JP6193061B2 - Snow retaining member and solar cell roof structure - Google Patents

Description

  The present invention relates to an anti-snow retaining member and a solar cell roof structure for restricting snow falling on a solar cell panel on an inclined roof surface member from sliding down.

  2. Description of the Related Art Conventionally, a solar cell roof structure for a building in which a plurality of solar cell panels are vertically and horizontally pasted on an inclined roof surface member is known. When this solar cell roof structure is used for a building in a snowy region, it is not preferable that the snow that has accumulated on the upper surface of the solar cell panel moves toward the eaves and falls from the eaves.

  For this reason, in such a solar cell roof structure, a snow retaining member protruding upward from the upper surface of the solar cell panel is attached on the edge of the eaves side of the roof surface member, so that the snow accumulated on the upper surface of the solar cell panel It is known that movement toward the eaves side is prevented (regulated) by a snow retaining member (see, for example, Patent Documents 1 to 3).

  The solar cell panel is usually mounted on the roof surface member with a panel mounting bracket so that a slight roof surface-panel gap is formed between the solar cell panel and the roof surface member.

  However, snow stop fittings, panel fittings, and the gap between the roof surface and the panel may impair the appearance of the solar cell roof structure.

  In order to prevent such an appearance from being impaired, there is one in which the eaves side edge of the solar cell panel disposed on the eaves side and the gap between the roof surface and the panel are covered with an eaves cover (for example, a patent Reference 3).

JP 2003-262017 JP-A-11-131729 Utility Model Registration No. 3096790 Japanese Patent Laid-Open No. 10-293953 Japanese Patent Laid-Open No. 08-13725 JP 2013-119730 A

  In such a solar cell roof structure, it is desirable that the solar cell panel is disposed up to the eaves edge portion of the roof surface member to widen the installation area of the solar cell panel and increase the amount of power generation as much as possible.

  However, in such a solar cell roof structure, the eaves end cover is attached to the eaves side edge of the roof surface member by an eave end cover bracket separate from the snow retaining member, so the solar cell panel is attached to the roof surface member. It was impossible to dispose up to the edge of the eaves side.

  Moreover, as a roof structure which provided the snow stopper on the eaves edge part of the inclined roof, there exist some which were disclosed by patent document 4. FIG. In the roof structure of Patent Document 4, a roof tile is laid on a roof base plate, a snow stop is attached along the edge of the roof tile, and a draining plate is provided between the snow stop and the roof base plate. The mounting plate portion was interposed, and the free end portion of the draining plate was suspended downward from the eaves edge.

  Such a snow stopper is for preventing the snow accumulated on the roof tile from sliding down. For this reason, it is also conceivable to directly apply this snow stopper to the roof structure provided with the solar cell panel and eaves edge cover of Patent Document 3. In this case, the snow retaining member (snow retaining bracket) of Patent Document 3 is simply replaced with the snow retaining member of Patent Document 4. Even in the case of this combination, the solar cell panel cannot be disposed on the eaves side edge of the roof surface member.

  In addition, there exist some which were disclosed by patent document 5, 6, for example as a structure of a solar cell panel, or the attachment structure of a solar cell panel.

  In the roof structure of Patent Document 5, a plurality of solar cell panels provided with a frame portion in the solar cell portion are arranged side by side. And the cover part which covers the upper edge part of the solar cell panel adjacent to the downward direction of a roof inclination direction is provided in the frame part of each solar cell panel. Since this cover part is not a cover which covers the eaves side edge between the several solar cell panels arranged in parallel, it was not useful for improving the appearance of the eaves side edge between the solar cell panels.

  Moreover, in patent document 6, while providing the metal roof basic roof structure which spread | laid the metal roof member on the inclined roof, while installing several solar cell panels vertically and horizontally on this basic roof structure, the eaves part of a roof A plurality of eaves-end fittings are attached at intervals, and a decorative plate extending along the eaves is attached to the plurality of eaves-end fittings from above. However, since this roof structure has a plurality of solar battery panels arranged without gaps to the edge of the eaves, it is difficult to provide a snow stop member and is not suitable for snowfall areas.

  Therefore, the present invention has a snow guard holding member that has a function of a metal fitting of the eaves edge cover and a snow guard, and is capable of disposing the solar battery panel up to the edge of the roof face member. The object is to provide a solar cell roof structure.

  In order to achieve this object, the present invention provides a snow stop holding member for attaching a snow stop portion on the roof surface member for restricting snow falling on the solar panel on the sloped roof surface member from sliding down. A mounting portion that is directly mounted on the edge portion of the eaves of the roof surface member, a snow stop portion that stands up from the mounting portion, and an eaves edge receiving bracket portion that is provided integrally with the mounting portion. It is characterized by that.

  According to the snow retaining member of this configuration, since it has the function for attaching the eaves member and the snow retaining function, the solar cell panel can be disposed on the eaves side edge of the roof surface member. For this reason, the existing photovoltaic module can be enlarged and the installation area of a solar cell panel can be increased. Moreover, the solar cell roof structure using this snow retaining member has the same effect as the snow retaining member.

(A) is a schematic perspective view of a building provided with a solar cell roof structure provided with a snow retaining member and an eaves cover according to Embodiment 1 of the present invention, and (b) is a cross section taken along line A1-A1 of (a). FIG. It is an expanded sectional view of the eaves part shown in FIG.1 (b). FIG. 2 is an enlarged explanatory view showing a relationship between a snow retaining member and an eaves cover in FIG. It is a perspective view of the snow stop holding member of FIG.1 (b). It is a top view of the snow stop holding member of FIG. It is explanatory drawing which looked at the snow stop holding member of FIG. 5 from arrow A2. It is the expanded side view which looked at the snow stop holding member of FIG. 5 from arrow A3 direction. It is explanatory drawing which attaches an eaves edge cover to the snow retaining member of FIG. (A) is explanatory drawing which performs the hole processing for a coupling | bonding to the cover member adjacent to the eaves edge cover shown in FIG. 8, (b) is explanatory drawing which shows the coupling | bonding state of the adjacent cover member of (a). It is an expanded sectional view of the eaves part of a solar cell roof structure provided with the snow stop holding member and eaves edge cover which concern on Example 2 of this invention. It is a side view of the snow stop holding member of FIG. It is a perspective view of the snow stop holding member of FIG. It is explanatory drawing of attachment of the eaves end cover when there is no snow stop holding member concerning this invention.

Hereinafter, a solar cell roof structure provided with a snow retaining member according to the present invention will be described with reference to the drawings.
[Example 1]
FIG. 1A is a schematic perspective view of a building having a solar cell roof structure provided with a snow retaining member and an eaves edge cover according to Embodiment 1 of the present invention, and FIG. 1B is A1 in FIG. It is sectional drawing which follows the -A1 line. 2 is an enlarged cross-sectional view of the eaves portion shown in FIG. 1B, FIG. 3 is an enlarged explanatory view showing the relationship between the snow retaining member and the eaves cover of FIG. 1B, and FIG. It is a perspective view of the snow stop holding member of (b).

  5 is a plan view of the snow retaining member of FIG. 4, FIG. 6 is an explanatory view of the snow retaining member of FIG. 5 viewed from the direction of arrow A2, and FIG. 7 is a view of the snow retaining member of FIG. FIG. 8 is an explanatory view of attaching an eaves edge cover to the snow retaining member of FIG. Further, FIG. 9A is an explanatory diagram for performing hole processing for coupling to the adjacent cover member of the eaves cover shown in FIG. 8, and FIG. 9B is a coupling of the adjacent cover members of FIG. 9A. It is explanatory drawing which shows a state.

  In FIG. 1A, a building 1 has inclined roof surface members 2 and 3. On this roof surface member 2, a solar power generation device 4 is installed. This solar power generation device 4 has solar cell panel rows 4 a and 4 b arranged in two rows in the inclination direction of the roof surface member 2. This solar cell panel row 4 a is arranged on the eaves side of the roof surface member 2.

  The solar cell panel rows 4 a and 4 b include a plurality of solar cell panels (solar cell modules) 5. As shown in FIG. 1B, each solar cell panel 5 includes a solar cell panel body (solar cell module body) 6 and a frame (panel support frame) 7 that holds the periphery of the solar cell panel body 6. . The frame 7 is mounted on the roof surface member 2 by fixing means (not shown) such as mounting brackets and fixing screws. Since a well-known structure can be adopted for this attachment, detailed illustration and description are omitted.

As shown in FIGS. 1B to 3, the solar cell panel 5 of the solar cell panel row 4 a has the eaves side edge (lower edge) 5 a disposed in the vicinity of the eaves side edge 2 a of the roof surface member 2. Has been.
(Snow retaining member)
The snow retaining member 8 is disposed along the eaves side edge (lower edge) 5a of the solar cell panel 5 on the eaves side edge 2a. As shown in FIGS. 4 to 7, the snow retaining member 8 has an elongated attachment plate portion 9, and the attachment plate portion 9 includes longitudinal side edges (longitudinal side edges) 9 a and 9 b and It has longitudinal ends 9c, 9d. The snow retaining member 8 has a snow retaining plate portion (snow retaining portion) 10 that is vertically raised from a longitudinal side edge (side edge extending in the longitudinal direction) 9 a of the mounting plate portion 9.

  The mounting plate portion 9 is integrally provided at both end portions 9c and 9d in the longitudinal direction of the mounting plate portion 9, and the mounting plate portion 9 is opposite to the direction extending vertically from the snow stop plate portion 10. An extending plate portion 11 that extends is provided.

  Further, the extending plate portion 11 of the mounting plate portion 9 is integrally provided with an eaves edge receiving bracket portion B for attaching an eaves edge member. The eaves-end bracket B includes a standing plate portion 12 that is vertically raised from an edge of the extending plate portion 11 in parallel with the snow stopping plate portion 10, and a snow stopping plate that is perpendicular to the upper end of the standing plate portion 12 and that The eaves member receiving plate portion 13 is extended to the side edge of the portion 10. The eaves-member receiving plate portion 13 is provided in parallel or substantially parallel to the mounting plate portion 9 and the extended plate portion 11, and has an upper surface 13 a parallel to or substantially parallel to the mounting plate portion 9 and the extended plate portion 11. It has as an eaves part member attachment surface. The height of the upper surface 13 a is formed lower than that of the snow stop plate portion 10, that is, the upper end portion 10 a of the snow stop plate portion 10 is protruded upward from the eaves member receiving plate portion 13.

  The attachment plate portion 9, the snow stop plate portion 10, the extended plate portion 11, the upright plate portion 12, the eaves member receiving plate portion 13 and the like of the snow stop holding member 8 are cut or bent into a single steel plate. It is formed by performing.

Further, the mounting plate portion 9 is provided with mounting hole rows 14 and 14 located on the end portions 9c and 9d in the longitudinal direction and on the side in the longitudinal direction edge 9b. The mounting hole row 14 has a plurality of screw insertion holes (mounting holes) 15. In the present embodiment, the mounting hole row 14 includes a first hole row 14 a made up of three screw insertion holes 15 and a second hole row 14 b made up of two screw insertion holes 15. The first and second hole rows 14a and 14b are slightly shifted in the width direction.
(Mounting condition of snow retaining member 8)
The snow retaining member 8 having such a configuration is such that the longitudinal side edge 9a of the mounting plate portion 9 is located below the eaves and the longitudinal side edge 9b is located below the eaves side edge of the solar cell panel 5. It is arranged. And this attachment board part 9 is being fixed to the roof surface member 2 with the fixing screw 16 penetrated to the screw penetration hole 15 of FIGS. The attachment of the snow retaining member 8 onto the roof surface member 2 is performed before the solar cell panel 5 is attached to the roof surface member 8 as shown in FIG. FIG. 8 shows the arrangement and attachment of the snow retaining member 8, but is not shown in FIG. 8 because the fixing screw 16 of FIG. 2 is in a position hidden behind the snow retaining plate portion 10.

As shown in FIGS. 2 and 3, the eaves side edge portion 5 a of the solar cell panel 5 is brought into contact with the snow stop plate portion 10 of the snow stop holding member 8. The snow retaining plate portion 10 is formed to have a size such that the upper end portion projects upward from the lower edge of the upper surface of the solar cell panel 5. Further, the eaves member receiving plate portion 13 of the snow retaining member 8 is disposed above the lower edge of the upper surface of the solar cell panel 5.

  Furthermore, the eaves edge of the roof surface member 2 is attached with a flange 17 extending in the girder direction. And the extension board parts 11 and 11 provided in the both ends 9c and 9d of the attachment board part 10 are made to protrude above the eaves 17 from the eaves lower edge 2a of the roof surface member 2. FIG.

  Such a snow retaining member 8 is provided for each solar cell panel 5 on the eaves side. As shown in FIGS. 1 (a) and 9 (b), an eaves end cover (eave end makeup) which is an eaves end member between the lower side of the plurality of snow retaining members 8 and the adjacent solar cell panels 5 and 5 is provided. (Material, decorative board) 18 so that the appearance is not impaired (see FIGS. 1B and 3).

  The eaves edge cover 18 includes a plurality of eaves edge cover members 19 arranged for each solar cell panel 5. Each eaves edge cover member 19 is formed in an inverted L shape from an upper cover plate part 19 a and a vertical cover plate part 19 b disposed on the eaves edge member receiving plate part 13 of the snow retaining member 8. FIG. 9A and FIG. 9B show adjacent ones of the plurality of eaves edge cover members 19 of the eaves edge cover 18.

  The upper cover plate portion 19 a is fixed on the eaves-member receiving plate portion 13 of the snow retaining member 8 with fixing screws 20. This attachment is performed after attaching the snow retaining member 8 to the roof surface member 2 and attaching the solar cell panel 5 onto the roof surface member 2. After aligning the upper cover plate portion 19a to correspond to the solar cell panel 5 at the construction site, drilling is performed on the eaves member receiving plate portion 13 and the upper cover plate portion 19a with a drill, and the drilled portion is fixed. Secure with screws 20. At this time, the vertical cover plate portion 19 b is brought into contact with the upright plate portion 12 of the snow retaining member 8.

  Moreover, the edge portions of the adjacent eaves edge cover members 19 are overlapped with each other, and the overlapped portion of the vertical cover plate portion 19 b is fixed with a fixing screw 21. Since this attachment is performed after attaching the snow retaining member 8 to the roof surface member 2, a through hole is formed in the vertical cover plate portion 19b of the eaves edge cover member 19 adjacent to the eaves cover member 19 at the construction site as shown in FIG. 9A. After forming H (drilling process), the drilled parts are fixed with a fixing screw 21 as shown in FIG. 9B using the driver Dr in FIG. 9A.

The extended plate portion 11 extends from the snow stop plate portion 10 toward the eaves side and protrudes from the eaves edge portion 2 a of the roof surface member 2.
[Example 2]
FIG. 10 is an enlarged cross-sectional view of the eaves tip portion of the solar cell roof structure including the snow retaining member and the eaves tip cover according to Embodiment 2 of the present invention. 11 is a side view of the snow retaining member of FIG. 10, and FIG. 12 is a perspective view of the snow retaining member of FIG. Furthermore, FIG. 13 is explanatory drawing of attachment of the eaves edge cover when there is no snow stop holding member which concerns on this invention.

  As shown in FIGS. 11 and 12, the snow retaining member 30 of the second embodiment is provided integrally with the mounting plate portions 35, 35 provided at intervals and the mounting plate portions 35, 35. A snow stop C is provided. The snow stopper C includes an eaves edge receiving metal part D for eaves edge member mounting that stands up from the attachment plate parts 35, 35, and a snow retaining plate part 33 provided integrally with the eaves edge receiving metal part D. These configurations are described in more detail below. In FIG. 10, the symbols C and D are omitted for convenience of illustration.

  As shown in FIGS. 11 and 12, the eaves-end bracket D connects the leg portions 34, 34 erected vertically upward from the mounting plate portions 35, 35 and the upper ends of the leg portions 34, 34. It has a snow stop forming plate part 31 to be provided. The snow stop forming plate portion 31 is provided in parallel with the mounting plate portions 35, 35, and also serves as an eaves edge cover receiving plate, and has an upper surface 31c as an eaves edge cover receiving surface. With this configuration, the eaves-end receiving metal part D is erected upward from the mounting plate parts 35, 35.

In addition, the snow stopper C has a reinforcing front plate 32 and a snow stopper plate 33 that are integrally provided on the longitudinal side edges 31 a and 31 b of the snow stopper forming plate 31, respectively.
The front plate portion 32 is formed by bending the longitudinal direction side edge 31a of the snow stop forming plate portion 31 vertically downward. Further, the snow stop plate portion 33 is formed vertically upward on the snow stop forming plate portion 31 by bending upward at the longitudinal side edge 31 b of the snow stop forming plate portion 31. Thereby, the snow stop plate part 33 which is the upper end part of the snow stop part C protrudes upward from the upper surface (eave edge cover receiving surface) 31c of the snow stop forming plate part 31.

  Furthermore, the mounting plate part 35 has a projecting part 35a that slightly projects forward from the leg part 34, and a projecting part 35b that projects from the leg part 34 toward the lower side on the snow stop plate part 33 side.

  Moreover, a mounting hole row 36 is formed in the mounting plate portion 35. The mounting hole row 36 includes a first hole row 36 a made up of three screw insertion holes 37 and a second hole row 36 b made up of two screw insertion holes 37. The first and second hole rows 36a and 36b are slightly shifted.

  The mounting plate portion 35 is disposed on the roof surface member 2 as shown in FIG. 10 so as to be positioned below the adjacent solar cell panels 5 and 5 in FIG. Further, the mounting plate portion 35 is fixed on the roof surface member 2 by a fixing screw 38. When the mounting plate 35 is fixed, a fixing screw 38 is inserted into the screw insertion hole 37 in FIG. 12, and the inserted fixing screw 38 is screwed onto the roof surface member 2 as shown in FIG. A part of the mounting plate part 35 is projected from the eaves edge 2 a 1 of the roof surface member 2 onto the flange 17.

  And the upper cover board part 19a of the eaves edge cover member 19 which comprises the eaves edge cover 18 is attached with the fixing screw 39 on the upper surface 31c of the snow guard formation board part 31 mentioned above. The vertical cover plate portion 19 b has an upper portion in contact with the front plate portion 32 of the snow retaining member 30 and a lower portion in contact with the protruding portion 35 a of the mounting plate portion 35.

  It should be noted that the snow retaining member 30 is not required in an area where the amount of snowfall is small or no snowfall occurs. In this case, as shown in FIG. 13, the cover receiving bracket 40 is attached to the frame 7 of the solar battery panel 5 with the fixing screw 41, and the upper cover plate portion 19 a of the eaves edge cover member 19 of the cover receiving bracket 40 is attached. Fix with the fixing screw 42. Also in this case, the eaves side edge 5a of the solar cell panel 5 is disposed up to the vicinity of the eaves edge of the roof surface member 2. Thereby, compared with the case where the conventional eaves edge cover is arrange | positioned, the arrangement | positioning area of the solar cell panel 5 can be taken widely.

Note that the edge of the snow forming plate portion 31 on the solar cell panel 5 side is disposed on the eaves side edge portion 5a of the solar cell panel 5, and the edge of the snow forming plate portion 31 protrudes from the edge of the eaves edge. It has been made. Further, the mounting plate portions 35, 35 have a protruding portion 35 b that protrudes to the side of the eaves edge of the solar cell panel 5 and a protruding portion 35 a that protrudes from the eaves edge 2 a of the roof surface member 2.
(Other)
Although the example of the eaves edge cover 18 has been described as an eaves edge member attached to the eaves edge receiving metal parts B and D in the above-described embodiment, the present invention is not limited to this. For example, the eaves edge member attached to the eaves edge receiving metal parts B and D may be the eaves 17, a eaves heater (not shown) that melts snow accumulated on the eaves 17, or a plurality of solar cell panels. 5 may be a solar cell cable (not shown) or the like wired to 5. The eaves edge member may be a member other than the eaves 17, the eaves heater (not shown), or the solar cell cable (not shown) as long as it is a member attached to the eaves edge.
[Operations and effects of the embodiment of the invention]
The operation and effect of the embodiment of the invention described above will be described below.
(1) The snow retaining member (8, 30) according to the embodiment of the present invention has a snow retaining portion (snow retaining plate) that restricts snow falling on the solar cell panel 5 on the inclined roof surface member 2 from sliding down. The part 10 and the snow stopper C) are mounted on the roof surface member 2.

  Moreover, a mounting portion (mounting plate portions 9 and 35) that is directly mounted on the eaves edge 2a of the roof surface member 2, and a snow stop portion (snow stop plate) that stands up from the mounting portion (mounting plate portions 9 and 35). And an eaves edge receiving metal fitting part (B, D) for attaching an eaves edge member provided integrally with the attachment part (attachment plate parts 9, 35).

According to the snow retaining member (8, 30) of this configuration, since it has the function of a metal fitting for attaching the eaves member and the snow retaining function, the solar cell panel 5 is connected to the eaves side edge of the roof surface member 2. It can be arranged up to the top. For this reason, the installation area of the solar cell panel 5 can be increased by enlarging the existing photovoltaic power generation module (solar cell panel 5).
(2) In the snow retaining member (8, 30) according to the embodiment of the present invention, the eaves edge receiving metal parts (B, D) include the eaves side edge 5A of the solar cell panel 5 and the roof surface member. The eaves edge cover 18 or the eaves 17 or the eaves heater or the solar cell cable covering the eaves edge 2a is attached as an eaves edge member.
(3) In the snow retaining member (8, 30) of the embodiment of the present invention, the snow retaining part (snow retaining plate part 10, snow retaining part C) and the eaves edge receiving metal part (B, D) are the same. Are connected to the mounting portions (mounting plate portions 9, 35).

According to this structure, the said snow stop part (snow stop board part 10, snow stop part C) and the said eaves edge metal fitting part (B, D) can be formed easily.
(4) Further, the snow retaining member (8.30) of the embodiment of the present invention has an upper end portion (upper end portion 10a, snow retaining plate) of the snow retaining portion (snow retaining plate portion 10, snow retaining portion C). The portion 33) protrudes upward from the eaves edge receiving metal fittings (B, D).

According to this structure, parts other than the upper end part (upper end part 10a, snow stop board part 33) of a substantial snow stop part are covered by the eaves edge cover 18 attached to the eaves edge metal fitting part (B, D). Therefore, it can prevent that the eaves edge part of the roof surface member 2 and the solar cell panel 5, and the lower part side of a snow stop member impair appearance.
(5) Further, in the snow retaining member (8, 30) according to the embodiment of the present invention, the eaves edge receiving metal parts (B, D) are inclined in the same direction as the roof surface of the roof surface member 2. An eaves member mounting surface is provided.

According to this structure, since the part (upper cover board part 19a) attached to the eaves member attachment surface (upper surface 13a, 31c) of the eaves edge cover 18 inclines in the same direction as the roof surface of the roof surface member 2, the eaves edge cover 18 And a sense of unity between the roof surface member 2 and the design.
(6) Furthermore, in the snow retaining member (8, 30) according to the embodiment of the present invention, the mounting portion is provided on the eaves edge 2a of the roof surface member 2 and the eaves edge 5a of the solar panel 5. And the snow stop portion is a snow stop plate portion 10 extending along the attachment plate portion 9 and rising from an eaves side edge of the attachment plate portion 9. The mounting plate portion 9 includes extended plate portions 11 and 11 that are provided at both ends in the longitudinal direction and extend from the snow stop plate portion 10 toward the eaves edge side and project from the eaves edge portion 2a. Furthermore, the eaves edge receiving metal part B includes an upright plate part 12 rising from the eaves edge side edge of the extended plate parts 11, 11, and an upper end of the upright plate part 12 to a side edge of the snow stop plate part 10. An eaves end member receiving plate portion 13 that extends and has the eave end member mounting surface (13a) is provided.

According to this structure, since the weight of the eaves-end metal fitting part B can be suppressed to the necessary minimum, the weight of the entire snow stop member can be reduced.
(7) In the snow retaining member (8, 30) according to the embodiment of the present invention, the attachment portion extends in a direction along the eaves edge 2a of the roof surface member 2 and the eaves edge 5a of the solar cell panel 5. A pair of mounting plate portions 35, 35 provided at intervals. In addition, the eaves edge receiving metal part D includes a pair of leg parts 34, 34 rising from the pair of mounting plate parts 35, 35, an eave edge edge 2 a of the roof surface member 2, and an eave edge of the solar cell panel 5. The upper end portion 31c extends along the portion 5a and is connected to the upper end portions of the pair of leg portions 35, 35, and an upper surface 31c includes a snow forming plate portion 31 that is the eaves member mounting surface. Further, the snow stopper C has a snow stopper plate 33 provided along an edge of the snow stopper forming plate 31 on the solar cell panel 5 side.

According to this configuration, the snow stop forming plate portion 3, the leg portions 34, 34, the attachment plate portions 35, 35, etc. of the snow stop member can be reliably covered by the eaves edge cover 19.
(8) Furthermore, in the solar cell roof structure according to the embodiment of the present invention, a solar cell panel 5 having a panel support frame (frame 7) mounted around the solar cell panel body 6 is provided. It is provided on the upper surface portion of the inclined roof surface member 2, and the snow retaining member (8, 30) is directly attached to the roof surface member 2, and an eaves edge decorative material (eave edge cover 18 is attached to the snow retaining member 8. ) Is directly fixed.

  According to this structure, it has the same effect as the snow retaining member (8, 30).

DESCRIPTION OF SYMBOLS 1 Building 2 Roof surface member 2a Eave edge side edge 2a1 Eave edge lower edge 3 Roof surface member 5 Solar cell panel (solar cell module)
6 Solar panel body 7 Frame (panel support frame)
8 Snow retaining member 9 Mounting plate 10 Snow retaining plate (snow retaining portion)
10a upper end part 11 extended plate part B eaves edge receiving metal part 12 standing plate part 13 eaves edge member receiving plate part 13a upper surface (eave edge member mounting surface)
18 Eaves Cover (Eaves Cosmetics, Eaves Members)
19 Eaves end cover member (eave end member)
30 Snow retaining member C Snow retaining part D Eaves edge receiving metal part 31 Snow retaining plate part 31c Upper surface (eave edge member mounting surface)
33 Snow stop plate 35 Mounting plate

Claims (7)

A snow stop retaining member that attaches a snow stop portion on the roof surface member to restrict the snow falling on the solar panel on the sloped roof surface member from sliding down,
A mounting portion that is directly mounted on the eaves edge of the roof surface member;
A snow stop portion that stands up from the attachment portion, and an eaves edge receiving metal fitting portion that is provided integrally with the attachment portion .
A snow retaining member, wherein the solar cell panel is in contact with the snow retaining portion .   The snow retaining member according to claim 1, wherein the eaves edge receiving metal part includes an eaves edge cover or eaves covering the eave edge side edge of the solar battery panel and the eave edge edge of the roof surface member. A snow retaining member, wherein a heater or a solar cell cable is attached as an eaves member.   The snow retaining member according to claim 1 or 2, wherein the snow retaining portion and the eaves edge receiving metal portion are connected to the same mounting portion.   The snow retaining member according to any one of claims 1 to 3, wherein an upper end portion of the snow retaining portion protrudes upward from the eaves edge receiving metal portion. 5. The snow retaining member according to claim 4, wherein the eaves edge receiving metal part has an eaves edge member mounting surface inclined in the same direction as the roof surface of the roof surface member. A snow stop retaining member that attaches a snow stop portion on the roof surface member to restrict the snow falling on the solar panel on the sloped roof surface member from sliding down,
A mounting portion that is directly mounted on the eaves edge of the roof surface member;
A snow stop portion that stands up from the attachment portion, and an eaves edge receiving metal fitting portion that is provided integrally with the attachment portion .
The upper end of the snow stopper protrudes upward from the eaves-end bracket part,
The eaves edge receiving metal part has an eaves edge member mounting surface inclined in the same direction as the roof surface of the roof surface member,
The attachment portion is an attachment plate portion extending along an eave edge portion of the roof surface member and an eave edge side edge portion of the solar cell panel, and the snow stop portion extends along the attachment plate portion and the attachment plate portion. A snow stop plate portion standing up from an edge portion of the eaves side of the eaves, and the mounting plate portion is provided at both ends in the longitudinal direction and extends from the eaves edge side of the snow stop plate portion and protrudes from the eaves edge portion Having a plate part,
The eaves edge receiving metal part has an upright plate part standing up from an eaves side edge part of the extended plate part, and extends from an upper end of the upright plate part to a side edge of the snow stop plate part and has the eaves edge member mounting surface. A snow retaining member comprising an eaves member receiving plate portion. A solar cell panel with a panel support frame is provided around the solar cell panel body,
While the solar cell panel is provided on the upper surface portion of the inclined roof surface member,
7. A solar cell roof structure, wherein the snow retaining member according to any one of claims 1 to 6 is directly attached to the roof surface member, and an eaves decorative material is directly fixed to the snow retaining member.