JPH0739732B2 - Device for storing the eaves of an origami structure roof - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION [Industrial field of use] The present invention relates to an eaves portion of a folding plate-shaped roof configured by using a folding plate-shaped roof plate member formed in a square wave shape in cross section. Regarding payment device.

More specifically, the present invention relates to an eaves end part receiving device for supporting a rain gutter including an exterior makeup applied to the eaves end part of a folded structure roof in a building structure.

[Conventional technology]

Conventionally, in a folded structure roof of a building structure, usually, each roof plate supporting member that constitutes the roof assembly structure in the structure frame is formed into a predetermined cross-sectional shape made of a thin metal steel plate. The required folding plate structure roof is constructed by raising the folded plate roof member as expected.

Then, in each of the eaves portions corresponding to the underwater side or the waterward side of the folded structure roof, if necessary, at the tip of the roof plate supporting structure at a predetermined interval, a so-called eaves portion accommodation structure, that is, , Front eaves and eaves front, front eaves panel, front eaves curtain panel as a bottom enameled panel, eaves eaves top eaves, etc. -ing

[Problems to be Solved by the Invention]

However, in such a conventional eaves-front part housing device for a folded-type roof, the eaves-side curtain plates (hereinafter simply referred to as “curtain plates”) that need to be arranged in series in series,
And the structure of the eaves-end part of the eaves part, because the conditions for mounting and supporting each exterior decorative structure such as the eaves top plate (hereinafter simply referred to as “eave top plate”) on the eaves are entangled with each other and vary. There was a problem that it became extremely complicated.

In addition, since the device structure to which each exterior decorative structure is attached in this way has a considerable degree of self-weight, it is apt to be structurally fragile anyway, and the mounting and supporting of the device itself must be robust. As a result, various undesired problems are caused in terms of structure and assembling work.

The present invention has been made to solve the above-mentioned problems in the related art, and the purpose thereof is to provide various kinds of required structures for the eaves end part of a folding structure roof at a construction site. It is an object of the present invention to provide an eaves tip storing device of a folded structure roof of this kind, which can be easily adapted to the eaves tip form of the present invention and can be constructed in a good and firm manner.

[Means for Solving the Problems]

In order to achieve the above-mentioned object, the eaves tip part storing device of the folding plate structure roof according to the present invention uses a folding plate-like roof plate member in which peaks and valleys are formed adjacently in a mountain-like cross section. , For a folded structure roof constructed by assembling a plurality of the plate-shaped roof plate members so that the peaks and valleys are alternately connected, through the mounting and mounting arm members having the eaves mounting mounting angle adjusting section, An eaves edge receiving device for mounting and supporting a gutter receiving metal fitting assembly for supporting a rain gutter including an external decorative structure with an adjustable angle, wherein a pivoting metal fitting is vertically rocked at a front end portion of the mounting and mounting arm member. A front decorative panel bracket is provided on the front surface of the gutter bracket assembly so that the position of the decorative panel can be adjusted in the vertical direction. Attach and fix the member, and attach the stone angle gutter to the mounting angle adjustment part. The assembly causes mounted support,
It is characterized in that the front end panel pivot metal fitting of the mounting arm member is connected and coupled to the upper portion of the front decorative panel receiving metal fitting.

[Action]

Therefore, in the eaves tip part storing device of the folding structure roof according to the present invention, the pivot support metal is pivotally supported on the front end portion of the mounting and mounting arm member so as to be swingable in the vertical direction, and the front surface is attached to the front face of the gutter receiving metal fitting assembly. A decorative panel receiving metal fitting is provided so that the vertical position can be adjusted, the mounting arm member is attached and fixed to the lower surface of the mountain portion of the origami roof plate member, and the gutter receiving metal fitting assembly is attached to the mounting angle adjusting portion. Since it is supported, and the pivotal metal fitting of the mounting and mounting arm member is connected to the upper portion of the front decorative panel receiving metal fitting, the eaves end storing structure can be configured without being related to the skeleton side of the structure.

Also, the gutter receiving metal fitting assembly is angularly adjusted to be attached to the mounting angle adjusting portion of the mounting and mounting arm member which is attached and fixed to the lower surface of the folding plate structure roof, and the front portion of the gutter receiving metal fitting assembly is attached. On the other hand, in order to adjust the position of the front decorative panel receiving metal fittings and attach them, the gutter receiving metal fitting assembly and the front decorative panel receiving metal fittings should be installed at an installation angle and a vertical position corresponding to the folded structure roof, respectively. Can be given.

Further, since the front end pivotal support fitting of the mounting / mounting arm member is connected and coupled to the upper portion of the front decorative panel receiving fitting, this eaves end structure can be reinforced and integrated with the folded structure roof, and a firm mounting can be achieved. Of.

〔Example〕

An embodiment of an eaves tip portion retracting device for a folded structure roof according to the present invention will be described in detail below with reference to FIGS. 1 to 9.

Therefore, in the structure of this embodiment, for convenience of explanation, makeup storage by front exterior eaves and exterior cosmetic panels on the bottom eaves of the roof structure of the folded structure roof (hereinafter, simply referred to as "eave front makeup"). A typical form of a rain gutter installation structure (hereinafter simply referred to as "eave part rain gutter installation structure") including finish installation of "payment" or "eave front part makeup storage structure" will be described.

Further, as described above, for convenience, the front decorative panel is also referred to as “curtain board”, the front decorative panel receiving bracket is also referred to as “curtain plate receiving bracket”, and the lower decorative panel is also referred to as “eave top plate”. The bottom decorative panel receiving bracket is also called "eave top plate receiving bracket".

<< Mounting and Fixing Structure of the Eaves Part Storage Structure to the Origami Structure Roof >> FIG. 1 shows an outline of the rain gutter installation structure including the eaves part makeup storage structure of the folded structure roof to which the eaves part accommodation device in this embodiment is applied. It is a general | schematic side view which shows typically, and shows the cross-sectional shape of the folded roof plate member in the figure, and FIG. 2 is a top view which shows the outline of a rain gutter installation structure typically.

In each of these drawings, a building structure to which the configuration of the device of this embodiment is applied is a structure skeleton (100) serving as a base, and a folded roof structure installed on the structure skeleton (100). Then, it is composed of a folded roof structure (110) configured by using a folded roof plate member.

As the structure frame (100), for example, a structural beam (101) using an H-shaped steel material, and a structural concrete wall slab (102) constructed at an outside corresponding portion of the structural beam (101).
On the structure beam (101), there is provided a supporting device (103) of a known form for mounting and fixing the folded roof structure (110) described below.

In this case, as the folding roof structure (110), as is well known in the art, by forming a thin metal sheet, the cross-sectional shape is formed on both sides of the valley (111a) corresponding to the center. To the mountain part (111
The plate-shaped roof plate member (111) having the so-called square wave-shaped cross section, which is formed in b), is used.

Then, a plurality of these plate-shaped roof plate members (111) are alternately connected to the respective peaks (111b) and valleys (111a), and the respective peaks (111b) and (111b) are mutually connected. May be assembled so that they are overlapped with each other, and the overlapped portions may be combined with each other through a waterproof nut or the like by a connecting bolt / nut (115). This folded roof structure (110) is On the structure frame (100), the end corresponding to the eaves part (hereinafter, also referred to as a cut edge) (110a) is projected outside the frame concrete wall slab (102) by a required dimension. The support device (103) is arranged with a predetermined relatively gentle roof slope, as is well known.
It is mounted and fixed by.

Then, in the embodiment shown in FIGS. 1 and 2, each of the folded roof plate members (111) that constitute the folded roof structure (110).
Is cut in series in a direction orthogonal to the longitudinal direction, and the opening is closed by the eaves parting door (112) for each section of the cutting end (110a).

The details of the structure of such a folded roof structure (110) will be described later, but a mounting arm member (1) for mounting and fixing the gutter receiving metal fitting assembly (21) of the rain gutter installation structure (20).
1) is each mountain portion (111) in the plate-shaped roof plate member (111).
On the lower surface side of b), the position in the direction of entrance and exit orthogonal to the orthogonally cut end (110a), that is, the position in the front-rear direction is properly set, and is appropriately fixed by the mounting bolts and nuts (114). At the same time, the extended front end portion is connected and coupled to the front surface side of the gutter receiving metal fitting assembly (21) to reinforce and support the mounting mode of the gutter receiving metal fitting assembly (21).

As will be described later, regarding the installation structure (20) of the gutter receiving metal fitting assembly (21) and the rain gutter (121) that are mounted and reinforced and supported by the mounting and mounting arm member (11) as described above, The entire eaves part including the gutter installation structure (20) has the eaves part make-up makeup structure as expected, and the front and front eaves and the bottom eaves part each have curtain boards as exterior decorative panels (131). ), And the eaves top plate (141) is attached and finished in conformity with the eaves tip makeup storage structure.

<< Rain gutter installation structure including eaves tip cosmetic storage >> Fig. 3 (a) is an enlarged schematic view showing the gutter receiving metal fitting assembly in the rain gutter installation structure including the eaves tip cosmetic storage structure applied to this embodiment. FIG. 3B is a side view, and FIG. 4B is a perspective view schematically showing the details of the mounting angle adjusting part for mounting the gutter receiving metal fitting assembly, and FIG. 3C is the supporting angle supporting the gutter receiving metal fitting assembly. It is a perspective view which shows the detail of an adjustment part typically.

Further, FIG. 4 is an enlarged cross-sectional view taken along the line IV-IV in FIG. 3 (a), and FIGS. 5, 6, 7, and 8 are the same. Detailed view showing each part of the bracket, eaves plate bracket, and joint bracket,
FIG. 9 is a side view showing another example of the makeup receiving structure for the gutter receiving metal fitting assembly of the rain gutter setting structure.

As described above, the rain gutter installation structure (20) shown in FIGS. 3 (a) to 3 (c) is provided on the lower surface side of each mountain portion (111b) of the folded roof plate member (111). The mounting and mounting arm member (11) to be mounted and fixed, and the mounting angle adjusting section (12) of the mounting and mounting arm member (11) are used to adjust and set the tilt angle in the front-rear direction to mount and fix, and the supporting angle adjustment. Gutter receiving metal fitting assembly (21) reinforced and supported through the part (72), its accompanying structure, and rain gutter (121), curtain plate (131), eave roof plate (14)
It is composed of each member of 1) and its accompanying structure.

The mounting arm member (11) is shown in FIGS. 3 (a) and 3 (b).
As shown in Fig. 2, a steel plate of a predetermined length, which is long enough to be attached to the folded roof structure (110) side and to support and support the gutter receiving metal fitting assembly (21), is used. It is formed by forming a downward U-shaped cross section, or has a long hole (11a) for fixing the position adjusted in the front-rear direction with the above-mentioned mounting bolts and nuts (114) on the top surface. The mounting angle adjustment section (1
2) to the extended front end of the support angle adjustment section (7
2) is attached to each.

The mounting angle adjusting section (12) is a mounting arm member (11).
A bearing plate (13) with a pair of facing axial holes (13a) formed on the upper front side of the steel plate formed on the lower surface of the required part of the steel plate in a forward U-shaped cross section, and a through hole (14a). A fixing arm fitting (14) protruding downward is fixed by welding.

Then, in the shaft hole (13a) of the bearing plate (13), the shaft pin (1
8) Mount the gutter receiving metal fitting assembly (21), which will be described later, so that it can swing in the front-rear direction. Axial hole (16a) separately on it
An angle adjusting bolt (15) having a bearing part (16) with an arrow is provided, and the gutter receiving metal fitting assembly (2) is provided by the shaft pin (19).
I will pivot it to 1).

Then, the angle adjusting bolt (15) is inserted into the through hole (14a) of the fixed arm fitting (14), and a set of adjusting nuts (17) are screwed so as to sandwich the peripheral portion of the through hole (14a). By doing so, the gutter receiving fitting assembly (21) can be supported and fixed so that the inclination angle can be adjusted.

Regarding the cross-sectional shape of the mounting / mounting arm member (11) here, as shown in Fig. 3 (b) of the above, in addition to the downward U-shape, an upward-facing U-shape having flanges on both sides of the opening is used. It may be formed in a letter shape or a square pipe shape.

Therefore, in the mounting angle adjusting section (12) configured as described above, the mounting angle adjusting section (12) is adjusted by screwing back and forth to adjust the mounting angle adjusting section (12). The mounting inclination angle in the front-rear direction of the gutter receiving metal fitting assembly (21) to be mounted and supported on the (12) can be arbitrarily set.

Next, the gutter receiving metal fitting assembly (21) is, as shown in FIG. 3 (a), FIG. 4 and FIG.
A rear vertical frame (22) having a sufficient height, a reference horizontal frame (23) extending forward from the lower side of the rear vertical frame (22), and a comparatively provided at the front end of the reference horizontal frame (23). It consists of a low vertical front frame (24).

Then, the rear vertical frame (22) has an upper end portion, and an axial hole (25), (26) for inserting the axial pins (18), (19) into the lower end portion thereof, and a lower end portion thereof. Lower fixing holes (27) are drilled in each of them.

In addition, a level metal fitting (28) for setting the level of the rain gutter (121) is provided on the reference horizontal frame (23) by using an adjustment nut (29) provided on the lower surface of the intermediate portion in the vertical direction (arrow). B) It is screwed so that it can move forward and backward, and the rotation stop pin (3
0) has been applied.

Further, the front vertical frame (24) is provided with a pair of upper and lower fixing holes (31) in the upper half portion and a lower fixing hole (32) in the lower end portion.

The reason for lowering the height of the front vertical frame (24) is that the rain gutter from the front into the gutter receiving metal fitting assembly (21) is related to the curtain plate metal fitting (41) described below. (121)
This is for facilitating the charging and installing operation of the rain gutter (121), but especially if the configuration of each part is such that the charging and installing operation of the rain gutter (121) is not difficult. It is not necessary to lower the height of the frame (24).

Next, as shown in FIG. 3 (a) and FIG. 6, the curtain plate receiving fitting (41) can be fitted to the outside of the front vertical frame (24) from the front. The steel plate is formed into a U-shaped cross section in a rearward direction with a width and, if necessary, a sufficient length that exceeds the ridges (111b) of the folded roof plate member (111).

Then, on the curtain plate fitting (41), the upper end mounting hole (42) is provided at the upper end, and the upper mounting adjustment elongated holes (43) and (43) in the vertical direction by a pair of upper and lower parts are provided at the upper part, respectively. After forming a notch (44) on the front surface of the lower end portion, the lower end portion mounting adjustment elongated hole (45) corresponding to the lower fixing hole (32) is formed in the lower end portion, and in the lower portion. The lower mounting adjustment elongated holes (46) and (46) in the vertical direction are formed in a pair in the upper and lower directions corresponding to the upper fixing holes (31) in the set.

Therefore, in the curtain plate receiving metal fitting (41) that constitutes the curtain plate receiving portion in this way, after it is fitted to the front vertical frame (24) from the front, for example, either one (of course, both The mounting bolts and nuts (47) are inserted through the lower mounting adjustment slot (46) and the upper fixing hole (31), and the lower end mounting adjustment slot (45) and the lower fixing hole (32). By inserting the mounting bolts and nuts (48) into and and tightening them, the curtain plate receiving fitting (41) can be easily attached to the front vertical frame (24).

Further, as will be described later, other curtain plate receiving auxiliary metal fittings can be attached to the upper end attachment holes (42) as required, and the upper attachment adjustment elongated holes (43), (43) It is possible to attach a pivotal support metal fitting (73) of a support angle adjusting portion (72), which will be described later, on the front end side of the attachment / mounting arm member (11) by utilizing

Then, each of the mounting bolts and nuts (4
By loosening 7) and (48) once, the front vertical frame (2
In contrast to 4), as shown in the arrow (C) based on the relationship between the eaves plate receiving metal fitting (51) and the pivotal metal fitting (73) of the support angle adjusting section (72) described below. , Curtain plate bracket (41)
The vertical position of each of these lower mounting adjustment slots (4
6), each upper fixing hole (31) and lower end mounting adjustment slot (4
5), can be adjusted and set arbitrarily within the dimensional range of each combination with the lower fixing hole (32).

Further, when the length of the mounting / mounting arm member (11) can be adjusted as required, for example, as shown by an arrow (D), for example, a lower end mounting adjustment long hole (45) and a lower fixing hole (32) are provided. It is possible to arbitrarily adjust and set the angular position due to the inclination to the front in the vertical direction with respect to (4), and by tightening this again, the respective set positions can be secured.

Regarding the cutout portion (44) at the lower front surface of the curtain plate receiving fitting (41), the angular position is set by the inclination of the latter to the front in the vertical direction, particularly, the lower end portion with respect to the lower fixing hole (32). When setting the tilt angle position based on the length adjustment using the attachment adjustment long hole (45), the front vertical frame (2
4) Acts as an escape hole for avoiding the lower end corners, and the inclination to the front in the vertical direction is such that the installation and installation of the rain gutter (121) from the front into the gutter receiving metal fitting assembly (21). Make the work easier.

Also, the eaves plate receiving metal fitting (51) having the joint metal fitting (61).
Are formed as follows.

For convenience of description, first, the joint fitting (61) will be described. As shown in FIGS. 3 (a) and 8, the joint fitting (61) has the gutter receiving fitting assembly ( 21) has a cross-sectional dimension that can be inserted into and removed from the lower end of the rear vertical frame (22) and the front vertical frame (24) so as to be adjustable from below.
Vertical joint part (62) of specified length, and the rear vertical frame (2
2) and the front vertical frame (24), the outer surface dimension, and by extension, the inner surface width corresponding to the outer surface dimension of the vertical joint portion (62), and a predetermined length, a steel plate was formed in a U-shaped cross section upward. The horizontal joint portion (63) is formed, and the lower end portion of the vertical joint portion (62) is inserted and fixed into the front half portion of the horizontal joint portion (63) to be integrated to form an L-shaped side surface.

For the upper part of the vertical joint (62), a vertical upper adjusting slot (64) corresponding to the lower end mounting adjusting slot (45) is provided on the rear half of the horizontal joint (63). The bottom adjustment slot (65) in the horizontal direction is formed in each of them, and the joint metal fitting (61) has a rear vertical frame (22).
And for the front vertical frame (24).

One of the metal fittings (61) forming a set is inserted into the lower end of the rear vertical frame (22) from below, and the lower fixing hole (27) and the upper adjusting elongated hole ( 64) and install with the mounting bolts and nuts (66).

In addition, the other is inserted into the lower end of the front vertical frame (24) from below and attached by the mounting bolts and nuts (48), and these mounting bolts and nuts (66) and (48) are temporarily loosened. As a result, with respect to the rear vertical frame (22) and the front vertical frame (24), based on the relation with the eaves plate receiving metal fitting (51), as shown by the respective arrows (E), the respective joint metal fittings. Set the vertical position of (61) to the bottom adjustment hole (4
Each position can be secured by adjusting it arbitrarily within the dimension range of 5) and setting it again.

Further, it supports the eaves top plate metal fitting (51), and enables adjustment and setting of its vertical position, front-back direction position, and inclination angle.

Next, referring to the eaves top plate bracket (51),
As shown in FIGS. 3 (a) and 7, the eaves roof plate fitting (51) includes a rear vertical frame (22) and a front vertical frame of the gutter receiving bracket assembly (21). A steel plate is attached to the outside of the pair of joint fittings (61) and (61), which are mounted by adjusting the vertical position on the (24) side and adjusting the vertical position respectively. Is formed into a U-shaped cross section upward.

The both side plate portions are formed with perforation adjustment adjustment holes (52) at a predetermined pitch, and the lower adjustment slots (65) of the fittings (61) and (61) are formed. ), (6
5) For each mounting bolt / nut (53)
It is attached using.

Then, by taking into account the respective mounting positions, the position in the front-rear direction shown by the arrow (F) can be arbitrarily adjusted and set and ensured.

Therefore, when the eave top plate receiving portion is configured in this way,
As described above, the arrow (E) formed by each of the fittings (61) and (61) is used for the eaves roof plate fitting (51) and the fittings (61) and (61). ),
By the position adjustment of (E) mutually parallel, the vertical position of the eaves plate receiving bracket (51) is adjusted by the position adjustment not parallel to each other, and the front and rear of the eaves plate receiving bracket (51) shown by the arrow (G). The direction inclination angle can be set arbitrarily.

Further, regarding the eaves top plate receiving fitting (51) itself, these respective positions and angle adjustments, that is, arrows (E),
By the combined adjustment in the (F) and (G) directions, it is possible to set a position and angle in the eave top plate metal fitting (51) with a sufficiently high degree of freedom and to secure the position.

At the extended front end of the attachment / mounting arm member (11),
As shown in FIGS. 3 (a) and 3 (c), a pivot support metal fitting (73) constituting a support angle adjusting portion (72) is attached.

In this case, the pivot support metal fitting (73) is formed by forming a steel plate into a U-shaped cross section in a forward direction with an inner surface width corresponding to the side surface dimension of the curtain plate receiving metal fitting (41) and a predetermined length. A mounting plate (74) having a plurality of upper and lower mounting holes (75), (75) perforated at a pitch interval corresponding to the upper mounting adjustment long holes (43), (43), and the mounting plate. Similarly, a bearing plate (76) formed by forming a steel plate into a U-shaped cross-section with an inner surface width corresponding to the side dimension of (74) is provided, and the bearing plate (76) is provided in the middle of the mounting plate (74). ) The front end of the shaft pin (7
7) It is pivotally attached by means of 7) and the bearing plate (7
The base end portion of 6) is welded and fixed to the front end portion of the mounting arm member (11).

Here, each mounting hole (75) of the mounting plate (74),
Adjust (75) the upper and lower adjustment holes (43), (43) of the curtain plate receiving bracket (41) so that they coincide with each other, and integrally pivot them with the mounting bolts and nuts (78), (78). The support metal fitting (73) can be attached, in other words, the front end portion of the attachment mounting arm member (11) can be connected and connected so that the angle can be adjusted.

Therefore, in the device configured as described above, as described above, the gutter receiving metal fitting assembly (21) is angle-adjusted and set in the mounting angle adjusting portion (12) of the mounting / mounting arm member (11). Attached and fixed to the front plate of the gutter receiving bracket assembly (21), with the curtain plate receiving bracket (41) mounted with the vertical position adjusted and set, to the front end of the mounting arm member (11). The pivot metal fittings (7) pivotally supported via the support angle adjusting section (72).
3) The mounting plate (74) is mounted by adjusting the vertical position as shown by the arrow (H), in other words, the front end of the mounting arm member (11) is adjusted by the angle as shown by the arrow (I). Can be easily connected and connected to each other, and as a result, the curtain plate metal fitting (41), and consequently the gutter metal fitting assembly (21).
The mounting / attaching arm member (11) can be reinforced and supported by the mounting / mounting arm member (11) through the support angle adjusting section (72) in correspondence with the respective positions and angles that have already been set.

Subsequently, the rain gutters (121) are installed in and supported by the gutter receiving metal fitting assemblies (21) arranged in series at the eaves end portion, and the curtain board receiving metal fittings (41) and eave top board receiving metal fittings (51) are installed. The basic aspect of attaching the exterior makeup to the above) will be described.

That is, as shown in FIG. 3 (a), the front plate frame (24) of each trough bracket assembly (21) is provided with the curtain plate bracket (41) and the rear frame (22). ) And front vertical frame (24)
In the mode in which the eaves plate receiving bracket (51) is attached to the and via the joint brackets (61) and (61) respectively, first, the receiving member is passed through the entire upper end of each curtain plate receiving bracket (41). (151) is fitted.

In this state, the inside is surrounded by the rear vertical frame (22), the reference horizontal frame (23), by extension the level metal fitting (28), the front vertical frame (24), and then the curtain plate metal fitting (41). , Receives a rain gutter (121) having a predetermined cross-sectional shape.

Then, on the front surface of each curtain plate receiving bracket (41), that is, on the main surface of the eaves surface where the upper and lower parts are left, a curtain plate (131) as an eaves decorative panel, and each eaves plate receiving bracket ( 51) bottom surface,
That is, each eave top plate (141) via the joint part (142) as an eaves back decorative panel is installed on the main surface of the eaves backside, where the front part is left, to be properly fixed.

A rain gutter (121) is provided on the upper side of each curtain plate receiving metal fitting (41), leaving a joint (132) between the curtain plate (131) and the receiving member (151). A cap board (152) reaching the inner surface of the upper part of the is fitted and fixed appropriately.

Similarly, on the lower side, joint portions (132) and (142) are left between the curtain plate (131) and the eaves roof plate (141), respectively, and a corner plate (153) is fitted to fit them appropriately. Then, the joint material is appropriately embedded in the joint portions (132) and (142) to finish the joint.

It should be noted that the curtain plate bracket (41) and the eaves plate bracket (51)
The curtain plate (13
The attachment of 1) and the eaves top plate (141) is not necessarily limited to the above-mentioned configuration, and may be arbitrary as long as the same action can be obtained.

Next, FIG. 9 will be described with reference to FIG. 9 which shows another configuration of the curtain plate makeup fitting that can be attached to the front side curtain plate receiving portion of the curtain plate receiving metal fitting (41).

In the configuration shown in FIG. 9, by using the mounting bolts and nuts (82) in the upper end mounting holes (42) formed in the curtain plate receiving metal fittings (41), the extension auxiliary metal fittings (81) are The upper part is attached so that it is slightly upward with respect to the front surface, and the lower end of this extension auxiliary metal fitting (81) and the front plate receiving metal fitting (51) that is positioned forwardly are set.
The front end portion of is connected by a mounting bolt and nut (83) to form a right-angled triangular curtain plate receiving portion with an upward oblique side.

Similarly to the above, the curtain plate (131a), the shade wood (152a), and the corner plate (153a) as the eaves decorative panel are attached to the curtain plate receiving portion, and each joint portion ( 132a) and (142a) are filled with jointing materials as needed to finish.

The use of the front end portions of the curtain plate receiving fitting (41) and the eaves top plate receiving fitting (51) in the curtain plate receiving portion in the configuration shown in FIG. 9 is carried out as necessary. The present invention is not necessarily limited to this configuration, and a completely separate auxiliary metal fitting may be used, or another appropriate curtain plate auxiliary metal fitting and / or the lower end portion of the curtain plate auxiliary metal fitting (81) may be used. It is possible to easily interpose auxiliary metal fittings such as extension auxiliary metal fittings, or to connect them to the curtain plate metal fittings (41) and the eaves plate metal fittings (51), or to make arbitrary modifications to each. .

〔The invention's effect〕

As described in detail above, according to the present invention, a fold plate-shaped roof plate member in which peaks and valleys are formed adjacent to each other in a mountain-shaped cross section is used. Angled gutter receiving bracket assembly for supporting rain gutter including exterior decorative structure using a mounting and mounting arm member for a folded structure roof in which the crests and troughs are alternately connected. When mounting and supporting it so that it can be adjusted, a mounting angle adjusting part is provided at the required position of the mounting and mounting arm member, a supporting angle adjusting part is provided at the front end, and a front decorative panel receiving bracket is provided on the front part of the gutter receiving bracket assembly. It is provided so that the position in the vertical direction can be adjusted, and the mounting and mounting arm member is mounted and fixed to the lower surface of the mountain portion of the folded roof plate member, and the gutter receiving metal fitting assembly is angularly adjusted and mounted and supported by the mounting angle adjusting portion. The front decorative panel receiving bracket. Te, the pivot 支金 tool is angularly adjustably pivotally support angle adjustment unit from the vertical position adjustably interlocking coupled to form can be constructed eaves portion housed structure not related at all to the skeleton side of the structure.

In addition, the gutter receiving metal fitting assembly is angle-adjusted and attached to the mounting angle adjusting portion of the mounting and mounting arm member fixed and attached to the lower surface of the mountain portion of the folding structure roof as described above, and the gutter receiving metal fitting assembly is attached. In order to adjust the vertical position of the front decorative panel bracket to the front part and install it, the gutter bracket assembly and the front decorative panel bracket have the mounting angle and vertical position that match the folded structure roof, respectively. Can be given to.

At the same time, the front end pivotal support fitting of the mounting and mounting arm member is connected and coupled to the upper part of the front decorative panel receiving fitting, so that this eaves end part storage structure can be sufficiently reinforced and integrated with the folding structure roof, which is strong. It can be worn.

In this way, in this eaves tip part storing device, when compared with the conventional structure, the position in the required direction corresponding to various morphological structures at the exterior end portion, although the structure is relatively simple, The degree of freedom in angle setting, accuracy, and the strength of the entire structure can be greatly improved.

[Brief description of drawings]

FIG. 1 is an overall side view schematically showing an outline of a rain gutter installation structure including a front eaves part cosmetic storage structure of a folded structure roof to which an eaves part storage device according to an embodiment of the present invention is applied. It shows the cross-sectional shape of the origami-shaped roof plate member.
The figure is a plan view showing the outline of the rain gutter installation structure.
Further, FIG. 3 (a) is a side view schematically showing an enlarged view of the gutter receiving metal fitting assembly in the rain gutter installation structure including the eaves part makeup storage structure to which this embodiment is applied, and FIG. 3 (b) is the same as above. The perspective view which shows typically the detail of the attachment angle adjustment part which mounts a gutter receiving metal fitting assembly, the figure (c) is a perspective view which shows the detail of the support angle adjusting part which supports the same gutter receiving metal fitting assembly. FIG. 4 is an enlarged cross-sectional view taken along line IV-IV in FIG. 3 (a), FIG. 5, FIG. 6, FIG. 7, FIG.
The figure is a detailed view showing the respective parts of the gutter receiving metal fitting assembly, the curtain plate metal fittings, the eaves plate metal fittings, and the joint metal fittings. Further, FIG. 9 is the same as the gutter metal fitting assembly of the rain gutter installation structure. It is a side view which shows another example of the makeup storage structure with respect to a body. (11) …… Mounting / mounting arm member, (11a) …… Mounting slot, (12) …… Mounting angle adjusting part, (13) …… Bearing plate,
(13a) …… Shaft hole, (14) …… Fixed arm bracket, (14a) ……
Through hole, (15) …… angle adjustment bolt, (16) …… bearing part, (16a) …… shaft hole, (17) …… adjustment nut, (1
8), (19) …… axis pin, (20) …… rain gutter installation structure, (2
1) …… Gutter support bracket assembly, (22) …… Back vertical frame, (2
3) …… Standard vertical frame, (24) …… Front vertical frame, (25), (2
6) …… Shaft hole, (27) …… Lower fixing hole, (28) …… Level fitting, (29) …… Adjusting nut, (30) …… Anti-rotation pin, (31) …… Upper fixing hole, (32) …… Lower fixing hole,
(41) …… Bracket (front decorative panel) bracket, (42)…
… Upper end mounting hole, (43) …… Upper mounting adjustment slot,
(44) …… Notch, (45) …… Lower end mounting adjustment slot, (46) …… Lower mounting adjustment slot, (47), (48)…
… Mounting bolts and nuts, (51) …… Eave top plate (bottom decorative panel) bracket, (52) …… Adjustment fixing hole, (53) ……
Mounting bolts and nuts, (61) …… Fittings, (62)
…… Vertical joint, (63) …… Horizontal joint, (64) …… Upper adjustment slot, (65) …… Lower adjustment slot, (66) …… Mounting bolt and nut, (72) …… Support angle adjuster, (73)
…… Pivot bracket, (74) …… Mounting plate, (75) …… Mounting hole, (76) …… Bearing plate, (77) …… Shaft pin, (81)…
… Extension auxiliary metal fittings, (82), (83) …… Mounting bolts and nuts, (100) …… Structure frame, (101) …… Structure beam,
(102) …… Concrete concrete wall slab, (103) …… Supporting device, (110) …… Folded roof structure, (110a) …… Disrupted end, (111) …… Folded roof plate member, ( 111a) ... Tanibe, (111b) ... Yamabe, (112).
(114) …… Mounting bolts and nuts, (115) …… Coupling bolts and nuts, (121) …… Rain gutter, (131), (131a)…
… Curtain board (front decorative panel), (132), (132a) …… Joint, (141) …… Eave top board (bottom decorative panel), (14
2), (142a) ... Joint, (151) ... Receiving material, (15
2) …… Kasaki board, (153) …… Corner material.

Claims (2)

[Claims] 1. A fold plate-shaped roof plate member in which peaks and valleys are formed adjacent to each other in a mountain-like cross section, and a plurality of the fold plate-shaped roof plate members are formed in the peaks and valleys. Angled gutter receiving metal fitting assembly for rain gutter support including exterior decorative structure to the folded structure roof assembled so as to be alternately connected via the mounting attachment arm member with eaves installed attachment angle adjustment part An eaves-payment device that adjustably mounts and supports, wherein a pivotal metal fitting is pivotally supported on the front end portion of the mounting / mounting arm member so as to be swingable in the vertical direction, and also on the front surface portion of the gutter receiving metal fitting assembly. A front decorative panel receiving metal fitting is provided so that the vertical position can be adjusted, and the mounting mounting arm member is mounted and fixed on the lower surface of the mountain portion of the origami roofing plate member, and the gutter receiving metal fitting is assembled to the mounting angle adjusting portion. While supporting and supporting the body, the front decorative panel receiving metal fitting With respect to the upper, the attachment mounting arm member folded plate structure roof eaves portion housed apparatus, wherein a front end pivotally 支金 instrument constructed by interlocking coupling. 2. The front decorative panel receiving metal fitting is attached to a front vertical frame of the gutter receiving metal fitting assembly so as to be vertically position adjustable, and the pivot support metal fitting is attached to an upper portion of the front decorative panel receiving metal fitting. The eaves part storing device of the folded structure roof according to claim 1, wherein the device is connected so as to be vertically position-adjustable.