JPH03233064A - Housing device in exterior end of building - Google Patents

Abstract

PURPOSE:To facilitate execution by fixing a mounting arm member the end of a main house horizontal member and, at the same time, placing a facing seat so that it is capable of controlling up and down, and having constitution applicable to a verge housing construction with a free form. CONSTITUTION:In the exterior end of a horizontal main house type or longitudi nal main house type gable roof, a mounting arm member 41 is fixed to the end of a main house horizontal member 10, and a facing seat 51 is mounted to a vertical position so that it is capable of controlling. A housing device is formed of a verge housing construction of eaves housing construction mounted and installed on the facing seat 51. According to the constitution, the housing construction applicable to various kinds of eaves forms can be easily obtained.

Description

[Detailed Description of the Invention] [Field of Industrial Application] The present invention relates to a storage device in which a predetermined exterior decorative structure is attached to the exterior end of a purlin member constituting a roof frame structure of a building. More specifically, the present invention relates to a storage device that has a shingle storage structure at the roof gable using horizontal purlin members, and an eaves storage structure at the roof eaves using vertical purlin members.

[Prior Art] Conventionally, in the case of a building structure having a metal roof structure, when the metal roof structure is of a general gable type, a predetermined roof slope is usually given to the structure frame. For the roof frame structure to be assembled, the arrangement format of the plurality of purlin members that make up the roof frame; In the case of a vertical purlin system in which the purlin members are mounted perpendicular to the ridge direction, the metal roof structure is configured as follows, corresponding to each aspect of each arrangement format.

In other words, in the case of the former horizontal purlin method, the predetermined allocation is made in parallel to the ridge direction for multiple horizontal purlin members mounted at intervals, from the ridge side to the eaves side. After placing and fixing the roof rafter members at specified intervals, metal thin steel plates are formed onto each of these roof rafter members into a predetermined cross-sectional shape via roofing boards, etc. A gable-shaped metal roof structure is constructed by sequentially roofing a plurality of roof plates that are engaged and attached to each other, and in the case of the latter vertical purlin method, A predetermined layout is made perpendicularly to a plurality of vertical a-house members provided at intervals, and similarly in this case, a plurality of metal thin steel plates are formed into a predetermined cross-sectional shape via roof boards etc. A gable-shaped metal roof structure is constructed by sequentially building up the roof sheets, mainly directly and in engagement with each other.

In each of the gable-type horizontal and vertical metal roof structures configured as described above, in the case of the former horizontal purlin method, the exterior end of each horizontal purlin member, that is, the gable surface In contrast to the exterior end of the keratin part, -9 separate vertical purlin members along the roof slope are connected between the ends of the individual horizontal purlin members, that is, the so-called "climbing purlin" ends. After joining together through the partial storage members, a predetermined keraba exterior decorative structure is attached to this ascending purlin member, in this case, a keraba front decorative panel, and a keraba back decorative ceiling on the ceiling surface which is the lower surface of the keraba. In the case of the latter vertical purlin method, the exterior end of each vertical purlin member, that is, the eaves surface, is installed. A predetermined eaves exterior decorative structure is applied to the exterior end of the eaves, in this case, an eaves decorative board on the eaves surface and a decorative eave ceiling board on the ceiling surface that becomes the lower surface of the eaves are respectively pasted. The storage structure is installed directly or indirectly through a rain gutter structure, or a rain gutter structure with front decoration is installed.

On the other hand, in the case of this type of gable-type metal roof structure, the main cross-sectional form of the eaves-containing structure in terms of the overall appearance of the former roof eaves section is, for example, as shown in Fig. 5(a) or As shown in d), the eaves surface is formed perpendicular to the roof slope, and the soffit ceiling surface is placed parallel to the roof slope (see figure (a)), or it is placed horizontally. ((b) in the same figure), and in addition, after forming the eaves surface vertically, the soffit ceiling surface is placed parallel to the roof slope ((C) in the same figure), or horizontally. Four types of shingle-shingled structures are generally adopted, and the main structure of the shingle-shingled structure in terms of the overall appearance of the latter roof shingle section is generally adopted. As for the cross-sectional form, for example, as shown in FIGS. 6(a) to 6(f), the ridged surface is formed perpendicular to the ridge direction, and then the ridged ceiling surface is placed in the horizontal direction ( (a)) in the same figure, or each type that is installed diagonally inward and downward (as shown in (b) in the same figure). horizontally (see figure (C)) or horizontally (see figure (C)).
d)), and in addition, the ridged surface is raised upward and then formed orthogonally to the ridge direction, and then the ridged ceiling surface is placed in the horizontal direction ((e) in the same figure). Generally, six types are adopted: 1, 2, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 4, 5, and 6, 6, 6, 7, and 9, respectively, can be stored in the diagonally inward downward direction.

[Problems to be Solved by the Invention] However, in such conventional shingle storage structures at roof gables using horizontal purlin members and eaves storage structures at roof eaves using vertical purlin members, At the construction site, the keratina decorative board, the back decorative ceiling board, and the 9 eave decorative ceiling boards, which are installed in a series at the verge part and the eaves part, are installed in a series. Each installation has a wide variety of support modes that are intertwined with each other and become extremely complex. Therefore, each of these installations requires a separate exterior storage structure that corresponds to the support conditions. The construction of the structure is extremely troublesome, and when assembling it, in addition to the original assembly work, light rail foundation work and main work must be added, which makes it difficult to assemble the structure at the time of construction at the construction site. The waiting time that must be allocated depending on the type of construction work, and the adjustment of that time, are also issues, and for this reason, each installation must be able to satisfy its own installation conditions and still be effective. There is an urgent need for a proposal for a storage device that can perform the work more efficiently.

This invention is an attempt to meet such conventional demands, and its purpose is to create a shingle storage structure at the roof gable using horizontal purlin members, and a shingle storage structure using vertical purlin members. In the eaves-sheathing structure at the eaves of a roof, it is possible to unify the structure so that it can be commonly applied to the various decorative forms of these shingles and the eaves, and at the same time, it is necessary to The structure and the structure for storing the eaves were designed to be as strong as possible. It is an object of the present invention to provide a device for storing the edge of a building exterior of this type.

[Means for Solving the Problems] In order to achieve the above-mentioned object, a building exterior end storing device according to the present invention is provided for storing a roof shingle portion corresponding to a roof gable side using a horizontal purlin member of a building. A shingle structure in which the installation is installed at the end of the horizontal purlin member, or a roof eave structure using vertical purlin members, in which the installation is installed at the end of the vertical purlin member. A storage device for a structure, etc., which is attached to the end of the horizontal purlin member or the vertical purlin member with the tip portion protruding, and the attachment provided at the tip portion is attached to the rib portion of the arm member or the eaves portion. a device body that sets a protruding position relative to the arm member; and a decorative board support that sets the vertical position relative to the ribbed part or the eaves part; The decorative board support is attached to the member by the shingle storage structure or the eaves storage structure.

Further, the storage device for the end of a building exterior according to the present invention has a structure of a roof shingle corresponding to the roof gable side using a horizontal purlin member of the building, and the attachment is installed at the end of the horizontal purlin member. A storage device such as a roof eave storage structure, or a roof eave part using a vertical purlin member, and an eave storage structure in which the attachment is installed at the end of the vertical purlin member, the horizontal purlin member,
or a device body that is attached to the end of a vertical purlin member with its tip portion protruding, and sets the protruding position of the tip portion with respect to the said ribbed portion or the eaves portion; The attachment that is attached by adjusting the directional angle and sets the vertical angle with respect to the shingle portion or the eaves portion is attached to the arm member, and at least the attachment is attached to the arm member,
a decorative laminate receiving member whose vertical position is adjusted and installed and which sets the vertical position with respect to the shingle portion or the eave edge; and the shingle receiving structure that is installed with respect to the decorative laminate receiving member. It is characterized by having a structure that includes a structure that is housed in the eaves.

[Function] Therefore, in the building exterior end storage device according to the present invention, the roof shingle portion corresponding to the roof gable side is configured using the horizontal purlin member of the building, and is attached to the end of the horizontal purlin member. This is a construction of a roof eave part that uses a shingle structure to be installed or a vertical purlin member, and is installed at the end of this vertical purlin member to a horizontal purlin member or vertical purlin member. In order to attach the device main body provided with the arm member to the end of the purlin member so that the main body of the device protrudes from the end of the main building member, the end portion must be installed by adjusting the vertical position of the decorative plate receiving member on the arm member. As a result, it is possible to install any form of bristle storage structure or eaves storage structure to the decorative laminate receiving member, and also, under the decorative laminate receiving member, as necessary. The ceiling decorative board support can be installed by adjusting the position and angle of the member in the front and rear directions with intervening connecting members depending on the situation. The receiver can be installed more easily with a shingle structure or an eaves structure, and on the other hand, it can be installed with respect to the main body of the device by adjusting the angle of the arm member in the vertical direction. By installing each of these storage structures, the degree of freedom in installation can be increased, and as a result, based on these adjustments, it is possible to install each of these storage structures in various forms or eaves storage structures. Installation is possible.

[Embodiments] Hereinafter, different embodiments of the device for storing the edge of a building exterior according to the present invention will be described in detail with reference to FIGS. 1 to 4.

Figure 1 (a), (b), (c) and Figure 2 (
a), (bl, and c) are main part front views showing the general configuration of the roof eaves in a horizontal roof structure in a building to which the storage devices according to the first and second embodiments of the present invention are applied. , a plan view, a sectional view showing the details of the exterior end of the horizontal purlin member along the line Ic-Ic, and the line Uc-Uc, and FIG. FIG. 4 is an exploded perspective view showing the details of the adjustment section for installing the decorative back ceiling panel, and FIG. 4 is an exploded perspective view showing the connection member in the adjustment section separately.

These first embodiment devices shown in FIGS. 1(a), (b), and (c), and FIGS. 2(a), (b),
In each of the configurations of the second embodiment device shown in (c), the horizontal purlin member (lO) constitutes the roof frame structure of the gabled metal roof of the building as described above, and One end of the purlin member (10) is
It is located somewhat protruding from the gable side.

In this S, since it is not directly related to the establishment of this inventive device, it is not shown in detail, but as is well known, a plurality of horizontal purlin members (10) are arranged in a predetermined manner perpendicular to the roof slope. They are arranged and fixed at intervals, and on each of these horizontal purlin members (10), roofing boards (10
2), and the roof rafter members (103) are inserted at predetermined intervals at intervals, and on top of each of these roof rafter members (103), a plurality of horizontal pieces are attached via the base material as appropriate. The roof shingles (104) are raised from the line side to the eaves side, and in this way the desired gable-shaped horizontal roof structure (
100).

However, in this case, the horizontal purlin member (10) is
As is well known, a metal steel plate has a cross section C.
It is molded into a mold. This horizontal purlin member (10) uses so-called C-channel type lightweight steel, and includes a base plate part (11) as a main body part and both sides of this main base plate part (11) for boat fishing. Each web part (12
), (12), and each of these web parts (12),
Each flange portion (13) with the ends of (12) bent inward (substantially, lower and upper sides) so as to face each other.
, (13).

This first. In each of the second embodiments, in the horizontal roof structure (100) configured as described above, the end of the horizontal purlin member (10) that is located protruding toward the ruffled side that becomes the gable surface. On the other hand, as described later, the base device (
20) Decorative board with keratin intervening.

We will deal with a storage device that is constructed by installing and installing a keraba storage structure (110) consisting of a decorative ceiling panel and the like, but this also covers an eaves storage structure when vertical purlin members (not shown) are used. The installation is exactly the same for the storage device that is installed and configured.

First, the apparatus of the first embodiment shown in FIGS. 1(a), (b), and (c) will be described.

In the configuration of the device of this first embodiment, the base device (20)
First, install it as a supporting and fixing part (A).

In order to fix the proximal end side of the device main body (21) to the end of the device main body (21) and the horizontal purlin member (lO) which is positioned protruding from the ribbed portion side as described above. Similarly, the arm member (4) is attached to the seat plate (31) and fixing bolt (32) of the device body (21).
1), and the decorative plate support, which is mounted as a position adjustment part (B) and is fixed by adjusting the vertical position on the arm member (41), is a member (51), and this decorative plate support. The board support is constructed by providing a ceiling decorative board support member (61) that is connected to the member (51) via a connection member (71).

Here, the above installation is done on the main body (21) of the support and fixing part (A).
), the main base plate part (1
1) is made to have a width (substantially, height) equivalent to f,
In addition, at least the installation requires a main body base plate (22) set to the length necessary for fixing, and a predetermined dimension for the upper part of the main body base plate (22) to one side and the lower part to the other side. an upper web part (23L) and a lower abutment part (24) bent at a right angle, and a flange part (25) formed by bending a side end of the upper web part (23) downward at a right angle by a predetermined dimension. , and the main body base plate (
22), the main mounting is through the bolt hole (26) and the auxiliary installation is through the bolt hole (26).
27) and are formed by drilling holes in each.

Further, the seat plate (31) and the fixing bolt (32) may be studded with a fixing bolt (32) by welding or the like through the center part of the seat plate (31). , each flange part (13), (13) of the horizontal purlin member (lO) described above, has a width (substantially a height) that allows charging in contact with the inner surface side, and a seat plate (31). ) is formed with a rib (33) for reinforcement on the side corresponding to the proximal end.

In addition, the arm member (41) is made of a hollow rectangular cylindrical material having a rectangular cross section, and one side corresponding to the proximal end thereof is attached to the distal end of the device main body (21). The body base plate (22) and flange (25) are appropriately fixed by welding (or bolting as necessary), and
A pair of mounting holes (421, 421,
(42) is drilled through the hole.

Therefore, the mounting configured as described above is performed using the supporting and fixing part (A
), first, each flange part (13) facing vertically with respect to the end of the horizontal purlin member (lO) which is located protrudingly on the side of the ribbed part which becomes the gable surface in the horizontal roof structure,
(13), insert the seat plate (31) and make the fixing bolt (32) protrude. Hole (26
), insert the base end of the device main body (21), which has been positioned by abutting the lower abutment part (24) against the lower web part (12), and then tighten the fixing bolt (3).
In 2), the nut (28) is temporarily screwed together, and then the arm member is attached at the entrance/exit position of the device main body (21), that is, in this case, the tip part as the ribbed part is attached to the arm member. After adjusting the horizontal longitudinal position of (41), tighten the nut (28), and this installation can be done by tightening the nut (28).
The attachment can be fixed by setting the arm member (41) at a predetermined position on the ribbed portion as required.

In this case, depending on the position of the end of the horizontal purlin member (lO), it is possible to use the bolt holes (26) for main attachment and the bolt holes (27) for auxiliary attachment to the main body (21).
), furthermore, the mounting can determine the positioning of the arm member (41) in the ribbed part over as wide a range as possible,
In addition, the position setting can be made easier,
In addition, in this configuration, due to the presence of the arm member (41), the installation is fixed at the end position of the side purlin member (lO), unlike in the conventional case. The climbing purlin member installed as a member is completely unnecessary, and its structural advantage is extremely large.

Next, as shown in FIG. 3, the decorative plate holder of the position adjustment part (B) is mounted as a member (51) in the vertical direction of the arm member (41). It has a U-shaped cross section and a required length so that it can be fitted to the protruding tip side from the front side and the vertical position can be adjusted within a required range, and the member surface has at least the above-mentioned one. For installation of a set, multiple holes (52), (52), etc. can be installed at a predetermined pitch interval to correspond to long holes (42), (42), etc.
- and the lowermost connecting holes (53) are respectively penetrated and used, and a protruding member (54) in the shape of a hollow rectangular tube is optionally fixed to the uppermost part.

In addition, the ceiling decorative board holder is a member (61) that has an upwardly U-shaped cross section, and has a connecting hole (62) that is penetrated at least toward the tip side, and sequentially from this point toward the rear side. a preliminary connecting hole (63) penetrated by the
(63) , . . . are perforated and used.

Further, the connecting member (71) is located in the connecting portion of the decorative board and the ceiling decorative board in the respective connecting parts of the members (51) and (61), that is, the decorative board support is in the lower end of the member (51), And the ceiling decorative board holder is a hollow rectangular cylindrical material, etc., welded together in a lateral shape so that it can be fitted into the front end of the member (61), and the above-mentioned link is connected to the upper and lower sides, which are the tip side. A long hole (72) for vertical adjustment, which is penetrated corresponding to the hole (53), is inserted into the connecting hole (
Elongated hole (73) for longitudinal adjustment penetrated corresponding to 62)
A hole is perforated in each.

Therefore, the configuration in which the connecting member (71) is separate is the fourth one.
As shown in the figure.

In the configuration shown in Fig. 4, the connecting member (71) has a side-curved long hole (72a) for vertical adjustment on the front side, and a long hole (73a) for longitudinal adjustment on the rear side. One set of a series of plate surface parts is formed by press molding so as to be bent so as to face each other, and manufacturing is further facilitated. If the strength between the plate surfaces of the connecting member (71) is insufficient, for example, a collar (74) or the like may be interposed between the long holes (72a) and (73a). Bye.

Therefore, the mounting configured as described above is performed using the position adjustment part (B
According to ), the above-mentioned mounting is done by positioning and fixing the mounting at the ribbed part of the support fixing part (A).
On the other hand, for the decorative plate holder, first adjust the vertical position of the member (51) as required, and then fit it from the tip side. 52
), (52),..., and then fix them together with bolts and nuts (91).
) allows the installation to be fixed.

Next, the upper and lower sides of the connecting member (71) are fitted into the lower end of the decorative board receiving member (51), and after finely adjusting the vertical position in Katsuko S, each connecting hole (53
) and the elongated hole (72), and these two are fixed to each other with fixing bolts and nuts (92), and subsequently, on the front and rear sides of the connecting member (71),
The ceiling decorative board holder is fitted with the tip of the member (61), and its position in the longitudinal direction is finely adjusted.

After setting the front and rear angles as required, also set the respective elongated holes (73) and connecting holes (6).
2), these two can be fixed to each other with fixing bolts and nuts (93).

In other words, in this way, the installation can be done by setting the decorative plate support member (51) in the position adjustment part (B) at the desired position in the vertical direction of the ribbed part and fixing the installation. In addition, the ceiling decorative board support can be fixed by setting the member (61) at a predetermined position in the front and rear direction of the ribbed portion and at a predetermined angle in the front and rear direction as required. The basic framework for attaching the decorative laminates in the keraba, the back ceiling of the keraba, and the ceiling veneers,
As long as various conditions are satisfied, it can be constructed with any arbitrary shape and nine dimensions as desired.

Subsequently, the installation of the configuration of the first embodiment is performed using the position adjustment part (B).
The installation of the violet veneer according to the example as a violet cladding structure (110) and the violet back ceiling veneer will now be described.

As mentioned above, this installation can be done by attaching a decorative laminate board and a decorative back ceiling laminate to the position adjustment part (B).
Here, as an example of the configuration, the configuration shown in FIG. 6(a) will be described as the first embodiment.

That is, in the form of the shingle storage structure (110) in the first embodiment shown in FIG. 1(a) (corresponding to FIG. 6 (al)),
The decorative board receiving member (51) is vertically adjusted and fixedly held, and the ceiling decorative board support at the lower end is extended by adjusting the position and angle in the front-rear direction perpendicular to this member (61). Retained.

In this state, for the decorative laminate receiving member (51) on the side of the edging part, the edging laminate (1111) is installed in a series on the main surface part extending over the entire length in the height direction. At the same time, attach this decorative board (1
11), and on the upper side, attach the upper decorative board (112) that reaches the arabesque board (105) to be attached to the uppermost protruding member (54). In addition, on the lower side, the ceiling decorative board holder has a lower decorative board (113) that extends over the lower end of the decorative board receiving member (51) and across the lower surface of the front end of the member (61). After installing and properly fixing each joint, apply joint material (114) and (114) to each joint.
In addition, in the case of member (61), the ceiling decorative board holder on the back ceiling side of the keraba is finished by embedding the back ceiling decorative board in the front and rear direction of the main surface over the entire length of f. The plates (115) are installed in series and fastened as appropriate to complete the process.

That is, in the case of the configuration of the first embodiment, on the side of each decorative laminate receiving member (51), the decorative laminate structure (the decorative laminate (111) and the upper decorative laminate (111) in the normal state)
12), the lower decorative board (113)), and each ceiling decorative board holder is attached to the back ceiling decorative board (11) on the member (61) side.
5) can be installed in a series in a series, and can be fixed and installed very easily, and in this case, as a result, the structure shown in Fig. 6(a) is A storage device can be configured.

In this case, if the absolute length of the decorative laminate receiving member (51) is longer than necessary, for example, cut the connecting hole (53) side to an appropriate length, and then trim the length. By using the hole (52) as the connecting hole (53) for the lowest installation to accommodate the separation dimension, the height dimension at the ribbed part can be set as desired. The plate support is the same for the member (61), and if its absolute length is longer than necessary, the rear side where the preliminary connecting holes (63), (63), etc. are located should be cut to an appropriate length. By cutting and shortening the length, the length (front and rear) of the back ceiling can be set as desired. The rear end on the opposite side may be attached directly to the building frame, or via a stay, as appropriate.

Next, a second embodiment of the apparatus shown in FIGS. 2(a), (b), and (c) will be explained.

In the configuration of the device of the second embodiment, the above-mentioned attachment is performed by attaching the supporting fixing portion (A) to the device main body (21), and attaching the position adjusting portion (B) to the arm member (41) at an angle in the vertical direction. It is designed to be able to be installed in an adjustable manner. In other words, the angle adjusting part (C) is interposed between the supporting fixing part (A) and the position adjusting part (B).

That is, this attachment is performed as the angle adjustment part (C) on the tip side of the main body base plate part (22) and the flange part (25) in the device main body (21), and in the shaft bolt hole (81).
), (at), and a main shaft bolt hole (82) and an auxiliary shaft bolt hole (83) are respectively drilled at the front and rear positions on the proximal end side of the base plate portion (22) of the main body, and On the base end side of the arm member (41), the above-mentioned attachment is performed using a shaft bolt hole (84) in the upper part and a projecting piece (85) projecting rearward in the lower part.
Similarly, a shaft bolt hole (86) and a shaft bolt hole (86) are drilled respectively.

The main body base plate portion (22) and the flange portion (25)
The above mounting is performed by aligning the shaft bolt hole (84) of the arm member (41) with the shaft bolt hole (811, (81)), and pivoting the arm member (41) so that it can swing freely. Also, the main shaft bolt hole (
82), a separately provided bracket (88) is rotatably supported by a shaft bolt and nut (88a), and the shaft bolt hole (86) of the arm member (41) is provided with an angle adjustment mechanism. One end of the service bolt (89) is rotatably supported by a shaft bolt/nut (89a), and
The other end is inserted into the bracket (88) and then tightened with a pair of angle adjustment nuts (90), f901.

Therefore, the installation configured as described above requires the angle adjustment part (C
), the set of angle adjustment nuts (90);
By screwing forward and backward adjustment of (90), the device main body (21
), the vertical angle of the arm member (41) can be easily set.

Next, the installation of the configuration of the second embodiment is performed using the position adjustment part (B).
The installation of the violet veneer according to the example as a violet cladding structure (110) and the violet back ceiling veneer will now be described.

Just like in the case of the first embodiment, this installation is carried out by attaching a decorative laminate panel and a decorative back ceiling laminate to the position adjustment part (B), thereby creating a sectional structure. (110), but here, as an example of its configuration, the form shown in FIG. 6(b) described above is used as the first
This will be described with reference to examples.

That is, in the form of the shingle storage structure (110) in the second embodiment shown in FIG. 2(a) (corresponding to FIG. 6(b)),
The decorative board support is fixedly held with the member (51) adjusted in the vertical direction and the angle, and the ceiling decorative board support at the lower end is fixed and held in place by the member (61) in the downward direction inward and the angle is adjusted. extended and retained.

In this state, the decorative board support on the side of the shingle part (51) has a main surface part extending over the entire length of f in the inclined height direction. (10
A plurality of keratin decorative boards (116) each having a small face plate having a cross-sectional shape similar to 4) are installed in series and are engaged with each other.
), the decoration is hidden by an upper decorative board (1171) that reaches the arabesque board (105),
Moreover, on the lower side, the ceiling decorative board support is a member (6
1) The slanted ceiling arabesque board (106) attached to the lower end of the slanted ceiling board (106) is installed, and if the slanted ceiling decorative panel holder on the slanted ceiling side is in the member (61), the front part of the slanted ceiling arabesque board (106) The front decorative board (106) is in contact with the ceiling arabesque board (106).
18), and then the back ceiling decorative board (119
) are installed in a series and fixed as appropriate to complete the process.

That is, even in this case, in the case of the configuration of the second embodiment, each decorative plate support has a plurality of keraba decorative plates (116) each having a small face plate shape on the member (51) side.
and upper decorative board (117)), and each ceiling decorative board holder on the member (61) side has a back ceiling decorative board (119).
) can be fixed and installed extremely easily and easily with each structure in series, and as a result, the structure shown in Figure 6 (b) can be installed in a fixed manner. The device can be configured.

In addition, the above-mentioned No. 1. Regarding the installation and adjustment of the keraba decorative laminate and the keraba back ceiling decorative laminate in each of the second embodiments,
The structure is not necessarily limited to the above structure, and the structure shown in FIG. In each of the second and second embodiments, a case was described in which the case was applied to a shingle storage structure using a horizontal purlin member in a gable roof structure, but a vertical purlin member in a gable roof structure was used. It goes without saying that the present invention can also be applied in exactly the same way to the storage structure of the eaves.

As described above in the configuration of each embodiment, in the configuration of the first embodiment, the decorative plate holder is attached to the arm member (41) by adjusting the vertical position with the member (51), and the decorative plate holder is attached to the arm member (41) by adjusting the vertical position with the member (51). The ceiling decorative board support for 51) is adjusted by the front and rear position adjustment and the front and rear angle adjustment via the connecting member (71) in the member (61), and in addition to each of these adjustments in the configuration of the second embodiment. Installation is done by adjusting the vertical angle of the arm member (41) itself.Furthermore, when these are combined, in the case of a single eave house structure shown in FIGS. A form in which the eaves are formed perpendicular to the roof and the soffit ceiling surface is placed parallel to the roof slope, and a form in which the eaves are placed in the horizontal direction. There are four types, one in which the roof is housed parallel to the roof slope, one in which it is housed horizontally, and the other as shown in Figures 6(a) to f).
In the kerabame structure, the keraba is formed perpendicularly to the ridge direction, and the keraba ceiling surface is placed in the horizontal direction, and the keraba is also placed diagonally inward and downward. A form in which the keraba is formed diagonally outward and downward from the ridge direction and then placed in the horizontal direction, a form in which the keraba is also placed in the horizontal direction, and a form in which the keraba is raised upward and then perpendicular to the ridge direction. It is possible to construct the structure by arbitrarily combining six types of shapes, one in which the ceiling surface is placed horizontally, and another in which the ceiling surface is placed diagonally inward and downward.

In addition, the above-mentioned No. 1. In each of the second embodiments, FIG. 6(a)
, the first one shown in (b). Although each of the second embodiments has been described as being constructed individually, it is quite natural that each of the other embodiments can be constructed using the same method, and also, The installation and adjustment of the ceiling decorative board is not necessarily limited to the above configuration.

[Effect of the invention 1] As detailed above, according to the present invention, the structure of the roof shingle corresponding to the roof gable side using the horizontal purlin member of the building is such that the roof shingle part corresponding to the roof gable side is not attached to the end of the horizontal purlin member. With a shingle structure installed or a roof eave structure using vertical purlin members,
In a storage device such as an eave storage structure that is installed at the end of a vertical purlin member, it is installed at the end of a horizontal or vertical purlin member by protruding the device body with an arm member at the tip. By doing so, it is possible to secure the installation to the keratin part or the eaves part at the end of each of the purlin members by setting the protruding position of the arm member, and at least the installation can be done by attaching the decorative laminate receiving member to the arm member. By adjusting and installing the vertical position of the decorative laminate receiving member, you can similarly set and secure the vertical position of the decorative laminate receiving member relative to the edging part or the eaves. hand,
It is possible to install a trellised structure or an eaves lattice structure, and the trellised structure in any form can be installed on the decorative board receiving member as expected.

Or, it has the advantage that it is extremely easy to install an eaves-containing structure, and when installing a shingle-containing structure using decorative board receiving members positioned in this way, or an eaves-containing structure, each purlin member as in the past can be installed. There is no need for a base structure such as a climbing purlin member as a passing member for the end, and the storage structure itself can be simplified and the construction work can be easily achieved.

In addition, when installing the ceiling decorative board support member by adjusting the position and angle in the front and back direction, if necessary, use the connecting member below the decorative board support member, and then install the The ceiling decorative board support for the eaves can be secured by setting the longitudinal position and angle of the member, and the ceiling decorative board support that is combined with the decorative board support member can be secured in the same manner as desired. It becomes possible to more easily adapt the installation of the shingle shed structure or the eaves shed structure depending on the form to each form, and to perform the installation effectively.

On the other hand, the tip of the device body is attached to the end of the horizontal purlin member or the vertical purlin member so as to protrude, and the arm member is attached by adjusting the angle in the vertical direction with respect to the tip of the device body. By attaching the arms to the edge of each purlin member, the protruding position and vertical angle of the arm members can be set individually to secure attachment to the kerchiefs or eaves, making it even more convenient. Installation of a shingle-sheltered structure or eaves-sheathed structure in any form can increase and improve the degree of freedom of installation, and also allows the installation of the device to be performed quickly and efficiently. It has the advantage of not having to consider the waiting time and time adjustments that were conventionally required in relation to other types of construction work, and furthermore, the installation conditions of the eaves-containing structure are fully satisfied. As a result, workability has been improved,
It has excellent features such as being able to perform safe and efficient work easily.

[Brief explanation of drawings]

Figure 1 (a), (b), (c) and Figure 2 (
a), (b), and (c) are the first features of this invention. and a main part front view, a plan view, arrows Ic-Ic, and Uc- showing the general configuration of the roof eaves in a horizontal roof structure in a building to which the storage device according to the second embodiment is applied. A cross-sectional view showing the details of the exterior end of the horizontal purlin member at the Uc line, and FIG. 4 is an exploded perspective view showing the details of the adjustment section, and FIG. 4 is an exploded perspective view showing another example of the connecting member in the adjustment section, and FIG. 6(a) to d) are cross-sectional explanatory diagrams schematically showing the outline of the form of each different example of the housing structure of the roof eaves part in the roof structure, and FIGS. 6(a) to 6f are the same roof shingle parts FIG. 4 is a cross-sectional explanatory view schematically showing an outline of different examples of the storage structure. 10)...Horizontal purlin member, (11)...Main base plate part, 12)...Web part, (13)...Flange part, 20)...Front device, A)... Attachment is to the supporting and fixing part, 21)... Device body, (22)... Body base plate, 23)... Upper web part, 24)... Lower part. Abutment part, 25...Flange part, 26)...Main mounting is bolt hole, 27)...Auxiliary mounting is bolt hole, 28)...Tightening is nut, (32) ... Fixing bolt, 31) ... Seat plate, 33) ... Rib, 41) ... Mounting on arm member, 42) ... Mounting on slotted hole, B). ...Mounting by position adjustment part, 51)...Decorative board receiving member, 52)...Mounting by hole, (53)...Connection hole,
54)...Protruding member, 61)...Ceiling decorative board receiving member, 62)...Connecting hole, (63)...Preliminary connecting hole, 71...Connecting member, 72 ), (72a3, (73), (73a
)...Elongated hole, 74...Color C)...Mounting angle adjustment part, 81), (84), (86)...Shaft bolt hole, 82...Main shaft Bolt hole, 83)...Auxiliary shaft bolt hole, 85)...Protruding piece, 87), (88a), (89a)...Shaft bolt/nut, 88)...Bracket , 89)...Angle adjustment bolt, 90)...Angle adjustment nut, 91), (92), (93)...Fixing bolt.
Nut, 100)... Gable-shaped horizontal roof structure, 1
01)... Joint member, (102)... Field board,
103)...Roof rafter members, 104)...Horizontal roof board, 105)...Karaba arabesque board, 106...Karaba ceiling arabesque board, 11O)...
・Karaba storage structure, 111), (116)...Karaba decorative board, 112
), (117)...upper decorative board, 113)...
... lower decorative board, 114 ... joint material, 115), (119) ... keraba back ceiling decorative board,
118...Front decorative board.

Claims (11)

[Claims] (1) Roof using a horizontal purlin member of a building A roof shingle structure that corresponds to the gable side, with a shingle structure installed at the end of the horizontal purlin member, or a roof eave using a vertical purlin member A storage device such as an eaves storage structure that is installed at the end of the vertical purlin member with a tip portion protruding from the end of the horizontal purlin member or the vertical purlin member, and a device main body that sets the protruding position of the mounting arm member provided at the tip with respect to the said rabbeted part or the eaves part; , or a decorative board receiving member that sets the vertical position with respect to the eaves part, and the said shingle storage structure or the eaves storage structure that is attached and installed to the decorative board receiving member. A storage device for the edge of a building's exterior. (2) A protruding position of the attachment arm member at the tip end of the apparatus main body is adjusted to be attached to the end of the horizontal purlin member or the vertical purlin member. A storage device for the edge of a building's exterior. (3) Align the mounting hole formed through the decorative plate receiving member with the vertical long hole formed through the mounting arm member, and tighten the fixing bolts and nuts passed through these mounting holes and the long hole. 3. The device for storing an exterior end of a building according to claim 1 or 2, wherein the device is adapted to be installed by adjusting its vertical position. (4) Attach a ceiling decorative laminate receiving member below the decorative laminate receiving member by adjusting the longitudinal position and angle via a connecting member if necessary, and attach the ceiling decorative laminate receiving member to the ceiling along with the decorative laminate receiving member. 4. The device for storing an exterior end of a building according to claim 1, wherein the kernel storage structure or the eaves storage structure can be attached to the decorative board receiving member. (5) A vertical elongated hole and an anteroposterior elongated hole are formed through the connecting member, and a connecting hole is formed through the lower end of the decorative board receiving member,
Adjust the vertical position and angle to match the vertical elongated hole of the connecting member, and also connect the connecting hole formed through the front end of the ceiling decorative board receiving member to the longitudinal elongated hole of the connecting member, After adjusting the longitudinal position and angle, adjust the vertical height, longitudinal position, and angle using each fixing bolt and nut passed through each connecting hole and slotted hole. 5. The device for storing an exterior end of a building according to claim 4, wherein the device is adapted to be attached to an exterior end of a building. (6) Roof using a horizontal purlin member of a building A roof shingle structure that corresponds to the gable side and is attached to the end of the horizontal purlin member, or a roof eave using a vertical purlin member A storage device such as an eaves storage structure that is installed at the end of the vertical purlin member with a tip portion protruding from the end of the horizontal purlin member or the vertical purlin member, and A device body that sets the protruding position of the tip portion with respect to the said rabbeted portion or the eave edge portion; and a device body that is attached to the tip portion of the device body by adjusting the angle in the vertical direction, and is attached to the tip portion of the device body, and a mounting arm member that sets a vertical angle; and a decorative board receiving member that is attached to at least the mounting arm member by adjusting its vertical position, and sets the vertical position with respect to the ruffled part or the eaves part. . A storage device for an exterior end of a building, characterized in that it is configured by the shingle storage structure or the eaves storage structure that is attached and installed to the decorative board receiving member. (7) The building exterior end according to claim 6, characterized in that the device body is attached to the end of the horizontal purlin member or the vertical purlin member by adjusting the protruding position of the tip end thereof. storage device. (8) Angle adjustment in which one end of the attachment arm member is pivotally supported in the forward and backward directions relative to the distal end of the device main body, and the other end of the attachment arm member is pivotally supported. The vertical angle of the mounting arm member with respect to the device body can be adjusted by inserting the mounting bolt into the bracket of the device main body, pinching the bracket, and adjusting the angle adjustment nut screwed onto the angle adjustment bolt forward or backward. 7. The device for storing the edge of a building exterior according to claim 6. (9) Align the mounting hole formed through the decorative plate receiving member with the vertical long hole formed through the mounting arm member, and tighten the fixing bolts and nuts passed through these mounting holes and the long hole. 9. The device for housing an exterior end of a building according to claim 6 or 8, wherein the device is adapted to be installed by adjusting its vertical position. (10) Attach a ceiling decorative laminate receiving member below the decorative laminate receiving member by adjusting the longitudinal position and angle via a connecting member as necessary; 9. The device for storing an exterior end of a building according to claim 6 or 8, wherein the shingle storage structure or the eave storage structure can be attached to the decorative board receiving member. (11) A vertical elongated hole and an anteroposterior elongated hole are formed through the connecting member, and a connecting hole is formed through the lower end of the decorative board receiving member,
Adjust the vertical position and angle to match the vertical elongated hole of the connecting member, and also connect the connecting hole formed through the front end of the ceiling decorative board receiving member to the longitudinal elongated hole of the connecting member, After adjusting the longitudinal position and angle, adjust the vertical height, longitudinal position, and angle using each fixing bolt and nut passed through each connecting hole and slotted hole. 11. The device for storing an exterior end of a building according to claim 10, wherein the device is adapted to be attached to an exterior end of a building.