JP7804460B2 - Illuminated eaves - Google Patents

Description

Article 30, paragraph 2 of the Patent Act applies. Publication date: November 1, 2021. Publication: Riken Light Metal Industry Co., Ltd. Product flyer "Eyelash"

Article 30, Paragraph 2 of the Patent Act applies. Date of website publication: November 1, 2021. Website address: https://www.rikenkeikinzoku.co.jp/media/20211101_eav.pdf

Article 30, paragraph 2 of the Patent Act applies. Order date: December 17, 2021. Order location: Inoue Shoji Co., Ltd., Metropolitan Branch, Yokohama Sales Office (Room 203, South Core, 8-33 Chigasaki Chuo, Tsuzuki-ku, Yokohama, Kanagawa Prefecture)

The present invention relates to an installation structure for an illuminated eaves that allows for easy installation of an eaves body having lighting fixtures on the exterior wall surface of a building.

Patent Document 1 discloses a lighting fixture-equipped eaves in which a lighting fixture is built into the eaves body, which has an internal cavity, and a plug-type connection terminal is located in an opening formed in the rear panel of the eaves body, which is electrically connected to a power outlet-type connection terminal located in an opening formed in the eaves fixing plate of the building, and this connection terminal on the eaves side is electrically connected to the lighting fixture.

Japanese Patent Application Laid-Open No. 2000-27350

However, with eaves equipped with lighting fixtures like those mentioned above, the outlet-type connection terminal and the plug-type connection terminal must be positioned so that they can be reliably connected, and there have been problems such as the position not matching up depending on the condition of the eaves or building, making it impossible to connect.

The present invention aims to provide an installation structure for an illuminated eaves that allows for easy installation of an eaves body with lighting fixtures on the exterior wall surface of a building.

The present invention has been made to solve the above-mentioned problems and has the following features.
The invention described in claim 1 is an installation structure for an illuminated eaves in which a lighting fixture is attached to a eaves body that protrudes forward from the outdoor side of the exterior wall of a building, the eaves body being constructed by connecting multiple hollow eaves materials, at least one of the multiple eaves materials has a wiring hole formed on the underside, and the lighting fixture with a power cord is attached to the underside of the eaves material so as to cover the wiring hole, the eaves body being attached to the outdoor side of the exterior wall via an installation member, the installation member having multiple through holes at predetermined positions, at least one of the through holes through which a bolt is inserted to fix the exterior wall and the installation member, and at least one through hole through which the power cord that is drawn from the wiring hole into the hollow of the eaves material and drawn out from the base end of the eaves material is inserted.

The invention described in claim 2 has the same features as the invention described in claim 1, but is also characterized in that the mounting member comprises a vertical piece fixed to the exterior wall and a horizontal piece supporting the eaves, and a support piece protruding forward from the vertical piece is provided below the vertical piece, the base end of the eaves abuts against the tip of the support piece, and a space is provided between the vertical piece and the base end of the eaves, and the space serves as a passage for the power cord.

The invention described in claim 3 has the features of the invention described in claim 1 or 2, and is characterized in that a drain cover material is attached to the upper surface of the base end of the eaves body so as to protrude forward from the vertical piece, a cover mounting piece is provided above the vertical piece so as to protrude forward from the vertical piece, the drain cover material is fixed to the cover mounting piece, and a space is provided between the vertical piece and the drain cover material, and the space is a passage for the power cord.

The invention described in claim 4 has the same features as any one of claims 1 to 3, but is also characterized in that the power cord is inserted into a through-hole in the exterior wall that is located in a position connected to at least one of the through-holes, and is pulled into the interior side of the exterior wall.

The invention described in claim 1 is as described above, and relates to an installation structure for an illuminated eaves in which a lighting fixture is attached to a eaves body that protrudes forward from the outdoor side of the exterior wall of a building. The eaves body is constructed by connecting multiple hollow eaves members, and at least one of the multiple eaves members has a wiring hole formed in the underside, and a lighting fixture with a power cord is attached to the underside of the eaves member so as to cover the wiring hole. The eaves body is attached to the outdoor side of the exterior wall via a mounting member, and the mounting member has multiple through holes in predetermined positions, eliminating the need to change the position of the through holes for each site. This allows drilling using a common jig during processing, reducing processing costs. Furthermore, the structure has at least one through hole through which a bolt is inserted to secure the exterior wall and the mounting member, and at least one through hole through which a power cord that is drawn from the wiring hole into the hollow of the eaves member and drawn out from the base end of the eaves member is inserted. This improves workability by allowing the power cord to be guided simply by inserting it into the through hole.

The invention described in claim 2 is as described above, and the mounting member comprises a vertical piece fixed to the exterior wall and a horizontal piece supporting the eaves body. A support piece protrudes forward from the vertical piece below the vertical piece, with the base end of the eaves body abutting against the tip of the support piece. A space is provided between the vertical piece and the base end of the eaves body. This space is a passage for the power cord, and the space provided by the support piece protruding forward allows the power cord to pass through the space and move to the through hole in the mounting member through which the power cord is inserted, even if the power cord pulled out from the base end of the eaves material is not aligned with the through hole. This eliminates the need to align the eaves material to which the lighting fixture is attached and the through hole through which the power cord is inserted, resulting in improved workability. Furthermore, even when the position of the eaves material to which the lighting fixture is attached needs to be changed on site, this can be done without worrying about the position of the through hole through which the power cord is inserted, resulting in high convenience.

The invention described in claim 3 is as described above, and includes a drain cover attached to the upper surface of the base end of the eaves body so as to protrude forward from the vertical piece. A cover mounting piece is provided above the vertical piece, protruding forward from the vertical piece, and the drain cover is fixed to the cover mounting piece. A space is provided between the vertical piece and the drain cover. This space serves as a passage for the power cord. Because the space provided by the drain cover protruding forward from the vertical piece allows the power cord to pass through the space and move to the through hole in the mounting member through which the power cord is inserted, even if the power cord pulled out from the base end of the eaves body is not aligned with the through hole, this space eliminates the need to align the eaves body to which the lighting fixture is attached and the through hole through which the power cord is inserted, resulting in improved workability. Furthermore, even when the position of the eaves body to which the lighting fixture is attached needs to be changed on-site, this can be done without worrying about the position of the through hole through which the power cord is inserted, resulting in high convenience.

The invention described in claim 4 is as described above, and the power cord is inserted into a through-hole in the exterior wall that is located in a position that is connected to at least one of the through-holes and is pulled into the interior side of the exterior wall. Therefore, simply connecting the through-holes allows the power cord to be smoothly routed indoors, resulting in excellent workability.

This is an external view showing the mounting structure of an illuminated canopy in which the tip of the canopy body is inclined downward. FIG. 2 is a partially enlarged cross-sectional view showing the vicinity of the mounting member of the illuminated canopy of FIG. 1 . FIG. This is a view of the area around the mounting member of the illuminated eaves from the underside. This is a view from the underside of the area around the mounting member of the illuminated eaves (without lighting fixtures). 6(a) is a view of the joint of the canopy body as seen from the tip side (without tip cover material), and FIG. 6(b) is a view showing a modified example of the canopy body of FIG. 6(a). This is a view of the area around the mounting members of multiple illuminated eaves viewed from the underside. FIG. 10 is a partially enlarged cross-sectional view showing a modified example of the vicinity of the mounting member of the illuminated eaves. This is an external view showing a modified mounting structure for an illuminated canopy in which the base end of the canopy body is inclined downward. FIG. 10 is a partially enlarged cross-sectional view showing the vicinity of the mounting member of the illuminated canopy of FIG. 9 .

Embodiments of the present invention will be described with reference to the drawings.

As shown in Figure 1, the mounting structure 10 for an illuminated eaves according to this embodiment has an eaves body 30 attached via a mounting member 20 so as to protrude forward from the outdoor side A of the exterior wall 2 of a building, and a lighting fixture 40 attached inside the eaves body 30.

As shown in FIG. 2, the mounting member 20 is used to support the canopy body 30. As shown in FIG. 3, the mounting member 20 in this embodiment is formed by extruding aluminum to form an L-shape with a vertical piece 20a that is fixed to the exterior wall 2 and a horizontal piece 20b that supports the canopy body 30, as described below, and is set to match the length of the canopy body 30. The vertical piece 20a has through holes 20c formed vertically at predetermined intervals in the longitudinal direction for inserting bolts 51. Through holes 20d formed vertically at predetermined intervals in the longitudinal direction for inserting power cords 41a that are electrically connected to lighting fixtures 40, as described below, for supplying power. The vertical piece 20a and horizontal piece 20b are provided with rail grooves 20e for supporting the canopy body 30. Note that the rail grooves 20e are not the only requirement as long as they can support the canopy body 30.

Furthermore, below the vertical piece 20a, a support piece 20f for supporting the base end 30d of the eaves body 30 protrudes forward from the vertical piece 20a. As shown in FIG. 2, the support piece 20f in this embodiment is formed in a stepped shape, with the tip of the support piece 20f hanging downward and continuing to the eaves support surface 20g that protrudes forward from the vertical piece 20a. That is, when the eaves body 30 is attached to the mounting member 20, the base end 30d of the eaves body 30 abuts against the tip of the support piece 20f, and the underside 30b of the eaves body 30 near the base end 30d is supported by the eaves support surface 20g, preventing the eaves body 30 from intruding into the mounting member 20 and ensuring that it is securely supported in the specified position. A space P is then provided between the base end 30d of the eaves body 30 and the vertical piece 20a of the mounting member 20. This space P prevents interference from protruding parts such as the bolt heads and nuts of the bolts 51 used to attach the mounting member 20, and also serves as a passage S for the power cord 41a, which will be described later.

The eaves body 30 is fixed to the exterior wall 2 via this mounting member 20. As shown in FIG. 1, the eaves body 30 of this embodiment is formed by extrusion molding of aluminum, with a hollow 30c between an upper surface 30a and a lower surface 30b extruded in a direction extending forward from the exterior side A of the exterior wall 2. The eaves body 30 is constructed by joining the ends of the eaves members 31 to align them along the length of the exterior wall 2. Specifically, as shown in FIG. 6(a), the eaves members 31 are joined by fitting together, or as shown in FIG. 6(b), the eaves bodies 30, 30' are formed by joining the eaves members 31 to each other by rotation, as shown in FIG. 4. At least one of the eaves members 31, 31', 31a, 31a', is fitted with a lighting fixture 40 (described below) so as to cover the wiring hole 31b in the lower surface 30b, as shown in FIG. 4. The eaves body 30 may be an aluminum extrusion extruded in the length direction of the exterior wall 2, as long as it extends forward from the exterior side A of the exterior wall 2.

The eaves member 31a, which has this wiring hole 31b, is provided with mounting holes 31c that are smaller than the wiring hole 31b. That is, as shown in Figure 5, mounting holes 31c are provided on the left and right sides above the wiring hole 31b, and are opened in positions that form a triangle with the wiring hole 31b and the two mounting holes 31c. As shown in Figure 2, the wiring hole 31b is a hole for pulling the power cord 41a of the lighting fixture 40 (described below) into the hollow 30c of the eaves member 31a, and the mounting hole 31c is a hole for inserting a screw 53 for fixing the lighting fixture 40 to the underside 30b of the eaves member 31a, as shown in Figures 6(a) and 6(b).

Next, as shown in Figure 2, the lighting fixture 40 is attached to the underside 30b of at least one of the eaves members 31a of the eaves body 30, and brightly illuminates the area below the eaves body 30. As shown in Figure 4, the lighting fixture 40 of this embodiment is composed of an LED board 41b, a circular mounting portion 41c in which the LED board 41b is embedded, a cover material 41d that covers the mounting portion 41c, and a power cord 41a that is electrically connected to the mounting portion 41c and supplies power. This mounting portion 41c has a mounting hole 41e that communicates with the mounting hole 31c of the eaves member 31a described above. The mounting portion 41c is attached to the underside 30b of the eaves member 31a by inserting and fastening a screw 53 into this mounting hole 41e and the mounting hole 31c of the eaves member 31a. Furthermore, by engaging the cover material 41d with the mounting portion 41c, the lighting fixture 40 is attached to at least one of the eaves members 31a of the eaves body 30, as shown in Figure 4.

As shown in Figures 6(a) and 6(b), this power cord 41a is pulled into the hollow 30c of the eaves material 31a through the wiring hole 31b in the eaves material 31a, and is then pulled out from the base end 30d of the eaves material 31a as shown in Figure 4. The space P between the base end 30d of the eaves body 30 and the vertical piece 20a of the mounting member 20 serves as a passage S for the power cord 41a, and it is inserted into the indoor side B through the nearby through hole 20d of the mounting member 20 and the through hole 2b in the exterior wall 2 described below. That is, even if the positions of the eaves member 31a and the through-holes 20d and 2b are not aligned, the power cord 41a can still move freely through the space P (passageway S). Therefore, as shown in Figure 7, the power cord 41a of the upper eaves member 31a is inserted through the through-holes 20d and 2b near the lower eaves member 31, and the power cord 41a of the lower eaves member 31a is inserted through the through-holes 20d and 2b near the junction with the upper eaves member 31. This eliminates the need to change the drilling position of the through-holes 20d for each site. Furthermore, even if the position of the eaves member 31a to which the lighting fixture 40 is attached needs to be changed on-site, it can be changed without worrying about the position of the through-hole 20d through which the power cord 41a is inserted. Note that in this embodiment, the lower side of the through-holes 20d formed at the top and bottom are used, and the change is made along the length of the exterior wall 2. However, the change is not limited to the length of the exterior wall 2, and various other changes are conceivable.

For example, as shown in Figure 8, the mounting structure 10A for an illuminated eaves may have a power cord 41a inserted through the upper through-holes 20d and 2b. That is, the power cord 41a, pulled out from the base end 30d of the eaves material 31a, is inserted through the upper through-holes 20d and 2b, not only through the space P between the base end 30d of the eaves body 30 and the vertical piece 20a of the mounting member 20, but also through the space P' (passage S') between the inner surface 33a of the water-repellent cover material 33 and the vertical piece 20a of the mounting member 20. This allows various through-holes 20d to be selected depending on the site conditions, resulting in high convenience. Furthermore, the water-repellent cover material 33 hides the power cord 41a from view from the outside, improving design.

As shown in Figure 2, the exterior wall 2 is made of concrete such as ALC, and a eaves body 30 is attached to the exterior side A. As shown in Figures 2 and 4, the exterior wall 2 of this embodiment has through holes 2a and 2b that run from the exterior side A to the indoor side B. Specifically, through hole 2a is formed to communicate with through hole 20c of mounting member 20 and is used to attach mounting member 20 to the exterior wall 2. Meanwhile, through hole 2b is formed to communicate with through hole 20d of mounting member 20 and is used to insert power cord 41a into the indoor side B. The inserted power cord 41a is connected to a power source (not shown) on the indoor side.

As shown in Figure 1, the canopy body 30 of the above-described illuminated canopy mounting structure 10 is a so-called forward slope type in which the tip 30e of the canopy body 30 is sloped downward from the base end 30d, but the slope of the canopy body 30 is not limited to this.

For example, as shown in Figure 9, the mounting structure 10B for an illuminated eaves may be a rearward slope (or reverse slope) type in which the base end 30d of the eaves body 30 is inclined downward from the tip 30e. That is, as shown in Figure 10, the mounting member 20' comprises a vertical piece 20a' that is fixed to the exterior wall 2 and a horizontal piece 20b' that supports the eaves body 30. The vertical piece 20a' has through holes 20c' formed at predetermined intervals in the longitudinal direction for inserting bolts 51, and through holes 20d' formed at predetermined intervals in the longitudinal direction for inserting a power cord 41a for electrical connection to the lighting fixture 40 and power supply. Furthermore, the vertical piece 20a' has a hook piece 20i for supporting the upper surface 30a of the base end 30d of the eaves body 30, and a support piece 20f' for supporting the base end 30d of the eaves body 30, which protrude forward from the vertical piece 20a'. The horizontal piece 20b' has an eaves support surface 20g' for supporting the underside 30b of the base end 30d of the eaves body 30. In other words, when the eaves body 30 is attached to the mounting member 20', the base end 30d of the eaves body 30 abuts against the support piece 20f', and the underside 30b of the eaves body 30 near the base end 30d is supported by the eaves support surface 20g', preventing the eaves body 30 from intruding into the mounting member 20' and ensuring that it is securely supported in the specified position. A space P is provided between the base end 30d of the eaves body 30 and the vertical piece 20a' of the mounting member 20'. This space P prevents interference from protruding parts such as the bolt head and nut of the bolt 51 used to attach the mounting member 20', and also serves as a passage S for the power cord 41a. Note that the same components as those in the above-mentioned embodiment are designated by the same reference numerals, and redundant explanations will be omitted.

As shown in Figure 4, the above-mentioned illuminated eaves mounting structure 10 is constructed by inserting a bolt 51 through the through hole 2a in the exterior wall 2 and the through hole 20c in the mounting member 20 so that the pre-formed through hole 2b in the exterior wall 2 and the through hole 20d in the mounting member 20 are connected, and then attaching the mounting member 20 to the exterior side A of the exterior wall 2. Next, as shown in Figure 2, the eaves body 30 including at least one eaves member 31a is fastened to the top surface 30a of the eaves body 30 via one piece of the support bracket 32 by inserting the bolt head of a bolt 52 into the rail groove 20e in the horizontal piece 20b of the mounting member 20 and inserting the male screw into the through hole 31d provided in the base end 30d of the eaves body 30. The other piece is fastened by inserting the bolt head of a bolt 52 into the rail groove 20e in the vertical piece 20a of the mounting member 20 and inserting the male screw into the other piece. Once fastened, as shown in Figure 7, a space P is created between the base end 30d of the eaves body 30 and the vertical piece 20a of the mounting member 20. The power cord 41a, which has already been inserted into the hollow 30c of the eaves material 31a, is pulled into this space P (passage S). This power cord 41a is then inserted into the nearby through-holes 20d and 2b and connected to a power source (not shown) on the indoor side B. This completes the installation.

As described above, according to this embodiment, in the mounting structure 10, 10A, 10B for an illuminated eaves in which a lighting fixture 40 is attached to a eaves body 30, 30' that protrudes forward from the outdoor side A of the exterior wall 2 of a building, the eaves body 30, 30' is configured by connecting a plurality of hollow eaves members 31, 31', and a wiring hole 31b is formed on the underside 30b of at least one of the plurality of eaves members 31, 31', and the eaves member 31a, 31a' is attached to cover the wiring hole 31b. and a lighting fixture 40 with a power cord 41a attached to the underside 30b of the canopy 30, 30'. The canopy bodies 30, 30' are attached to the outdoor side A of the exterior wall 2 via mounting members 20, 20'. The mounting members 20, 20' have a plurality of through holes 20c, 20c', 20d, 20d' at predetermined positions, so there is no need to change the positions of the through holes 20c, 20c', 20d, 20d' for each site. Therefore, holes can be drilled using a common jig during processing, and processing costs can be reduced. Additionally, at least one through hole 20c, 20c' is formed through which a bolt 51 is inserted to secure the outer wall 2 and the mounting members 20, 20', and at least one through hole 20d, 20d' is formed through which the power cord 41a is inserted, which is drawn from the wiring hole 31b into the hollow 30c of the eaves members 31a, 31a' and pulled out from the base end 30d of the eaves members 31a, 31a'. This improves workability as the power cord 41a can be guided simply by inserting it into the through hole 20d, 20d'.

The mounting members 20, 20' are composed of vertical pieces 20a, 20a' fixed to the exterior wall 2 and horizontal pieces 20b, 20b' that support the eaves bodies 30, 30'. Support pieces 20f, 20f' protruding forward from the vertical pieces 20a, 20a' are provided below the vertical pieces 20a, 20a'. The base ends 30d of the eaves bodies 30, 30' abut against the tips of the support pieces 20f, 20f'. A space P is provided between the vertical pieces 20a, 20a' and the base ends 30d of the eaves bodies 30, 30'. The space P is a passage S for the power cord 41a, so the support pieces 20 The space P created by the forward projection of the eaves members 31a, 31a' allows the power cord 41a to pass through the space P and move to the through-holes 20d, 20d' even if the power cord 41a pulled out from the base end 30d of the eaves members 31a, 31a' is not aligned with the through-holes 20d, 20d' of the mounting members 20, 20' through which the power cord 41a passes. This eliminates the need to align the eaves members 31a, 31a' to which the lighting fixture 40 is attached with the through-holes 20d, 20d' through which the power cord 41a passes, improving workability. Furthermore, even if the position of the eaves members 31a, 31a' to which the lighting fixture 40 is attached needs to be changed on-site, this can be done without worrying about the position of the through-holes 20d, 20d' through which the power cord 41a passes, resulting in high convenience.

Furthermore, a drain cover material 33 is attached to the upper surface 30a of the base end 30d of the canopy body 30, 30' so as to protrude forward from the vertical pieces 20a, 20a'. Above the vertical pieces 20a, 20a', cover attachment pieces 20h are provided that protrude forward from the vertical pieces 20a, 20a'. The drain cover material 33 is fixed to the cover attachment pieces 20h. A space P' is provided between the vertical pieces 20a, 20a' and the drain cover material 33. Since the space P' is a passage S' for the power cord 41a, the drain cover material 33 is attached to the vertical pieces 20a, 20a'. The space P', which extends further forward, allows the power cord 41a to pass through the space P' and move to the through-holes 20d, 20d' of the mounting members 20, 20' through which the power cord 41a passes, even if the power cord 41a extending from the base end 30d of the eaves members 31a, 31a' is not aligned with the through-holes 20d, 20d' of the mounting members 20, 20' through which the power cord 41a passes. This eliminates the need to align the eaves members 31a, 31a' to which the lighting fixture 40 is attached with the through-holes 20d, 20d' through which the power cord 41a passes, improving workability. Furthermore, even if the position of the eaves members 31a, 31a' to which the lighting fixture 40 is attached needs to be changed on-site, this can be done without worrying about the position of the through-holes 20d, 20d' through which the power cord 41a passes, resulting in high convenience.

In addition, the power cord 41a is inserted through a through-hole 2b in the exterior wall 2, which is located in a position connected to at least one of the through-holes 20d, 20d', and is pulled into the indoor side B of the exterior wall 2. Therefore, simply by connecting the through-holes 20d, 20d', and 2a together, the power cord 41a can be smoothly routed to the indoor side B, improving workability.

2 Outer wall 2a Through hole 10, 10A, 10B Mounting structure of illuminated eaves 20, 20' Mounting member 20a, 20a' Vertical piece 20b, 20b' Horizontal piece 20c, 20c' Through hole 20d, 20d' Through hole 20e Rail groove 20f, 20f' Support piece 20g, 20g' Eaves support surface 20h Cover mounting piece 20i Hook piece 30, 30' Eaves body 30a Upper surface 30b Lower surface 30c Hollow 30d Base end 30e Tip 31, 31' Eaves material 31a, 31a' Eaves material 31b Wiring hole 31c Mounting hole 31d Through hole 32 Support fitting 33 Water drain cover material 33a Inner surface 40 Lighting fixture 41a Power cord 41b LED board 41c Mounting portion 41d Cover material 41e Mounting hole 51, 52 Bolt 53 Screw A Outdoor side B Indoor side P, P' Space S, S' Passageway

Claims (4)

In a lighted eaves where lighting fixtures are attached to the eaves body that protrudes forward from the outdoor side of the exterior wall of a building,
The eave body is configured by connecting a plurality of hollow eave members,
A wiring hole is formed on the underside of at least one of the plurality of eave members, and the lighting fixture with a power cord is attached to the underside of the eave member so as to cover the wiring hole,
The power cord is drawn into the hollow of the eave member through the wiring hole and drawn out from the base end of the eave member,
The eaves body including the eaves material equipped with the lighting fixture is attached to the outdoor side of the exterior wall via an attachment member ,
a plurality of through holes are formed in the mounting member at predetermined intervals in the longitudinal direction, the through holes being the through holes through which bolts are inserted to fix the mounting member to the outer wall and also the through holes through which the power cord is inserted ;
An illuminated eaves is characterized in that even if the position of the eaves material from which the power cord is pulled out and the position of the through hole through which the power cord is inserted are not aligned, the power cord can be inserted into the indoor side through any of the through holes through a passage provided in the longitudinal direction of the mounting member and connected to a power source on the indoor side . The mounting member comprises a vertical piece fixed to the exterior wall and a horizontal piece protruding forward from the lower end of the vertical piece and supporting the eave body, and a support piece protruding forward from the vertical piece at a position slightly above the horizontal piece,
The illuminated eaves described in claim 1, characterized in that the base end of the eaves body abuts against the tip of the support piece, a space is provided between the vertical piece and the base end of the eaves body, the space also serves as the passage for the power cord, and the power cord can be passed through the passage and inserted into the indoor side through any of the through holes and connected to the power source on the indoor side . A water-repellent cover material is attached to the base end upper surface of the eaves body so as to protrude forward from the vertical piece, and a cover mounting piece is provided above the vertical piece so as to protrude forward from the vertical piece,
The illuminated eaves described in claim 2, characterized in that the water-repellent cover material is fixed to the cover mounting piece, and a space is provided between the vertical piece and the water-repellent cover material, and even if the position of the eaves material from which the power cord is pulled out and the position of the through hole through which the power cord is inserted are not connected , the power cord can be inserted into the indoor side through any of the through holes through the passage provided in the longitudinal direction of the mounting member and connected to the power source on the indoor side . The illuminated eaves described in any one of claims 1 to 3, characterized in that the power cord is inserted into a through hole in the exterior wall located at a position connected to at least one of the through holes and can be connected to the power source on the indoor side .