JP2011127389A - Mounting structure of external member - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a mounting structure of an external member, which is suitably utilized in a building without having a ceiling member (for ceiling finish) installed, and in which the external member of various types such as fluorescent lamps can be attached to any position. <P>SOLUTION: The invention is the mounting structure for mounting the external member 9 on the indoor side of an exterior structure wherein a solar battery panel 1 is used. In the solar battery panel 1 including a solar energy conversion module 11, its flow direction edge is supported by a vertical support 3 equipped with drain parts 32 whereas its ridge-direction edge is supported by a lateral support 2 equipped with a water running part 22. A mounting base member 8 is arranged under the vertical support 3, and the external member 9 is attached to the mounting base member 8. <P>COPYRIGHT: (C)2011,JPO&INPIT

Description

  INDUSTRIAL APPLICABILITY The present invention can be suitably used for a building in which an external member such as a fluorescent lamp can be attached at an arbitrary position on the indoor side of an exterior structure using a solar cell panel, and a ceiling material (ceiling finish) is not constructed. The present invention relates to an external member mounting structure.

Solar power generation, which converts light energy into electrical energy, is expected to be widely used as a means of obtaining clean energy. In recent years, it has been applied to the roofs and walls of buildings, and it is a system that supplements the power required for daily life. Has been put to practical use. Especially in open buildings where warehouses and walls are not constructed, there are buildings that do not have a ceiling finish underneath structural materials such as steel frames and purlins (inside the room). A solar energy conversion module (solar cell panel) is expected to be installed in a building of a type.
When installing a solar cell panel on a roof of a building, a structure in which a support frame is attached and fixed to support the solar cell panel, and as disclosed in Patent Document 1 or the like, the solar cell panel is a frame member having a complicated shape. A structure has been proposed in which a panel is formed by surrounding it and incorporated into the roof.

However, in the structure in which the solar cell panel is mounted on the roof via the support frame, there is no problem as long as the rain performance is not impaired when mounting and fixing the support frame on the existing roof. Moreover, since it is necessary to attach firmly, there existed a problem of impairing the design nature of the building itself.
In addition, in the structure using the frame material having a complicated shape, a method is adopted in which a plurality of drainage portions are provided in the frame material, or a plurality of members are assembled to prevent the intrusion of rainwater or the intruded rainwater is drained. ing. In the first place, this method has a problem that the structure of the frame material is extremely complicated, the production and management thereof are troublesome, and further, the number of members at the joint portion is increased, resulting in a cost increase.

Japanese Patent Laid-Open No. 7-23769

As mentioned above, there are buildings that do not have a ceiling finish on the lower side (inside the room), such as warehouses and open-type buildings. An external member such as a fluorescent lamp to be attached needs to be fixed to a structural material such as a purlin or a support base fixed to the main roof.
However, in the former case, the structural material interval is large, the mounting pitch is limited, and there are many restrictions on the mounting and the like.
In addition, when the configuration of Patent Document 1 described above is applied, for example, when an external member such as a fluorescent lamp is to be attached, there is no other way than attaching the external member to the lower surface side of the purlin 8, and the attachment position is limited. It was extremely unsatisfactory and the decoration function by the external member was low.
Moreover, in the said patent document 1, since it is the structure which attaches a left-right side frame, an upper frame, and a lower frame around the solar cell panel, when making it respond | correspond to the solar cell panel from which a vertical and horizontal dimension differs, it is set to the length. Accordingly, it is necessary to prepare the left and right side frames, the upper frame, and the lower frame, which is extremely troublesome and costly.
Therefore, the present invention can attach various external members, such as fluorescent lamps, to the indoor side of the exterior structure using a solar cell panel at an arbitrary position, and does not construct a ceiling material (ceiling finish). It is an object of the present invention to provide an external member mounting structure that is suitably used.

  The present invention has been proposed in view of the above, and supports the edge in the flow direction of a solar cell panel provided with a solar energy conversion module with a vertical support member provided with a drainage part, and the edge in the carry direction is a flowing water part. A mounting structure for mounting an external member on the interior side of an exterior structure using a solar cell panel supported by a lateral support material, the mounting base being disposed below the vertical support material, and the mounting base The present invention relates to a mounting structure for an external member, wherein the external member is mounted on a material.

  The present invention also proposes a mounting structure for an external member, characterized in that, in the mounting structure, the mounting base material is fixed laterally to a vertical support member.

  According to the present invention, in the mounting structure, the mounting base material includes a fitting portion and is elastically fitted to a fitted portion provided on the vertical support member. A mounting structure is also proposed.

  The present invention also proposes a mounting structure for an external member, characterized in that, in the mounting structure, the mounting base material is fixed with a space between the bottom surface of the vertical support member.

  The present invention also proposes a mounting structure for an external member, characterized in that, in the mounting structure, a drainage portion provided in the vertical support member and a flowing water portion provided in the horizontal support member are communicated with each other.

  Furthermore, the present invention also proposes a mounting structure for an external member, wherein the external member is a fluorescent lamp.

Since the mounting structure of the external member of the present invention includes an mounting base material below the vertical support material that supports the edge along the flow direction of the solar cell panel, and the external member is attached to the mounting base material, any An external member can be attached to the position.
Therefore, it is possible to decorate the indoor space by attaching a light source, for example, a fluorescent lamp, to the indoor side of the exterior structure using the solar cell panel, or to attach an external member having other decoration effects Alternatively, an external member such as a blower or a heating element may be attached, and a ceiling structure rich in functionality can be constructed.
Further, in the present invention, the external member is not attached to the purlin as in the prior art, but is attached to the attachment base material disposed below the vertical support material, so that it can be attached at an arbitrary position, for example, a fluorescent lamp Thus, when attaching a plurality of external members, it is possible to enhance the decorative effect by attaching to an efficient place.

  In addition, for example, when the mounting base is fixed to the lower surface (bottom surface) of the vertical support material, rainwater may leak from the screw hole, but when the side is fixed to the vertical support material, Even if fixed, it can be easily mounted without causing rainwater leakage.

  In addition, when the mounting base is provided with a fitting portion and is elastically fitted to the fitted portion provided on the vertical support member, the mounting base can be attached by a simple operation of pressing from below. It is not necessary to carry out the fixing tool in a state of being held from below, and the fixing tool can be driven easily.

  In addition, when the mounting base is fixed with a space between the lower surface (bottom surface) of the vertical support member, the mounting member is mounted with a space from the vertical support member, and the vertical support. This refers to a mode in which a raised portion is formed on the bottom surface of the material. In the former mode, when the external member is fixed to the mounting base, the tip (upper end) is attached so as not to reach the vertical support material. The bracket can be driven from below. In this case, if it is attached so that the front end (upper end) of the mounting bracket is located at the above-mentioned distance, a hole is not formed in the bottom portion of the drainage portion of the vertical support member, so that water leakage does not occur. In the latter mode, the mounting bracket can be driven into the raised portion from the back side, and water leakage does not occur even if the raised portion is provided in the drainage portion of the vertical support member.

  In addition, when the horizontal support member has a flowing water part, the vertical support member has a drainage part, and the flowing water part and the drainage part are in communication with each other, rainwater enters, for example, from the edge of the solar cell panel to the back side. Even if it guide | induces from the flowing water part of a horizontal support material to the drainage part of a vertical support material, it can be made to flow down under water.

  Further, when the external member is a fluorescent lamp, the vicinity of the ceiling portion is brightly illuminated, which contributes to making a wide indoor space conscious. In addition, by attaching a daylighting panel with a daylighting panel together with the solar cell panel, the sunlight from the daylighting panel can be taken into the room during the day, and a fluorescent light can illuminate the room at night, making it bright throughout the day. This contributes to forming a space.

It is sectional drawing which expands and shows the principal part of one Example (1st Example) of the exterior structure of this invention. It is a sectional side view which expands and shows the principal part of the said 1st Example. (A) Cross-sectional view of frame material used in first embodiment, (b) Cross-sectional view of vertical decorative material, (c) Cross-sectional view of support structure including vertical crosspiece cover, (d) Cross-sectional view of vertical support material (E) Cross-sectional view of mounting base material, (f) Cross-sectional view of external member (fluorescent lamp), (g) Side cross-sectional view of support structure including horizontal rail cover, (h) Side cross-sectional view of horizontal support material It is.

  The external member mounting structure of the present invention includes a solar cell panel, a lateral support material that supports the edge of the solar cell panel along the traveling direction, and a vertical support material that supports the edge along the flow direction, It is the structure which consists of the attachment base material distribute | arranged below this vertical support material, and the external member attached to this attachment base material.

The solar cell panel includes a solar energy conversion module (hereinafter referred to as a solar cell), and does not particularly limit other configurations.
For example, a configuration in which a plurality of solar cells are provided (in parallel) may be used, or a configuration in which the periphery is surrounded by a frame via a sealing material as shown in the illustrated embodiment described later.

  As the solar cell in the solar cell panel, any one of polycrystal, single crystal, amorphous and the like may be used. Generally, a solar cell is composed of a conductive substrate, a back surface reflection layer, a semiconductor layer as a photoelectric conversion member, and a transparent conductive layer. Examples of the conductive substrate include steel plates, copper, titanium, aluminum, stainless steel, and carbon sheets. In addition, a resin film such as polyester, polyimide, polyethylene naphthalide, and epoxy provided with a conductive layer, ceramics, and the like can also be used. The semiconductor layer is not particularly limited, and a compound semiconductor such as an amorphous silicon semiconductor, a polycrystalline silicon semiconductor, a crystalline silicon semiconductor, or copper indium selenide can be used. For example, recently proposed amorphous silicon solar cells having flexibility are preferable because they are extremely thin and lightweight.

As described above, the solar cell panel may be provided with a frame on the periphery thereof.
This frame holds the peripheral edge of the solar cell and is supported by the vertical support member or the horizontal support member. In other words, the frame holds the peripheral edge of the solar cell, and supports the vertical support member or the horizontal support member. It is the structure which has the to-be-supported part supported by a part, and a structure other than that is not specifically limited.

The vertical support member is a member that supports an edge in the vertical direction (flow direction) of the solar cell panel, and may be a threading material that is continuous in the flow direction, or a fixed-length material having a predetermined length may be a connecting material. A connected configuration may be used.
This vertical support material includes a fixed portion fixed on the housing, a support portion that supports the solar cell panel, and a drainage portion that allows rainwater to flow in the flow direction, and preferably a solar cell cable. An accommodation space to be accommodated and a configuration (fitted part) for elastically fitting an attachment base to be described later are provided.

  The support portion of the vertical support member supports left and right edges of the periphery of the solar cell panel, and is provided at the upper end of an upright piece that extends upward as in the illustrated embodiment described later, for example. May be.

  The fixing portion of the vertical support member is fixed on a beam as a frame, and may be fixed by driving a fixing tool into a portion placed on the beam. For example, as shown in the illustrated embodiment described later A raised portion may be provided, and a fixture may be driven into the raised portion. In addition, not only the fixture but also the beam is made of high-strength steel, it may be attached without forming a hole in the beam via one or more types of fixtures. The specific shape is not limited to a flat shape and a raised shape, and may be any shape.

Further, the drainage part of the vertical support member is continuous in the flow direction and is generally formed in a bowl shape, and may be separately provided on the left and right as in the illustrated embodiment described later. .
A side wall to be mounted (supported) in a mounting form, which will be described later, also serves as a side wall (side surface part) of the drainage part, and extends inward to form a flange shape for stable support. It may be.

The lateral support material supports the edge in the traveling direction among the peripheral edges of the solar cell panel, and is substantially the same or shorter than the dimension (length) in the lateral direction (the traveling direction) of the solar cell panel. It is a standard material to be formed.
The horizontal support member includes a fixed portion fixed to the upper end of the side wall of the vertical support member, a support portion that supports the solar cell panel, and a flowing water portion that allows rainwater to flow in the direction of the run, and is preferably configured. A housing space for housing the solar cell cable is provided.

  The support portion of the horizontal support member supports the upper edge and the lower edge of the periphery of the solar cell panel. A central ridge may be provided and provided at the central ridge.

  The fixing portion of the lateral support member is fixed to the upper end of the side wall of the vertical support member, and the specific shape thereof is not particularly limited, and as shown in the illustrated embodiment described later, It may be fixed with screws or the like immediately above.

The flowing water portion of the horizontal support member is generally formed in a bowl shape at a position higher than the fixed portion, and may be separately provided on the water upper side and the water lower side as in the illustrated embodiment described later. Good.
The rainwater introduced into the flowing water part is led into the drainage part of the vertical support member that flows in the girder direction and is connected, and is drained downward by the drainage part.

  The mounting base material is disposed below the vertical support member, and desirably fixes the side to the vertical support member. Other configurations are not particularly limited and will be described later. The structure (fitting part) for elastically fitting to a vertical support material like the example of illustration may be comprised.

As described above, the mounting base material is disposed below the vertical support member, and preferably the side is fixed to the vertical support member, and further above, that is, the lower surface of the vertical support member. It is desirable to attach so that a space is formed between them, and in this case, the front end (upper end) of the mounting bracket for attaching the external member is driven so as to be positioned in the space, thereby The external member can be easily attached without making a hole in the bottom of the drainage portion to cause water leakage.
Further, the mounting base material may be a long material or a plurality of piece materials, and the arrangement position thereof may be an arbitrary position of the vertical support material, so that it can be placed at an arbitrary position on the roof surface. An external member can be attached.

As an external member attached to the attachment base material, a fluorescent lamp will be described in the illustrated embodiment described later, but is not limited thereto, and if it is an external member applied to the roof surface, even a blower, A heating element or a POP material having a rotation function may be used.
If the attachment base material is a long material, it can be attached at an arbitrary position in the length direction, and if it is a plurality of piece materials, it may be attached so as to straddle them.
Further, as long as the external member can be attached to the attachment base material, the attachment means (attachment configuration) is not limited in any way, and may be attached by any known means. .

Moreover, you may arrange | position a vertical rail cover between the solar cell panels adjacent to a crossing direction. The vertical rail cover may be attached to the vertical support member with a connecting bolt via an attachment receiving member as shown in the illustrated embodiment described later, or may be fixed to the frame on the periphery of the solar cell panel. The attachment means is not particularly limited.
Similarly, you may arrange | position a crosspiece cover between the solar cell panels adjacent to a flow direction. The horizontal rail cover may be attached to the horizontal support member with a connecting bolt as shown in the illustrated embodiment described later, or may be fixed to the frame on the periphery of the solar cell panel. There is no particular limitation.

The mounting structure of the first embodiment of the present invention shown in FIGS. 1 to 3 includes a solar cell panel 1 including solar cells 11, a lateral support material 2 that supports frames 12A and 12B along the direction of the flow, and a flow. The vertical support member 3 supports the frames 12 </ b> C and 12 </ b> D along the direction, the mounting base material 8 that covers the lower surface of the vertical support member 3, and the external member 9 that is attached to the mounting base member 8.
Of the peripheral frames of the solar cell panel 1, the water side is 12A, the water side is 12B, the left side is 12C, and the right side is 12D.

  The solar cell panel 1 has frames 12A to 12D arranged on the periphery of the solar cell 11, and each of the frames 12A to 12D is formed of the solar cell 11 via a seal member 13 as shown in FIG. A substantially U-shaped holding part 121 that holds an edge is provided, and a substantially L-shaped supported part 122 that extends downward from the holding part 121 and is supported by the horizontal support member 2 and the vertical support member 3 is provided. This is a simple configuration. Further, a vertical rail cover 6 is arranged on the surface of the connecting portion in the horizontal direction (shift direction) of the solar cell panel 1 and a horizontal rail cover 7 is connected to the surface of the connecting portion in the flow direction.

As shown in FIG. 1, the vertical support member 3 is fixed on a beam 5 as a casing, and is fixed to the casing 5 and along the vertical direction (flow direction) of the solar cell panel 1. It is a vertical cross provided with a support portion 351 that supports the end edge, a drainage portion 32 that is continuous in the flow direction, and a fitted portion 342 for elastically fitting the mounting base 8 described later.
As shown in FIG. 3 (d), the vertical support member 3 of the illustrated embodiment includes side walls 34 and 34 that branch outward on the left and right edges of the bottom surface portion, and extend upward on the inside thereof. Standing pieces 35, 35 are provided, and the upper ends (substantially T-shaped portions) of the standing pieces 35, 35 are the support portions 351 that support the solar cell panel 1. The space between the standing pieces 35 and 35 is a housing space for housing the cable 111 of the solar cell 11, and a drainage portion 32 is formed between the side wall 34 and the standing piece 35.

  The fixing portion 31 in the illustrated embodiment refers to the bottom surface portion of the vertical support member 3 and is disposed at a predetermined portion on the beam (purlin) 5 which is a C-shaped steel with a lip groove, and is located above the top of the substantially central raised portion 311. The screw-shaped fixing bracket 3a is fastened to the upper flange of the purlin 5 and fixed. The fastening state of the fixing bracket 3a is as shown in FIG. 2, but it is intentionally shown in FIG. 1 so as not to misunderstand that the mounting base 8 and the external member 9 described later are penetrated. Not.

The drainage part 32 of the illustrated embodiment is formed between the side wall 34 and the upright piece 35 as described above, and is formed on each of the left and right sides.
At the upper ends of the side walls 34, 34 that also serve as side surfaces of the drainage portions 32, 32, the back surfaces of the edge portions (fixed portions 21) of the flowing water portions 22, 22 of the left and right lateral support members 2, 2 are received and supported. Receiving portions 351 and 351 which are inner flanges are provided. In addition, a bent piece is provided downward at the tip of the receiving portion 341, and a protruding piece that protrudes inward is provided on the branch piece of the side wall 34, so that the fitting portion 42 of the longitudinal decorative material 4 to be described later is elastic. To be held is formed.
And the rain water, dew condensation water, etc. which were guide | induced in this drainage part 32 are drained in the down direction along a flow direction.

  As described above, the support portion 351 in the illustrated embodiment indicates a substantially T-shaped portion at the upper end of the upright pieces 35 and 35, and the left and right frames 12C and 12D of the solar cell panels 1 and 1 are provided. The supported parts 122 and 122 are received and supported.

In addition, an attachment receiving member 3B and a connection bolt 3c for attaching the vertical rail cover 6 are attached to the support portion 351 of the illustrated embodiment.
As shown in FIG. 3 (c), the attachment receiving member 3B includes a locking portion 38 that locks to the lower end of the support portion 351 of the vertical support member 3 at the left and right lower ends thereof, and is formed at the approximate center thereof. It is a piece material provided with a protruding connected portion 39 that engages with the connecting portion 61 of the vertical beam cover 6 on the outside of the opposed upright piece. Moreover, it is the structure which the connection bolt 3c attached from the downward direction extends between the opposing standing pieces of this attachment receiving member 3B.

As shown in FIG. 1, the vertical rail cover 6 is fixed between the frames 12C and 12D of the solar cell panels 1 and 1 adjacent to each other through the elastic members 6b and 6b in the cross direction, and has a substantially flat shape. The protrusion-shaped connecting portion 61 is formed on the outer side of the opposed vertical piece that hangs downward from the back surface side of the upper surface portion 62. In addition, in the figure, 6a shows the nut which fastens the nut which fastens the upper end of the connection bolt 3c on the upper surface part 62 of the vertical crosspiece cover 6. FIG.
The upper surface portion 62 is arranged so as to straddle the solar cell panels 1 and 1 adjacent to each other in the carry direction, and a through hole through which the connection bolt 3c is inserted is formed. The connection portion 61 is covered with the attachment receiving member 3B. The connecting portion 39 is elastically fitted.

  In such a support structure of the vertical rail cover 6, the solar battery panel 1 is sandwiched between the attachment receiving member 3B at the lower end of the connecting bolt 3c and the vertical rail cover 6 at the upper end. Therefore, by tightening the nut 6a, the attachment receiving member 3B is firmly locked to the lower end of the support portion 351, and the edge of the solar cell panel 1 is sandwiched between the vertical rail cover 6 from above and below. 3, the attachment receiving member 3 </ b> B, the solar cell panel 1, and the vertical rail cover 6 are integrally fixed.

The horizontal support member 2 is a horizontal beam that supports the water-side edge and the water-side edge of the solar cell panel 1, and includes a fixing portion 21 that is fixed to the vertical support member 3 and rainwater. A substantially bowl-shaped flowing water portion 22 that flows in the direction of the direction, and a support portion 23 that supports and fixes the solar cell panel 1, and the dimensions (lengths) of the solar cell panel 1 in the lateral direction (shift direction); It is a standard material formed substantially the same.
As shown in FIG. 3 (f), the lateral support member 2 in the illustrated embodiment includes side walls 24 and 24 having substantially the same height as the vertical decorative material 4 described later on the left and right edges of the bottom surface portion, and the inner side thereof. The upper part (substantially T-shaped part) of the upright pieces 25 and 25 which comprise the central protruding part extended upwards and which comprises the side surface of this central protruding part becomes the said support part 23 which supports the said solar cell panel 1. FIG. Yes. A space between the side wall 24 and the upright piece 25 is a space where the flowing water portion 22 is formed, and is also a housing space for housing the cable 111 of the solar cell 11.

  The fixing portion 21 in the illustrated embodiment refers to the edge of the bottom portion of the flowing water portion 22 in the direction of travel, and a screw-like fixing bracket 2a is fixed to the receiving portion 341 of the vertical support member 2 from above. 2 a is fastened in the drainage part 32.

As described above, the flowing water portion 22 of the lateral support member 2 is formed between the side wall 24 and the upright piece 25, and is formed on each of the left and right sides.
And since the fixing | fixed part 21 which is the edge of the carry direction of the bottom face part of this flowing water part 22 was fixed to the receiving part 341 of the said vertical support material 3 with the fixing metal fitting 2a as mentioned above, it is upwards rather than the drainage part 32. positioned.

  The support portion 23 in the illustrated embodiment refers to a substantially T-shaped portion at the upper end of the upright pieces 25 and 25 as described above, and covers the upper and lower frames 12A and 12B of the solar cell panels 1 and 1. The support portions 122 and 122 are received and supported.

In addition, a holding portion 26 that holds the connecting bolt 2b for attaching the crosspiece cover 7 is attached to the support portion 23 in the illustrated embodiment.
As shown in FIG. 3E, the holding portion 26 is provided at the upper end of a vertical portion 27 extending upward from the support portion 23.

  The horizontal rail cover 7 is fixed between the frames 12A and 12B of the solar cell panels 1 and 1 adjacent to each other in the flow direction as shown in FIG. A through-hole through which the connecting bolt 2b is inserted is formed between the opposing vertical pieces that hang downward from the bottom. In addition, in the figure, 7a shows the nut which fastens the nut which fastens the upper end of the connection bolt 2b on the upper surface part 71 of the vertical crosspiece cover 7. FIG.

  The attachment base material 8 is attached so as to cover the lower surface of the vertical support member 3 as described above, and is fixed to the upper end of the side wall 34 of the vertical support member 3 by driving the fixtures 8a and 8a from the side. It is fixed.

As shown in FIG. 3E, the mounting base 8 of the illustrated embodiment has a substantially U-shaped cross section in which upward inclined surface portions 82, 82 are formed on the left and right side edges of the lateral surface portion 81, and the inclined surface portion 82, At the upper end of 82, a fitting portion 83 is provided that is elastically fitted from the side (outside) to the fitted portion 342 formed on the side wall 34 of the vertical support member 3.
The fixing base 8 is driven and fixed from the side in a state where the mounting base 8 is elastically fitted to the fitted portion 342 of the vertical support member 3 from below. It attaches so that the space 84 may be formed between the surface part 81 and the lower surface of the vertical support material 3. FIG. This space 84 is formed so that a tip (upper end) thereof does not open a hole in the bottom of the drainage portion 32 of the vertical support member 3 when an external member 9 to be described later is fixed to the mounting base 8 with the mounting bracket 9a. It is a space to do.

  In the illustrated embodiment, the external member 9 is a fluorescent lamp. The external member 9 is provided on the upper surface of a cover 92 that holds and protects the light source 91, and a screw-shaped attachment 9 a is provided below the lateral surface portion 81 of the attachment base 8. It was set as the structure fixed by driving in.

Moreover, the vertical decorative material 4 is attached to the exterior structure of the illustrated embodiment so as to cover the gaps between the lateral support members 2 and 2 adjacent to each other in the flow direction.
As shown in FIG. 3 (b), the vertical decorative material 4 has a bifurcated fitting portion that is elastically fitted to the fitted portion 37 of the vertical support material 3 at the lower end of the flat decorative face portion 41. 42 is provided, and is attached to the upper end of the side wall of the vertical support member 3, and the decorative surface portion 41 is provided with a through hole 411 for extracting the cable 111.

  The mounting structure of the external member 9 according to the present invention composed of these members includes a mounting base 8 disposed below the vertical support member 3, and is fixed from the side by a fixture 8a. Since the external member 9 is attached to 8, the external member 9 can be attached at an arbitrary position.

  In the illustrated embodiment, since the mounting base 8 includes the fitting portion 83 and is elastically fitted to the fitted portion 342 provided on the vertical support member 3, it can be simply pressed from below. The attachment base material 8 can be attached by a simple operation, and it is not necessary to perform the operation of driving the fixture 8a in a state of being held from below, and the fixture 8a can be easily driven.

  Further, in the illustrated embodiment, the mounting base 8 is fixed with a space 84 between the lower surface of the vertical support member 3, and therefore, when the external member 9 is fixed to the mounting base 8, the mounting bracket 9 a is fixed. The top end (upper end) of the vertical support member 3 can be driven from below so as not to reach the vertical support member 3, and since no hole is formed in the bottom of the drainage portion 32 of the vertical support member 3, no water leakage occurs. In addition, since the support part 31 isolated from the drainage part 32 is provided in the vertical support material 3 of the illustrated embodiment, water leakage does not occur even if the mounting bracket is driven into the support part 31 from the back side. Moreover, when the raised part is provided in the drainage part 32, it can be attached without causing water leakage even if the mounting bracket is driven into the raised part from the back side.

  Further, in the illustrated embodiment, the horizontal support member 2 includes a flowing water portion 22, the vertical support member 3 includes a drainage portion 32, and the flowing water portion 22 and the drainage portion 32 are connected to each other. Even if it penetrates from the edge of the panel 1 to the back surface side, it can be led from the flowing water part 22 of the horizontal support member 2 to the drainage part 32 of the vertical support member 3 and flow down to the underwater side.

  Further, in the illustrated embodiment, since the external member 9 is a fluorescent lamp, the vicinity of the ceiling portion is brightly illuminated, and a wide indoor space can be made conscious. Moreover, by attaching a daylighting panel including a daylighting plate together with the solar cell panel 1, the sunlight from the daylighting panel can be taken into the room during the day, and a fluorescent light can illuminate the room at night, which is bright all day. This contributes to the formation of the indoor space.

1 Solar Panel 11 Solar Cell (Solar Energy Conversion Module)
111 Cable 12, 12A, 12B, 12C, 12D Frame 2 Horizontal support member 21 Fixed portion 22 Flowing portion 23 Support portion 24 Side wall 25 Standing piece 3 Vertical support member 31 Fixed portion 32 Drainage portion 34 Side wall 341 Receiving portion 342 Fitted portion 35 Standing piece 351 Supporting part 37 Fit part 3a Fixing bracket 3B Mounting receiving member 3c Connecting bolt 4 Vertical decorative material 41 Cosmetic face part 42 Fitting part 5 Housing (beam, main building)
6 Vertical beam cover 6a Nut 7 Horizontal beam cover 7a Nut 8 Mounting base material 81 Horizontal surface portion 82 Inclined surface portion 83 Fitting portion 8a Fixture 9 External member (fluorescent lamp)
91 Light source 92 Cover 9a Mounting bracket

Claims (6)

A solar cell panel in which the edge in the flow direction of a solar cell panel provided with a solar energy conversion module is supported by a vertical support material provided with a drainage portion, and the edge in the carry direction is supported by a horizontal support material provided with a water flow portion. A mounting structure for attaching an external member to the interior side of the exterior structure used,
An attachment structure for an external member, wherein an attachment base material is disposed below the vertical support member, and the external member is attached to the attachment base material.   The mounting structure for an external member according to claim 1, wherein the mounting base is fixed laterally to a vertical support member.   The mounting structure for an external member according to claim 1 or 2, wherein the mounting base includes a fitting portion and is elastically fitted to a fitted portion provided on the vertical support member.   The mounting structure for an external member according to any one of claims 1 to 3, wherein the mounting base is fixed with a space between the lower surface of the vertical support member.   The external member mounting structure according to any one of claims 1 to 4, wherein a drainage portion provided in the vertical support member and a running water portion provided in the horizontal support member are communicated with each other.   The external member mounting structure according to any one of claims 1 to 5, wherein the external member is a fluorescent lamp.

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