engaging portion 92 of the fixing bracket 84 is engaged with the water-side edge portion of the photovoltaic power generation panel 8, and the bolt 80 is tightened in this state.

Since the fixing bracket 84 has wing portions 90 and 90 and engaging portions 92 and 92 formed on both sides, the wing portion 90 on the water side of the fixing bracket 84 is on the water side of the photovoltaic power generation panel 8. And the edge part 9 of the underwater side of the other photovoltaic power generation panel 8 can be continuously held and fixed using the engaging part 92.
Finally, the eaves lower cover 94, the eaves lower end cover 95, the joint cover 96, the joint end cover 97, the rail end cover 98, and the like are attached.

  Therefore, according to the above-described embodiment, it is easily and quickly attached to the roof tile, has excellent workability, and is inserted into the gap between the tiles to be held or locked. Since it only needs to be lifted, there is no need to lift the roof tile, so that it is possible to prevent damage to the roof tile or the displacement of the cracked roof tile. Further, the processing is easy and the productivity is excellent.

2 Support tool 4 Front tile 6 Rear tile 10 Pedestal member 12 Holding member 14 Receiving member 16, 17 Fastening tool (bolt, nut)
18, 19 Locking member 24 Water-side edge 25 Water-side edge 32 Locking piece 38 Pressing portion 42 Fixing portion 44 Long hole portion 46 Mounting portion 50 Receiving portion 56 Base portion 58 Locking portion 60 Connecting portion 68 Concavity

Claims (4)

A pedestal member that is placed on the front tile tiled on the roof slope and partially inserted between the previous tile tile and the rear tile tiled on the water side;
A holding member comprising a fixing part fixed to the upper part of the pedestal member, and a pressing part that is formed on the water side of the fixing part and presses the upper surface part of the rear tile;
A mounting part attached to the upper part of the fixing part of the pressing member, and a receiving member formed on the upper side of the mounting part and comprising a receiving part that supports the roof mount;
The fastening member is used to fasten the pedestal member, the holding member and the receiving member together, and the rear tile is sandwiched between the pedestal member and the holding member and fixed on the roof slope .
The fixing part of the presser member is provided with a long long hole part facing downward in the water, and the fastening member is inserted into the long hole part so that the position of the presser member with respect to the pedestal member can be adjusted. Support for the roof mount. A pedestal member that is placed on the front tile tiled on the roof slope and partially inserted between the previous tile tile and the rear tile tiled on the water side;
A holding member comprising a fixing part fixed to the upper part of the pedestal member, and a pressing part that is formed on the water side of the fixing part and presses the upper surface part of the rear tile;
A mounting part attached to the upper part of the fixing part of the pressing member, and a receiving member formed on the upper side of the mounting part and comprising a receiving part that supports the roof mount;
The fastening member is used to fasten the pedestal member, the holding member and the receiving member together, and the rear tile is sandwiched between the pedestal member and the holding member and fixed on the roof slope .
Using a pair of locking members consisting of a locking part formed laterally on the water side of the elongated base part and a connecting part formed on the water side of the base part,
Between the front roof tile and the rear roof tile, the locking portions of the both locking members are respectively tilted sideways and inserted, and further the base portion is turned to turn the locking portion downward and the front roof tiles. While locking to the water upper edge of the roof tile, the connecting portions of the both locking members are fastened on the underwater side of the pedestal member, and the both locking members are respectively connected to the pedestal member or the holding member. A support for a roof mount, which is held on both sides . The fixing part of the presser member is provided with a long long hole part facing downward in the water, and the fastening member is inserted into the long hole part so that the position of the presser member with respect to the pedestal member can be adjusted. The support for the roof mount according to claim 2 . A locking piece portion is formed on the water side of the pedestal member, and the locking piece portion is locked to a locking projection provided on the back surface of the water-side edge of the rear tile. The support for a roof mount according to claim 1 , 2 or 3 .

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