JPH0791894B2 - Construction structure of exterior edge of building and construction method of exterior edge of building - Google Patents

Description

Description: TECHNICAL FIELD The present invention relates to a base device for attaching and installing a predetermined exterior decorative structure to an exterior end of a purlin member that constitutes a roof shed construction structure of a building. And the construction method thereof.

[Conventional technology]

Conventionally, in a building structure having a metal roof structure, when the metal roof structure is a general gable type, the arrangement form of a plurality of purlin members constituting a shed structure is parallel to each purlin member in the ridge direction. In the case of a horizontal purlin system in which the main members are mounted in parallel, or in the case of a vertical purlin system in which each base member is mounted orthogonally to the ridge direction, the metal roof structure is as follows in accordance with each mode. Has become.

In the case of the former horizontal purlin system, for multiple horizontal purlin members mounted parallel to the direction of the ridge at predetermined allocation intervals, multiple roofs from the ridge side to the eaves side After placing and fixing the hanging members at predetermined allocation intervals, a plurality of thin metal sheets formed into a predetermined cross-sectional shape on each of these roof hanging members via a ground plate and the like are formed. A gable-type metal roof structure is constructed by engaging and fixing the roof plates with each other and sequentially raising them. Also, in the case of the latter vertical purlin system, for each of the plurality of vertical purlin members that are provided at predetermined intervals orthogonally to the direction of the ridge, again in the same manner, through a field board, etc. A gable-type metal roof structure is constructed by mainly directly engaging and fastening a plurality of roof plates formed by forming thin metal steel plates in a predetermined cross-sectional shape and sequentially raising them.

And in the gable-type horizontal and vertical thatched metal roof structures, in the case of the former horizontal purlin system, the exterior end of each transverse purlin member, that is, the exterior of the guttered portion as a gable surface. For the ends, the ends of the individual horizontal purlin members were once joined together through another vertical purlin member along the roof slope, that is, an end fitting member called a "climbing purlin". Above, a predetermined glazed exterior decorative structure, here, a glazed front decorative plate and a glazed lower decorative backed ceiling plate of the ceiling surface are stretched on the climbing purlin members. It was

Further, in the case of the latter vertical purlin system, a predetermined eaves-exterior makeup structure, here, of the eaves front surface is applied to the exterior end of each vertical purlin member, that is, the exterior end of the eaves portion as the eaves surface. The eaves veneer and the eaves veneer and the eaves back decorative ceiling plate of the ceiling surface which is the eaves lower surface are respectively installed directly or indirectly via the rain gutter structure, or the front side is installed. A rain gutter structure with makeup was attached and installed.

On the other hand, in the case of this type of gable type metal roof structure,
As the main cross-sectional shape of the eaves-front structure having an overall appearance at the roof eaves portion, for example, as shown in FIGS. 5 (a) to 5 (d), the eaves surface is formed orthogonal to the roof slope. Above, each type is designed so that the roof surface of the eaves is placed parallel to the roof slope (Fig. (A)) or horizontally (Fig. (B)), and the eaves surface is placed vertically. After being formed, there are four types of types, one for storing the roof eaves in parallel with the roof slope (Fig. (C)) or one for storing horizontally (Fig. (D)). Generally adopted.

In addition, as the main cross-sectional shape of the overall gabion-containing structure in the roof gab part, for example, as shown in FIGS. 6 (a) to 6 (f), the gabion surface extends in the ridge direction. Each type is formed so as to be orthogonal to each other, and the ceiling surface of the glazed ceiling is horizontally accommodated (Fig. (A)), or is slanted inward and downward (Fig. (B)). Each is formed so that the ceiling surface is placed horizontally (FIG. (C)) or diagonally inward and downward (FIG. (D)). Form and raise the glazed surface upwards, then form it perpendicular to the ridge direction, and then fit the glazed ceiling surface horizontally (Fig. (E)).
In general, there are six types, ie, each type that is slanted inward and downward (FIG. 6F).

[Problems to be Solved by the Invention]

However, in such a conventional gabled structure for roof gables using horizontal purlin members, and for eaves structure for roof eaves using vertical purlin members, the girder part and eaves at the construction site are used. In the section, each of the mounting and supporting modes of the glazed decorative plate, the glazed back decorative ceiling plate or the eaves decorative plate, and the eaves decorative ceiling plate, which are connected and stretched in series,
They were entangled with each other over a wide variety of areas and became extremely complicated.

Therefore, it is necessary to have a separate base equipment for mounting the exterior structure corresponding to these individual mounting support conditions, and it is very troublesome to manufacture each of these base equipments. There was a problem that construction and woodwork had to be added, and the proper usage was too complicated.

Furthermore, the waiting time that must be allocated due to the relation with the work of other industries at the time of construction at the construction site, and the adjustment of the time have been problems.

For this reason, there has been a demand for a proposal for a structure for accommodating the exterior end of a building and a construction method thereof that can satisfy the respective mounting and supporting conditions, and can perform the work effectively and efficiently.

The present invention is intended to meet such a conventional demand, and an object of the invention is to erect a building using a flute part of a building using a horizontal purlin member or a building using a vertical purlin member. Regarding the storage structure at the exterior end of the building such as the part and the construction method, it corresponds to various makeup storage forms at the shank part and the eaves part, and is unified so that it can be commonly applied in each case, At the same time, it is an object of the present invention to provide a storage structure at an exterior end of a building and a construction method thereof, which can firmly construct an exterior structure such as a desired shingled storage structure and eaves storage structure.

[Means for Solving the Problems]

In the building exterior end storage structure according to the present invention, the device main body for setting the projecting position from the end of the horizontal purlin member or the vertical purlin member is attached to the end of the purlin member, and the projecting position of the device main body is set. A mounting arm member is provided at the tip of the main body of the apparatus for setting the protruding position with respect to the fluff portion or the eaves tip portion according to the setting, and the mounting arm member is set to the vertical position with respect to the fluff portion or the eaves tip portion. The decorative plate receiving member is attached, and the decorative plate receiving member attached to the mounting arm member at a predetermined vertical position is provided with a glazed housing structure or an eaves housing structure.

In this case, the ceiling decorative plate receiving member may be attached below the decorative plate receiving member by adjusting the position and angle in the front-rear direction via a connecting member.

In the method for constructing the building exterior end portion according to the present invention, the device main body provided with the mounting arm member at the tip portion is attached to the end portion of the horizontal purlin member or the vertical purlin member in a protruding manner, and the end portion of the purlin member is eccentric. A step of setting and securing the protruding position of the mounting arm member with respect to the ridge portion or the eaves tip portion, and adjusting the vertical position of the decorative plate receiving member with respect to the mounting arm member, and mounting.
And a step of setting and securing the vertical position of the decorative plate receiving member at the gab part or the eaves part.

In this case, a step of attaching the ceiling decorative plate receiving member to the lower side of the decorative plate receiving member by adjusting the position and angle in the front-rear direction via the connecting member may be included.

Further, in the structure for accommodating the building exterior end according to the present invention,
An apparatus main body for setting a projecting position from the end of the horizontal purlin member or the vertical purlin member is attached to the end of the purlin member, and along with the setting of the projecting position of the device main body, with respect to the gutter portion or the eaves tip portion. A protruding arm is set, and a mounting arm member that sets a vertical angle with respect to the fluff portion or the eaves tip portion is provided at a tip end portion of the apparatus body to set a vertical position with respect to the flutter portion or the eaves tip portion. The decorative plate receiving member is attached to the mounting arm member, and the decorative plate receiving member attached to the mounting arm member at a predetermined vertical position and vertical angle is provided with a shingled or eavesward receiving structure. Has been done.

In this case, the ceiling decorative plate receiving member may be attached below the decorative plate receiving member by adjusting the position and angle in the front-rear direction via a connecting member.

In the construction method of the building exterior end portion according to the present invention, the end portion of the horizontal purlin member or the vertical purlin member is mounted so as to project the tip portion of the apparatus main body, and the gutter portion or the eaves tip portion at the purlin member end portion is attached. A step of setting and securing the tip end projecting position of the apparatus body, and attaching the attachment arm member to the tip portion of the apparatus body by adjusting the vertical angle, and attaching the attachment arm member at the fluff portion or the eaves tip portion. Of setting and securing the vertical angle of the decorative plate receiving member, and adjusting the vertical position of the decorative plate receiving member with respect to the mounting arm member, and installing the decorative plate receiving member in the vertical direction of the decorative plate receiving member at the fluff portion or the eaves tip portion. And a step of setting and securing the position.

In this case, a step of attaching the ceiling decorative plate receiving member to the lower side of the decorative plate receiving member by adjusting the position and angle in the front-rear direction via the connecting member may be included.

[Action]

In the structure for accommodating the exterior end of the building according to the present invention, the mounting arm member in which the protruding position with respect to the gutter portion or the eaves portion is set, the decorative plate receiving member with the vertical position set with respect to the girder portion or the eaves portion is set. Since the mounting is performed and the shingled-storing structure or the eaves-storing structure is installed on the decorative plate receiving member, the shingled-storing structure or the eaves-storing structure can be in any form.

In addition, after interposing a connecting member below the decorative plate receiving member, the ceiling decorative plate receiving member is attached by adjusting the position in the front-rear direction and adjusting the angle in the front-rear direction. On the other hand, in the case of installing the Keraba storage structure or the eaves storage structure, the Keraba storage structure or the eaves storage structure can be made into any arbitrary form, and the installation structure of the exterior end of the building can be installed. Can be done more easily.

On the other hand, since the mounting arm member is attached to the apparatus body by setting the vertical angle, the degree of freedom in mounting and installing the housing structure is further increased. Based on each adjustment, It is possible to obtain a glazed storage structure or an eaves storage structure according to various forms.

In the construction method of the building exterior end portion, after mounting the device main body having the mounting arm member at the tip end to the end portion of the horizontal purlin member or the vertical purlin member, the mounting arm member at the tip end portion is attached. In addition, since the decorative plate receiving member is adjusted in vertical position to be attached, the decorative plate receiving member can be easily attached and installed to the decorative plate receiving member in any form, such as a shingled structure or an eaves structure. it can. At the same time, when the ceiling decorative plate receiving member is attached by adjusting the position in the front-rear direction and adjusting the angle in the front-rear direction with the connecting member interposed below the decorative plate receiving member, these decorative plate receiving members can be attached. , And the ceiling decorative plate receiving member, it is possible to further facilitate the attachment and installation of each housing structure.

Further, by mounting the mounting arm member on the main body by adjusting the vertical angle, the degree of freedom in mounting and mounting each of these housing structures can be increased. As a result, various adjustments can be made based on these respective adjustments. Depending on the form, it is possible to install and install each of the shingled storage structure and the eaves storage structure.

〔Example〕

An embodiment of a structure for housing an exterior end of a building and a method for constructing an exterior end of a building according to the present invention will be described in detail below with reference to FIGS. 1 to 4.

FIGS. 1 (a), (b), and (c) show a structure for housing a roof shingling part using a grounding device in a thatched roof structure in a building constructed by the method of the first embodiment of the present invention. It is the principal part front view which shows an outline, the principal part side view, and the principal part sectional view in the line Ic-Ic line part same as the above.

Further, FIGS. 2 (a), (b), and (c) show a structure for housing a roof gutter part using a grounding device in a thatched roof structure in a building constructed by the second embodiment method of the present invention. FIG. 3 is a front view of a main part, a side view of the main part, and a cross-sectional view of the main part showing the outline of FIG.

Further, FIG. 3 is an exploded perspective view showing details of a mounting position adjusting portion of the glazed decorative plate and the glazed back ceiling decorative plate, and FIG. 4 shows another example of a connecting member in the mounting position adjusting part. It is an exploded perspective view.

In the horizontal thatched roof structure shown in FIGS. 1 (a), (b), (c) and FIGS. 2 (a), (b), (c), the horizontal purlin member (10) is as described above. In the structure, a gable type roof structure of a metal roof is constructed, and an end portion of the horizontal purlin member (10) is positioned so as to slightly project to the side of the gable portion which is a gable surface.

Since it is not directly related to the establishment of the method of the present invention, it is not shown here in detail, but as is well known, a plurality of horizontal purlin members (10) are arranged at predetermined intervals so as to be orthogonal to the roof slope. They are arranged and fixed at each position, and a field board (102) is placed on each of these horizontal purlin members (10) with a joint member (101) or the like interposed at each required position assigned as expected. The roof rafter member (10
3), and each of these roof hanging members (103)
If necessary, a plurality of thatched roof shingles (104) are raised from the eaves side to the ridge side through the base material, and in this way, the desired gable type thatched roof structure (100). Is configured.

However, in this case, as the horizontal purlin member (10), a so-called C-channel type light-weight steel formed by shaping a metal steel plate into a C-shaped cross section is used, as is well known in the art. The horizontal purlin member (10) generally includes a base plate part (11) as a main body part and both side parts (substantially, upper and lower parts) of the main base plate part (11). Web parts (12), (12) bent at right angles so that they are parallel to each other
And flange portions (13) and (13) bent inward (substantially below and above) so that the end portions of these web portions (12) and (12) face each other. It is formed by.

In the methods of the first and second embodiments, in the horizontal thatched roof structure (100) configured as described above, the horizontal purlin member (1
As will be described later, with respect to the end portion of (0), a glazed storage structure composed of a glazed decorative plate and a glazed back decorative ceiling plate (11
The base device (20) for mounting and installing (0) will be handled, but this is exactly the same even in the eaves-contracting structure using a vertical purlin member (not shown).

First, a base device to which the method of the first embodiment shown in FIGS. 1A, 1B and 1C is applied will be described.

The base device (20) includes a mounting / supporting / fixing section (A) and a mounting position adjusting section (B).

The mounting / supporting / fixing part (A) is attached to the main body (21) of the main body (21) of the main body (21) and the end of the horizontal purlin member (10) which is positioned so as to project to the side of the fluff portion as described above. A seat plate (31) for mounting and fixing the base end side, and a fixing bolt (3
2) and similarly, a mounting arm member (41) fixed to the tip end side of the device body (21) is provided.

Further, the mounting position adjusting section (B) is provided with the mounting arm member (4
1) The decorative plate receiving member (51) which is vertically fixed to the decorative plate receiving member (51) and the member (7) which is connected to the decorative plate receiving member (51).
Ceiling decorative plate receiving member (61) connected and connected via 1)
And are provided.

Here, the device main body (21) of the mounting support fixing part (A)
Is set to have a width (substantially, a height) approximately the same as that of the main base plate portion (11) of the horizontal purlin member (10) and at least a length necessary for mounting and fixing. The main body base plate part (22), and the upper web part (23) in which the upper part of the main body base plate part (22) is bent at a right angle to one side and the lower part to the other side by a predetermined dimension, and the lower part. Each has a butting part (24) and a flange part (25) in which a side end part of the upper web part (23) is bent downward at a right angle by a predetermined dimension.
Also, the main mounting bolt hole (26) and the auxiliary mounting bolt hole (27) are formed at the front and rear positions corresponding to the center side of the base plate portion (22) of the main body on the base end side. To do.

In addition, the seat plate (31) and the fixing bolt (32) form a seat plate (3
The fixing bolt (32) may be studded by welding etc. through the central part of 1), and for the seat plate (31),
Each flange portion (13), (1 of the horizontal purlin member (10) described above
3) The width that can be charged in contact with the inner surface side (substantially,
Height) and on the side corresponding to the base end of the seat plate (31),
Ribs (33) for reinforcement are formed.

Further, the mounting arm member (41) is made of a hollow rectangular tube-shaped material having a rectangular cross section, and one side portion side corresponding to the base end side of the attachment arm member (41) of the distal end portion of the device body (21) is Body base plate (22)
It is properly fixed by welding (or bolting if necessary) between the flange and the flange (25), and extends vertically in the upper and lower sides of the other side corresponding to the protruding tip side. A pair of mounting elongated holes (42) and (42) are formed so as to penetrate therethrough.

Therefore, according to the mounting / supporting / fixing portion (A) configured as described above, the end portion of the horizontal purlin member (10) that is positioned so as to project to the side of the gable portion that is the gable surface in the lateral thatched roof structure is located. First, the flange parts (13), (1
On the inner surface side between 3), the seat plate (31) is inserted and the fixing bolt (32) is projected, and on the outer surface side, the fixing bolt (32) is attached to the main mounting bolt hole ( 26) and the lower butting part (24) to the lower web part (1
2) Insert the base end of the device body (21) positioned by abutting against it, and temporarily tighten the tightening nut (28) on the fixing bolt (32). After adjusting the horizontal position of the mounting arm member (41) at the tip of the device body (21), that is, the mounting arm member (41) in the horizontal direction, tighten the tightening nut (28).
Mounting arm member (41) at this mounting support fixing part (A)
Can be set at a predetermined position of the fluff part as required, and can be attached and fixed.

In this case, depending on the position of the end portion of the horizontal purlin member (10), the main mounting bolt hole (26) and the auxiliary mounting bolt hole (27) are selectively used, so that the device main body (21) and, by extension, the mounting The position setting of the arm member (41) in the fluff portion can be obtained over the widest possible range, and at the same time, the position setting can be further facilitated.

Further, in this configuration, due to the existence of the mounting arm member (41) which is positioned and mounted and fixed at the end position of the horizontal purlin member (10), it is installed as a through member at that position in the conventional case. Since the climbing purlin member is not necessary at all, its structural advantage is extremely large.

Decorative plate receiving member (51) of the attachment position adjusting section (B)
As shown in FIG. 3, the mounting arm member (41) can be fitted from the front side to the tip side of the mounting arm member (41) protruding in the vertical direction, and the vertical position is within a required range. To have a required length with a U-shaped cross section. Then, on the member surface, at least a plurality of mounting holes (52), (52), ... at predetermined pitch intervals so as to correspond to the one set of mounting elongated holes (42), (42), The lowermost connecting hole (53) is pierced through each, and the protruding member (54) in the shape of, for example, a hollow square tube is arbitrarily fixed and used at the uppermost part.

Further, the ceiling decorative plate receiving member (61) has a U-shaped cross section and has a connecting hole (62) penetrating at least the tip end side thereof, and is sequentially formed further rearward than this. Preliminary connecting holes (63), (63), ...

The connecting member (71) is in the respective connecting portions of the receiving members (51) and (61) of the decorative plate and the ceiling decorative plate, that is, in the lower end of the decorative plate receiving member (51) and the ceiling decorative plate. A hollow square tube-shaped material is welded and joined in an L-shaped side face so as to be fitted into the front end portion of the receiving member (61), and is connected to the connecting hole (53) on the upper and lower sides, which are the tip side. Correspondingly, a vertical adjustment long hole (72) is formed, and a front and rear adjustment long hole (73) which is penetrated to the connecting hole (62) is formed on the base end side of the vertical adjustment hole. It is a thing.

Here, FIG. 4 shows a configuration of another example of the connecting member (71).

In the configuration shown in FIG. 4, as the connecting member (71), an elongated hole (72a) for vertical adjustment is formed on the front side and an elongated hole (73a) for front-rear adjustment is formed on the rear side of the side surface. One set of a series of plate surface portions is formed by bending so as to face each other by press molding, and manufacturing is further facilitated. If the plate members of the connecting member (71) are insufficient in strength, the collar (74) or the like may be interposed between the elongated holes (72a) and (73a). Good.

Therefore, according to the mounting position adjusting portion (B) configured as described above, the mounting arm member (4) which is set and fixed in the flutter portion of the mounting support fixing portion (A) is fixed.
In contrast to 1), first, adjust the vertical position of the decorative plate receiving member (51) as required, and then fit it from the tip side,
The mounting holes (52), (5) are attached to the mounting holes (42), (42).
2) With either of them matched, both of them can be attached and fixed by the fixing bolts and nuts (91).

Then, the upper and lower sides of the connecting member (71) are fitted into the lower end of the decorative plate receiving member (51), and the vertical position is finely adjusted here as well, and the connecting holes (53) are formed. Through the long hole (72), these two are fixed to each other by fixing bolts and nuts (92).

Further, subsequently, the front end portion of the ceiling decorative plate receiving member (61) is fitted to the front and rear sides of the connecting member (71), and the fine adjustment of the front and rear direction position thereof and the setting of the front and rear direction angle as required. After each of them, the two can also be fixed to each other by the fixing bolts and nuts (93) through the elongated holes (73) and the connecting holes (62).

That is, here, in this way, the decorative plate receiving member (51) in the mounting position adjusting portion (B) can be set and fixed at a predetermined position in the vertical direction of the fluff portion as required.
Further, the ceiling decorative plate receiving member (61) is located at a predetermined position in the front-rear direction of the fluff part and at a predetermined angle in the front-rear direction, as required.
It is possible to set and fix the angle, and in this manner, the decorative board in the glazed part and the back ceiling part of the glazed part, and the basic skeleton for mounting the decorative veneer satisfying various conditions. Therefore, it can be configured with any shape and size as desired.

Next, the mounting and mounting of the glazed decorative plate and the glazed back ceiling decorative plate according to an example of the glazed housing structure (110) for the mounting position adjusting part (B) will be described.

As described above, the glazed decorative structure (110) is configured by attaching the glazed decorative plate and the glazed back ceiling decorative plate to the mounting position adjusting part (B). Now, as an example of the configuration, the form shown in FIG.

That is, in the form (corresponding to FIG. 6 (a)) of the garbled housing structure (110) shown in FIG. 1 (a), the decorative plate receiving member (51).
Is vertically fixed and fixedly held, and the ceiling decorative plate receiving member (61) at the lower end thereof is extended and held by adjusting the position and angle in the front-rear direction orthogonal to this.

Then, in this state, in the decorative plate receiving member (51) on the side of the glitter part, the decorative plate (111) is installed in series on the main surface part over substantially the entire length in the height direction. And make sure that it is properly fastened, and this glazed decorative plate (111)
On the upper side, leaving the joint between them, and the upper decorative plate (112) that reaches the arabesque plate (105) if it is attached to the uppermost protruding member (54). On the lower side, a lower decorative plate (113) extending over the lower end of the decorative plate receiving member (51) and straddling the lower surface of the front end of the ceiling decorative plate receiving member (61) is installed on each side. Then, the joints are appropriately fixed and the joints are finished by embedding jointing materials (114) and (114) in each joint.

Also, in the case of the ceiling decorative plate receiving member (61) on the back ceiling side of the glazed back, the glazed back ceiling decorative plate (115) is installed in series on the main surface portion over almost the entire length in the front-rear direction. , It is properly fixed and finished.

That is, as described above, according to the first embodiment, on the side of each decorative plate receiving member (51), the structure of the glittering decorative plate in the normal state (the glittering decorative plate (111) and the upper decorative plate (112), the lower portion). It is extremely easy and easy to attach the decorative plate (113) and, on the side of each ceiling decorative plate receiving member (61), with the configuration of the back glazed decorative plate (115) in series. It can be fixedly mounted, and as a result, the gargling storage device of the form shown in FIG. 6 (a) can be constructed. In this case, the decorative plate receiving member (51)
If the absolute length of the is longer than necessary, for example, cut the connecting hole (53) side by an appropriate dimension, cut the length, and then attach the lowest mounting hole (53) corresponding to the cut-off dimension.
By newly arranging the same in the connecting hole (53), the height dimension in the fluff portion can be set as desired.

The same applies to the ceiling decorative plate receiving member (61). When the absolute length is longer than necessary, the preliminary connecting hole (6
By cutting the rear side with 3), (63), and so on to an appropriate length and cutting that length, the length (front and back) of the back ceiling is set as desired here. You can

The rear end portion on the opposite side of the ceiling decorative plate receiving member (61) may be appropriately attached directly to the skeleton side of the building or via an attaching tool such as a stay.

Next, a base device (20) to which the method of the second embodiment shown in FIGS. 2 (a), (b) and (c) is applied will be described.

In the case of the method of the second embodiment, the mounting arm member (41) is attached to the apparatus main body (21) of the mounting support fixing portion (A) so that the vertical angle can be adjusted. There is. In other words, in other words, the mounting angle adjusting part (C) is interposed between the mounting support fixing part (A) and the mounting position adjusting part (B).

That is, as the attachment angle adjusting portion (C), the main body plate portion (22) and the flange portion (2) in the device main body (21) are used.
5) Axial bolt holes (81) and (81) on the front end side, and main shaft bolt holes (82) and auxiliary shaft bolt holes at the front and rear positions on the base end side of the main body base plate (22). (83) and are perforated respectively.

Further, an axial bolt hole (84) is provided in an upper portion of the mounting arm member (41) on the proximal end side, and a projecting piece portion (85) projecting rearward is provided in a lower portion.
Similarly, a shaft bolt hole (86) is drilled in each.

The mounting arm member (41) is provided in the axial bolt holes (81), (81) of the main body base plate part (22) and the flange part (25).
With the shaft bolt holes (84) in place, this is pivotally supported by the shaft bolts and nuts (87) so that it can swing back and forth.

Further, in the main shaft bolt hole (82) of the main body base plate portion (22),
Attach the separately provided bracket (88) to the shaft bolt / nut (88
a) rotatably support the shaft, and further, in the shaft bolt hole (86) of the mounting arm member (41), rotate one end of the angle adjusting bolt (89) with the shaft bolt / nut (89a). In addition to being rotatably supported, the other end is inserted into the bracket (88) and then fastened by a pair of angle adjusting nuts (90) and (90).

Therefore, according to the mounting angle adjusting section (C) configured as described above, the set of angle adjusting nuts (90),
The vertical angle of the mounting arm member (41) with respect to the apparatus main body (21) can be easily set by adjusting the screw forward and backward of the (90).

Next, a mounting device for the glazed decorative plate and the glazed back ceiling decorative plate according to an example of the glazed housing structure (110) for the mounting position adjusting part (B) in the second embodiment will be described.

Just as in the case of the first embodiment, by attaching a glazed decorative plate and a glazed back ceiling decorative plate to the mounting position adjusting portion (B), respectively, a grab-containing structure ( 110) is constituted. Here, as an example of the constitution, the form shown in FIG. 6 (b) is taken up and described.

That is, in the form of the shingle-storing structure (110) shown in FIG. 2 (a) (corresponding to FIG. 6 (b)), the decorative plate receiving member (51).
Is vertically held and fixed and held at an angle thereof, and the ceiling decorative plate receiving member (61) at the lower end thereof is held in an inward and downward direction by this and held and extended and held.

Then, in this state, in the decorative plate receiving member (51) on the side of the fluff part, with respect to the main surface part over substantially the entire length in the inclined height direction, the side thatched roof plate (104)
A plurality of glazed decorative plates (116) consisting of slightly smaller face plates having different cross-sectional shapes are installed in series and engaged and fixed to each other, and the upper side of this glazed decorative plate (116) In that case, the makeup is hidden by the upper decorative plate (117) reaching the arabesque plate (105) of the gaze, and on the lower side, it is attached to the lower end of the ceiling decorative plate receiving member (61). If you wear it, let the ceiling arabesque board (106) fit it,
Furthermore, in the case of the slanted ceiling decorative board receiving member (61) on the back ceiling side, the front side of the front decorative board (118) contacting the back ceiling arabesque board (106) is used for makeup. After making a concealment, for the main part over almost the entire length in the front-back direction,
The back ceiling veneer (119) is installed in a series and is properly fixed and finished.

That is, also in this case, in the case of the second embodiment, on the side of each decorative plate receiving member (51), a plurality of small face plate-shaped glazed veneer plates (a glazed veneer plate (116) and an upper cosmetic plate are formed). It is extremely easy and easy to attach and fix the plate (117), and on the side of each ceiling decorative plate receiving member (61), the structure of the back glazed decorative plate (119) is set in series. Then, as a result, it is possible to configure the glazed storage device of the form shown in FIG. 6 (b).

It should be noted that the attachment adjustment of the glazed decorative plate and the glazed back ceiling decorative plate in the first and second embodiments is not necessarily limited to the above configuration.
In each of the second and the second embodiments, the case of applying the gutter-type roof structure to the structure for storing the girder part using the horizontal purlin member has been described. However, the vertical purlin member having the gable-type roof structure is used. Of course, the same can be applied to the storage structure of the eaves end part.

As described above in the configuration of each embodiment, in the method of the first embodiment, the vertical position adjustment of the decorative plate receiving member (51) with respect to the mounting arm member (41) and the decorative plate receiving member (51). By adjusting the front-rear position and the front-rear angle through the connecting member (71) of the ceiling decorative plate receiving member (61), and in the configuration of the second embodiment, the mounting arm member ( 41) By adjusting the vertical angle of itself,
When these are put together, various forms of accommodation shown in FIGS. 5 and 6 can be obtained.

That is, in the eaves-placing structure shown in FIGS. 5 (a) to 5 (d), the eaves-front surface is formed orthogonally to the roof slope, and then the eaves ceiling surface is parallel to the roof slope. Form, the form that is housed in the horizontal direction, or the form that the eaves front face is formed in the vertical direction and the eave back ceiling surface is parallel to the roof slope, and the form that is also housed in the horizontal direction. 4 types, and the form shown in FIGS. 6 (a) to 6 (f) in which the glazed surface is formed orthogonally to the ridge direction, and the glazed ceiling surface is housed in the horizontal direction. In a slanted inward and downward direction, or a girder surface formed in a slanted outer downward direction from the ridge direction, and a girder ceiling surface in a horizontal slidable shape, or a slanted inward and downward direction ， Furthermore, after raising the gecko surface upwards and forming it orthogonally to the ridge direction, Form the well surface was placed in a horizontal direction, it is of capable of constituting any combination of the respective ones of the six forms housed diagonally within the downward direction as well.

In the methods of the first and second embodiments, as shown in FIG.
Although it has been described that the respective modes shown in (b) are configured respectively, it is quite natural that other modes can be configured by the same method, and the glittering decorative plate in each example method is also possible. Also, the adjustment of the back ceiling decorative plate is not limited to the above configuration.

〔The invention's effect〕

As described above in detail, in the structure for housing the building exterior end portion according to the present invention, the vertical position with respect to the gutter portion or the eaves portion is set in the mounting arm member to which the protruding position with respect to the girder portion or the eaves portion is set. Attached decorative plate receiving member,
Since the glazed storage structure or the eaves storage structure is installed on the decorative plate receiving member, the shibaba storage structure or the eaves storage structure can be in any form.

In addition, after interposing a connecting member below the decorative plate receiving member, the ceiling decorative plate receiving member is attached by adjusting the position in the front-rear direction and adjusting the angle in the front-rear direction. On the other hand, in the case of installing the Keraba storage structure or the eaves storage structure, the Keraba storage structure or the consecutive storage structure can be made into an arbitrary form, and at the same time, the structure of the exterior end of the building Installation can be made even easier.

On the other hand, since the mounting arm member is attached to the apparatus body by setting the vertical angle, the degree of freedom in mounting and installing the housing structure is further increased. Based on each adjustment, It is possible to obtain a glazed storage structure or an eaves storage structure according to various forms.

In the construction method of the building exterior end portion, after mounting the device main body having the mounting arm member at the tip end to the end portion of the horizontal purlin member or the vertical purlin member, the mounting arm member at the tip end portion is attached. In addition, since the decorative plate receiving member is mounted by adjusting the position in the vertical direction, the decorative plate receiving member can be easily attached and installed to the decorative plate receiving member in a random shape or a eaves storing structure. . In addition, below the decorative plate receiving member, when the ceiling decorative plate receiving member is mounted by adjusting the position in the front-rear direction and adjusting the angle in the front-rear direction after interposing the connecting member, these decorative plate receiving members are It is possible to further easily attach and install each housing structure to the member and the ceiling decorative plate receiving member.

In addition, the installation of the slab storage structure or the eaves storage structure thus positioned does not require any conventional foundation structure such as climbing purlin members as through members for the ends of each purlin member, and the construction structure The simplification of itself and the ease of construction work can be easily achieved.

Further, in the construction method of the building exterior end portion according to the present invention, the mounting arm member can be mounted on the apparatus main body by adjusting the vertical angle, thereby increasing the degree of freedom in mounting and installing each of these storage structures. Based on each of these adjustments,
It is possible to install and install the grate storage structure or the eaves storage structure in various forms.

In addition to these effects, according to the present invention, the construction of the device can be executed efficiently and promptly, and by the above, the waiting time conventionally required in connection with construction of other industries at the time of construction, There are advantages such as not having to consider time adjustment, etc. Furthermore, since the installation conditions of the eaves-front delivery structure are fully satisfied, workability is improved satisfactorily, and it is safe and efficient. It has excellent features such as easy operation.

[Brief description of drawings]

FIGS. 1 (a), (b), and (c) show a structure for housing a roof shingling part using a grounding device in a thatched roof structure in a building constructed by the method of the first embodiment of the present invention. A front view of a main part showing an outline, a side view of the main part, a cross-sectional view of the main part taken along the line Ic-Ic indicated by the arrow in the above, and FIGS. The main part front view, the main part side view, the main part cross-sectional view, and FIG. 3 showing the outline of the roof structure of the roof girder part using the grounding device in the horizontal thatched roof structure constructed by FIG. 4 is an exploded perspective view showing the details of the attachment position adjusting portion of the decorative vane plate and the glazed back ceiling decorative plate, FIG. 4 is an exploded perspective view showing another example of the connecting member in the attaching position adjuster, and FIG. (a) to (d) are schematic views showing the outline of the forms of the roof eaves storage structure according to each other example in the roof structure. Sectional view of, respectively, to FIG. 6 (a) not (f) is a cross-sectional view, respectively showing an outline of a form according to the another example of the pay structure of the same roof verge portion schematically. (10) …… Horizontal purlin member (11) …… Main board part (12) …… Web part (13) …… Flange part (20) …… Base device (A) …… Mounting support fixing part (21) ...... Main unit (22) …… Main unit base plate (23) …… Upper web part (24) …… Lower butting part (25) …… Flange part (26) …… Main mounting bolt hole (27)… … Auxiliary mounting bolt hole (28) …… Tightening nut (31) …… Seat plate (32) …… Fixing bolt (33) …… Rib (41) …… Mounting arm member (42) …… Slot for mounting ( B) ... Mounting position adjusting part (51) ... Decorative plate receiving member (52) ... Mounting hole (53) ... Connecting hole (54) ... Projecting member (61) ... Ceiling decorative plate receiving member (62) ) ...... Connection hole (63) ...... Preliminary connection hole (71) ...... Connection member (72), (72a), (73), (73a) …… Long hole (74) …… Collar (C) …… Mounting angle adjustment part (81), (84), (86) …… Shaft bolt hole (82) …… Main shaft bolt hole (83) …… Auxiliary shaft bolt hole (85) …… Projection piece (87), (88a), (89a) …… Shaft bolt / nut (88) …… Bracket (89) …… Angle adjustment bolt (90) …… Angle adjustment nut (91), (92), (93) …… Fixed bolt / nut (100) …… Gable-type horizontal thatched roof structure (101) …… Joint members (102) …… Field plates (103) …… Roof rafter members (104) …… Horizontal roof plates (105) …… Keraba arabesque board (106) …… Keraba ceiling arabesque board (110) …… Keraba storage structure (111), (116) …… Keraba decorative board (112), (117) …… Upper decorative board (113) …… Lower decorative board ( 114) …… Joint material (115), (119) …… Keraba back ceiling decorative plate (118) …… Front decorative plate

─────────────────────────────────────────────────── ─── Continuation of the front page (51) Int.Cl. ⁶ Identification code Internal reference number FI technical display location E04D 13/158 501 R

Claims (15)

[Claims] 1. A storage structure of a building exterior end portion such as a streak part of a building using a horizontal purlin member or an eaves tip of a building using a vertical purlin member, wherein the horizontal purlin member or the vertical purlin member is An apparatus main body for setting a protruding position from an end is attached to an end of the purlin member, and a protruding position with respect to the fluff portion or the eaves tip portion is set with setting of the protruding position of the apparatus main body. A mounting arm member is provided at the tip of the apparatus body, and a decorative plate receiving member that sets the vertical position with respect to the gab part or the eaves part is attached to the mounting arm member, and the mounting arm is placed at a predetermined vertical position. A structure for storing the exterior end of a building, characterized in that a veneer storage structure or an eaves storage structure is installed on a decorative plate receiving member attached to the member. 2. The building according to claim 1, wherein the projecting position of the mounting arm member of the apparatus main body is adjusted with respect to the end portion of the horizontal purlin member or the vertical purlin member. A structure for storing the end of the exterior of the object. 3. A fixing bolt formed by penetrating a vertical hole in the mounting arm member and penetrating the decorative plate receiving member so as to match the long hole, and passing through the mounting hole and the long hole. The structure for accommodating the exterior end of the building according to claim 1 or 2, wherein the decorative plate receiving member is attached by adjusting the vertical position of the decorative plate receiving member. 4. The ceiling decorative plate receiving member is mounted below the decorative plate receiving member by adjusting the position and angle in the front-rear direction via a connecting member. The structure for housing the exterior edge of the building described in any of 1. 5. A vertically elongated hole and a longitudinally elongated hole are formed through the connecting member, and a connecting hole which is aligned with the vertically elongated hole is formed through the lower end of the decorative plate receiving member. The fixing bolts and nuts passing through the holes and the connecting holes adjust the vertical position of the connecting member and attach the connecting member to the front end portion of the ceiling decorative plate receiving member that is aligned with the longitudinal hole of the connecting member. By forming through and fixing bolts and nuts that pass through these longitudinal holes and connecting holes,
The structure for accommodating an exterior edge of a building according to claim 4, wherein the ceiling decorative plate receiving member is attached by adjusting a front-rear direction position and an angle thereof. 6. A method for enforcing an exterior edge of a building such as a streak part of a building using a horizontal purlin member or an eaves tip of a building using a vertical purlin member, wherein the horizontal purlin member or the vertical purlin is used. At the end of the member, the device body provided with the mounting arm member at the tip is projected and mounted, and the projecting position of the mounting arm member with respect to the fluff or joint at the end of the purlin member is set and secured. A step of adjusting the vertical position of the decorative plate receiving member with respect to the mounting arm member, and setting and securing the vertical position of the decorative plate receiving member at the gab part or the eaves tip portion; The method for enforcing the exterior edge of a building characterized by including. 7. The method according to claim 6, further comprising the step of attaching the ceiling decorative plate receiving member to the lower side of the decorative plate receiving member by adjusting the position and angle in the front-rear direction via a connecting member. Enforcement method of building exterior edges. 8. A storage structure for a building exterior end, such as a streak part of a building using a horizontal purlin member or an eaves tip of a building using a vertical purlin member, wherein the horizontal purlin member or the vertical purlin member is used. An apparatus main body for setting a protruding position from an end is attached to an end of the purlin member, and a protruding position with respect to the fluff portion or the eaves tip portion is set with setting of the protruding position of the apparatus main body. Along with, the mounting arm member for setting the vertical angle with respect to the gab part or the eaves part is provided at the tip of the device body, and the decorative plate receiving member for setting the vertical position with respect to the gab part or the eaves part is provided. A structure characterized by being installed on a mounting arm member, and having a glittering structure or a continuous receiving structure installed on a decorative plate receiving member mounted on the mounting arm member at a predetermined vertical position and vertical angle. A structure for storing the end of the exterior of the object. 9. The building exterior according to claim 8, wherein the projecting position of the tip of the apparatus main body is adjusted and attached to the end of the horizontal purlin member or the vertical purlin member. Structure for storing the ends. 10. An end portion of the mounting arm member is pivotally supported in a front-rear direction in a swingable manner with respect to a tip portion of the apparatus main body, and is pivotally supported at the other end portion of the mounting arm member. The angle adjusting bolt is inserted into the bracket of the device body, and the angle adjusting nut screwed onto the angle adjusting bolt with the bracket sandwiched is advanced and retracted to adjust the vertical angle of the mounting arm member with respect to the device body. The structure for accommodating an exterior end of a building according to claim 8, wherein the structure is provided. 11. A fixing bolt formed by penetrating a vertical hole in the mounting arm member and penetrating the decorative plate receiving member so as to match the long hole, and passing through the mounting hole and the long hole. The structure for accommodating an exterior end of a building according to any one of claims 8 to 10, wherein the decorative plate receiving member is attached by adjusting the vertical position of the decorative plate receiving member. 12. The ceiling decorative plate receiving member is attached below the decorative plate receiving member by adjusting the position and angle in the front-rear direction via a connecting member. The structure for housing the exterior edge of the building described in any of 1. 13. A vertical elongated hole and a longitudinal elongated hole are formed through the connecting member, and a connecting hole which is aligned with the vertical elongated hole is formed through the lower end of the decorative plate receiving member. Adjusting the vertical position of the connecting member by means of fixing bolts and nuts passing through the elongated hole and the connecting hole, and attaching the connecting hole to the longitudinal slot of the connecting member, the connecting hole is the front end portion of the ceiling decorative plate receiving member. By penetrating and forming through these, through the fixing holes and nuts that pass through these longitudinal holes and connecting holes,
13. The structure for accommodating an end portion of a building exterior according to claim 12, wherein the ceiling decorative plate receiving member is attached by adjusting a front-rear direction position and an angle thereof. 14. A method of enforcing an exterior edge of a building such as a streak part of a building using a horizontal purlin member or an eaves end of a building using a vertical purlin member, wherein the horizontal purlin member or the vertical purlin is used. A step of mounting the tip of the device body on the end of the member so as to project, and setting and securing the tip projecting position of the device body with respect to the gab part or the eaves tip at the purlin member end; The mounting arm member by adjusting the vertical angle of the mounting arm member with respect to the tip end of the mounting arm member, and setting and securing the vertical angle of the mounting arm member at the gab part or the eaves tip portion; Adjusting the vertical position of the decorative plate receiving member and attaching the decorative plate receiving member, and setting and securing the vertical position of the decorative plate receiving member at the gab part or the eaves part. Part construction method. 15. The method according to claim 14, further comprising the step of attaching the ceiling decorative plate receiving member to the lower side of the decorative plate receiving member by adjusting the position and angle in the front-rear direction via a connecting member. Construction method for exterior edge of building.