JP7060498B2 - Roof structure - Google Patents

Description

Application of Article 30, Paragraph 2 of the Patent Act (1) Exhibition date: April 20, 2018 to April 21, 2018 Exhibition name: 13th Exterior Exhibition 2018 (2) Exhibition by exhibition Date: April 27, 2018 to April 28, 2018 Exhibition name: Exterior & Garden Fair NAGOYA 2018 (3) Open to the public by the exhibition Exhibition date: June 7, 2018 to June 8, 2018 Exhibition Name: 12th Kansai Exterior Fair in Kansai 2018 (4) Public sale date: September 19, 2018 Sales location: 1735-1 Kumagai Kumagai, Santoya, Yunnan City, Shimane Prefecture Lifestyle Makoto Suyama (5) To publications Published by announcement Publication date: From October 1, 2018 to the present (final undecided) Publication: Catalog "Extiara Roof" Publisher YKKAP Co., Ltd. Assembly and construction manual "Extiara Roof" Publisher YKKAP Co., Ltd.

The present invention relates to a roof structure such as a carport.

Conventionally, as a roof structure, a carport having a pillar, a purlin receiving material fixed to the strut, and a roof attached to the purlin receiving material is known (see Patent Document 1).
The roof is framed by a pair of left and right girders and a pair of front and rear beams. A plurality of rafter members are attached, the plurality of rafter members support a resin roof plate, and the roof plate is pressed from above by a roof plate holding member screwed to the rafter members.
The above-mentioned girder, beam, purlin material, rafter member, and roof plate holding member are structural materials formed of extruded aluminum profiles, and the purlin material among them is directly screwed to the purlin receiving material.

Jikkenhei 5-38105 Gazette

By the way, in the carport described in Patent Document 1, since the purlin material is directly screwed to the purlin receiving material, the roof cannot be arranged above the purlin receiving material. For this reason, it is difficult to produce a floating feeling that makes the roof float on the frame composed of the purlin receiving material and the columns. Therefore, the present inventor erected a bundle on the beam of the frame described above in order to produce a feeling of floating of the roof, and by forming a bundle structure in which the bundle supports the roof, the roof is further upward with respect to the frame. We considered arranging them apart.
In a car port configured in this way, for example, when installing lighting equipment on the roof, cables such as conduits are wired along the pillars, main building receiving material, and the outer surface of the roof to connect to the lighting equipment. However, since the cable will be exposed to the outside, watertightness must be considered.
In addition, the cable exposed to the outside becomes conspicuous in appearance. For example, it is conceivable to attach a case for accommodating the cable to the support, purlin receiving material or roof, but by attaching the case, the simple appearance of the carport can be obtained. There is a risk of damage.

An object of the present invention is to provide a roof structure that can be routed without exposing the cable to the outside.

The roof structure of the present invention includes a substructure having columns and beams, and a roof provided above the beams, wherein the roof includes an upper beam extending in the left-right direction. A side frame attached to the end of the upper beam, a plurality of roofing materials extending in the front-rear direction intersecting the upper beam and attached to the upper beam, and the front frame attached to the plurality of roofing materials. And the rear frame, and the plurality of roofing materials are inclined in the horizontal direction so that the end portion on the front frame side thereof is located above the end portion on the rear frame side. Inside the upper beam, the side frame, and the front frame, a storage space in which cables are routed in the order of the upper beam, the side frame, and the front frame is formed. It is characterized in that it is introduced into the hollow portion of the roofing material from the frame side.
According to the roof structure of the present invention, by arranging the roof away from the beam upward, it is possible to produce a floating feeling as if the roof is floating upward from the beam, and the roof configured in this way can be produced. Since the cable is wired and introduced into the hollow portion of the roofing material as described above in the structure, the cable is not exposed to the outside, and a roof structure having a simple appearance can be constructed. This cable can be connected to lighting equipment installed on roofing materials.
In addition, the roofing material is inclined so that the end portion on the front frame side is located above the end portion on the rear frame side, and the cable is on the front frame side rather than from the rear frame side with respect to the hollow portion of the roofing material. Since it is introduced from, the cable can be placed in a position where it is difficult to get wet with rainwater.

The roof structure of the present invention has a bundle erected on the beam, the roof is supported by the bundle, and the cable passes from the beam side through the inside of the bundle. It may be introduced inside the upper beam.
According to such a configuration, the roof can be arranged above the beam by the bundle, and a floating feeling as if the roof is floating above the beam can be produced. Further, even in the case of having a bundle, since the cable passes through the inside of the bundle, the cable is not exposed to the outside, and a roof structure having a simple appearance can be constructed.

In the roof structure of the present invention, an end plate material is arranged at the end portion of the plurality of roofing materials on the front frame side, and the end portion of the plurality of roofing materials on the front frame side and the end plate material. A sheet-shaped dry sealing material extending in the left-right direction is arranged between them, and in the dry sealing material, a fixture having a screw shaft portion is formed from the end plate material to the end of the roofing material on the front frame side. By being screwed into the portion, the opening at the end portion of the plurality of roofing materials on the front frame side is closed, and the cable may penetrate the end plate material and the dry sealing material.
According to such a configuration, when fixing the end plate material to the end portion of the plurality of roofing materials on the front frame side, a sheet-shaped dry sealing material is sandwiched between the roofing material and the end plate material, and the screw of the fixture is used. By screwing the shaft portion from the end plate material to the end portion of the roofing material on the front frame side, water can be stopped between the end portion of the roofing material on the front frame side and the end plate material.
In addition, since the screw shaft of the fixture is screwed from the end plate material to the end of the roofing material on the front frame side, the dry seal material comes into pressure contact with the end of multiple roofing materials on the front frame side, improving water stoppage. can do.

In the roof structure of the present invention, the plurality of roofing materials have the upper surface portion and the lower surface portion between the pair of side surface portions, the upper surface portion and the lower surface portion continuous with the pair of side surface portions, and the pair of side surface portions. The portion has two continuous vertical piece portions, and the box portion is composed of the upper surface portion, the lower surface portion, and the two vertical piece portions, and screw holes are formed in each corner portion of the box portion. Is formed, and the screw shaft portion of the fixture may be screwed into the screw hole.
According to such a configuration, the upper surface portion and the lower surface portion are connected by two vertical pieces between the pair of side surface portions to form a box portion, whereby the roofing material is formed in a hollow frame shape and the strength is increased. In addition, since screw holes are formed at each corner of the box portion with increased strength in this way, a fixture can be attached to the increased strength portion of the end portion of the roofing material on the front frame side. The end plate material can be firmly fixed by screwing in, and the dry sealing material can stop water more closely between the box portion and the end plate material. Therefore, the hollow portion formed by the box portion can be suitably used as a space for arranging cables such as conduits.

In the roof structure of the present invention, the end plate material may extend over the end portions of the plurality of roof materials in the left-right direction.
According to such a configuration, one end plate material can be fixed to the end portion of the plurality of roofing materials on the front frame side, and for example, different end plate materials are fixed to the end portions of the plurality of roofing materials on the front frame side. Workability can be improved as compared with the case. Further, since the ends of a plurality of roofing materials on the front frame side are connected by one end plate material, the end plate material can be configured as a roof frame material, and in addition to this end plate material, a frame along the end plate material. It is possible to eliminate the need to separately provide the material.

In the roof structure of the present invention, the front frame is composed of the end plate material and the decorative material attached to the end plate material, and the side frame is attached to the side plate material and the side plate material. It is composed of a decorative material, and the accommodation space may be formed between the end plate material and the decorative material and between the side plate material and the decorative material, respectively.
According to such a configuration, the cable can be easily installed in the accommodation space of the front frame or the side frame, as compared with the case where the end plate material or the side plate material and the decorative material are integrally formed, for example.
Further, since the end plate material is exposed to the outside before the decorative material is attached, the fixture can be directly inserted through the end plate material, and the end plate material can be easily attached to the end portion of a plurality of roofing materials in the longitudinal direction. Can be fixed to.

In the roof structure of the present invention, the side frame, the front frame, and the rear frame each include a decorative material whose ends are abutted against each other, and the decorative material is between the ends between the decorative materials. A corner sealing member may be provided that is screwed to one of the opposing ends of the roof and adhered to the other.
According to such a configuration, by screwing the corner sealing member to one end of the decorative material in advance in a factory or the like, at the construction site, the corner is attached to the other end facing one end of the decorative material. By simply adhering the part seal member, it is possible to stop water at the corners where the decorative materials are butted against each other, and it is possible to simplify the water stopping work.

In the roof structure of the present invention, a gutter portion is formed on the upper surface of the plurality of roofing materials, and the end portion of the plurality of roofing materials on the rear frame side corresponds to the gutter portion of the roofing material. A drainage end plate material having a drainage groove formed at the position may be fixed.
According to such a configuration, rainwater flowing through the gutters of the plurality of roofing materials can be drained through the drainage ditch of the drainage end plate material.

In the roof structure of the present invention, the rear frame is composed of the drainage end plate material and the decorative material attached to the drainage end plate material, and the decorative material of the rear frame has the drainage groove. A gutter portion that receives drainage from the surface is formed, and the gutter portion of the decorative material is formed by a pair of side surface portions and a lower surface portion, and one of the pair of side surface portions is the plurality of roofing materials. It may be raised along the end of the.
According to such a configuration, even when the amount of drainage from the gutter portion of the roofing material to the gutter portion of the decorative material is large, water is generated by the side surface portion raised along the end portion on the rear frame side of the roofing material. Can be prevented from entering the hollow portion of the roofing material, and the possibility that the cable or the like introduced in the hollow portion of the roofing material gets wet can be reduced.

According to the present invention, it is possible to provide a roof structure that can be routed without exposing the cable to the outside.

The perspective view which shows the carport which concerns on 1st Embodiment of this invention. The front view which shows the carport which concerns on 1st Embodiment from the front. The side view which shows the carport which concerns on 1st Embodiment. The cross-sectional view which shows the carport which concerns on 1st Embodiment. Explanatory drawing which shows the main part of the carport which concerns on 1st Embodiment. Explanatory drawing which shows the beam of the carport which concerns on 1st Embodiment. Explanatory drawing which shows the lighting equipment of the carport which concerns on 1st Embodiment. The perspective view which shows the water stop structure of the carport which concerns on 1st Embodiment by disassembling. Explanatory drawing which shows the bundle of carports which concerns on 1st Embodiment. Explanatory drawing which shows the water stop member of the carport which concerns on 1st Embodiment. The cross-sectional view which shows the roof material of the carport which concerns on 1st Embodiment. Explanatory drawing which shows construction of the roofing material of a carport which concerns on 1st Embodiment. The perspective view which shows the electric wire tube wired to the carport which concerns on 1st Embodiment. The perspective view which shows the construction of the frame material of the carport which concerns on 1st Embodiment. The perspective view which shows the construction of the corner part of the roof frame of the carport which concerns on 1st Embodiment. The perspective view which shows the rear frame of the carport which concerns on 1st Embodiment. The cross-sectional view which shows the rear frame of the carport which concerns on 1st Embodiment. The perspective view which shows the waterproof structure of the carport which concerns on 2nd Embodiment of this invention. The perspective view which shows the water stop member of the carport which concerns on 2nd Embodiment. The perspective view which shows the water stop structure of the carport which concerns on 2nd Embodiment by disassembling. The perspective view which shows the water stop member of the carport which concerns on 3rd Embodiment of this invention. The perspective view which shows the water stop structure of the carport which concerns on 3rd Embodiment by disassembling. The schematic diagram which shows the carport which concerns on the modification of this invention.

[First Embodiment]
Hereinafter, the first embodiment of the present invention will be described with reference to the drawings.
In FIGS. 1 to 4, the carport 1 as the roof structure according to the first embodiment is erected on two frames 2A and 2B and frames 2A and 2B, which are substructures installed in the parking space. It includes a plurality of bundles 10 (10A, 10B) and a roof 50, which is a superstructure supported by the plurality of bundles 10 (10A, 10B).
In the following description, the frontage direction (left-right direction) of the car port 1 is the X-axis direction, the depth direction (front-back direction) of the car port 1 is the Y-axis direction, and the vertical direction of the car port 1 is the Z-axis direction. The X, Y, and Z axis directions are orthogonal to each other.

The frames 2A and 2B are configured as a gate-shaped frame including a pair of columns 3 erected in the parking space and a beam 4 fixed to the pair of columns 3. The frames 2A and 2B are arranged side by side at intervals in the Y-axis direction, the pair of columns 3 face each other at intervals in the X-axis direction, and the longitudinal direction of the beam 4 is along the X-axis direction. There is. The distance between the pair of columns 3 is appropriately set according to the number of cars and the like parked in the parking space. The vertical dimension L1 of the column 3 in the frame 2A is larger than the vertical dimension L2 of the column 3 in the frame 2B, whereby the roof 50 supported by the frames 2A and 2B is moved from the rear side to the front side in the Y-axis direction. The slope of the roof 50 is set as it is inclined diagonally upward with respect to the virtual horizontal plane 52 as it goes toward it. As shown in FIG. 4, the hollow portion 3A along the Z-axis direction of the support column 3 is formed as an accommodation space in which the electric wire tube 100 as a cable is wired.

As shown in FIGS. 6A and 6B, the beam 4 includes a beam main body 410 and a recess forming body 420 attached to the upper part of the beam main body 410. Here, FIG. 6A shows a vertical cross section of the beam 4, and FIG. 6B is a cross-sectional view taken along the line CC shown in FIG. 6A.
The beam main body 410 has a beam upper surface portion 411, a beam lower surface portion 412, and a pair of beam side surface portions 413 and 414, and is formed in a hollow frame shape.
The recess forming body 420 has a bottom surface portion 421 attached to the beam upper surface portion 411 and side frame portions 422 and 423 having a rectangular cross section formed on both side edges of the bottom surface portion 421 along the X-axis direction. A recess 4A along the X-axis direction is formed by the recess bottom surface 421A of the bottom portion 421 and the recess side surfaces 422A and 423A of the side frame portions 422 and 423 facing each other at intervals in the Y-axis direction. The recess 4A is in a region of the beam 4 facing the lower surfaces 822A and 862A of the roof 50 in the Z-axis direction. The recessed side surfaces 422A and 423A extend downward from the upper surface 424 of the side frame portions 422 and 423, and the recessed bottom surface 421A is arranged between the lower edges of the recessed side surface 422A and 423A. Further, the side frame portions 422 and 423 are formed with mounting piece portions 425 protruding in the Y-axis direction from the recessed side surfaces 422A and 423A, respectively.

A lighting mounting member 501 is screwed to the mounting piece 425 of the side frame portions 422 and 423, and an upper light 510 as an upper luminaire whose irradiation direction is directed upward is mounted on the lighting mounting member 501. It is attached via the metal fitting 502.
As shown in FIG. 7A, the upper light 510 is formed in a rectangular shape in a plan view, and a plurality of light emitting elements 51 such as LEDs are installed on the upper surface 511 of the upper light 510 along the longitudinal direction thereof. ing.
As shown in FIG. 7B, the mounting bracket 502 is formed in a substantially U-shaped cross section, and engaging convex portions 503 protruding inward are formed on both edges thereof. The mounting bracket 502 is screwed to the lighting mounting member 501.
The upper light 510 is mounted on the mounting bracket 502 by fitting the upper light 510 from above and engaging the engaging protrusions 503 on both sides of the upper light 510 in the width direction (FIGS. 6A and 6). (B)).
The upper light 510 attached to the beam 4 in this way is arranged in the space partitioned by the recess 4A of the recess forming body 420, and is arranged at the center position in the Y-axis direction between the recess side surfaces 422A and 423A. (See FIG. 6 (A)). Further, as shown in FIG. 2, the upper light 510 is arranged at a distance L3 equal to the X-axis direction from the two bundles 10. That is, the upper lights 510 are arranged at equal intervals with respect to the two bundles 10 described above. The upper light 510 is arranged at the center position in the X-axis direction between the two bundles 10. In the recess 4A, the conduit 100 from the hollow portion 3A of the support column 3 is arranged.

An upper cover material 5A (cover material) that covers the opening in the upper portion of the recess 4A is attached to the recess forming body 420, and the wire tube 100 is formed inside the beam 4 by the upper cover material 5A covering the opening. The accommodation space 4C to be wired is formed. The upper cover material 5A has a plate-shaped cover plate portion 521 extending in the X-axis direction and two engaging piece portions 522 extending downward from the cover plate portion 521. The two engaging piece portions 522 are snap-fitted to the two engaging claw portions 501A locked to the lighting mounting member 501, and the cover plate portion 521 covers the opening of the recess 4A on the side. It is in contact with the upper surface 424 of the frame portions 422 and 423.
The cover plate portion 521 is formed with a bundle insertion port (not shown) through which the bundle 10 is inserted and a lighting opening 523 arranged at a position corresponding to the upper light 510 in the Z-axis direction. The 523 is provided with a translucent cover 524 having translucency such as polycarbonate. The illumination opening 523 has a rectangular shape, and is equal to or larger than the length dimension in the X-axis direction and the width dimension in the Y-axis direction of the upper surface 511 (particularly the floodlight surface) of the upper light 510. .. The illumination opening 523 is arranged directly above the upper surface 511 of the upper light 510.
The upper light 510 installed in this way irradiates the irradiation light upward from the upper surface 511, and the irradiation light passes through the translucent cover 524 and of the roof 50 (mainly a plurality of roofing materials 81 in the present embodiment). Illuminates the lower surfaces 822A and 862A. In the present embodiment, the length dimension of the upper light 510 is about 80% of the dimension between the two bundles 10 in the X-axis direction, and the lower surface 822A, 862A of the roof 50 by the upper light 510 is set. The irradiation range I (see FIG. 2) in the X-axis direction is the bundles 10A, 10A (see FIG. 2) in the X-axis direction when the irradiation light passing through the translucent cover 524 from the upper light 510 reaches the lower surface of the roof 50 while spreading. Bundles 10B, 10B) span the entire range. As a result, the floating feeling of the roof 50 separated upward from the beam 4 is illuminated.
Further, among the above-mentioned irradiation lights, the reflected light reflected on the lower surfaces 822A and 862A of the roof 50 is indirect lighting that illuminates the lower side from the roof 50 side. Further, since the roof 50 is inclined diagonally upward from the rear side to the front side, the reflected light reflected on the lower surfaces 822A and 862A of the inclined roof 50 is the road located in front of the carport 1. Illuminate and so on.

The beam side surface portions 413 and 414 of the beam main body 410 extend downward from the beam lower surface portion 412, and an engaging convex portion 415 is formed on each lower edge portion. A lower cover material 5B having an engaging recess 504 that engages with these engaging protrusions 415 is attached to the beam side surface portions 413 and 414. The lower cover material 5B is arranged so as to cover the lower surface of the beam main body 410, and a plurality of downlights 530 as lower illuminators whose irradiation direction is downward are installed along the X-axis direction as shown in FIG. Has been done. As shown in FIG. 7C, the downlight 530 is formed in a substantially circular shape, and its lower surface 531 is a light projecting surface.

The roof 50 includes a roof frame 60 that constitutes the peripheral edge of the roof 50 by framing four frame members 61 to 64 around four times, and a hollow portion 70A that is attached to the roof frame 60 at both ends and is open at both ends (FIG. 4). , FIG. 5), and a plurality of roofing materials 81 arranged side by side in the roof frame 60. Each of the frame members 61 to 64 and the upper beam 70 of the roof frame 60 are formed as structural materials by the aluminum extruded profile, and in the present embodiment, the plurality of roofing materials 81 are also formed by the aluminum extruded profile, and the roof. By being fixed to the frame 60, it can exhibit a function as a structural material. The frame members 61 and 62 are configured as a front frame 61 and a rear frame 62 along the X-axis direction, and the frame members 63 and 64 are configured as side frames 63 and 64 along the Y-axis direction. The side frame 63 is formed with an upper overlapping portion 632 extending toward the side frame 64 side, and the side frame 64 is formed with an upper overlapping portion 642 extending toward the side frame 63 side (see FIG. 4). .. The roofing material 81 is arranged below the upper beam 70. The roofing material 81 is configured with insertion openings 91 and 92 through which the bundle 10 is inserted. The longitudinal direction of the upper beam 70 is along the X-axis direction and is parallel to the longitudinal direction of the beam 4. The longitudinal direction of the plurality of roofing materials 81 is along the Y-axis direction and is orthogonal to the longitudinal direction of the upper beam 70. In this roof 50, the roof frame 60 is not fixed to the frames 2A and 2B, and the upper beam 70 is fixed to the bundle 10, so that the roof frame 60 is positioned so as to project in the X-axis direction from the pair of columns 3. It is possible to construct a roof 50 to be used. In the present embodiment, of the two upper beams 70, the hollow portion 70A of the upper beam 70 located on the front frame 61 side, which will be described later, is wired with the conduit 100 from the bundle 10A side, which will be described later, as shown in FIG. It is configured as a storage space. As shown in FIG. 8, the upper surface portion 72 of the upper beam 70 is formed with through holes 73, 74 through which the fixing bolt 7 and the fixing screw 123, which will be described later, pass through, and the through holes 73, 74 are formed. The plate-shaped lid member 75 is closed by being screwed to the upper surface portion 72.

The bundle 10 includes a plurality of bundles 10A erected on the beam 4 of the frame 2A and a plurality of bundles 10B erected on the beam 4 of the frame 2B, and the bundles 10A and 10B are configured in the same manner as each other. There is. The plurality of bundles 10A are arranged inside the roof frame 60, which will be described later, which constitutes the peripheral edge of the roof 50 in the longitudinal direction (X-axis direction) of the beam 4 of the frame 2A, and the plurality of bundles 10B are arranged in the frame 2B. It is arranged inside the roof frame 60 in the longitudinal direction (X-axis direction) of the beam 4.
As shown in FIGS. 5 and 8 to 10, the bundle 10 includes a bundle 20 formed of an extruded aluminum profile, a steel reinforcing material 30 arranged in the hollow portion 25 of the bundle 20, and a bundle. It is provided with a steel fixing body 40 fixed to the lower end 29 of 20. As shown in FIG. 5, the fixed body 40 is arranged in the recess 4A of the beam 4, and the upper cover material 5A is installed in the opening of the recess 4A so that the fixed body 40 is not exposed to the outside.

The bundle member 20 has a pair of first bundle piece portions 21 and 22 facing each other in the Y-axis direction and a pair of second bundle piece portions 23 and 24 facing each other in the X-axis direction, and is formed in a square tube shape. The hollow portion 25 along the Z-axis direction is formed by the first bundle piece portions 21 and 22 and the second bundle piece portions 23 and 24. The upper surface of the bundle member 20 is inclined with respect to the virtual horizontal plane 52 at an angle corresponding to the slope of the roof 50. In the present embodiment, the horizontal direction in the plane of the first bundle piece portion 21 and the first bundle piece portion 22 is along the Y-axis direction, and the horizontal direction in the plane of the second bundle piece portions 23, 24 is the X axis. Along the direction. The width dimension W1 of the second bundle piece portions 23 and 24 along the Y-axis direction is set to be larger than the width dimension W2 of the first bundle piece portion 21 and the first bundle piece portion 22 along the X-axis direction. ..
Two contact convex portions 231 protruding in the X-axis direction toward the second reinforcing piece portion 33, which will be described later, are formed on the inner surface of the second bundle piece portion 23, and are formed on the inner surface of the second bundle piece portion 24. Is formed with two contact convex portions 241 protruding in the X-axis direction toward the second reinforcing piece portion 34, which will be described later.
The first corner portion 261 where the second bundle piece portion 23 and the first bundle piece portion 21 intersect is bulged inward (on the axis center side of the bundle member 20) with respect to the second bundle piece portion 23 and the first bundle piece portion 21. The second square portion 262 at which the second bundle piece portion 23 and the first bundle piece portion 22 intersect is inside the second bundle piece portion 23 and the first bundle piece portion 22 (on the axis center side of the bundle member 20). The third triangular portion 263 where the second bundle piece portion 24 and the first bundle piece portion 21 intersect is inside the second bundle piece portion 24 and the first bundle piece portion 21 (center of the axis of the bundle member 20). The fourth square portion 264, which bulges to the side (side) and where the second bundle piece portion 24 and the first bundle piece portion 22 intersect, is inside the second bundle piece portion 24 and the first bundle piece portion 22 (bundle material 20). It bulges toward the center of the axis).
FIG. 10A is a plan view showing the bundle 10 and the water blocking member 110. 10 (B) is a cross-sectional view taken along the line BB shown in FIG. 10 (A), and the illustration of the bundle 10 is omitted. As shown in FIG. 10A, the thickness dimension T1 of the first corner portion 261 along the Y-axis direction is larger than the thickness dimension T3 of the second bundle piece portion 23, and the X-axis of the first corner portion 261. The thickness dimension T2 along the direction is larger than the thickness dimension T4 of the first bundle piece portion 21. Further, the second bundle piece portions 23 and 24 have the same thickness dimension T3, and the first bundle piece portion 21 and the first bundle piece portion 22 have the same thickness dimension T4. The second corner portion 262 to the fourth corner portion 264 also have the thickness dimensions T1 and T2 like the first corner portion 261, and the thickness dimensions T3 and the first bundle piece of the second bundle piece portions 23 and 24. The thickness of the portion 21 and the first bundle piece portion 22 is larger than the thickness dimension T4.
A fixing hole 27 into which a fixing bolt 7 as a fixing tool is screwed is bored in each of the first corner portion 261 to the fourth corner portion 264. Each fixing hole 27 extends along the axial direction of the bundle member 20 and is open at the upper surface and the lower surface of the bundle member 20. Each fixing hole 27 formed in this way is not continuous with the hollow portion 25 of the bundle material 20 by a slit or the like, and the portion of the bundle material 20 surrounding the periphery of each fixing hole 27 is sheared in the horizontal direction. It is used to improve the bearing capacity.

The reinforcing member 30 is formed so as to extend from the upper surface to the lower surface of the bundle member 20 in the Z-axis direction, and supports the vertical load of the roof 50. As shown in FIG. 10A, the reinforcing material 30 includes a pair of first reinforcing piece portions 31 and 32 facing each other in the Y-axis direction and a pair of second reinforcing piece portions 33 and 34 facing each other in the X-axis direction. It is formed in the shape of a square cylinder, and the four corners are formed in the shape of a round corner by the arc surface.
The second reinforcing piece portions 33 and 34 are attached to the second bundle piece portions 23 and 24 of the bundle member 20 by screws 6, respectively, and the protruding ends of the contact convex portions 231 and 241 are second by screwing the screws 6. It is in contact with the outer surface of the reinforcing pieces 33 and 34.
The first reinforcing piece portion 31 is located closer to the first bundle piece portion 22 than the first corner portion 261 and the third triangular portion 263 in the Y-axis direction, and the first reinforcing piece portion 32 is located in the Y-axis direction. It is located closer to the first bundle piece portion 21 than the two-corner portion 262 and the fourth square portion 264.
Further, the second reinforcing piece portion 33 is arranged at a position sandwiched between the first corner portion 261 and the second corner portion 262, and the second reinforcing piece portion 34 is the third triangular portion 263 and the fourth square portion 264. It is placed in a position sandwiched between them.

As shown in FIGS. 9A and 9B, the fixed body 40 is configured by vertically superimposing a first fixing member 40A and a second fixing member 40B formed by press bending a metal plate material. Has been done. The first fixing member 40A has a fixing piece portion 41A, a pair of hanging piece portions 42A, 43A, and a pair of mounting piece portions 44A, 45A, and the second fixing member 40B has a fixing piece portion 41B. It has a pair of hanging piece portions 42B and 43B, a pair of mounting piece portions 44B and 45B, and two reinforcing ribs 46.
The fixed piece portion 41A has a rectangular shape in a plan view, and the fixed piece portion 41A is formed with a hole through which the fixing bolt 7 is inserted. The fixing piece portion 41A is fixed to the lower end 29 of the bundle member 20 by fastening the fixing bolt 7 inserted into the hole to the fixing hole 27 of the bundle member 20. Further, a piping opening 471 is formed in a portion of the fixed piece portion 41A facing the hollow portion 25 of the bundle member 20. The hanging piece portion 42A is continuous with the side edge of the fixed piece portion 41A on the left side in FIG. 9 (A), and the hanging piece portion 43A is connected to the side edge of the fixed piece portion 41A on the right side in FIG. 9 (A). It is continuous. The mounting piece portion 44A is continuous with the lower edge of the hanging piece portion 42A and extends to the left side in FIG. 9A, and the mounting piece portion 45A is continuous with the lower edge of the hanging piece portion 43A. In addition, it extends to the right in FIG. 9 (A). A plurality of holes 48 into which fixing screws 8 for fixing to the beam 4 are inserted are formed in the mounting pieces 44A and 45A.
Piping notches 472 are formed in the hanging piece portions 42A and 43A and the mounting piece portions 44A and 45A. The piping notch 472 of the hanging piece portion 42A and the mounting piece portion 44A is continuously formed in the hanging piece portion 42A and the mounting piece portion 44A, and is formed at the outer edge of the mounting piece portion 44A along the Y-axis direction. It is open. Further, the piping notch 472 of the hanging piece portion 43A and the mounting piece portion 45A is continuously formed in the hanging piece portion 43A and the mounting piece portion 45A, and is formed on the outer side of the mounting piece portion 45A along the Y-axis direction. It is open at the edge.
The fixed piece portions 41B, the hanging piece portions 42B, 43B, and the mounting piece portions 44B, 45B are formed in substantially the same manner as the above-mentioned fixed piece portions 41A, hanging piece portions 42A, 43A, and mounting piece portions 44A, 45A. The dimensions of the fixed piece portion 41B in the X-axis direction are slightly smaller than the dimensions of the fixed piece portion 41A in the X-axis direction, and the vertical dimensions of the hanging piece portions 42B and 43B are smaller than the vertical dimensions of the hanging piece portions 42A and 43A. The dimensions of the mounting pieces 44B and 45B in the X-axis direction are set slightly larger than the dimensions of the mounting pieces 44A and 45A in the X-axis direction. Further, the fixing piece portion 41B is not formed with a hole through which the fixing bolt 7 is inserted.
The fixed piece portion 41B is arranged below the fixed piece portion 41A at a distance from each other, and forms a space 49 between the fixed piece portion 41B and the fixed piece portion 41A in which the fixing bolt 7 can be accommodated. Further, the fixing piece portion 41B is attached to the fixing piece portion 41A by a plurality of mounting screws 9. The outer surface of the hanging piece portion 42B is overlapped with the inner surface of the hanging piece portion 42A, and the outer surface of the hanging piece portion 43B is overlapped with the inner surface of the hanging piece portion 43A. The upper surface of the mounting piece 44B is superposed on the lower surface of the mounting piece 44A, and the upper surface of the mounting piece 45B is superposed on the lower surface of the mounting piece 45A.
The two reinforcing ribs 46 are formed of a plate material along the X-axis direction, and are continuous with the inner surface of the hanging piece portions 42B and 43B and the lower surface of the fixed piece portion 41B.
As shown in FIGS. 9 (A), 9 (B) and 10 (A), the bundle 10A has a hollow portion 25 which is a storage space formed in the bundle member 20 and an opening for piping of the fixed body 40. The conduit 100 from the recess 4A of the beam 4 is passed through the 471 and the notch 472 for piping. By passing the conduit 100 through the bundle 10 in this way, the conduit 100 continuous from the frames 2A and 2B to the roof 50 is wired without being exposed to the outside.

The plurality of roofing materials 81 include the roofing material 81A shown in FIG. 11A, the roofing material 81B shown in FIG. 11B, and the roofing material 81C (end roofing material) shown in FIG. 11C. These hollow portions 829 and 871, which will be described later, are configured as a storage space in which the conduit 100 from the front frame 61 side can be routed. In this embodiment, the conduit 100 is formed in the hollow portion 829 of the roofing material 81A. Is introduced from the front frame 61 side (see FIGS. 13 and 14).
As shown in FIG. 11A, the roofing material 81A has a hollow frame-shaped panel material 82 opened at both ends, and a lower overlapping portion 836 and an upper overlapping portion 846 continuous with the panel material 82. There is. The panel material 82 has an upper surface portion 821 and a lower surface portion between the upper surface portion 821, the lower surface portion 822, the pair of side surface portions 833, 843 continuous with the upper surface portion 821 and the lower surface portion 822, and the pair of side surface portions 833, 843. It has two continuous vertical piece portions 823 on the 822. The central portion of the upper surface portion 821 in the width direction of the panel material 82 is configured as a mounting portion 821A protruding upward from the lower overlapping piece portion 835 and the upper overlapping piece portion 845, which will be described later, and the mounting portion 821A is the upper beam. It is attached to 70.
A box portion 88 having a quadrangular cross section is formed by the mounting portion 821A, the lower surface portion 822, and two vertical piece portions 823 described above, and screw holes 85 are provided in each corner of the box portion 88 in the longitudinal direction of the panel material 82. It is formed by extending. Further, a screw hole 85 is formed extending in the longitudinal direction of the panel material 82 at the corner portion where the upper surface portion 821 and the side surface portion 833 intersect and the corner portion where the upper surface portion 821 and the side surface portion 843 intersect.
Inside the panel material 82, three hollow portions 829, 839, 849 are formed, which are partitioned by two vertical piece portions 823.
The lower overlapping portion 836 has a rising piece portion 834 that is raised upward from the corner where the upper surface portion 821 and the side surface portion 833 intersect, and the rising piece portion 834 to the inside of the side surface portion 833 (panel material 82). It has a lower overlapping piece 835 extending toward the side surface portion 843 in the width direction) and is formed in a substantially L-shaped cross section. Further, the panel material 82 is formed with a gutter portion 837 having a substantially L-shaped cross section protruding outward from the side surface portion 833.
The upper overlapping portion 846 is a rising piece portion 844 that is brought out from the corner where the upper surface portion 821 and the side surface portion 843 intersect with the side surface portion 843 and is raised upward, and the rising piece portion 844 to the side surface portion 843. It has an upper overlapping piece portion 845 extending toward the outside (the side separated from the side surface portion 833 in the width direction of the panel material 82), and is formed in a substantially L-shaped cross section.
In the upper surface portion 821 of the roofing material 81A, gutter portions 831, 841 along the X-axis direction are formed between the box portion 88, the lower overlapping portion 836, and the upper overlapping portion 846, respectively.

As shown in FIG. 11B, the roofing material 81B has a hollow frame-shaped panel material 86, a lower overlapping portion 868, and an upper overlapping portion 869. The panel material 86 has an upper surface portion 861 and a lower surface portion 861 between an upper surface portion 861, a lower surface portion 862, a pair of side surface portions 863,864 continuous with the upper surface portion 861 and the lower surface portion 862, and a pair of side surface portions 863,864. It has two continuous vertical piece portions 865 in 862. A box portion 89 having a square cross section is formed by an upper surface portion 861, a lower surface portion 862, and two vertical piece portions 865, and screw holes 85 extend in the longitudinal direction of the panel material 86 at each corner portion of the box portion 89. It is formed. The upper surface portion 861 is formed with two rising piece portions 866, whereby the upper surface 861A of the upper surface portion 861 has a rising surface 866A (upper surface of the rising piece portion 866) of the two rising piece portions 866. A gutter portion 867 having a concave cross section is formed. Further, the panel material 86 is formed with the above-mentioned gutter portion 837 protruding outward from the side surface portion 863.
Further, the above-mentioned insertion port 91 is configured to penetrate the lower surface portion 862, and the insertion port 92 is configured to penetrate the bottom portion of the gutter portion 867.
Inside the panel material 86, three hollow portions 871,872,873 partitioned by two vertical piece portions 865 are formed, and the insertion ports 91 and 92 communicate with the central hollow portion 871. There is.
The lower overlapping portion 868 is composed of a portion of the upper surface portion 861 on the side surface portion 863 side of the gutter portion 867, and is located inside the side surface portion 863.
The upper overlapping portion 869 is composed of an upper overlapping piece extending outward from the side surface portion 864.

As shown in FIG. 11C, the roofing material 81C is formed in substantially the same manner as the roofing material 81A, but has a lower overlapping portion 836A instead of the upper overlapping portion 846. The lower overlapping portion 836A has a rising piece portion 834A and a lower overlapping piece portion 835A and is configured in the same manner as the lower overlapping portion 836, but the lower overlapping piece portion 835A is formed in the width direction of the panel material 82. It extends toward the side surface portion 833 side. That is, the lower overlapping piece portions 835 and 835A extend from the rising piece portions 834 and 834A toward the center side in the width direction of the roofing material 81C. Further, gutter portions 837 are formed on both of the side surface portions 833 and 843.

The front frame 61 is attached to the end plate material 611 extending in the X-axis direction extending to the roofing materials 81A and 81C located at both ends in the X-axis direction among the plurality of roofing materials 81 and extending in the X-axis direction to the end plate material 611. It is provided with a frame-shaped decorative material 615 (see FIGS. 13 to 15). The end plate material 611 and the decorative material 615 are formed of an extruded aluminum profile.
The end plate material 611 is formed in a substantially rectangular plate shape, and an extension piece portion 612 extending outward in the X-axis direction is formed in the upper portion thereof, and a fitting portion opened outward in the X-axis direction is formed in the lower portion thereof. A groove portion 613 is formed. Further, the end plate material 611 is formed with a plurality of holes 614 through which the fixing screws 65, which are fixing tools, are inserted. Each position of the hole 614 is arranged corresponding to each position of the screw hole 85 of the plurality of roofing materials 81 (81A, 81B, 81C) shown in FIG.
The end plate material 611 is fixed in a state where a sheet-shaped dry seal material 55 extending in the X-axis direction is sandwiched between the end plate 811 (the end on the front frame 61 side) of the plurality of roofing materials 81 in the longitudinal direction. It is fixed to each end 811 of the roofing material 81 by a screw 65.
The dry seal material 55 is formed in the shape of a rectangular sheet by sponge, rubber, or the like, and has substantially the same length as the end plate material 611. The dry seal material 55 is formed by inserting the screw shaft portion 65A of the fixing screw 65 into each hole 614 of the end plate material 611 in a state of being along the Y-axis direction and screwing it into each screw hole 85 of the plurality of roofing materials 81. The openings at the ends 811 of the hollow portions 829, 839, 849, 871, 872, 873 of the plurality of roofing materials 81 are collectively closed, and the space between the end portions 811 and the end plate material 611 of the plurality of roofing materials 81 is stopped. It's watering. As shown in FIG. 14, through holes 611A and 55A are formed in the end plate material 611 and the dry seal material 55, and the conduit 100 is penetrated through the through holes 611A and 55A.
As shown in FIG. 15, the decorative material 615 has a decorative main body portion 616 having an upper surface portion 616A, a side surface portion 616B, and a lower surface portion 616C and formed in a substantially U-shaped cross section, and a decorative main body portion 616 in the Y-axis direction. It has a hollow frame-shaped decorative overhanging portion 617 that overhangs to the outside. At the edge of the upper surface portion 616A, a contact piece portion 618 that abuts on the end plate material 611 is formed so as to hang downward. At the edge of the lower surface portion 616C, a fitting enumeration portion 619 that fits into the fitting groove portion 613 of the end plate material 611 is formed. Further, two hanging piece portions 616D are continuous on the lower surface portion 616C, and a bottom surface portion 616E is continuous on the lower edge of the two hanging piece portions 616D. In the decorative main body portion 616, screw holes 66 along the X-axis direction are formed in the upper surface portion 616A, the side surface portion 616B, the hanging piece portion 616D and the bottom surface portion 616E on the fitting enumeration portion 618 side, respectively. Further, a plurality of screw holes 66 along the X-axis direction are formed on the inner surface of the decorative overhanging portion 617.
The end portion 615A in the longitudinal direction of the decorative material 615 is diagonally cut so as to be able to butt against the end portion 645A in the longitudinal direction of the decorative material 645 described later, and the corner portion sealing member 68 shown in FIG. 15 is attached to the end portion 615A. It is fixed by a fixing screw 67 which is a fixing tool. The end portion 615A on the opposite side in the longitudinal direction of the decorative material 615 is also diagonally cut in the same manner as described above, and the corner sealing member 68 is fixed by the fixing screw 67 (see FIG. 1).
The corner seal member 68 is configured as a resin cap member that closes the end portion 615A of the decorative material 615, and is provided on both sides of the seal plate portion 681 and the peripheral edge of the seal plate portion 681 in the out-of-plane direction. It has a peripheral extension portion 682 extending to the surface. The outer shape of the corner sealing member 68 is substantially in line with the outer shape of the decorative material 615.
In this decorative material 615, the contact piece portion 618 is placed on the extension piece portion 612 of the end plate material 611, and the sealing material such as butyl rubber is applied to the upper portion of the end plate material 611 above the extension piece portion 612 (not shown). It is attached to the end plate material 611 by being screwed via an omission) and by fitting the fitting enumeration portion 619 into the fitting groove portion 613 of the end plate material 611. The decorative material 615 attached to the end plate material 611 in this way covers the end plate material 611 from the outside, and the side frame 64 is formed by the end plate material 611 and the upper surface portion 616A, the side surface portion 616B, and the lower surface portion 616C of the decorative material 615. It forms an accommodation space 61A (see FIG. 15) to which the conduit 100 from the side (see FIG. 13) is wired.

The rear frame 62 is located at a position lower than the front frame 61 because the roof 50 is inclined as described above, and as shown in FIGS. 16 and 17, the end portions 812 (in the longitudinal direction) of the plurality of roofing materials 81 ( It is provided with a drainage end plate material 621 screwed to the end portion on the rear frame 62 side) and a frame-shaped decorative material 625 attached to the drainage end plate material 621 extending in the X-axis direction. A gutter portion 626,626A is formed along the X-axis direction. The drainage end plate material 621 and the decorative material 625 are formed of an extruded aluminum profile.
As shown in FIG. 12, the drainage end plate material 621 is formed so as to extend in the X-axis direction over the roofing materials 81A and 81C located on both ends in the X-axis direction among the plurality of roofing materials 81. A plurality of drainage ditches 622 (see FIG. 16) for opening the gutter portions 831, 841, 867 are formed at positions corresponding to the gutter portions 831, 841, 867 of the roofing materials 81A to 81C. It is possible to drain water to the gutter portion 626 of the decorative material 625 through a plurality of drainage grooves 622. The drainage end plate material 621 is formed with an extension piece portion 621A extending in the Y-axis direction. In the present embodiment, the sheet-shaped dry seal material 629 shown in FIGS. 16 and 18 is sandwiched between the end portion 811 on the rear frame 62 side of each roofing material 81 and the drainage end plate material 621. Further, the lower edge of the drainage end plate material 621 is arranged at a position higher than the lower surface portion 822,862 of each roofing material 81, so that even if there is moisture in the hollow frame-shaped roofing material 81. It is possible to drain water from below the drainage end plate material 621 to the gutter portion 626A of the decorative material 625.
As shown in FIGS. 16 and 17, the decorative material 625 has a decorative main body portion 627 and a decorative overhanging portion 628 protruding outward in the Y-axis direction from the decorative main body portion 627, and is formed in a frame shape. .. Since the decorative overhanging portion 628 is configured in the same manner as the decorative overhanging portion 617 of the front frame 61, the description thereof will be omitted.
The decorative main body portion 627 has a pair of side surface portions 627A and 627B, a lower surface portion 627C, and a rising portion 627D having an L-shaped cross section. The side surface portions 627A and 627B are raised from the lower surface portion 627C, and the gutter portion 626 is formed by the side surface portions 627A, 627B and the lower surface portion 627C. A decorative overhanging portion 628 is attached to the side surface portion 627A, and the upper edge portion of the side surface portion 627A extends toward the front frame 61 in the Y-axis direction. The side surface portion 627B is arranged along the end portion 812 on the rear frame 62 side of each roofing material 81, and the upper edge portion of the side surface portion 627B is formed as a mounting piece portion 627E extending in the Y-axis direction. , It is overlapped on the lower side of the extension piece portion 621A of the drainage end plate material 621 and screwed to the extension piece portion 621A. The rising portion 627D is formed so as to extend in the Y-axis direction from the continuous portion of the lower surface portion 627C and the side surface portion 627B, and the gutter portion 626A is formed by the raising portion 627D and the side surface portion 627B. The gutter part 626 is configured to receive rainwater drained from the gutter part 831, 841,867 of each roofing material 81 through the drainage groove 6222, whereas the gutter part 626A is a hollow frame-shaped roof. It is configured to receive the water drained from the end 812 even when there is water in the material 81. Since the gutter part 626A is a preliminary one in this way, it is configured to be smaller than the gutter part 626.
A plurality of screw holes 66 are formed in the decorative material 625 along the X-axis direction, and the fixed screw 67 (see FIG. 15) is screwed into these screw holes 66 to form the above-mentioned corner sealing member 68 as the decorative material. It is fixed to both ends 635A (see FIG. 1) in the longitudinal direction of 625, respectively.

As shown in FIGS. 4 and 12, the side frame 63 includes a side plate 631 screwed to one end in the longitudinal direction of the upper beam 70 and a frame extended and attached to the side plate 631 in the Y-axis direction. It is provided with a decorative material 635. The side plate material 631 and the decorative material 635 are formed of an extruded aluminum profile. The side plate material 631 is formed so as to extend in the Y-axis direction and a screw hole is formed. By screwing the fixing screw 65 into this screw hole, the end plate material 611 and the drainage end plate material 621 are fixed to both ends of the side plate material 631. Will be done. The upper overlapping portion 632 described above is formed on the side plate material 631.
The decorative material 635 has a decorative main body portion 636 and a decorative overhanging portion 637 protruding outward in the X-axis direction from the decorative main body portion 636. Since the decorative overhanging portion 637 is configured in the same manner as the above-mentioned decorative overhanging portion 617, the description thereof will be omitted.
The decorative main body portion 636 has a pair of side surface portions 636A and 636B, a lower surface portion 636C, a rising portion 636D having a substantially L-shaped cross section, and an upper surface portion 636E. The side surface portions 636A and 636B are raised from the lower surface portion 636C, and the upper surface portion 636E continuous with the upper edge of the upper surface portion 636E is screwed to the upper portion of the side plate material 631. The upper edge portion of the side surface portion 636B is bent in the X-axis direction and hung on the lower portion of 631 of the side plate material. The rising portion 636D extends in the X-axis direction from the continuous portion of the side surface portion 636B and the lower surface portion 636C.
Both end portions 635A of the decorative material 635 in the longitudinal direction are adhered to the corner sealing members 68 fixed to the decorative material 615 and 625, whereby the end portions 635A are attached to the end portions 615A of the decorative material 615 and 625. , 625A abutted to form a corner portion 69 of the roof frame 60 (see FIG. 1).

As shown in FIGS. 1, 4 and 12, the side frame 64 is formed in the same manner as the side frame 63 and is arranged in the opposite direction in the X-axis direction. The side frame 64 includes a side plate material 641 and a decorative material 645. The side plate material 641 is formed with the above-mentioned upper overlapping portion 642 and a through hole (not shown) through which the conduit 100 from the upper beam 70 side penetrates.
The decorative material 645 has a pair of side surface portions 646A and 646B, a lower surface portion 646C, a rising portion 646D having a substantially L-shaped cross section and an upper surface portion 646E, and the decorative material 645 has side surface portions 646A and 646B. , The lower surface portion 646C, the upper surface portion 646E, and the side plate member 641 form an accommodation space 64A (see FIG. 4) in which the conduit 100 is wired.
Corner sealing members 68 fixed to the decorative materials 615 and 625 are adhered to both end portions 645A of the decorative material 645 in the longitudinal direction, whereby the end portions 645A are attached to the end portions 615A of the decorative material 615 and 625. , 625A abutted to form a corner portion 69 of the roof frame 60 (see FIG. 1). Each corner portion 69 configured in this way is water-stopped by a dry-type corner portion sealing member 68.

The roof 50 described above is constructed as follows. First, the upper beam 70 is fixed to the bundle 10 through the roofing material 81B, and the side plate members 631 and 641 of the side frames 63 and 64 are attached to both ends of the upper beam 70 to form a two-sided frame as shown in FIG. At this point, the rear frame 62 shown by the alternate long and short dash line in FIG. 12 is not attached.
Next, a plurality of roofing materials 81 are installed in the two-sided frame. The procedure is as follows. A plurality of roofing materials 81 are arranged side by side in the X-axis direction and placed on the beam 4, the roofing material 81A located at the left end in FIG. 12 is moved directly upward in the Z-axis direction, and the lower overlapping piece 835 of the roofing material 81A is placed. The upper overlapping portion 642 of the side plate material 641 is overlapped with the lower side of the upper overlapping portion 642, and the overlapped upper overlapping portion 642 and the lower overlapping piece portion 835 are fixed by the fixing screw 87 which is a fixing tool.
Next, another lower overlapping piece 835 of the roofing material 81A is placed directly under the upper overlapping piece 845 of the fixed roofing material 81A, and the lower roofing material 81A is moved directly above to move the upper overlapping piece 845. The lower overlapping piece 835 is overlapped on the lower side, and the overlapped upper overlapping piece 845 and the lower overlapping piece 835 are fixed by the fixing screw 87.
Next, the roofing material 81B in which the lower overlapping portion 868 is located directly below the upper overlapping piece portion 845 of the roofing material 81A is moved directly upward along the bundle 10, and the lower side is below the upper overlapping piece portion 845. The overlapping portion 868 is overlapped, and the overlapped upper overlapping piece portion 845 and the lower overlapping portion 868 are fixed by the fixing screw 87.
Next, the lower overlapping piece portion 835 of the roofing material 81A is arranged directly under the upper overlapping portion 869 of the roofing material 81B, the roofing material 81A is moved directly above, and the lower overlapping piece portion is placed under the upper overlapping portion 869. The 835 is overlapped, and the overlapped upper overlapping portion 869 and the lower overlapping piece portion 835 are fixed by the fixing screw 87. In this way, the roofing materials 81 or the roofing materials 81A and 81B are connected to each other along the X-axis direction.
Finally, the lower overlapping piece 835A of the roofing material 81C (end roofing material) is arranged directly under the upper overlapping portion 632 of the side plate material 631, and the roofing material 81C is directly below the upper overlapping piece 845 of the roofing material 81A. The lower overlapping piece portion 835 is arranged, the roofing material 81C is moved directly above, the lower overlapping piece portion 835A of the roofing material 81C is overlapped on the lower side of the upper overlapping portion 632 of the side plate material 631, and the roofing material 81A is overlapped. The lower overlapping piece 835 of the roofing material 81C is overlapped on the upper overlapping piece 845 of the above, and the overlapped upper overlapping part 632 and the lower overlapping piece 835A are fixed by the fixing screw 87, and the overlapped upper overlapping piece 845. And the lower overlapping piece 835 is fixed by the fixing screw 87.
In this way, a plurality of roofing materials 81 are arranged side by side in the X-axis direction. A water blocking material such as butyl rubber is sandwiched between the upper overlapping piece portion 845 and the upper overlapping portion 632,642,869 and the lower overlapping piece portion 835 and the lower overlapping portion 868. Water is stopped at the mating part.
After the plurality of roofing materials 81 are juxtaposed, the end plate material 611 is fixed to the end portions 811 of the plurality of roofing materials 81 with the fixing screw 65 while the dry seal material 55 is sandwiched, as shown in FIG. Water is stopped between the end portion 811 and the end plate material 611 by tightening with the screw 65. Further, the drainage end plate material 621 is fixed to the end portions 812 (see FIG. 5) of the plurality of roofing materials 81. As a result, the end plate material 611, the drainage end plate material 621, and the side plate materials 631, 641 are framed around four times. Subsequently, the decorative materials 635 and 645 are attached to the side plate materials 631, 641, respectively, and the decorative materials 615 and 625 to which the corner sealing members 68 are fixed to both ends 615A and 625A are attached to the end plate material 611 and the drainage end plate material 621, respectively. At the same time, the decorative materials 635 and 645 both ends 635A and 645A are inserted into the peripheral extending portion 682 of the corner sealing member 68 and adhered to the corner sealing member 68. The adhesive is applied to the corner sealing member 68 in advance. In this way, the roof frame 60 including the front frame 61, the rear frame 62, and the side frames 63, 64 is configured. The roof 50 is constructed as described above.

In the carport 1 of the first embodiment, as shown in FIGS. 4, 5, 8 and 10, the above-mentioned roofing material 81B and the bundle 10 are made of resin and installed on the upper surface of the roofing material 81B. A water stop structure is configured in which water is stopped by the water stop member 110.
The water stop member 110 has a tubular main body 111 surrounding the upper opening 92A of the insertion port 92, a plurality of lower fixing screw holes 121 formed on the inner circumference of the tubular main body 111, and a plurality of upper fixing screw holes 122. ing.
The tubular main body 111 has a pair of vertical side pieces 112, 113 and a pair of horizontal side pieces 114, 115 and is formed in a rectangular shape in a plan view, and the four corner portions of the tubular main body 111 are arcs. It is formed in a rounded corner shape by the surface.
The plurality of lower fixing screw holes 121 and the plurality of upper fixing screw holes 122 are formed so as to extend in the axial direction of the tubular main body 111, respectively. Two lower fixing screw holes 121 are formed with a space in the X-axis direction for each of the vertical side pieces 112 and 113, and a space in the Y-axis direction for each of the horizontal side pieces 114 and 115. It is formed four times apart from each other. The upper surface 121A of the lower fixing screw hole 121 described above is arranged at a position lower than the upper surface 111A of the tubular main body 111 by the vertical dimension H (see FIG. 10B) in the Z-axis direction.
Two upper fixing screw holes 122 are formed with respect to each of the vertical side pieces 112 and 113 at intervals in the X-axis direction, and between the two upper fixing screw holes 122, the vertical side piece portions 112, Each of the two lower fixing screw holes 121 formed in 113 is arranged. One upper fixing screw hole 122 is formed for each of the lateral piece portions 114 and 115, and is arranged at the center position of the lateral side piece portions 114 and 115 in the Y-axis direction, respectively. Two lower fixing screw holes 121 formed on the lateral side pieces 114 and 115 are arranged on both sides of the upper fixing screw holes 122 formed on the lateral side pieces 114 and 115 in the Y-axis direction.
The water blocking member 110 is fixed to the upper surface portion 861 of the roofing material 81B by the fixing screws 123 screwed into the plurality of lower fixing screw holes 121, and the upper beam is fixed to the upper beam by the fixing screws 123 screwed into the plurality of upper fixing screw holes 122. It is fixed to the lower surface portion 71 (see FIG. 4) of the 70. Here, between the lower surface 111B of the tubular main body 111 and the upper surface 861A of the upper surface portion 861 of the roofing material 81B, a dry sealing material 125 having a rectangular shape in a plan view along the lower surface 111B of the tubular main body 111 is interposed. The fixing screw 123 is screwed into the lower surface 111B of the cylindrical main body 111 and the upper surface 861A of the roofing material 81B to be crimped to stop water between the water blocking member 110 and the roofing material 81B. Further, a dry seal material 125 is interposed between the upper surface 111A of the tubular main body 111 and the lower surface 71A (see FIG. 5) of the upper beam 70, and the upper surface 111A of the tubular main body 111 is screwed into the fixing screw 123. Water is stopped between the water blocking member 110 and the upper beam 70 by being crimped to the lower surface 71A of the upper beam 70.

In the carport 1 described above, the conduit 100 is wired in the order of the column 3, the beam 4, the bundle 10, the upper beam 70, the side frame 64 and the front frame 61, and the roof material 81 is hollow from the front frame 61 side. It is introduced into the part (hollow part 829 of the roofing material 81A in this embodiment). Since the conduit 100 is wired in this way, the conduit 100 can be connected to the upper light 510 and the downlight 530 installed on the beam 4, and the roofing material 81 is provided with lighting equipment such as a downlight. When installed, the conduit 100 can be connected to these as well.

[Effect of the first embodiment]
(1-1) For the purpose of producing a floating feeling of the roof 50, the carport 1 is composed of a pair of columns 3 and beams 4 fixed to the pair of columns 3 and arranged side by side. The frames 2A and 2B, the bundle 10 erected on the beam 4, and the roof 50 supported by the bundle 10 are provided, and the bundle 10 is the peripheral edge portion (periphery) of the roof 50 in the longitudinal direction of the beam 4. It is characterized in that it is arranged inside the roof frame 60) constituting the portion. Since it has the above configuration, the roof 50 can be arranged upward away from the beam 4 according to the vertical dimension of the bundle 10. Further, since the bundle 10 is arranged inside the side frames 63 and 64 of the roof frame 60 constituting the peripheral edge portion of the roof 50 in the X-axis direction, even if the roof 50 is looked up from the support column 3 side, the bundle 10 is arranged. Can be hidden by the beam 4 to some extent to form an inconspicuous appearance. In this way, by arranging the roof 50 so as to be separated upward from the beam 4 and making the bundle 10 inconspicuous, it is possible to produce a floating feeling as if the roof 50 is floating upward with respect to the beam 4. be able to.
(1-2) The roof 50 includes a roof frame 60 constituting the peripheral edge of the roof 50, an upper beam 70 having both ends attached to the roof frame 60, and a roofing material 81 attached to the roof frame 60. The upper beam 70 is attached to the upper end portion 11 of the bundle 10, and the longitudinal direction of the upper beam 70 is parallel to the longitudinal direction of the beam 4. Therefore, for example, as compared with the case where the longitudinal directions of the upper beam 70 and the beam 4 are orthogonal to each other, the mounting position of the bundle 10 with respect to the upper beam 70 and the beam 4 can be freely set to a position along the longitudinal direction of the upper beam 70 and the beam 4. Can be set to.
(1-3) The roof 50 includes a roof frame 60 constituting the peripheral edge of the roof 50, an upper beam 70 having both ends attached to the roof frame 60, and a roofing material 81 attached to the roof frame 60. The roofing material 81 is arranged below the upper beam 70. Therefore, by arranging the roof material 81 below the upper beam 70, it is possible to form a simple appearance in which the upper beam 70 cannot be seen even when the roof 50 is looked up from below.
(1-4) The roof 50 is composed of a roofing material 81 having a hollow portion 871, and the roofing material 81 is formed with insertion ports 91 and 92 communicating with the hollow portion 871. The upper end portion 11 of the bundle 10 is inserted through the, 92. Therefore, since the upper end portion 11 of the bundle 10 can be arranged in the hollow portion 871 of the roofing material 81, even if the upper end portion 11 of the bundle 10 is attached to the roof 50, the attached portion can be arranged so as not to be exposed to the outside. In this way, the upper end 11 of the bundle 10 can be hidden by the roofing material 81, and a simple appearance can be configured in which the mounting portion of the roof 50 and the bundle 10 is not exposed when the roof 50 is looked up from below.
(1-5) The vertical dimension L1 of the pair of columns 3 in one of the two frames 2A and 2B is different from the vertical dimension L2 of the pair of columns 3 in the other of the two frames 2A and 2B. Therefore, even if the vertical dimensions of the bundle 10A erected on the frame 2A and the bundle 10B erected on the frame 2B are the same, the vertical dimensions L1 of the column 3 of the frame 2A and the column 3 of the frame 2B are the same. By making L2 different, the roof slope in the parallel direction of the frames 2A and 2B can be set, and the common ones can be adopted for the bundles 10A and 10B erected on the frames 2A and 2B, respectively.
(1-6) The roof 50 has a roof frame 60 constituting the peripheral edge of the roof 50, an upper beam 70 having both ends attached to the roof frame 60, and both ends arranged side by side in the roof frame 60. A plurality of metal roofing materials 81 attached to the roof frame 60 are provided, the longitudinal directions of the upper beam 70 and the beam 4 are parallel, and the longitudinal direction of the plurality of roofing materials 81 is the longitudinal direction of the upper beam 70. It is orthogonal to the direction. Therefore, when an external force along the longitudinal direction of the upper beam 70 is applied to the roof 50, this external force can be received by the upper beam 70, and the external force along the longitudinal direction of the plurality of roofing materials 81 can be received. Is applied to the roof 50, this external force can be received by the plurality of roofing materials 81. As described above, in the present invention, the upper beam 70 and the plurality of roofing materials 81 can function as the structural material of the roof 50, and the rigidity of the roof 50 can be increased.
Further, when various carports 1 having different frontage dimensions are configured, the roof 50 corresponding to the frontage dimensions of the various carports 1 can be provided by appropriately setting the number of roofing materials 81 arranged side by side in the X-axis direction. Can be configured.
(1-7) In the region of the beam 4 facing the lower surfaces 822A and 862A of the roof 50 in the Z-axis direction, an upper light 510 as an upper luminaire to illuminate the lower surfaces 822A and 862A of the roof 50 is installed. ing. Therefore, by illuminating the lower surfaces 822A and 862A of the roof 50 with the upper light 510 installed on the beam 4, the floating feeling of the roof 50 separated upward from the beam 4 can be illuminated. Further, as compared with the case where the upper light 510 is mounted at a position protruding from the beam 4 by, for example, a mounting arm, the upper light 510 fits in the area of the beam 4 facing the lower surfaces 822A and 862A of the roof 50. The 510 can be configured to be inconspicuous in appearance.

(2-1) When a horizontal force is applied to the roof 50 and the frames 2A and 2B due to a wind, an earthquake, etc., a horizontal shear force orthogonal to the axial direction may be applied to the bundle 10. , It is desired to improve the horizontal shear strength of the bundle 10. For the purpose of improving the shear strength in the horizontal direction, the bundle 10 is arranged in the bundle member 20 formed in the shape of a square tube and the hollow portion 25 of the bundle member 20 formed in the shape of a square tube. The bundling material 20 includes a pair of first bundle piece portions 21 and 22 and a pair of first bundle piece portions 21 and 22 intersecting with the corner portions 261 to 264 (thick portion). The square portions 261 to 264 have a pair of second bundle piece portions 23, 24 forming a The dimension) is made larger than the thickness dimension T4 of the first bundle piece portions 21 and 22, and the dimension T2 (thickness dimension) in the X-axis direction in which the pair of second bundle piece portions 23 and 24 face each other is The thickness of the second bundle piece portions 23 and 24 is larger than the thickness dimension T3, and each of the corner portions 261 to 264 is provided with a fixing hole 27 along the axial direction of the bundle member 20. It is characterized by. Since it has the above configuration, a fixture such as a fixing bolt 7 is fastened to a fixing hole 27 of each corner portion 261 to 264 via a lower structure such as a beam 4 of the frames 2A and 2B at the lower end 29 of the bundle member 20. Further, when the above-mentioned fixing body 40 is provided, the bundle 10 can be fixed to the lower structure by attaching the mounting pieces 44A, 44B, 45A, 45B of the fixing body 40 to the lower structure by the fixing screw 8, and the bundle material can be fixed. At the upper end 28 of 20, a fixture such as a fixing bolt 7 is fastened to a fixing hole 27 of each corner portion 261 to 264 via a superstructure such as an upper beam 70 of the roof 50 to form the superstructure into a bundle 10. Can be fixed. Further, the vertical load of the superstructure can be supported by the reinforcing member 30 arranged in the hollow portion 25 of the bundle member 20. Further, as described above, the fixing holes 27 are formed in the corner portions 261 to 264 having dimensions T1 and T2 larger than the thickness dimensions T3 and T4 of the first bundle piece portions 21 and 22 and the second bundle piece portions 23 and 24. Is formed, for example, a screw hole connected to the hollow portion 25 of the bundle member 20 is formed horizontally from the first corner portion 261 to the fourth corner portion 264 of the bundle member 20 as compared with the case where the bundle member 20 is formed horizontally. The shear strength in the direction can be improved.
The bundle 10 can be used not only as a bundle 10 for supporting the roof 50 of a roof structure such as the carport 1 described above, but also as a bundle 10 for supporting a floor, a deck, a terrace roof, and the like. The horizontal shear strength of the bundle 10 can be improved even when it is used in the above. Examples of the structure provided with the bundle 10 include a roof structure such as a carport 1, a floor, a balcony, a terrace, an approach, and the like.
(2-2) The second bundle piece portions 23, 24 of the bundle 10 are formed with contact convex portions 231,241 protruding toward the reinforcing member 30. Therefore, when an external force in the out-of-plane direction (X-axis direction) of the second bundle piece portions 23, 24 of the bundle member 20 is applied to the bundle 10 due to wind, an earthquake, or the like, the above-mentioned contact convex portions 231, When the 241 comes into contact with the reinforcing material 30, the shear strength of the bundle in the X-axis direction can be improved.
(2-3) The bundle 10 includes a fixing body 40 fixed to the lower end 29 of the bundle material 20, and the fixing body 40 is provided with a fixing tool such as a fixing bolt 7 fastened to the fixing hole 27. The fixed piece portion 41A fixed to the lower end 29 of the above, the pair of hanging piece portions 42A, 43A hanging from the fixed piece portion 41A, and the pair of mounting piece portions 44A, continuous with the lower edge 47 of the hanging piece portions 42A, 43A. It has 45A. Therefore, by fastening the fixing bolt 7 from the lower end 29 of the bundle member 20 to the fixing hole 27, the fixing piece portion 41A can be fixed to the lower end 29 of the bundle member 20, so that an insertion hole for inserting the fixing bolt 7 or the like can be provided. It is possible to save the trouble of pre-processing the substructure such as the beam 4 of the frames 2A and 2B, and it is possible to eliminate the decrease in the strength of the substructure due to the formation of the insertion hole. In this case, the bundle 10 is fixed to the lower structure by bringing the pair of mounting pieces 44A and 45A of the fixing body 40 into surface contact with the lower structure and attaching the mounting screws 9 from the pair of mounting pieces 44A and 45A to the lower structure. It is done by screwing it into an object. Further, since the fixing piece portion 41A is arranged at a position higher than the mounting piece portions 44A and 45A by the hanging piece portions 42A and 43A, the head of the fixing bolt 7 fastened to the fixing hole 27 (a part of the fixing tool). ) Protrudes from the lower surface of the fixed piece portion 41A, but this protruding portion can be accommodated between the fixed piece portion 41A and the lower structure.
(2-4) The fixed body 40 of the bundle 10 has a fixed piece portion 41A, 41B, a pair of hanging piece portions 42A, 42B, 43A, 43B, and a pair of mounting piece portions 44A, 44B, 45A, 45B, respectively. A fixing member 40A and a second fixing member 40B are provided, and the pair of hanging pieces 42A, 43A and the pair of mounting pieces 44A, 45A in the first fixing member 40A are a pair of hanging pieces in the second fixing member 40B. The fixing piece portions 41A of the first fixing member 40A are overlapped with the portions 42B and 43B and the pair of mounting piece portions 44B and 45B, and the fixing piece portion 41A of the first fixing member 40A is attached to the bundle member 20 by a fixing tool such as a fixing bolt 7 fastened to the fixing hole 27. It is fixed, and the fixing piece portion 41B of the second fixing member 40B is fixed to the fixing piece portion 41A of the first fixing member 40A at a distance in the vertical direction (Z-axis direction). Therefore, by superimposing the first fixing member 40A and the second fixing member 40B to form the fixed body 40, the strength of the fixed body 40 can be increased as compared with the case where the fixed body 40 is formed by, for example, one fixing member. Can be improved. Further, the head of the fixing bolt 7 (a part of the fixing tool) can be arranged between the fixing pieces 41A and 41B of the first fixing member 40A and the second fixing member 40B, for example, the fixing bolt 7 loosens and falls downward. Even if it comes, the fixing bolt 7 comes into contact with the fixing piece portion 41B of the second fixing member 40B, so that the fixing bolt 7 can be prevented from falling off.
(2-5) The fixed piece portion 41A (41B) is formed with an opening 471 for piping, and a pair of hanging piece portions 42A, 43A (42B, 43B) and a pair of mounting piece portions 44A, 45A (44B, At least one of the 45B) hanging pieces, in the first embodiment, both hanging pieces 42A, 43A (42B, 43B) and both mounting pieces 44A, 45A (44B, 45B) are cut for piping. A notch 472 is formed. Therefore, the conduit 100 and the like can be passed through the hollow portion 25 of the bundle member 20, and the notch 472 for piping can be passed through the opening 471 for piping, and the conduit 100 can be passed through the substructure such as the beam 4. It is possible to eliminate the need to machine the openings and notches for piping in the above, and it is possible to eliminate the decrease in the strength of the substructure due to this machining.
(2-6) In the fixed body 40 of the bundle 10, the reinforcing ribs 46 along the facing direction (X-axis direction) of the pair of hanging piece portions 42A, 43A (42B, 43B) are provided on the pair of hanging piece portions 42B, 43B. It is continuously formed in. Therefore, the reinforcing rib 46 can improve the strength of the fixed body 40 in the X-axis direction. When the fixed body 40 does not include the second fixing member 40B and is composed of the first fixing member 40A, the reinforcing ribs 46 are continuously formed on the pair of hanging piece portions 42A and 43A.
(2-7) The bundle material 20 has a width dimension W1 in which the second bundle piece portions 23 and 24 are larger than the width dimension W2 of the first bundle piece portions 21 and 22, so that the shear strength in the Y-axis direction is increased. Is also configured to increase the shear strength in the X-axis direction. As described above, the bundle member 20 has the X-axis direction as the strong axis direction, but when the bundle member 20 receives a large external force in the X-axis direction, it may try to be slightly distorted. In this case, the bundle member 20 can be reinforced by the first corner portion 261 to the fourth corner portion 264 coming into contact with the reinforcing member 30.
(2-8) By fixing the upper beam 70 to the bundle 10 erected on the beam 4, the beam 4 is reinforced by the upper beam 70, and the beam 4 bends downward due to its own weight. It can be suppressed. Therefore, the beam 4 can maintain a shape that extends straight in the X-axis direction, and can give an impression of slimness in appearance as compared with a beam that is bent downward due to its own weight, for example. Further, the upper light 510 or the like installed on the beam 4 can be kept in a predetermined irradiation direction.

(3-1) It is desirable to apply water stop treatment to the joints between the bundle 10 and the roof 50, but for example, it is troublesome to apply a wet sealant or the like directly to the joints between the roof 50 and the roof 50. It takes. When the purpose is to simplify the water stopping work between the roof 50 and the bundle 10, stop between the roofing material 81 in which the insertion ports 91 and 92 are configured and the bundle 10 inserted through the insertion ports 91 and 92. The water-stopping structure is as follows. A water blocking member 110 is installed on the upper surface 861A of the roofing material 81, and the water blocking member 110 is formed on the tubular main body 111 surrounding the upper opening 92A of the insertion port 92 and the inner circumference of the tubular main body 111. It has a plurality of lower fixing screw holes 121, and the water blocking member 110 is characterized in that it is fixed to the roofing material 81 by fixing screws 123 screwed into the plurality of lower fixing screw holes 121. Since it has the above configuration, the insertion ports 91 and 92 of the roofing material 81 through which the bundle 10 is inserted are surrounded by the tubular main body 111 of the water blocking member 110, and the water blocking member 110 is screwed to the roofing material 81 to fix the roof. A weir can be formed around the insertion openings 91 and 92 of the material 81, whereby water can be stopped between the roof material 81 and the bundle 10. Since the water blocking structure can be configured only by installing the water blocking member 110 on the roof material 81 from above, for example, it is possible to save the trouble of directly applying the wet sealing material to the joint portion between the roof material 81 and the bundle 10. The water stop work can be simplified. Further, since the water blocking member 110 can be fixed to the roofing material 81 in advance at a factory or the like, when the water blocking member 110 and the roofing material 81 are crimped, or when the water blocking member 110 and the roofing material 81 are joined together. In any case where a wet sealing material, a dry sealing material, or the like is used, the water stopping work at the construction site of the roofing material 81 or the like can be simplified.
(3-2) A dry seal material 125 may be interposed between the upper surface 861A of the roofing material 81 and the lower surface 111B of the water blocking member 110. According to such a configuration, by screwing the fixing screw 123 into the lower fixing screw hole 121 of the water blocking member 110, the dry seal material 125 can be crimped to the lower surface 111B of the water blocking member 110 and the upper surface 861A of the roofing material 81. Thereby, the water blocking property between the upper surface 861A of the roofing material 81 and the lower surface 111B of the water blocking member 110 can be improved.
(3-3) On the upper surface 861A of the roofing material 81, a gutter portion 867 having a concave cross section having two rising surfaces 866A is formed, and the insertion port 92 is opened in the gutter portion 867, and the bundle 10 has an opening. An upper beam 70 is fixed to the upper end, the water stop member 110 has a plurality of upper fixing screw holes 122 formed on the inner circumference of the tubular main body 111, and the water stop member 110 has a plurality of upper parts. It is fixed to the upper beam 70 by a fixing screw 123 screwed into the fixing screw hole 122. Therefore, by fixing the water stop member 110 to the upper beam 70 with screws, water can be stopped between the water stop member 110 and the upper beam 70, and for example, the water level of water flowing through the gutter 867 of the roofing material 81 rises. Also, it is possible to prevent water from entering from between the water blocking member 110 and the upper beam 70 and flowing down from the insertion port 92.
(3-4) The upper surface 121A of the plurality of lower fixing screw holes 121 is arranged at a position lower than the upper surface 111A of the tubular main body 111. Therefore, even if the fixing screw 123 is screwed from above the lower fixing screw hole 121 to fix the water blocking member 110 to the roofing material 81, the fixing screw 123 can be stored at a position lower than the upper surface 111A of the tubular main body 111. .. In this way, since the fixing screw 123 screwed into the lower fixing screw hole 121 does not protrude upward from the water blocking member 110, the fixing screw 123 is screwed into the upper fixing screw hole 122 to fix the water stopping member 110 to the upper beam 70. However, it does not interfere with the fixing of the upper beam 70.

(4-1) In the case where at least two side frames 63 and 64 (frame materials) are framed and a plurality of roofing materials 81 are arranged side by side in the two-sided frame, most of the play space is in the two-sided frame. When the purpose is to easily construct the plurality of roofing materials 81 without the need for the plurality of roofing materials 81, the plurality of roofing materials 81 are hollow frame-shaped panel materials 82 having a pair of side surface portions 833,843 (863,864). 86), an upper overlapping portion 846 (869) extending outward from one of the side surface portions 843 (864) of the pair of side surface portions 833, 843 (863, 864), and a pair of side surface portions 833, 843. (863,864) has a lower overlapping portion 836 (868) located inside the other side surface portion 833 (863), and one of the roofing materials 81 adjacent to each other has a roof. The lower overlapping portion 836 (868) of the other roofing material 81 adjacent to each other among the plurality of roofing materials 81 is overlapped on the lower side of the upper overlapping portion 846 (869) of the material 81. .. Since it has the above configuration, the lower overlapping portion 836 (868) of the other roofing material 81 is arranged below the upper overlapping portion 846 (869) of one roofing material 81, and any one of these roofing materials 81 is placed on the Z axis. The lower overlapping portion 836 (868) can be easily overlapped on the lower side of the upper overlapping portion 846 (869) simply by moving in the direction, and the upper overlapping portion 846 (869) and the lower overlapping portion 836 ( By fixing 868) with the fixing screws 87, a plurality of roofing materials 81 can be arranged side by side.
Further, for example, even if there is a gutter portion extending from the side surface portion 833, 843 (863, 864) of the roofing material 81, the upper overlapping portion 846 (869) located outside the side surface portion 843 (864) of the roofing material 81. ) Is overlapped with the lower overlapping portion 836 (868) located inside the side surface portion 833 (863) of the roofing material 81, so that, for example, one of the upper overlapping portion and the lower overlapping portion and the gutter portion. The other is not swallowed between the two, and the upper overlapping portion 846 (869) and the lower overlapping portion 836 (868) can be easily overlapped by simply moving the roofing material 81 in the vertical direction as described above. Can be done.
Further, the plurality of roofing materials 81 can be easily arranged side by side even if there is no play in the dimensions between the two side frames 63 and 64 of the roofing frame 60 in the parallel arrangement direction of the plurality of roofing materials 81.
(4-2) In the roofing material 81A, the upper overlapping portion 846 extends upward from the panel material 82 to the rising piece portion 844 and from the rising piece portion 844 toward the outside of the panel material 82. It has an upper overlapping piece portion 845, and the lower overlapping portion 836 has a rising piece portion 834 raised upward from the panel material 82 and a rising piece portion 834 toward the inside of the panel material 82. It has an extended lower overlapping piece 835. Therefore, since the lower overlapping portion 836 and the upper overlapping portion 846 are raised from the panel material 82 by the raising piece portions 834,844, a gutter portion can be formed between the raising piece portions 834,844. Therefore, it is not necessary to install the gutter member on the roof material 81A, the number of parts can be reduced, the gutter construction can be simplified, and the roof material 81A can have a simple appearance in which the gutter portion is not conspicuous.
Further, in the roofing material 81C, since the lower overlapping portions 863, 836A are raised from the panel material 82 by the raising piece portions 834,834A, a gutter portion can be formed between the raising piece portions 834,834A. The same effects as described above can be exhibited.
(4-3) The upper beam 70 is provided along the parallel direction of the plurality of roofing materials 81, and the panel material 82 protrudes upward from the upper overlapping portion 846 and the lower overlapping portion 836 (836A). A mounting portion 821A is formed, and the mounting portion 821A is mounted on the upper beam 70. Therefore, even if the lower overlapping portion 836 (836A) and the upper overlapping portion 846 are raised upward by the raising piece portions 834 (834A) and 844, the mounting portion 821A located above these is used as the upper beam. It can be attached to 70.
(4-4) The panel material 82 is continuous with the upper surface portion 821 and the lower surface portion 822 between the pair of side surface portions 833 and 843 and the lower surface portion 821 and the lower surface portion 822. It has one vertical piece portion 823, and a hollow portion 829 is formed by the upper surface portion 821, the lower surface portion 822, and the two vertical piece portions 823, and the hollow portion 829 is formed between the two vertical piece portions 823 of the upper surface portion 821. The located portion is configured as the mounting portion 821A. Therefore, the strength of the panel material 82 can be increased by forming the box portion 88 with the mounting portion 821A, the lower surface portion 822, and the two vertical piece portions 823, and the mounting portion 821A is formed at such a high strength portion. Can be attached to the upper beam 70.
(4-5) A roof frame 60 having at least side frames 63, 64 as two frame materials facing each other in the parallel arrangement direction of the plurality of roofing materials 81, and a roof in the parallel arrangement direction of the plurality of roofing materials 81. A roofing material 81C (end roofing material) disposed between the frame 60 and the plurality of roofing materials 81A and 81B is provided, and the roofing material 81C has a hollow frame shape having a pair of side surface portions 833 and 843. It has a panel material 82 (end panel material) and two lower overlapping portions 863, 836A extending inward from each of the pair of side surface portions 833, 843, and has two lower overlapping portions 863, 836A of the roof frame 60. Of the side frames 63 and 64, the side frame 63 adjacent to the roof material 81C is formed with an upper overlapping portion 632 extending from the side frame 63 to the roof material 81C side, and the roof of the plurality of roof materials 81. The lower overlapping portion 836 of the roofing material 81C is overlapped on the lower side of the upper overlapping portion 846 of the roofing material 81A adjacent to the material 81C, and the roofing material is on the lower side of the upper overlapping portion 632 of the side frame 63. The lower overlapping portion 836A of 81C is overlapped. Therefore, since the roofing material 81C has two lower overlapping portions 863, 836A located inside the both side surface portions 833 and 843 in the width direction, the roofing material 81C is used as the roofing material 81A and the side frame 63. By simply moving the roofing material 81C in the vertical direction, the two lower overlapping portions 863, 836A of the roofing material 81C are combined with the upper overlapping portion 846 of the roofing material 81A adjacent to the roofing material 81C and the upper overlapping portion 632 of the side frame 63. The roofing material 81C can be easily overlapped on both sides, and the roofing material 81C can be attached to the roof frame 60 and the roofing material 81A by fixing the overlapped lower overlapping portions 863, 836A and the upper overlapping portions 846, 632 to each other with the fixing screws 87. It can be arranged in between. Further, since it is not necessary to move the roofing material 81C in the parallel arrangement direction of the plurality of roofing materials 81, there is play in the dimension between the two side frames 63 and 64 of the roofing frame 60 in the parallel arrangement direction of the plurality of roofing materials 81. Even without it, the roofing material 81C can be installed simply by moving it in the vertical direction.
(4-6) Further, since the lower overlapping portion 836 (868) of the plurality of roofing materials 81 is located inside the side surface portion 833 (863) as described above, for example, the side surface portion 833 (863). It can support the vertical load applied from the upper overlapping portion 846 (869) of the adjacent roofing material 81 at a position where the strength of the roofing material 81 is higher than that of the lower overlapping portion extending outward from the roof, and also supports the adjacent roof. The distance between the materials 81 can be narrowed.

(5-1) When the purpose is to wire a cable such as an electric wire tube 100 without exposing it to the outside, the car port 1 has a lower structure having a support column 3 and a beam 4 and an upper part from the beam 4. A roof 50 provided at a distance is provided, and the roof 50 includes an upper beam 70 extending in the X-axis direction, side frames 63 and 64 attached to the end of the upper beam 70, and a Y-axis direction. A plurality of roofing materials 81 extending and attached to the upper beam 70, and a front frame 61 and a rear frame 62 attached to the plurality of roofing materials 81 are provided, and the plurality of roofing materials 81 are on the front frame 61 side. The end portion 811 is inclined in the horizontal direction so as to be located above the end portion 812 on the rear frame 62 side, and inside the upper beam 70, the side frame 64 and the front frame 61, the upper beam 70, A storage space in which the electric wire pipe 100 is wired is formed in the order of the side frame 64 and the front frame 61, and the electric wire pipe 100 is introduced from the front frame 61 side into the hollow portion 829 of the roofing material 81. And. Since it has the above configuration, by arranging the roof 50 away from the beam 4 upward, it is possible to produce a floating feeling as if the roof 50 is floating upward from the beam 4, and the car configured in this way. Since the conduit 100 is wired in the port 1 and introduced into the hollow portion 829 of the roofing material 81, the conduit 100 is not exposed to the outside, and the carport 1 having a simple appearance can be configured. .. The conduit 100 can be connected to a lighting fixture or the like installed on the roof material 81.
Further, the roofing material 81 is inclined so that the end portion 811 on the front frame 61 side is located above the end portion 812 on the rear frame 62 side, and the conduit 100 is inclined with respect to the hollow portion 829 of the roofing material 81. Since it is introduced from the front frame 61 side instead of the rear frame 62 side, the conduit 100 can be arranged at a position where it is difficult to get wet by rainwater.
(5-2) The beam 10 has a bundle 10 erected, the roof 50 is supported by the bundle 10, and the conduit 100 passes through the inside of the bundle 10 from the beam 4 side to the upper beam. It is introduced inside the 70. Therefore, the roof 50 can be arranged above the beam 4 by the bundle 10, and a floating feeling as if the roof 50 is floating above the beam 4 can be produced. Further, even when the bundle 10 is provided as in the present embodiment, since the conduit 100 passes through the inside of the bundle 10, the conduit 100 is not exposed to the outside, and a carport having a simple appearance can be configured.
(5-3) The end plate material 611 is arranged at the end portion 811 on the front frame 61 side of the plurality of roofing materials 81, and X is provided between the end portions 811 and the end plate material 611 of the plurality of roofing materials 81. A sheet-shaped dry sealing material 55 extending in the axial direction is arranged, and in the dry sealing material 55, the fixing screw 65 having the screw shaft portion 65A is the end portion of the roofing material 81 on the front frame 61 side from the end plate material 611. By being screwed into 811, the opening at the end 811 on the front frame 61 side of the plurality of roofing materials 81 is closed, and the conduit 100 penetrates the end plate material 611 and the dry sealing material 55. Therefore, when fixing the end plate material 611 to the end portion 811 on the front frame 61 side of the plurality of roofing materials 81, the sheet-shaped dry sealing material 55 is sandwiched between the roofing material 81 and the end plate material 611, and the fixing screw is used. By screwing the screw shaft portion 65A of 65 from the end plate material 611 into the end portion 811 on the front frame 61 side of the roofing material 81, water is stopped between the end portion 811 on the front frame 61 side of the roofing material 81 and the end plate material 611. can. Further, since the screw shaft portion 65A of the fixing screw 65 is screwed from the end plate material 611 to the end portion 811 on the front frame 61 side of the roofing material 81, the dry seal material 55 is the end portion 811 on the front frame 61 side of the plurality of roofing materials 81. It will be in pressure contact with the water, and the water stoppage can be improved.
(5-4) The plurality of roofing materials 81A to 81C have a pair of side surface portions 833 (863), 843 (864) and a pair of side surface portions 833 (863), 843 (864) continuous upper surface portions 821 (861). ) And the lower surface portion 822 (862), and two vertical piece portions 823 (865) continuous with the upper surface portion 821 (861) and the lower surface portion 822 (862) between the pair of side surface portions 833 (863) and 843 (864). The box portion 88 (89) is composed of the upper surface portion 821 (861), the lower surface portion 822 (862), and the two vertical piece portions 823 (865). A screw hole 85 is formed in each corner portion of the above, and the screw shaft portion 65A of the fixing screw 65 is screwed into the screw hole 85. Therefore, the upper surface portion 821 (861) and the lower surface portion 822 (862) are connected by two vertical piece portions 823 (865) between the pair of side surface portions 833 (863) and 843 (864), and the box portion 88 (89). ), It is possible to increase the strength while forming the roofing material 81 in the shape of a hollow frame, and to form screw holes 85 at each corner of the box portion 88 (89) whose strength has been increased in this way. Therefore, the end plate material 611 can be firmly fixed by screwing the fixing screw 65 into the portion of the end portion 811 on the front frame 61 side of the roofing material 81 where the strength is increased, and the dry seal material 55 is used. Water can be stopped more closely between the box portion 88 and the end plate material 611. Therefore, the hollow portion 829 (871) formed by the box portion 88 (89) can be suitably used as a space for arranging cables such as the conduit 100.
(5-5) The end plate material 611 extends over the end portions 811 on the front frame 61 side of the plurality of roofing materials 81 in the X-axis direction (left-right direction). Therefore, one end plate material 611 can be fixed to the end portion 811 on the front frame 61 side of the plurality of roofing materials 81, and for example, the end plate material 611 is separately attached to the end portion 811 on the front frame 61 side of the plurality of roofing materials 81. Workability can be improved as compared with the case where the end plate material 611 is fixed. Further, since the end plate 811 on the front frame 61 side of the plurality of roofing materials 81 is connected by one end plate material 611, the end plate material 611 can be configured as the frame material of the roof 50, and in addition to this end plate material 611. It is possible to eliminate the need to separately provide a frame material along the end plate material 611.
(5-6) The front frame 61 is composed of an end plate material 611 and a decorative material 615 attached to the end plate material 611, and the side frame 64 is a decorative material attached to the side plate material 641 and the side plate material 641. It is composed of the material 645, and accommodation spaces 61A and 64A are formed between the end plate material 611 and the decorative material 615 and between the side plate material 641 and the decorative material 645, respectively. Therefore, as compared with the case where, for example, the end plate material 611 and the decorative material 615 are integrally formed, or the side plate material 641 and the decorative material 645 are integrally formed, the conduit 100 is provided with the front frame 61 and the side frame 64. It can be easily installed in the accommodation spaces 61A and 64A. Further, since the end plate material 611 is exposed to the outside before the decorative material 615 is attached, the fixing screw 65 can be directly inserted through the end plate material 611, and the end plate material 611 can be inserted into the ends of the plurality of roofing materials 81. It can be easily fixed to the portion 811.
(5-7) The side frames 63, 64, the front frame 61, and the rear frame 62 each include a decorative material 615,625,635,645 whose ends are butted against each other, and the decorative materials 615,625,635, respectively. Between each end between the 645s, a corner sealing member 68 screwed to and adhered to one of the opposing ends of the decorative material 615,625,635,645 is provided. Therefore, by fixing the corner sealing members 68 to both ends 615A and 625A of the decorative materials 615A and 625A in advance in a factory or the like, the corner sealing members 68 are fixed to both ends 635A and 645A of the decorative materials 635 and 645 at the construction site. The corner portion 69 in which the decorative materials 615 and 625 and the decorative materials 635 and 645 are butted can be stopped by simply adhering the two, and the water stopping work can be simplified.
(5-8) Gutter portions 831,841,867 are formed on the upper surface 821B (861A) of the plurality of roofing materials 81, and each roof is formed on the end portion 812 on the rear frame 62 side of the plurality of roofing materials 81. A drainage end plate material 621 having a drainage groove 622 formed at a position corresponding to a gutter portion 831, 841, 867 of the material 81 is fixed. Therefore, rainwater flowing through the gutter portions 831, 841, 867 of the plurality of roofing materials 81 can be drained through the drainage groove 622 of the drainage end plate material 621.
(5-9) The rear frame 62 is composed of a drainage end plate material 621 and a decorative material 625 attached to the drainage end plate material 621, and the decorative material 625 has a drainage groove of the drainage end plate material 621. A gutter portion 626 for receiving drainage from 622 is formed, the gutter portion 626 is formed by a pair of side surface portions 627A and 627B and a lower surface portion 627C, and one side surface portion 627B is formed of a plurality of roofing materials 81. It is raised along the end 812 on the rear frame 62 side. Therefore, even when the amount of drainage from the gutter portion 831,841,867 of the roofing material 81 to the gutter portion 626 of the decorative material 645 is large, the roofing material 81 is started up along the end portion 812 on the rear frame 62 side. Water can be prevented from entering the hollow portions 829, 839, 849, 871 to 873 of the roofing material 81 by the side surface portion 627B, and the risk of the electric conduit 100 introduced into the hollow portion 829 of the roofing material 81 getting wet is reduced. can.
(5-10) The operator inserts the screw shaft portion 65A of the fixing screw 65 from the outer surface side of the end plate material 611 in the Y-axis direction and screws the end plate material 611 into the screw hole 85 of the roof material 81. It can be fixed to the end portion 811 of the roofing material 81. Therefore, it is possible to eliminate or reduce the need for the worker to climb on the roofing material 81 and screw the fixing screw from above the roofing material 81 in order to fix the end plate material 611, and the workability can be improved. Can be improved.

(6-1) When the purpose is to illuminate the lower surfaces 822A and 862A of the roof 50 to illuminate the roof 50 and to make the lighting equipment (upper light 510) illuminating the roof 50 inconspicuous in appearance, the car. The port 1 includes at least two frames 2A and 2B arranged side by side at intervals from each other and a roof 50 supported by the frames 2A and 2B, and the frames 2A and 2B have a support 3 and a support 3. The roof 50 is arranged so as to be separated upward from the beam 4, and the roof 50 is arranged in the Z-axis direction with respect to the lower surfaces 822A and 862A of the roof 50 of the beams 4. In the facing area, the upper light 510 is installed as an upper illuminator for illuminating the lower surfaces 822A and 862A of the roof 50. Since it has the above configuration, by illuminating the lower surfaces 822A and 862A of the roof 50 with the upper light 510, the floating feeling of the roof 50 separated upward from the beam 4 can be illuminated.
Further, since the upper light 510 fits in the area of the beam 4 facing the lower surfaces 822A and 862A of the roof 50, the upper light is compared with the case where the upper light 510 is mounted at a position protruding from the beam 4 by, for example, a mounting arm or the like. The 510 can be configured to be inconspicuous in appearance.
(6-2) At least two bundles 10 are erected on the beam 4 at intervals in the X-axis direction, a roof 50 is fixed to the two bundles 10, and the upper light 510 has an upper light 510. It is arranged between two bundles 10. Therefore, the two bundles 10 can be arranged at intervals in the X-axis direction to make the support state of the roof 50 more stable, but for example, the position on the end side of the beam 4 with respect to the two bundles 10. In the upper light 510 arranged in, the irradiation light from the upper light 510 is blocked by the bundle, and it is difficult to illuminate the lower surfaces 822A and 862A of the roof 50 in a wide range between the two bundles 10. In the present embodiment, since the upper light 510 is arranged between the two bundles 10, the irradiation light from the upper light 510 can illuminate the lower surfaces 822A and 862A of the roof 50 in a wide range between the two bundles 10. can.
(6-3) The upper lights 510 are arranged at equal intervals (distance L3) with respect to the two bundles 10 in the X-axis direction. Therefore, the irradiation light from the upper light 510 arranged between the two bundles 10 can be similarly spread on both sides in the X-axis direction.
(6-4) The irradiation range of the upper light 510 in the X-axis direction is set to the entire range of at least two bundles 10 (between 10A and 10A, 10B and 10B) of the lower surfaces 822A and 862A of the roof 50. There is. Therefore, by illuminating the entire range between the two bundles 10 with the upper light 510, it is possible to eliminate the dark part from the portion of the lower surfaces 822A and 862A of the roof 50 located between the two bundles 10 and the roof. You can produce 50 floating feelings.
(6-5) A recess 4A opened at the upper portion is formed on the upper surface 405 of the beam 4 (the surface formed by the upper surface 424 of the side frame portions 422 and 423, the recess bottom surface 421A and the recess side surfaces 422A and 423A). The upper light 510 is arranged in the recess 4A. Therefore, since the upper light 510 is arranged in the recess 4A, the upper light 510 is not conspicuous in appearance as compared with the case where the upper light 510 is mounted and mounted without forming the recess 4A on the upper surface 405 of the beam 4, for example. Can be configured.
(6-6) The recess 4A is formed so as to extend in the X-axis direction, and an upper cover material 5A that covers the opening of the recess 4A is attached to the beam 4, and the upper light is attached to the upper cover material 5A. An illumination opening 523 through which the irradiation light from 510 passes is formed. Therefore, even if the conduit 100 or the like is housed in the recess 4A of the beam 4, the opening of the recess 4A is covered with the upper cover material 5A so that the conduit 100 or the like housed in the recess 4A is not exposed to the outside. .. On the other hand, even when the upper cover material 5A is attached to the beam 4, the irradiation light from the upper light 510 passes through the illumination opening 523 formed in the upper cover material 5A, so that the lower surfaces 822A and 862A of the roof 50 can be illuminated. ..
(6-7) The roof 50 is inclined diagonally upward with respect to the virtual horizontal plane 52 from the rear side to the front side of the roof 50. Therefore, by irradiating the lower surfaces 822A and 862A of the roof 50 with the upper light 510, the reflected light reflected on the lower surfaces 822A and 862A of the roof 50 can be directed forward with respect to the roof 50. As a result, the road or the like in front of the carport 1 can be illuminated by the reflected light, and it is possible to eliminate the need to separately install a downlight for illuminating the road or the like.

[Second Embodiment]
Hereinafter, the carport 1 according to the second embodiment of the present invention will be described with reference to the drawings.
The carport 1 according to the second embodiment is substantially the same as that of the first embodiment, but is shown in FIG. 18 instead of the waterproof structure in which the water is stopped between the roofing material 81 and the bundle 10 by the waterproof member 110. The water-stopping structure shown is configured, and the insertion port 91 has an opening size through which the water-stopping member 130 described later can be inserted.
In the waterproof structure shown in FIG. 18, a resin waterproof member 130 is installed between the roofing material 81 and the bundle 10. As shown in FIG. 19, the water blocking member 130 is composed of a first member 130A and a second member 130B having two abutting surfaces 131 and 132 that can be butted against each other.

The first member 130A and the second member 130B are each formed by a half-split body having a common shape to each other, and have a U-shaped concave portion 133 in a plan view and a concave portion opened between the two butt surfaces 131 and 132. It has a semi-annular collar 134 extending from the outer surface of 133. A ridge portion 131A is formed on the butt surface 131, and a concave portion 132A is formed on the butt surface 132. The first member 130A and the second member 130B are combined by fitting the convex portion 131A of the first member 130A to the concave portion 132A of the second member 130B and abutting and adhering the butt surfaces 131 and 132 to each other. One waterproof member 130 is configured.

In the water stop member 130, the rectangular tube-shaped water stop tube portion 135 and the guide tube portion 136 are configured by the concave portions 133 of the first member 130A and the second member 130B, and the first member 130A and the second member 130B are formed. The flange portion 134 constitutes a rectangular plate-shaped waterproof main body portion 137.
The water stop cylinder portion 135 is a portion that protrudes upward from the water stop main body portion 137 and is arranged so as to surround the outer peripheral surface 101 of the bundle 10, and the concave surface portion 138 is stopped on the inner peripheral surface 135A and the outer peripheral surface 135B thereof. A plurality of water bottles 135 are formed along the circumferential direction. The guide cylinder portion 136 is a portion that protrudes downward from the water stop main body portion 137 and is arranged so as to surround the outer peripheral surface 101 of the bundle 10, and the inner peripheral surface 136A of the guide cylinder portion 136 is the outer peripheral surface of the bundle 10. It abuts on 101.
The waterproof main body portion 137 is formed with a mounting hole 139 for mounting on the upper surface portion 861 of the roofing material 81B.

The water blocking member 130 described above is constructed as follows. First, the wet sealing material 56 is adhered to the inner and outer concave surface portions 138 of the concave portions 133 of the first member 130A and the second member 130B, and the upper surface of the flange portion 134.
Next, as shown in FIG. 20, the first member 130A and the second member 130B are combined to form a water blocking member 130 that surrounds the outer peripheral surface 101 of the bundle 10. At this time, a sealing material storage space 57 in which the wet sealing material 56 is stored is formed between the concave surface portion 138 on the inner peripheral surface 135A of the water stop cylinder portion 135 and the outer peripheral surface 101 of the bundle 10.
Next, the water stop member 130 is moved from the lower side to the upper side along the axial direction of the bundle 10 while being guided by the guide cylinder portion 136, the insertion port 91 of the roofing material 81B is inserted, and the water stop cylinder portion 135 is inserted. Is inserted into the insertion port 92 to bring the upper surface portion 861 of the roofing material 81B into contact with the bundle 10, and the upper surface 137A of the waterproof main body portion 137 is brought into contact with the lower surface 861B of the upper surface portion 861. At this time, a sealing material pooling space 57 in which the wet sealing material 56 is stored is formed between the concave surface portion 138 on the outer peripheral surface 135B of the water stop cylinder portion 135 and the peripheral surface of the upper surface portion 861 forming the insertion port 92. To.
Next, the water blocking member 130 is attached to the upper surface portion 861 of the roof material 81B by screwing the fixing screw 140 into the mounting hole 139 of the water blocking body portion 137. Water is stopped between the upper surface portion 861 and the water stop cylinder portion 135 and between the bundle 10 and the water stop cylinder portion 135 by the wet sealing material 56 stored in each sealing material storage space 57. Further, between the upper surface portion 861 and the water stop main body 137, the wet sealing material 56 attached to the upper surface 137A of the water stop main body 137 adheres to the lower surface 861B of the upper surface portion 861 to stop water.
After the waterproof member 130 is attached, the insertion port 91 of the lower surface portion 862 of the roofing material 81B is closed by the plate-shaped decorative material 141.

[Effect of the second embodiment]
(1) It is desirable to apply a water blocking treatment to the joint portion between the bundle 10 and the roof 50, but it takes time and effort to directly apply a wet sealing material or the like to the joint portion between the roof 50 and the roof 50. When the purpose is to simplify the water stopping work between the roof 50 and the bundle 10, stop between the roofing material 81 in which the insertion ports 91 and 92 are configured and the bundle 10 inserted through the insertion ports 91 and 92. The water-stopping structure is as follows. A water stop member 130 is installed between the roof material 81 and the bundle 10, and the water stop member 130 projects upward from the water stop body portion 137 and the water stop body portion 137 and is the outer peripheral surface of the bundle 10. It has a water stop cylinder portion 135 arranged so as to surround the 101, the water stop cylinder portion 135 is in contact with the bundle 10 and the roofing material 81 at the insertion port 92, and the upper surface 137A of the water stop main body portion 137 is formed. It is characterized in that it is in contact with the roof material 81 from below. Since it has the above configuration, by moving the water stop member 130 from the lower side to the upper side along the axial direction of the bundle 10, the water stop cylinder portion 135 is inserted into the insertion port 92 and brought into contact with the bundle 10 and the roofing material 81. In addition, the water stop structure that stops water between the roof material 81 and the bundle 10 by the water stop member 130 by bringing the upper surface 137A of the water stop body 137 into contact with the lower surface 861B of the upper surface 861 of the roof material 81. Can be configured. Further, since the water blocking member 130 is moved from the lower side to the upper side along the axial direction of the bundle 10 in this way to form the water blocking structure, the wet sealing material is directly applied to the joint portion between the roof 50 and the bundle 10. The time and effort of water stop work can be saved, and the water stop work can be simplified.
(2) A sealing material 56 (wet sealing material in this embodiment) is attached to the inner peripheral surface 135A and the outer peripheral surface 135B of the water stop cylinder portion 135 and the upper surface 137A of the water stop main body portion 137. Therefore, the sealing material 56 attached to the inner peripheral surface 135A of the water stop cylinder portion 135 adheres to the outer peripheral surface 101 of the bundle 10, and stops water between the water stop member 130 and the bundle 10. Further, the sealing material 56 attached to the outer peripheral surface 135B of the water stop cylinder portion 135 and the upper surface 137A of the water stop main body 137 adheres to the edge portion constituting the insertion port 92 of the roof material 81, and the water stop member 130 and the roof. Water is stopped between the materials 81.
Further, as described above, the water blocking member 130 to which the sealing material 56 is attached is moved from the lower side to the upper side and arranged between the bundle 10 and the roofing material 81, whereby the water blocking treatment by the sealing material 56 is performed as described above. Since this can be applied, the water stopping work can be simplified as compared with the case where the sealing material 56 is directly attached to the joint portion between the roofing material 81 and the bundle 10 without using, for example, the water stopping member 130.
(3) The water stop member 130 has a guide cylinder portion 136 that protrudes downward from the water stop main body portion 137 and is arranged so as to surround the outer peripheral surface 101 of the bundle 10, and is included in the guide cylinder portion 136. The peripheral surface 136A is in contact with the outer peripheral surface 101 of the bundle 10, and the concave surface portion of the inner peripheral surface 135A of the water stop cylinder portion 135 forms a sealing material pooling space 57 with the outer peripheral surface 101 of the bundle 10. 138 is formed. Since the inner peripheral surface 136A of the guide cylinder portion 136 is in contact with the outer peripheral surface 101 of the bundle 10 in this way, when the water stop member 130 is moved from the lower side to the upper side along the axial direction of the bundle 10, the water stop cylinder portion It is possible to prevent the sealing material 56 in the sealing material collecting space 57 formed between the concave surface portion 138 of the 135 and the outer peripheral surface 101 of the bundle 10 from leaking downward from the water blocking member 130.
(4) The water blocking member 130 is composed of a first member 130A and a second member 130B having two butt surfaces 131 and 132 that can be butted against each other, and the first member 130A and the second member 130B are composed of the first member 130A and the second member 130B, respectively. It has a concave portion 133 opened between the two butt surfaces 131 and 132, and a flange portion 134 extending from the outer surface of the concave portion 133, and has two butt surfaces of the first member 130A and the second member 130B. In a state where 131 and 132 are butted against each other, the concave portion 133 of the first member 130A and the second member 130B constitutes the water stop cylinder portion 135 and the guide cylinder portion 136, and the flange of the first member 130A and the second member 130B. The portion 134 constitutes a waterproof main body portion 137. Therefore, by abutting the two abutting surfaces 131 and 132 of the first member 130A and the second member 130B against each other, the water blocking member 130 surrounding the outer peripheral surface 101 of the bundle 10 can be formed, and the roofing material 81 can be formed. It is not necessary to pass the water stop member 130 through the bundle 10 in advance before inserting the bundle 10 into the insertion ports 91 and 92, and even after the bundle 10 is inserted through the insertion ports 91 and 92, the water stop member 130 Can be easily installed.
(5) Since the first member 130A and the second member 130B are composed of half-split bodies having a common shape, the manufacturing cost can be reduced by manufacturing the first member 130A and the second member 130B with the same shape material. Further, by sharing the first member 130A and the second member 130B, the construction becomes easy.

[Third Embodiment]
Hereinafter, the carport 1 according to the third embodiment of the present invention will be described with reference to the drawings.
The carport 1 according to the third embodiment is substantially the same as the second embodiment, but includes the integrally formed water stop member 150 shown in FIG. 21 instead of the water stop member 130.
The water stop member 150 does not have a configuration corresponding to the guide cylinder portion 136 of the water stop member 130 described above, and is not divided into a first member 130A and a second member 130B like the water stop member 130. It is integrally formed as one member, and is formed in the same manner as the water blocking member 130 except for these points.
The vertical dimension H1 of the waterproof member 150 in the Z-axis direction is smaller than the vertical dimension H2 of the hollow portion 871 of the roofing material 81B in the Z-axis direction, whereby the waterproof member 150 is the edge of the roofing material 81B. Can be inserted into the hollow portion 871.
The water blocking member 150 described above is constructed as follows. First, the wet sealing material 56 is attached to the concave surface portions 138 inside and outside the water stop cylinder portion 135 of the water stop member 150 and the upper surface 137A of the water stop main body portion 137.
Next, as shown in FIG. 22, the water stop member 150 is moved in the Y-axis direction and inserted into the hollow portion 871 from the edge of the roof material 81B, and then the water stop member 150 is moved upward to the water stop cylinder portion. The 135 is inserted into the insertion port 92, the water stop cylinder portion 135 is brought into contact with the upper surface portion 861 of the roofing material 81B, and the upper surface 137A of the water stop main body portion 137 is brought into contact with the lower surface portion 861B of the upper surface portion 861. In this state, the fixing screw 140 is screwed into the mounting hole 139 of the waterproof main body 137 to attach the waterproof member 150 to the upper surface 861 of the roofing material 81B.
Next, the bundle 10 is inserted into the insertion ports 91 and 92 of the roofing material 81B, and the bundle 10 is inserted into the water stop cylinder portion 135 of the water stop member 150. As a result, water is stopped between the upper surface portion 861 and the water stop cylinder portion 135 and between the bundle 10 and the water stop cylinder portion 135 by the wet sealing material 56 stored in each sealing material storage space 57. Further, between the upper surface portion 861 and the water stop main body 137, the wet sealing material 56 attached to the upper surface 137A of the water stop main body 137 adheres to the lower surface 861B of the upper surface portion 861 to stop water.
According to the third embodiment, the same action and effect as those in the second embodiment can be exhibited, and further, the water blocking member 150 can be inserted from a small edge without passing through the insertion port 91 of the roofing material 81B, so that the construction site can be inserted. It is not necessary to pass the bundle 10 through the water blocking member 150 in advance. Therefore, the water blocking member 150 can be attached to the roofing material 81B in advance in the factory, and the burden of on-site construction can be reduced.
Further, since it is not necessary to pass the water stop member 150 through the insertion port 91, each dimension of the insertion port 91 in the X and Y axis directions can be made smaller than each dimension of the water stop member 150 in the X and Y axis directions, and the insertion port can be made smaller. The shape can be formed so that a gap is hardly formed between the bundle 10 and the outer peripheral surface 101 of the bundle 10 inserted through the 91. Therefore, the configuration of the decorative material 141 (member for closing the insertion port 91) in the second embodiment can be omitted.

[Modification example]
For example, in the first embodiment, the bundle 10 is arranged inside the roof frame 60 constituting the peripheral edge portion of the roof 50, but may be arranged below the roof frame 60 in the Z-axis direction. In this case, the bundle 10 may be attached to the column 3 and the roof frame 60 instead of the beam 4 and the upper beam 70.
In the first embodiment, the two frames 2A and 2B are provided, but two or more frames may be provided. In this case, the bundle 10 is erected on the beam 4 of each frame.
In the first embodiment, the longitudinal direction of the upper beam 70 is parallel to the longitudinal direction of the beam 4, but may be orthogonal to each other.
In the first embodiment, since the roofing material 81 is formed of the extruded aluminum profile, the upper end portion 11 of the bundle 10 may be fixed to the roofing material 81 instead of the upper beam 70. In this case, the bundle 10 may be fixed inside the roofing material 81, or may be fixed to the lower surface of the roofing material 81 when the insertion openings 91 and 92 are not formed in the roofing material 81. ..
In the first embodiment, the roofing material 81 is arranged below the upper beam 70, but may be arranged above the upper beam 70.
In the first embodiment, the roofing material 81 is composed of a hollow portion 829,839,849,871,872,873, but is composed of a plate material having no such hollow portion. May be good.
In the first embodiment, the roof 50 is set to have a slope inclined with respect to the Y-axis direction by making the vertical dimensions L1 and L2 of the columns 3 of the frames 2A and 2B different, but the bundle 10A is set instead of the columns 3. , The slope of the roof 50 may be set by making the vertical dimensions of 10B different. Further, the columns 3 and the bundles 10A and 10B may have the same vertical dimension. In this case, the vertical dimensions L1 of the plurality of bundles 10A erected on the beam 4 of the frame 2A are different, and the frame By making the vertical dimensions L2 of the plurality of bundles 10B erected on the beam 4 of 2B different from each other, a slope inclined with respect to the X-axis direction may be set on the roof 50.

In the first embodiment, the fixing holes 27 are formed in the corner portions 261 to 264 of the bundle 10, but instead of the fixing holes 27, a screw hole communicating with the hollow portion 25 is formed through a slit. It is also good.
In the first embodiment, the thickness dimensions T1 and T2 of the corner portions 261 to 264 of the bundle member 20 are larger than the thickness dimensions T3 and T4 of the first bundle piece portions 21 and 22 and the second bundle piece portions 23 and 24. It is made larger, but may have the same dimensions.
In the first embodiment, the second bundle piece portions 23 and 24 of the bundle member 20 are formed with contact convex portions 231 and 241 that abut on the second reinforcing piece portions 33 and 34 of the reinforcing material 30. This configuration may be omitted.
In the first embodiment, the fixed body 40 of the bundle 10 is composed of the first fixing member 40A and the second fixing member 40B, but the configuration of the second fixing member 40B may be omitted.
In the first embodiment, the bundle member 20 is fixed to the beam 4 of the frames 2A and 2B via the fixed body 40, but the configuration of the fixed body 40 is omitted and the fixing bolt 7 is inserted into the fixing hole 27 of the bundled material 20. May be fixed to the beam 4 by fastening.
In the first embodiment, the bundle 10 is formed with a piping opening 471 and a piping notch 472, but these configurations may be omitted.
In the first embodiment, the fixed body 40 is provided with the reinforcing rib 46, but this configuration may be omitted.
In the first embodiment, the bundle member 20 and the reinforcing member 30 have four sides and are formed in a square cylinder shape, but the present invention is not limited to this, and the bundle member 20 and the reinforcing material 30 are formed in a square cylinder shape such as a triangular shape, a pentagonal shape, or a hexagonal shape in a plan view. It may be formed into a cylindrical shape. Since the corner portion is not formed when the bundle member 20 is formed in a cylindrical shape, the portion where the fixing hole 27 is formed may be configured as a thick portion.

In the first embodiment, the water blocking member 110 is installed on the upper surface 861A of the roofing material 81, but when it is not necessary to stop the water between the roofing material 81 and the bundle 10, the water blocking member 110 is configured. May be omitted.
In the first embodiment, the water blocking member 110 includes both the lower fixing screw hole 121 and the upper fixing screw hole 122, but if it is not fixed to the upper beam 70, the upper fixing screw hole 122 may not be provided. ..
In the first embodiment, the dry seal material 125 is interposed between the upper surface 861A of the roof material 81 and the lower surface 111B of the water blocking member 110, but a wet seal material may be applied instead. .. Further, when the portion of the water blocking member 110 that abuts on the upper surface 861A of the roofing material 81 is made of a soft resin or the like, the waterproof sealing material 125 or the wet sealing material is not used, and the water blocking member 110 and the roofing material are used. Water may be stopped by crimping with 81.
Further, although the dry seal material 125 is interposed between the lower surface 71A of the upper beam 70 and the upper surface 111A of the water blocking member 110, a wet seal material may be applied instead. Further, when the portion of the waterproof member 110 that abuts on the lower surface 71A of the upper beam 70 is made of a soft resin or the like, the waterproof member 110 and the upper beam are used without using the dry seal material 125 or the wet seal material. Water may be stopped by crimping with 70.
In the first embodiment, the gutter portion 867 is formed on the upper surface 861A of the roofing material 81B, but the configuration of the gutter portion 867 may be omitted.
In the first embodiment, the upper surface 121A of the lower fixing screw hole 121 of the water blocking member 110 is arranged at a position lower than the upper surface 111A of the tubular main body 111, but the water blocking member 110 is not fixed to the upper beam 70. The upper surface 121A of the lower fixing screw hole 121 may be arranged at the same height as the upper surface 111A of the tubular main body 111 or at a position higher than the upper surface 111A.

In the first embodiment, the lower overlapping portions 863 and 868 of the roofing material 81 are located inside the side surface portions 833 and 863, but there is a margin in the dimension in the X-axis direction between the side frames 63 and 64. In some cases, it may have a lower overlapping portion extending outward with respect to the side surface portions 833 and 863.
In the first embodiment, the lower overlapping portion 836 (836A) and the upper overlapping portion 846 of the roofing materials 81A and 81C are raised upward by the raising piece portions 834 (834A) and 844, but the panel material 82. If it is not necessary to configure the gutter portion, the configuration of the rising piece portions 834 (834A) and 844 may be omitted. In this case, the lower overlapping portion 836 (836A) is composed of a part of the upper surface portion 821 of the panel material 82.
In the first embodiment, the panel material 82 is formed with a lower overlapping portion 836 (836A) and a mounting portion 821A projecting upward from the upper overlapping portion 846, but without such a mounting portion 821A. If the panel material 82 can be attached to the upper beam 70, the configuration of the attachment portion 821A projecting upward may be omitted.
In the first embodiment, two vertical piece portions 823 continuous with the upper surface portion 821 (861) and the lower surface portion 822 (862) between the pair of side surface portions 833, 843 (863, 864) of the panel material 82 (86). (865) is provided to form the box portion 88 (89) to increase the strength of the panel material 82 (86), but the box portion 88 (89) is not formed but has sufficient strength. May omit the configuration of the two vertical piece portions 823 (865).
In the first embodiment, the roofing material 81C (end roofing material) fixed to the side frame 64 is provided, but when the side frame 64 is configured to be fixed even if it is the roofing materials 81A and 81B. May include a roofing material 81A or a roofing material 81B instead of the roofing material 81C.

In the first embodiment, the conduit 100 is wired from the column 3 to the beam 4, but when it is not necessary to pass the hollow portion 3A of the column 3, the conduit 100 is connected to the beam 4 without passing through the column 3. May be wired.
In the first embodiment, the conduit 100 is wired to the columns 3 and the beam 4 of the two frames 2A and 2B, and the bundle 10A, the upper beam 70, the side frame 64, and the front frame 61 are wired in this order from the beam 4 of the frame 2A. However, the present invention is not limited to this, and the beam 4 of the frame 2B may be wired in the order of the bundle 10B, the upper beam 70, the side frame 64, and the front frame 61, and the upper beam may be replaced with or in addition to the side frame 64. It may be wired from 70 to the side frame 63.
In the first embodiment, the space between the front frame 61 and the end portions 811 of the plurality of roofing materials 81 is stopped by the dry sealing material 55, but in addition to or instead of this, the sealing treatment with the wet sealing material is performed. May be given. Further, for example, the decorative material 615 is configured to cover the upper part of the end plate material 611 so that water does not enter between the front frame 61 and the end portion 811 of the roofing material 81 even without the dry seal material 55. If so, the configuration of the dry seal material 55 may be omitted.
In the first embodiment, the end plate material 611 is composed of one member extending in the X-axis direction and is used as a structure of the front frame 61, but is not limited to this, and for example, a plurality of roofing materials 81. A plurality of end plate materials fixed to one or a part of the end portion 811 may be provided. In this case, a frame material that serves as a structure of the front frame 61 may be separately provided.
In the first embodiment, screw holes 85 are formed at each corner of the box portions 88 (89) of the plurality of roofing materials 81, but these screw holes 85 are eliminated and other parts different from the box portion 88 (89) are formed. A screw hole 85 may be formed at the location. Further, instead of the screw hole 85 having a slit, a hole into which the fixing screw 65 can be screwed may be formed.
In the first embodiment, the end plate material 611 and the decorative material 615 are separate bodies, the drainage end plate material 621 and the decorative material 625 are separate bodies, the side plate material 631 and the decorative material 635 are separate bodies, and the side plate material 641. And the decorative material 645 is a separate body, but the present invention is not limited to this, the end plate material 611 and the decorative material 615 are integrally formed to form the front frame 61, and the drainage end plate material 621 and the decorative material 625 are integrally formed. Even if the rear frame 62 is configured, the side plate material 631 and the decorative material 635 are integrally formed to form the side frame 63, and the side plate material 641 and the decorative material 645 are integrally formed to form the side frame 64. good.
In the first embodiment, the corner sealing member 68 is screwed to the end portion 615A (625A) of the decorative material 615 (625) and adhered to the end portion 635A (645A) of the decorative material 635 (645). On the contrary, it may be screwed to the end portion 635A (645A) of the decorative material 635 (645) and adhered to the end portion 615A (625A) of the decorative material 615 (625), or may be adhered to both. It may have been done.
In the first embodiment, the dry seal material 5629 is arranged between the end portion 812 on the rear frame 62 side of each roof material 81 and the drainage end plate material 621, but in addition to or in addition to the dry seal material 629. Alternatively, a sealing treatment with a wet sealing material may be applied, and even without these sealing materials, the gutter portions 831,841,867 to the hollow portions 829,839,849,871 to the roofing materials 81 are used. If the structure does not allow rainwater to enter the 873, the dry sealing material 629 or the wet sealing material may be omitted.

In the first embodiment, the upper light 510 that illuminates the lower surfaces 822A and 862A of the roof 50 is installed on the beam 4, but the configuration of the upper light 510 is omitted when it is not necessary to illuminate the roof 50. You may. Further, although the downlight 530 is installed on the beam 4, for example, when sufficient lighting can be obtained by installing the downlight 530 on the roofing material 81, the downlight 530 installed on the beam 4 is omitted. May be.
In the first embodiment, the beam 4 is arranged so as to be housed under the roof 50 as shown in FIG. 2, but as shown in FIG. 23, for example, as in the roof structure 1B shown in FIG. 23, the beam 4 is arranged with respect to the roof 50 in the X-axis direction. The beam 4B extending to the outside may be provided, or the support column 3 may be fixed to the end of the extending portion 401 which is the extended portion of the beam 4B. Further, a plurality of bundles 10 (four bundles in FIG. 23) may be arranged at intervals in the X-axis direction, and the upper light 510 may be installed on the beam 4B between these bundles 10, and the beam 4B may be extended. One or more downlights 530 may be installed on the protrusion 401. According to such a configuration, for example, when the downlight 530 is installed on the roof 50, the downlight 530 cannot be installed in a place where the roof 50 does not exist, but in the present embodiment, the extending portion of the beam 4B is installed. Since the downlight 530 is installed in the 401, the downlight 530 can be installed even in a place where the roof 50 does not exist, and the downlight 530 can illuminate the lower part from the beam 4B side. Further, in such a roof structure 1B, the area where the roof 50 is located is used for a carport or the like illuminated by the upper light 510, and the area where the beam 4B extends to the outside of the roof 50 is illuminated by the downlight 530. It can be used for approaches.
In the first embodiment, the frames 2A and 2B are configured to have the beam 4 on both sides by a pair of columns 3, but one of the columns 3 is omitted and the beam 4 is cantilevered within the range where the strength can be secured. It may be configured to be.
In the first embodiment, one upper light 510 is arranged between two bundles 10 arranged at intervals in the X-axis direction, but a plurality of upper lights 510 are arranged side by side in the X-axis direction. It may be arranged. In this case, the distance between the upper light 510 and one bundle 10 on one end of the plurality of upper lights 510 and the upper light 510 and the other bundle 10 on the other end of the plurality of upper lights 510. By setting the interval to be equal, the irradiation light from the plurality of upper lights 510 can be similarly spread on both sides in the X-axis direction.
In the first embodiment, the upper lights 510 are arranged at equal intervals with respect to the two bundles 10 sandwiching the upper lights 510, but the intervals with respect to the two bundles 10 may be different.
In the first embodiment, the upper light 510 is arranged between two bundles 10 arranged apart from each other in the X-axis direction, but instead of or in addition to this, between the two bundles 10. Instead, the upper light 510 may be provided at a position closer to the end of the beam 4 than the bundle 10.
In the first embodiment, the upper surface 405 of the beam 4 is formed with a recess 4A opened at the upper part, but this configuration may be omitted. In this case, the upper light 510 is the side frame of the beam 4. It is installed at a position protruding upward from the upper surface 424 of the portions 422 and 423.
In the first embodiment, the beam 4 is provided with the upper cover material 5A that covers the recess 4A, but this configuration may be omitted. Further, in the first embodiment, the illumination opening 523 formed in the upper cover material 5A is configured to allow the irradiation light of the upper light 510 to pass through. For example, a part of the upper light 510 is upward from the illumination opening 523. It may be arranged so as to protrude.
In the first embodiment, the roof 50 is inclined diagonally upward from the rear side to the front side in the Y-axis direction, but when it is not necessary to set the roof slope, the roof 50 is arranged horizontally without being inclined. You may.

In the second embodiment, the concave surface portion 138 for forming the sealing material pooling space 57 is formed on the inner peripheral surface 135A and the outer peripheral surface 135B of the water stop cylinder portion 135, but the configuration of the concave surface portion 138 is omitted. May be good.
In the second embodiment, the first member 130A and the second member 130B constituting the water blocking member 130 are formed of half-split bodies having a common shape to each other, but the shapes are different as long as they can be combined with each other. good.
In the second embodiment, the wet sealing material 56 is attached to the water blocking member 130, but instead of this, a dry sealing material such as a sponge may be used.

1 ... Carport (roof structure), 2A, 2B ... Frame, 3 ... Support, 4 ... Beam, 10 (10A, 10B) ... Bundle, 110, 130, 150 ... Water stop member, 111 ... Cylindrical body, 121 ... Lower fixing screw hole, 122 ... Upper fixing screw hole, 135 ... Water stop cylinder part, 136 ... Guide cylinder part, 137 ... Water stop main body part, 20 ... Bundle material, 21,22 ... First bundle piece part, 23, 24 ... No. Two bundle pieces, 261 to 264 ... corners (thick parts), 27 ... fixing holes, 30 ... reinforcing materials, 31, 32 ... first reinforcing pieces, 33, 34 ... second reinforcing pieces, 40 ... fixed Body, 50 ... Roof, 510 ... Upper light (upper lighting), 530 ... Downlight (lower lighting), 55, 125 ... Dry sealing material, 60 ... Roof frame, 61 ... Front frame, 611 ... End plate material, 615 , 625, 635, 645 ... decorative material, 616B, 627A, 627B, 636A, 636B, 646A, 646B, 833,843,863,864 ... side surface, 61A, 64A ... storage space, 62 ... rear frame, 621 ... drainage End plate material, 63, 64 ... Side frame, 631, 641 ... Side plate material, 632, 642,846,869 ... Upper overlapping part, 70 ... Upper beam, 81 (81A, 81B, 81C) ... Roofing material, 82,86 ... Panel material, 863,868 ... Lower overlapping part, 91,92 ... Insertion port, 100 ... Wire tube (cable).

Claims (9)

It has a substructure with stanchions and beams and a roof provided above the beams.
The roof includes an upper beam extending in the left-right direction, a side frame attached to the end of the upper beam, and a plurality of roofing materials extending in the front-rear direction intersecting the upper beam and attached to the upper beam. The front frame and the rear frame attached to the plurality of roofing materials are provided.
The plurality of roofing materials are inclined in the horizontal direction so that the end portion on the front frame side thereof is located above the end portion on the rear frame side.
Inside the upper beam, the side frame, and the front frame, a storage space in which cables are routed in the order of the upper beam, the side frame, and the front frame is formed.
The roof structure is characterized in that the cable is introduced from the front frame side into the hollow portion of the roofing material. In the roof structure according to claim 1,
It has a bundle erected on the beam and has
The roof is supported by the bundle and
A roof structure characterized in that the cable is introduced from the beam side through the inside of the bundle to the inside of the upper beam. In the roof structure according to claim 1 or 2.
An end plate material is arranged at the end portion of the plurality of roofing materials on the front frame side.
A sheet-shaped dry seal material extending in the left-right direction is arranged between the end portion of the plurality of roofing materials on the front frame side and the end plate material.
In the dry seal material, a fixture having a screw shaft portion is screwed from the end plate material into the end portion of the roof material on the front frame side, so that an opening at the end portion of the plurality of roof materials on the front frame side is opened. Is blocking,
The roof structure, characterized in that the cable penetrates the end plate material and the dry seal material. In the roof structure according to claim 3,
The plurality of roofing materials include a pair of side surface portions, an upper surface portion and a lower surface portion continuous with the pair of side surface portions, and two vertical pieces continuous with the upper surface portion and the lower surface portion between the pair of side surface portions. Has a part and
The box portion is composed of the upper surface portion, the lower surface portion, and the two vertical piece portions.
Screw holes are formed in each corner of the box portion.
A roof structure characterized in that a screw shaft portion of the fixture is screwed into the screw hole. In the roof structure according to claim 3 or 4.
The roof structure is characterized in that the end plate material extends over the end portions of the plurality of roofing materials in the left-right direction. In the roof structure according to claim 5,
The front frame is composed of the end plate material and a decorative material attached to the end plate material.
The side frame is composed of a side plate material and a decorative material attached to the side plate material.
A roof structure characterized in that a storage space is formed between the end plate material and the decorative material and between the side plate material and the decorative material, respectively. In the roof structure according to any one of claims 1 to 6.
The side frame, the front frame, and the rear frame each include a decorative material whose ends are abutted against each other.
A roof structure characterized in that a corner sealing member screwed to one of the opposing ends of the decorative material and adhered to the other is provided between the ends between the decorative materials. In the roof structure according to any one of claims 1 to 7.
A gutter is formed on the upper surface of the plurality of roofing materials.
A roof structure characterized in that a drainage end plate material having a drainage groove formed at a position corresponding to a gutter portion of the roofing material is fixed to an end portion of the plurality of roofing materials on the rear frame side. .. In the roof structure according to claim 8,
The rear frame is composed of the drainage end plate material and a decorative material attached to the drainage end plate material.
The decorative material of the rear frame is formed with a gutter portion that receives drainage from the drainage ditch.
The gutter portion of the decorative material is formed by a pair of side surface portions and a lower surface portion.
A roof structure characterized in that one of the pair of side surface portions is raised along the end portions of the plurality of roofing materials.

Images