JP6814543B2 - Mounting bracket for roof-standing equipment - Google Patents

Description

The present invention is a roof such as a solar panel, a water heater, or a greening facility installed on a roof (roof with a thatched roof tile) that is covered with a plurality of groove plates connected to each other by a hemming and seaming structure. Regarding mounting brackets used to mount the installation equipment on the roof.

Conventionally, as metal fittings for attaching the roof-standing equipment to a roof tile-roofed roof, a support member for supporting the roof-standing equipment on the roof and for fixing the support member to the roof tile bar. A mounting bracket provided with a fastening member of the above has been proposed. The support member is a receiving portion on which the roof-standing equipment is placed above the tile bar, and a pair of legs connected to the receiving portion and facing each other, and a pair of legs located on both sides of the tile bar during use. It consists of a part.

According to this, by the tightening operation of the fastening member, both legs of the support member are elastically deformed so that they are close to each other toward the other one, and the tile rod is firmly formed at the tip portions of both legs. It can be sandwiched so that the mounting bracket can be fixed to the tile bar.

Japanese Unexamined Patent Publication No. 2013-227732

By the way, the roof-standing facility installed on the roof is in a natural environment and may be subjected to an excessive load due to an unexpectedly strong wind or snow cover. The mounting bracket is required to stably hold the roof-standing equipment on the roof even when the roof-standing equipment receives such an excessive load. In view of the conventional mounting bracket, an object of the present invention is to provide a mounting bracket that contributes to more stable holding of the roof-standing equipment on a roof tile-roofed roof.

The present invention relates to a metal fitting (mounting metal fitting) used for mounting a roof-standing equipment on a roof tile-roofed roof, and the mounting metal fitting is a metal fitting (mounting metal fitting) of the roof-standing equipment above the roof tile bar at the time of use. A support member having a receiving portion to be mounted, a pair of legs connected to the receiving portion and facing each other and located on both sides of the tile bar at the time of use, and both legs of the supporting member. A locking member arranged between the portions and locked to the two roof tiles of the roof tile rod, a first fastening member for fastening the receiving portion of the support member and the locking member, and the above. A second fastening member for fastening both legs of the support member to the tile bar is provided.

According to the present invention, in the mounting bracket, a support member having a function of supporting the roof-standing equipment on the roof is fastened to and fixed to the tile bar at both the receiving portion and both leg portions. This is done by fixing the locking member between the two legs of the support member to the receiving portion of the support member via the first fastening member, and by fixing the locking member that locks to the two-row goby of the tile bar. This can be done by fixing both legs of the support member to the tile bar via the fastening member of 2. As a result, the mounting bracket is fixed to the roof tile bar more firmly than the conventional one performed only on both legs of the support member, and the roof-standing equipment is held with higher stability on the roof. can do.

Receiving prior Symbol support member has a pair of flat surfaces extending in the flow direction of the roof surface forming the mounting surface of the roof placed facilities, and a concave surface extending between two flat surfaces to the flow direction of the roof surface Further, the first fastening member can be composed of a bolt penetrating the concave surface and a nut received in the concave surface and screwed into the bolt. According to this, since the nut is in the concave surface of the receiving portion and does not project above both flat surfaces, it does not hinder the mounting of the roof-standing equipment on the receiving portion.

The mounting bracket further includes a third fastening member for fastening the roof-standing equipment to the receiving portion of the supporting member, and the third fastening member is spaced apart from the receiving portion of the supporting member. It is composed of a bolt extending through one of the one bolt hole and the other bolt hole provided in place of the roof and a nut screwed into the bolt, and when used, the support member is formed with the one bolt hole. Other bolt holes may be arranged so as to be located along the flow direction of the roof. According to this, when the mounting bracket is used, the two bolt holes are located on the water upper side and the water lower side in the flow direction of the roof, respectively, as insertion holes for the bolts constituting the third fastening member. When using a bolt hole located on the underwater side, the distance between the bolt and the underwater end of the support member is smaller than when using a bolt hole located on the water side. As a result, it is possible to reduce the exposure of the support member that projects under the roof-standing facility mounted on the mounting bracket to the underwater side, and to improve the appearance. ..

In addition, both legs of the support member each have a tip portion that comes into contact with the roof surface during use. According to this, the weight of the roof-standing equipment itself borne by the mounting bracket and the load of wind, snow, etc. acting on the weight are more efficiently applied to the roof plate through both the tile bar and the roof surface. Can be communicated to. This also contributes to the stable holding of the roof-standing equipment by the mounting bracket.

Also, preferably, both legs of the support member have a mutual spacing that gradually increases from the receiving portion toward their tip portions. By setting the mutual distance between the legs in this way, it becomes easier to arrange the legs of the support member on both sides of the roof tile bars having different widths when installing the mounting bracket. It can be possible.

The locking member comprises a main body and a pair of arm portions having a hook-shaped tip portion connected to the main body via a pin . According to this, a pair of arm portions can be swung around the pin with respect to the main body, whereby the hook-shaped tip portions of both arm portions can be easily pulled to both of the tile rods. It is possible to hang the tile rods having different widths, and it is possible to easily hook the tip portion of the arm portion on both ridges.

When the roof-standing equipment is made of a snow stopper plate, the support member shall have a notch that allows a part of the snow stopper plate to be inserted from the receiving portion to a part of both leg portions. Can be done. Here, a fixing plate for fixing the snow stopper plate may be further provided on the receiving portion of the support member. The fixing plate is fixed to the receiving portion of the support member via the first fastening member. Further, preferably, both legs of the support member have two pairs of tip portions that come into contact with the roof surface during use and extend in opposite directions with respect to the other one.

It is a partial perspective view which shows roughly the roof-standing equipment attached to the roof of the roof tile-roofed type by the mounting bracket. It is a top view of the mounting bracket in the state where the roof-standing equipment is attached to the roof with a roof tile bar. It is a front view of the mounting bracket in the state where the roof-standing equipment is attached to the roof with a roof tile bar. It is a side view of the mounting bracket in the state where the roof-standing equipment is attached to the roof with a roof tile bar. It is a perspective view which looked at the mounting bracket from one direction side (the water side of the roof when the mounting bracket is arranged). It is a perspective view seen from the other side of the mounting bracket (the underwater side of the roof when the mounting bracket is arranged). It is an exploded perspective view of a mounting bracket. It is a partial perspective view which shows schematicly the roof-standing equipment attached to the roof of the roof tile-roofed type by the mounting bracket which concerns on the modification. It is a perspective view which saw the mounting bracket shown in FIG. 8 from the side in the other direction (the underwater side of the roof when the mounting bracket is arranged). It is a perspective view which saw the mounting bracket shown in FIG. 8 from the one-way side (the water upper side of the roof when the mounting bracket is arranged). It is an exploded perspective view of the mounting bracket shown in FIG.

1 to 7 and 8 to 11 show an example of the mounting bracket 14 and a modified example thereof, respectively.

Referring to FIG. 1, a roof-standing facility 12 is mounted on a roof 10 with a roof tile-roofed roof, and is attached to the roof 10 by a mounting bracket 14.

The roof tile-roofed roof 10 includes a plurality of roof tiles 16 that are arranged at intervals in a direction (lateral direction) perpendicular to the flow direction F of the roof and extend in the flow direction F of the roof surface, and each roof tile bar. 16 has two roof tiles 26. As shown in detail in FIGS. 2 to 4, in particular FIG. 4, each haze 26 is an end portion of a plurality of metal groove plates 20 arranged laterally spaced apart from each other on the field plate 18. And the end of the metal groove-shaped through hanger 22 arranged between the groove plates 20 and the end of the metal groove-shaped cap 24 arranged on the through hanger 22 are folded back. Become.

The roof-standing equipment 12 is mounted on the mounting bracket 14 fixed to the roof 10, and is fixed to the mounting bracket 14 via a fixing plate 28 having a U shape as a whole. The roof-standing equipment 12 includes the illustrated solar panel, a water heater, a greening equipment (not shown), and the like.

As shown in FIGS. 2 to 4 and 5 to 7, the mounting bracket 14 is locked to the support member 30 for supporting the roof-standing equipment 12 on the roof 10 and the two-rowed roof tile 26 of the roof tile rod 16. A locking member 31 and a first fastening member 32 and a second fastening member 34 for fixing the support member 30 to the roof 10 (specifically, the tile bar 16) at two places thereof are provided.

By fixing the support member 30 to the tile rod 16 at the two places, the mounting state of the mounting bracket 14 to the roof 10 is made more solid as compared with the case where the support member 30 is fixed at the one place. The installation state of the roof-standing equipment 12 on the roof 10 can be made more stable.

The illustrated support member 30 has a cross-sectional shape that has an inverted U shape as a whole. The support member 30 has a plate-shaped receiving portion 36 extending in an extension direction of an axis (not shown) orthogonal to the cross section thereof, and a pair of plate-shaped leg portions 38 connected to the receiving portion and facing each other.

As shown in FIG. 1, when the mounting bracket 14 is used, the support member 30 is arranged on the roof 10 so as to straddle the tile rod 16, and the mounting bracket 14 is arranged via both the first and second fastening members 32 and 34. It is fixed to the tile bar 16. More specifically, the receiving portion 36 of the support member 30 is fastened to the roof tile 26 by the first fastening member 32 via the locking member 31, and both leg portions 38 are fastened to the second fastening member. It is fixed to both side surfaces 16a of the tile rod 16 by 34. According to this, the weight of the roof-standing equipment 12 borne by the mounting bracket 14 and the load of wind, snow, etc. acting on the weight are transmitted to the field plate 18 through the tile rod 16.

When the mounting bracket 14 is used, the receiving portion 36 of the support member 30 is located at a position spaced upward from the tile bar 16 of the roof 10 and receives the roof mounting equipment 12. Further, both leg portions 38 of the support member 30 are located on both sides of the tile bar 16 and face the both side surfaces 16a of the tile bar 16 (see FIGS. 1 and 4).

The receiving portion 36 of the support member 30 has a pair of flat surfaces 36a extending in the flow direction F of the roof surface when the mounting bracket 14 is used, and a concave surface 36b extending between both flat surfaces 36a in the flow direction F. Both flat surfaces 36a of the receiving portion 36 form a mounting surface for the roof-standing equipment 12. Further, the concave surface 36b has a width dimension and a depth dimension capable of accepting the nut 32b in the bolt 32a and the nut 32b which form an example of the first fastening member 32 which will be described in detail later. For this reason, the nut 32b fits in the concave surface 36b without protruding above both flat surfaces 36a, and does not hinder the mounting of the roof mounting equipment 12 on both flat surfaces 36a.

Both leg portions 38 of the support member 30 each have a pair of tip portions 38a. Both tip portions 38a are each bent into a hook shape and extend toward the other one. These tip portions 38a preferably come into contact with the roof surface between the tile rods 16 when the mounting bracket 14 is used. As a result, in addition to the tile bar 16, the load borne by the mounting bracket 14 can be transmitted to the field plate 18 through the roof surface.

Further, both leg portions 38 have a mutual spacing W (FIG. 6) that gradually increases from the receiving portion 36 toward the tip portion 38a. By setting the mutual spacing W in this way, even if the width of the roof is different between one roof and the other roof to which the mounting bracket 14 is applied, both legs are provided on both sides of the roof tile bar 16. The mounting bracket 14 can be arranged so that the 38 is located.

The locking member 31 for fixing the receiving portion 36 of the support member 30 to both the roof tiles 26 of the roof 10 is arranged between the leg portions 38 of the support member 30. As shown in FIGS. 4 and 7, the locking member 31 includes a main body 40 and a pair of arm portions 44 connected to the main body via a pair of pins 42. Both arm portions 44 can swing around both pins 42, respectively. The locking member 31 is preferably between the center of the support member 30 in the extension direction of the axis and one of both ends in the extension direction of the axis, and is on the water upper side in the flow direction F when the mounting bracket 14 is used. Arrange as there is. According to this, since the support member 30 is fixed to both sides 26 of the tile rod 16 on the water side, the support member 30 is lifted on the water due to the load exerted by the snow on the roof 10 from the water side to the water side. It can be prevented from floating on the side.

The main body 40 of the locking member 31 is made of a groove-shaped plate-like body, and has a pair of rising portions 40a facing each other. Both rising portions 40a are provided with two pairs of holes 40b that are aligned with each other. Further, each arm portion 44 is composed of a base portion 44a made of a groove-shaped plate-like body and a hook-shaped tip portion 44b connected to the base portion. The base portion 44a is provided with a pair of holes 44c that are aligned with each other.

The base portion 44a of each arm portion 44 is received in a part thereof between the both rising portions 40a of the main body 40, and both holes 44c are aligned with the holes 40b of each pair of the main body 40. Pins 42 are passed through both holes 44c and 40b that are aligned with each other. As a result, each arm portion 44 can swing around each pin 42 with respect to the main body 40. Further, the tip portion 44b connected to both base portions 44a of both arm portions 44 hangs down from the main body 40 so as to be slightly close to each other toward the other one.

The locking member 31 is arranged between both legs 38 of the support member 30 so that the pin 42 extends in the extension direction of the axis of the support member 30, and is provided by the first fastening member 32 as described in detail later. It is suspended from the receiving portion 36 of the support member 30. According to this, when the mounting bracket 14 is used, both arm portions 44 are not swayed or swayed around the pin 42, and both hook-shaped tip portions 44b are each of the two rows of the tile rod 16 of the roof 10. It can be hooked on the roof tile 26 from below. At this time, both tip portions 44b, which hang so as to approach each other toward the other one, maintain a hooked state with respect to both ends 26.

The locking member 31 can be fastened to the receiving portion 36 of the support member 30 by the first fastening member 32. By this fastening, the receiving portion 36 can be fixed to both sides 26 of the tile rod 16. In the locking member 31, instead of the illustrated example, the main body 40 and both arm portions 44 are continuously connected without passing through the pin 42, and both arm portions 44 are immovable with respect to the main body 40. It can be (see FIG. 11). The locking member 31 shown in FIG. 11 is a plate-shaped main body 40 facing the receiving portion 36 of the support member 30, and a pair of plate-shaped arms connected to the main body and extending along both leg portions 38 of the support member 30. It consists of a part 44. Both arm portions 44 have a hook-shaped tip portion 44b extending toward one of the other. In this example, when the mutual distance between the two arm portions 44 is different from the above-mentioned width, the both arm portions 44 are elastically deformed toward the other one or in the opposite direction to each other. The spacing, more specifically the width of the mutual spacing between the two tip portions 44b, can be adjusted.

The first fastening member 32 shown is composed of a bolt 32a and a nut 32b screwed thereto. The bolts 32a are provided in the main body 40 of the locking member 31 and have a bolt hole 40c that penetrates the center between the two rising portions 40a, and a bolt that is provided in the receiving portion 36 of the supporting member 30 and penetrates the concave surface 36b of the receiving portion. It extends upward through the holes 36c in sequence, and its head is in contact with the main body 40 of the locking member 31. Therefore, the locking member 31 is suspended from the receiving portion 36 via the first fastening member 32.

According to this, by turning the nut 32b so that the bolt 32a moves toward the receiving portion 36 of the support member 30, that is, by performing a tightening operation, both of the tile rods 16 are locked to the roof tile 26. The member 31 can be pulled toward the receiving portion 36, and the locking member 31 can be fastened to the receiving portion 36, whereby the support member 30 can be fixed to the tile rod 16 at the receiving portion 36. In the illustrated example, the bolt is composed of a square root round head bolt to prevent the bolt 32a from rotating, and the bolt hole 40c is a rectangular hole. Further, in order to prevent loosening between the bolt 32a and the nut 32b, a hexagon nut 32d is arranged between the receiving portion 36 of the support member 30 and the main body 40 of the locking member 31, and the nut 32b is a locking nut. It is configured.

Next, the second fastening member 34 shown in the figure includes a bolt 34a and a nut 34b screwed thereto. The bolt 34a extends in a direction orthogonal to the axis of the support member 30 through two bolt holes 38c provided in both leg portions 38 of the support member 30, and its head is in contact with one leg portion 38. ing. On the other hand, the nut 34b is in contact with the other leg 38. Both bolt holes 38c are preferably located at the center of the axis in the extension direction, as shown in the figure. Further, both bolt holes 38c are located above the tile rod 16 when the mounting bracket 14 is used. The bolts 34a passed through the bolt holes 38c extend between the legs 38 adjacent to the main body 40 of the locking member 31. Further, in the illustrated example, the bolt 34a is composed of a square root round head bolt to prevent rotation, and the bolt hole 38c is a rectangular hole. Reference numerals 34c and 34d in FIG. 7 indicate flat washers and spring washers that are passed through the bolts 34a, respectively.

According to this, by turning the nut 34b in the tightening direction to narrow the distance between the nut and the head of the bolt 34a, both legs 38 between them are brought closer to each other toward the other one. By elastically deforming, the tip portions 38a of both leg portions 38 can be pressed against both side surfaces 16a of the tile rod 16, respectively. As a result, the support member 30 is fastened to and fixed to the tile rod 16 at both leg portions 38. Preferably, a pair of support members 30 projecting from one of the leg portions 38 toward the other end abuting on both side surfaces 16a of the tile rod 16 together with both tip portions 38a at each end portion in the extension direction of the axis. A protruding portion 38b is provided.

A plurality of the mounting brackets 14 are arranged at intervals in the flow direction F of the roof 10 and are fixed to the tile rod 16 as described above. The illustrated mounting bracket 14 includes a third fastening member 46 for fastening the fixing plate 28 used for fixing the roof-standing equipment 12 to the support member 30 of the mounting bracket 14.

As shown in FIG. 7, the third fastening member 46 includes a bolt 46a and a nut 46b screwed thereto. The bolt 46a is provided in the receiving portion 36 of the support member 30 and extends upward through a bolt hole 36e penetrating the concave surface 36b at the center of the extension direction of the axis of the support member 30. The fixing plate 28 is formed by passing a bolt 46a through a bolt hole (not shown) provided therein, screwing a nut 46b into the bolt, and turning the nut 46b in the tightening direction to form a receiving portion 36 of the support member 30. Fastened and fixed. In the illustrated example, the bolt is composed of a square root round head bolt to prevent the bolt 46a from rotating, and the bolt hole 36e is a rectangular hole. Reference numeral 46c in FIG. 7 indicates a flat washer passed through the bolt 46a.

Further, in the illustrated example, in addition to the bolt hole 36e, a similar bolt hole 36f is provided at a distance from the bolt hole 36e as an insertion hole for the bolt 46a, and penetrates the concave surface 36b. Both bolt holes 36e and 36f are located on the water upper side and the water lower side in the flow direction F of the roof surface when the mounting bracket 14 is used, and both bolt holes 36e and 36f have either one of them. Used selectively.

The bolt hole 36f located on the underwater side is used in the mounting bracket 14 arranged closest to the eaves of the roof 10. Since the bolt hole 36f is close to the end portion (the end portion on the underwater side) of the support member 30 in the extension direction of the axis, the roof is compared with the case where the bolt hole 36e located on the water upper side is used. The exposed length of the end portion of the support member 30 under the placing facility 12 can be reduced, thereby improving the appearance of the roof 10.

Next, the mounting bracket 14 according to the modified example will be described with reference to FIGS. 8 to 11. The main deformation point is a notch 50 in the support member 30 of the mounting bracket 14 for adaptation to the snow stopper plate (hereinafter, referred to as the snow stopper plate 12 for convenience of explanation) which is one of the roof-standing equipment 12. It is in the place where it was set up. The illustrated snow stopper plate 12 is made of an angle material such as angle steel, and has one piece portion 12a and another piece portion 12b that are orthogonal to each other. The snow stopper plate 12 is placed on the receiving portion 36 of the support member 30 in a piece portion 12a which is a part thereof. At this time, the notch 50 allows the insertion of the other piece 12b, which is another part of the snow stopper plate 12.

As shown in FIG. 8, the snow stopper plate 12 is arranged above the plurality of roof tile rods 16 via a plurality of mounting brackets 14 fixed to the plurality of roof tile rods 16 of the roof 10, and these roof tile rods 16 are arranged. It extends in the direction orthogonal to. Note that FIG. 8 shows a type different from the roof 10 shown in FIG. 1 as another example of the roof 10 with a roof tile roof. The roof tile 10 roof tiles are called "fitting type vertical flat roofing", and a plurality of roof tile rods 16 having two rows of roof tiles 26 are folded ends of two groove plates 20 adjacent to each other. One is fitted to the other.

As shown in FIGS. 9 to 11, the notch 50 of the support member 30 extends from the receiving portion 36 of the support member 30 to a part of both leg portions 38 thereof. More specifically, the notch 50 crosses the receiving portion 36 from the receiving portion 36 in a direction perpendicular to the extending direction thereof (flow direction F (FIG. 8) of the roof 10 when the mounting bracket 14 is used) and crosses both leg portions 38. It extends almost to the center in these height directions. The notch 50 has a width dimension slightly larger than the thickness dimension of the other piece 12b of the snow stopper 12 and the other piece 12b of the snow stopper 12 so as to allow the other piece 12b of the snow stopper 12 to be inserted. It has a depth dimension that is slightly larger than the width dimension of. Further, the notch 50 can be provided at an arbitrary position in the extension direction of the receiving portion 36 of the support member 30. In the illustrated example, the notch 50 is the width dimension of one piece portion 12a of the snow stopper plate 12 from one end (one end on the underwater side of the roof 10 when the mounting bracket 14 is used) with respect to the extension direction of the receiving portion 36 to the other end. It is located at a distance almost equivalent to. The notch 50 divides the receiving portion 36 into two portions, a short portion 36A having a relatively small length dimension and a relatively large long portion 36B.

The receiving portion 36 of the support member 30 may have only the flat surface 36d as shown in FIG. 11 instead of the one having the pair of flat surfaces 36a and the concave surface 36b shown in FIG. When the mounting bracket 14 is used, the snow stopper plate 12 is placed on the short portion 36A of the receiving portion 36 in one piece portion 12a thereof, and is fixed to the support member 30 via the fixing plate 28.

The fixing plate 28 has one end portion 28a having a box shape as a whole and the other end portion 28b formed by bending. The fixing plate 28 is placed on and fixed to the long portion 36B of the receiving portion 36 at one end portion 28a thereof, and one piece 12a of the snow stopper plate 12 is pressed against the receiving portion 36 at the other end portion 28b to prevent snow. It acts to fix the plate 12 on the receiving portion 36.

The fixing plate 28 is fixed to the receiving portion 36 via a first fastening member 32 that suspends the locking member 31 to the receiving portion 36. As described above, the illustrated locking member 31 is a plate-shaped main body 40 facing the receiving portion 36 of the support member 30, and a pair of plates connected to the main body and extending along both leg portions 38 of the support member 30. Each of the arm portions 44 has a hook-shaped tip portion 44b extending toward the other side.

The bolt 32a of the first fastening member 32, more specifically, the shaft portion thereof is provided in the main body 40 of the locking member 31 and is provided in the bolt hole 40c penetrating the main body and the long portion 36B of the receiving portion 36. It extends through a bolt hole 36c penetrating the portion, and further extends through a bolt hole 28c provided at one end 28a of the fixing plate 28 and penetrates the one end, and a nut 32b is screwed into this.

When the mounting bracket 14 is used, both tip portions 44b of the locking member 31 are hooked on both hooks 26 of the tile rod 16 of the roof 10, and then the nut 32b of the first fastening member 32 is rotated. As a result, the locking member 31 moves toward the receiving portion 36 of the supporting member 30 and is fixed to the receiving portion 36 via the first fastening member 32. As a result, the support member 30 is fastened and fixed to both ends 26 of the tile rod 16. After that, the nut 32e is screwed into the bolt 32a of the first fastening member 32 penetrating the one end portion 28a of the fixing plate 28, and this is rotated in the tightening direction. As a result, the fixing plate 28 can be fixed to the receiving portion 36.

In the illustrated example, the second fastening member 34, more specifically the bolt 34a thereof, penetrates both arm portions 44 of the locking member 31. Both arm portions 44 of the locking member 31 each have an elongated hole 44d extending toward the main body 40 that allows the bolt 34a to penetrate. Both elongated holes 44d have a length dimension that allows the locking member 31 to move toward the receiving portion 36 of the support member 30 when the nut 32b of the first fastening member 32 is rotated.

In the illustrated example, a pair of protrusions 28c are provided on one end 28a of the fixing plate 28 so that the fixing plate 28 does not rotate with respect to the receiving portion 36 of the support member 30, and both of the receiving portions 36 are provided. A hole 36e capable of receiving each of the protrusions 28c is provided.

In the illustrated example, each mounting bracket 14 is also provided with a bolt hole 36 g for mounting a relatively short snow stopper plate (not shown) called a “blade”. The bolt holes 36g are provided in the short portion 36A of the receiving portion 36 of the support member 30. The "blade" has an elongated plate portion that acts as a snow stopper and a tongue portion that is orthogonal to the plate and is provided with bolt holes. According to this, the elongated plate portion of the "blade" faces one end 30a of the support member 30 (located on the underwater side of the roof 10 when the mounting bracket 14 is used), and the tongue portion is the support member. Each of them is arranged so as to be located on the receiving portion 36 of 30, by passing a bolt through the bolt hole of the tongue portion and the bolt hole 36g of the receiving portion 36, screwing a nut into the bolt, and tightening the bolt. It is attached to the mounting bracket 14.

Further, both leg portions 38 of the support member 30 have two pairs of tip portions 30d that are in contact with the roof surface and extend in opposite directions with respect to the other one. These tip portions 30d contribute to maintaining the posture of the mounting bracket 14 on the roof surface.

10 Roof 12 Roof-standing equipment 14 Mounting bracket 16 Roof tile bar 26 Tile bar haze 30 Support member 31 Locking member 32 First fastening member 34 Second fastening member 36 Receiving part in support member 38 Leg in support member Part 40 Main body in the locking member 44 Arm in the locking member 46 Third fastening member

Claims (8)

A mounting bracket used to attach roofing equipment to a roof tiled roof.
A support member having a receiving portion on which the roof-standing equipment is placed above the roof tile bar during use and a pair of legs connected to the receiving portion and located on both sides of the roof tile bar during use.
A locking member arranged between both legs of the support member and locked to the two gobies of the tile bar,
A first fastening member for fastening the receiving portion of the support member and the locking member,
A second fastening member for fastening both legs of the support member to the tile bar is provided.
Both legs of the support member are a pair of tips extending toward the other one, which are pressed against both side surfaces of the tile bar when both legs are fastened to the tile bar by the second fastening member. has a portion, both ends portions, respectively, come into contact with the roof surface during use,
The locking member is a mounting bracket including a main body and a pair of arm portions having a hook-shaped tip portion connected to the main body via a pair of pins . The receiving portion of the support member has a pair of flat surfaces extending in the flow direction of the roof surface forming a mounting surface of the roof-standing equipment, and a concave surface extending between the two flat surfaces in the flow direction of the roof surface. ,
The mounting bracket according to claim 1, wherein the first fastening member comprises a bolt penetrating the concave surface and a nut received in the concave surface and screwed into the bolt. The mounting bracket according to claim 1, further comprising a third fastening member for fastening the roof-standing equipment to the receiving portion of the support member. The third fastening member includes a bolt extending through one of a bolt hole and another bolt hole provided at a distance from each other in a receiving portion of the support member, and a nut screwed into the bolt. Consists of
The mounting bracket according to claim 3, wherein the support member is arranged so that the one bolt hole and the other bolt hole are located along the flow direction of the roof when used. The mounting bracket according to claim 1, wherein both legs of the support member have a mutual spacing that gradually increases toward their tip portions. The roof-standing equipment consists of snow stoppers.
The mounting bracket according to claim 1, wherein the support member has a notch that allows a part of the snow stopper plate to be inserted from the receiving portion to a part of both leg portions. Further, a fixing plate for fixing the snow stopper plate is provided on the receiving portion of the support member.
The mounting bracket according to claim 6 , wherein the fixing plate is fixed to a receiving portion of the support member via the first fastening member. The mounting bracket according to claim 6 , wherein both leg portions of the support member have two pairs of tip portions that come into contact with the roof surface during use and have two pairs of tip portions that extend in opposite directions with respect to the other one. ..

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