JPH0414554A - Device and construction method for sealing edge of outer cover - Google Patents

Abstract

PURPOSE:To facilitate construction work by fixing a trough receiving fitting assembly for supporting an eaves trough to a supporting member for the end of outer cover in a structure of roof by means of an outer cover sealing attaching angle adjustment means. CONSTITUTION:A supporting through member 1 is fixed to a structure 1000 while an attaching angle adjustment means 11 is fixed to said member 1 and a trough receiving fitting assembly 21 for adjusting and setting angle of inclination in a forward and rearward directions is provided. And a level fitting 41 for adjusting and setting vertical levels with respect to the assembly 21 and a screen plate receiving fitting 51 for adjusting positions in a vertical direction and angles of inclination in forward and rearward directions are provided. Further, an eaves top plate receiving fitting 61 for adjusting and maintaining positions in forward and rearward directions and angles of inclination in a vertical direction and a joint fitting 71 are added. As a result, efficient work can be performed.

Description

[Detailed Description of the Invention] [Industrial Application Field] The present invention relates to an exterior end storage device and a construction method thereof, and more specifically, to a rain gutter support device on the roof of a building structure, an eaves storage device, etc. The present invention relates to exterior end storage devices and their respective construction methods.

[Prior Art] Conventionally, in the case of the roof of a building structure having a metal roof structure, in the normal case, the ridge part of the roof frame is assembled with a predetermined roof slope in the structure frame. The roof structure is constructed by placing and fixing multiple roof rafter members at predetermined intervals from the side to the eaves side, and then sequentially placing metal roof plates on top of each of these roof rafter members. It is configured. At the eaves of this roof structure, support rafter members are installed by protruding from the tip of each roof rafter member at predetermined intervals,
For the tip of each of these support rafter members, the so-called exterior end storage structure at the eaves, that is, each front side of the eave, the eave curtain board as a lower decorative panel, and the eave top board are applied to each of the ends. Install rain gutter support devices and exterior edge storage devices such as eaves storage devices! I try to do that.

On the other hand, the main cross-sectional form of this type of roof eaves structure in terms of overall appearance is that the eaves part is formed perpendicular to the roof slope, and the eave part is made parallel to the roof slope. There are two types in which the eaves are formed vertically and the soffits are placed parallel to the roof slope, or they are placed in the horizontal direction. Four types of formats are generally adopted.

[Problem to be solved by the invention]

However, in such a conventional exterior end storage device at the eaves edge, curtain panels (hereinafter referred to as front decorative panels) are installed as a series of front decorative panels at the eaves edge at a construction site. (hereinafter, this lower decorative panel is simply referred to as the "eave top board"), and the eave top board as a lower decorative panel (hereinafter, this lower decorative panel is simply referred to as the "eave top board"), depending on the support conditions, at the eaves edge. Problems in adjusting the entrance and exit due to subtle irregularities in the dimensions of the supporting rafters 1. Simplifying and supporting the exterior end storage device to suit various shapes at the eave end; The various conditions such as workability and safety improvement in the installation of the exterior end storage device are intertwined with each other and become extremely diverse, and for this reason, it is necessary to develop an exterior end that can satisfy each of these points. Proposals for partial storage devices and their construction methods are requested.

The present invention is intended to meet such conventional demands, and its purpose is to provide various forms of roof exterior parts for storing the roof exterior ends at construction sites. It is correspondingly easy to adapt and can be constructed in a good and robust manner. This kind of exterior end storage device,
and its construction method.

[Means to solve the problem]

In order to achieve the above-mentioned object, the eaves-edge exterior storage device according to the present invention is installed on a support member at the exterior end of the structural frame of a building roof, and the exterior storage is attached to a support member for supporting a rain gutter using an angle adjustment part. An exterior end storage device for mounting a gutter receiving metal assembly, the gutter receiving metal assembly being fixed to the support member of the structural frame so that the angle can be adjusted in the front and rear directions via an angle adjustment part. a rain gutter that is level-adjusted and installed within the gutter receiving metal assembly, and a front decorative panel receiving metal fitting that is attached to the front surface of the gutter receiving metal assembly in which the rain gutter is installed so that its position can be adjusted at least in the vertical direction; The same lower surface is provided with a lower decorative panel receiving metal fitting that can be attached so as to be able to adjust its position in the front and rear direction, and an exterior decorative panel is commonly attached from the front of the front decorative panel receiving metal fitting to the bottom surface of the lower decorative panel receiving metal fitting. In addition, the exterior housing structure is attached to the support member at the exterior end of the structural frame of the roof of a building using an angle adjustment part for exterior housing installation and a support adjustment part for exterior housing installation. An exterior end storing device, wherein the attachment is provided on the angle adjustment part, the attachment is fixed on the support adjustment part so that the angle can be adjusted in the front and back direction, and the attachment is fixed on the arm member, and the attachment is provided on the support adjustment part. The mounting includes a front decorative panel receiving metal fitting that is attached to the arm member so that its position can be adjusted in the vertical direction, and a lower decorative panel receiving metal fitting that is attached to the front decorative panel receiving metal piece so that its position can be adjusted in the longitudinal direction. The present invention is characterized in that an exterior decorative panel is commonly attached from the front surface of the front decorative panel receiving fitting to the lower surface of the bottom decorative panel receiving fitting.

The method for constructing the eaves exterior storage device according to the present invention is to assemble a gutter receiving metal fitting for supporting rain gutters by using an angle adjustment part to attach the exterior storage to a supporting member at the exterior end of the structural frame of the roof of a building. 1. A construction method of an exterior end storage device for attaching a body, wherein after the angle adjustment part is attached and fixed to the support member, the installation is performed by attaching the gutter receiving bracket assembly to the angle adjustment part. Step 1: Adjust the level of the rain gutter and install it inside the gutter receiving metal assembly in the front-back direction. The process of adjusting the position of the panel holder in the vertical direction and attaching the bottom decorative panel holder to the same bottom surface, and the process of adjusting the position of the bottom decorative panel holder in the front and rear directions and attaching them to the front side of the front decorative panel holder, respectively. The exterior decorative panel is attached to the supporting member of the exterior end of the structural frame of the roof of the building at an angle. The adjustment part and the exterior storage installation are a construction method for an exterior end storage device in which an exterior storage structure is attached using a support adjustment part, and the installation is performed by fixing the angle adjustment part to the support member. After that, the installation process involves adjusting the angle of the arm member in the front-rear direction and attaching it to the angle adjustment part. Adjusting the position in the vertical direction and attaching it, and also adjusting the position in the front and back direction and installing the bottom decorative panel receiving metal fitting with respect to the front decorative panel receiving metal fitting; To the bottom of the
The method is characterized in that it includes a step of commonly attaching an exterior decorative panel.

[Function J] Therefore, in the exterior end storage device according to the present invention,
With a support member provided in advance on the back side of the exterior end of the structural frame of the roof of the building,
In order to regulate the roof exterior end surface to a certain dimensional position and within a certain range, the protrusion length and protrusion position of the exterior end,
In addition, the mounting, which serves as the installation standard for the exterior housing, allows extremely accurate positioning of the support member as a base part in the front-rear direction and up-down direction, and since this support member is fixed to the building frame, The load of the exterior housing structure, such as installing rain gutters or attaching exterior decorative panels, can be borne by the roof structure, making it possible to secure the eaves exterior exterior housing structure even more firmly.

In addition, the support member can be attached to the gutter receiving bracket assembly in the angle adjustment section, or the arm member can be attached by adjusting the angle in the front and back direction, so that the angle adjustment section can be set to the desired angle. In addition, the above-mentioned mounting is performed by adjusting the position of the front decorative panel receiving metal fitting in the vertical direction in the support adjustment section for the arm member;
By adjusting the position of the bottom decorative panel receiving metal fitting in the front and back direction with respect to the front decorative panel receiving metal fitting, the supporting adjustment part can be positioned as required, and furthermore, the gutter receiving metal fitting adjusted in this way can By attaching each exterior decorative panel to the metal fittings assembly, or the front decorative panel receiving metal member and the lower decorative panel receiving metal fitting to the front eave and the lower eaves, the exterior edges can be adjusted to fit the respective exterior end storage configurations. A partial storage structure can be easily constructed.

[Embodiments] Hereinafter, different embodiments of the exterior end storage device and its construction method according to the present invention will be described in detail with reference to FIGS. 1 to 25.

For convenience of explanation, in each of these example structures, the front eave at the exterior end of the structural frame of the roof of the building and the decorative panels of the lower eaves will be used as decorative panels (hereinafter referred to as 1 eave decorative panel). (also referred to as eaves decorative storage structure)
In the case of an exterior edge storage device at the eaves for a rain gutter installation structure that includes finishing installation (hereinafter referred to as a single eaves rain gutter installation structure), and for a single eave end decorative storage that does not include the installation of the rain gutter. The case of the exterior end storage device at the eaves of the structure will be classified separately and described in turn.

In addition, in each of these embodiment structures, for convenience of explanation, the support member provided at the end of the exterior will be referred to as a "support pass-through member", and the front decorative panel receiving metal fitting will be referred to as a "curtain plate receiving metal fitting", and the front decorative panel receiving metal fitting will be referred to as a The decorative panel is also referred to as a "curtain board," and the lower decorative panel receiving metal fitting is also referred to as a "temporary eaves soffit receiving metal fitting," and the lower decorative panel is also referred to as an "eaves top board."

(Exterior end storage device with rain gutter installation structure including finishing installation of decorative eave end storage) Fig. 1 shows a rain gutter installation structure on the roof of a building according to a first embodiment to which the exterior end storage device of the present invention is applied. FIG. 2(a) to d) is an overall side view showing an outline of the.

3(e) is a cross-sectional explanatory diagram schematically showing the outline of each different example of a decorative eaves part with a rain gutter installed in a roof structure, and FIG. 3(a) is an angle adjustment part for installing the same. Figure (b) is an exploded perspective view showing details of the angle adjustment part for the same installation, Figure (e) or g) is an enlarged side view showing the gutter receiving bracket assembly including the above installation. FIG. 4, FIG. 5, and FIG. 6 are perspective views showing different examples of the fixed arm member including the bearing plate of the section, and FIG. 4, FIG. 5, and FIG. , an enlarged sectional view of the V-V line section, and the VT-Ml line section, FIG.
Figures 8, 9, 10 and 11 show the same gutter receiving metal assembly, level metal fittings, and curtain plate receiving metal fittings.

Detailed drawings showing temporary eave ceiling brackets and joint fittings, FIG. 12 is a detailed diagram showing another example of the above joint fittings,
FIG. 13 is a side view showing another example of a decorative storage structure for the gutter receiving metal device.

In each of the figures according to the first embodiment, particularly in the configuration shown in FIG. 1, the building structure to which the device of the first embodiment is applied is composed of a structure frame (1000) and a metal roof structure, in this case, a horizontal roof plate. It consists of a horizontal roof structure (1010) using

That is, as the structure frame (1000), for example, structure supports (fo
ol) and a gassho beam (1002) fixed to the upper end of the structure support (1001) with a predetermined roof slope and with the eaves side slightly protruding.

Moreover, on the gassho beam (1002), a plurality of purlin members (100
3) are passed at predetermined intervals so as to be perpendicular to the roof slope, and are fixed by welding, bolting, etc. as appropriate, and on the entire surface of each of these purlin members (1003),
For example, after installing a heat insulating board (1004) as a roof board through the interposition of a joint member (1004a), etc., on the heat insulating board (1004), from the ridge side parallel to the roof slope to the eaves. A plurality of roof rafter members (1005) with flanges on both sides made of channel steel or the like are inserted at predetermined intervals over the sides, and fastening fittings (100
6) to fix it.

In addition, the horizontal roof structure (1010) in this case relates to a publicly known structure proposed by the present inventor. Using a so-called stepped square type horizontal roof board (1011), each of the rafter members (
1005), and as is well known, the suspender members (10
13), and in this way the roof is raised from the ridge side to the eaves side. In addition, in the figure, (101
4) is the eave bracket fixed to the tip of each rafter member (1005), and (1015) is the eave bracket (1014).
This is an arabesque attached to the eaves.

Then, the rain gutter installation structure (10) of the first embodiment is mounted and supported through the top surface of the tips of all the gassho beams (1002). , a support passage member (1) made of C-channel type lightweight steel is fixed. There are no restrictions on the means for fixing the supporting pass-through member (1) through the upper surface of the tip of the gassho beam (1002), but for example, a mounting method formed in a cross-sectional shape having the required strength may be used. Use the bracket (2), and attach the bracket (2) to the upper surface of the tip of the gassho beam (1002) by welding, or as appropriate, attach it with bolts and nuts (3), etc. The mounting can be done by welding the support through member (1) on the bracket (2) in the same way, or by fixing it with bolts and nuts (4) as appropriate. , support through member (
1) Firmly fix.

Regarding the self-supporting pass-through member (1) mentioned earlier, in this case, a separate member is newly installed, but if there is an existing member of the same type that can be used for the applicable exterior end, you can also use this. Of course, there is no problem.

Therefore, the rain gutter installation structure (lO) in the first embodiment, which is attached to the support passage member (1) via the angle adjustment part (11), includes the rain gutter installation structure (lO). The whole of the eaves section is made into a decorative structure as expected, and each part of the front eaves and lower eaves is equipped with one curtain board as an exterior decorative panel and one eave top plate that can be used as a decorative panel for the eaves section. It is then installed and finished.

As shown in FIG. 2, the main overall shape of the eaves part is, for example, the following four types and one separate type. Namely.

a) After forming the eaves perpendicular to the roof slope, the soffits are rounded.
The first form is placed parallel to the root slope (Figure 2 (a))
.

b) Similarly, after forming the eaves perpendicular to the roof slope,
A second form in which the eaves are placed in a horizontal direction (Figure (b) C), and a third form in which the eaves are formed in a vertical direction and the eaves are placed parallel to the roof slope (Figure (c) l). .

d) Similarly, the fourth form in which the eaves are formed vertically and placed in the eaves horizontally (this is the same figure (d)), and as another form with a deeper eave part, e ) Corresponding to the fourth form, there is a fifth form based on a piloti style in which the soffit part is particularly deep and the tip of the eave is appropriately supported by supports and opened to the outside (Fig.
e)).

On the other hand, the single curtain top plate attached as an exterior decorative panel to each part of the front eave and the lower eave is also formed into any desired cross-sectional shape in accordance with each of these forms.

Therefore, the rain gutter installation structure (lO) according to the first embodiment
As shown in FIGS. 1 and 3, the attachment is fixed to the support passage member (1) with an angle adjustment part (11), and the attachment is with an angle adjustment part (11). A gutter receiving metal fitting assembly (21) that is supported by adjusting the inclination angle in the front and rear direction, and the gutter receiving metal fitting assembly (21)
), a level metal fitting (41) is supported by adjusting the vertical level, and a curtain temporary support metal fitting (51) is supported by adjusting the vertical position and front and rear inclination angle respectively. , and an eave ceiling temporary bracket (61) that is supported by adjusting the longitudinal position and vertical inclination angle respectively, and separately, the eave ceiling temporary bracket (61) includes: A joint fitting (71) is added to further increase the degree of freedom in giving the shape of the eaves decoration.

First, the angle adjustment part (11) is formed by forming a steel plate into a U-shape in cross section, as shown in FIGS. 3(a) and 3(b). A bearing plate (12) protruding forward with a hole (12a) and a through hole (13a).
) with a downwardly extending fixed arm member (13).
14) is brought into contact with a predetermined position on the front surface of the support passage member (1), and the mounting is firmly fixed with bolts and nuts (15).

In the shaft hole (12a) of the bearing plate (12),
The gutter receiving fitting assembly (21) is attached by the shaft pin (19).
) is pivoted so as to be swingable in the front and back direction, and an angle adjustment bolt (16) having a bearing part (17) with a shaft hole (17a) is separately provided, and this is similarly attached to the shaft pin (19). ), the gutter receiving fitting assembly (21) is pivotally supported, and its angle adjustment bolt (16) is attached to the fixed arm member (1).
This gutter receiving metal fitting assembly (21) is inserted through the through hole (13a) of 3) and screwed together with a set of adjustment nuts (18) so as to sandwich the peripheral portion of the through hole (13a). The tilt angle can be adjusted and the support can be fixed.

Therefore, the installation configured in this way requires the angle adjustment part (11
), the gutter receiver bracket assembly (21) to be attached to the angle adjustment part (11) can be installed by screwing forward and backward the adjusting nut (18) of the - set, as shown by the arrow (A).
) can be installed in the front-back direction by setting the inclination angle arbitrarily.

Moreover, the bearing plate shown in FIGS. 3(a) and 3(b) (
Regarding the fixed arm member (13) including 12), the same figure (
It is also possible to form it as shown in e) or g).

That is, in the case of the configuration shown in FIG. 3(c), the fixed arm member (
13) A square pipe of a predetermined length is used, and a pair of bearing plates (12) are arranged in series on both sides of the upper end thereof.
The flange (14) is integrally welded and fixed to the front surface of the support passage member (1). In addition, in the case of the configuration shown in FIG. 3(d), the bearing plate (12) and the fixed arm member (13) can be mounted across the front and upper surfaces of the support through member (1). 14a) are integrally welded and fixed, and in the case of the configuration shown in FIG.
4b) are integrally welded and fixed. moreover,
Same figure (f).

In the case of configuration (g), the flange (14c) is integrally welded and fixed to the bearing plate (12) and the fixed arm member (13) in an angular mounting reinforced by the support plate (14d), It is designed to be attached to the lower surface of the support passage member (11).Now, each of these fixed arm members (13
) has unique advantages in terms of production, strength, and installation, and these also provide the same effects and effects as described above.

Next, as shown in FIGS. 3 and 7, the gutter receiving metal fitting assembly (21) has a rear formwork (22) of sufficient height using a square vibrator, respectively; A reference horizontal frame (23) extending forward from the lower side of this rear formwork (22)
and a relatively low-height front formwork (24) provided at the front end of the reference horizontal frame (23).

The rear formwork (22) has shaft holes (25) and (26) at the upper end and the lower part thereof for respectively inserting the shaft bins (19), and at the lower end and the lower part. A fixing hole (27) is formed respectively. The reference horizontal frame (23) has an upper insertion hole (28) in the middle part.
A lower adjustment nut (29) is suitably fixed thereto, and insertion holes (30) which are located at both the front and rear ends and pass through the upper and lower parts are respectively drilled. The front formwork (2
4), each upper fixing hole (3) of the upper and lower pairs is located in the upper half.
1) and a lower fixing hole (32) at the lower end.

In addition, the reason for reducing the height of the front E front formwork (24) is as follows.
In relation to the curtain plate receiving metal fitting (51) described later, the rain gutter (1) from the front into this gutter receiving metal fitting assembly (21) is
This is to facilitate the charging and installing work of the rain gutter (1021), but especially if the configuration of each part is such that it does not cause difficulty in the charging and installing work of this rain gutter (1021), it is not necessarily necessary to do so. There is no need to reduce the height of the front formwork (24).

Moreover, the level fittings (41) are shown in FIGS. 3 and 8.
As shown in the figure, the length is set to fit between the rear formwork (22) and the front formwork (24), and a fixed height adjustment bolt (42) is installed at the lower part of the middle. A height adjustment bolt (42) is fixed to be screwed into the lower adjustment nut (29) through the upper insertion hole (28) of the reference horizontal frame (23), and the reference horizontal frame (23) is fixed at both front and rear ends. Each insertion hole (43) is drilled corresponding to each insertion hole (30), and separately, each of these insertion holes (43)
, (30) is provided with a fixing pin (44) which is inserted through it.

Therefore, the level configured in this way) L/metal fittings (41)
Now, by rotating this while screwed together and adjusting the screw advance and retreat, the reference horizontal frame (23
), that is, the installation level of the rain gutter (1021), can be adjusted arbitrarily on the condition that these reference horizontal frames (23) and the level fittings (41) are parallel to each other. Set the height (if the thread pitch between the lower adjustment nut (29) and the height adjustment bolt (42) is small,
The height can be set within a practically sufficient range without being affected by the conditions, and after adjusting the brackets, the fixed bin (44)
from one of the insertion holes (43) to the insertion hole (30) on the same side.
), the level metal fittings set in this S (
41) on this level fitting (41).

Furthermore, by setting the installation level of the rain gutter (1021) received in the gutter receiving metal assembly (21) as desired, rainwater flowing into the rain gutter (1021) can be drained well. be.

Further, as shown in FIGS. 3 and 9, the curtain plate receiving metal fitting (51) has a width that allows it to fit on the outside of the front formwork (24) from the front, and a width that allows it to fit on the outside of the front formwork (24) from the front. Formwork (2
It is a steel plate formed into a U-shaped cross section with sufficient length comparable to 2), with a hole (52) drilled in the upper end for upper mounting, and a notch in the front of the lower end. (53), and each upper fixing hole (31) of the set is formed in the lower part.
), and a lower adjustment hole (55) in the vertical direction corresponding to the lower fixing hole (32) is formed at the lower end. It is.

Therefore, in the curtain plate receiving metal fitting (51) constituting the curtain plate receiving part in this way, after fitting this into the front formwork (24) from the front, for example, either one (of course).

For installation, use bolts and nuts (56) in the main adjustment elongated hole (54) and upper fixing hole (31), and in the lower adjustment elongated hole (55) and lower fixing hole (32). For installation, the curtain plate bracket (51) can be attached to the front formwork (24) by inserting bolts and nuts (57) into each and tightening them. Other auxiliary fittings (not shown) can be attached to the upper mounting holes (53) as necessary.

In addition, this curtain temporary support metal fitting (51) serves as a front formwork auxiliary metal fitting to compensate for the height of the front formwork (25), which has been lowered due to the above-mentioned reason, by an amount corresponding to the lowered height. Also serves as

Also, each of these installations requires bolts and nuts (56).
, by loosening (57) once, the front formwork (2
4), based on the relationship with the temporary eave ceiling bracket (61) described below, as shown by the arrow (C), the curtain plate bracket (61) is installed.
51) in the vertical direction using each of these main adjustment slots (54).
), each upper fixing hole (31) and lower adjustment slot (55).

It can be arbitrarily adjusted and set within the size range of each combination with the lower fixing hole (32), and as shown by the arrow (D), for example, the lower adjustment elongated hole (55), the lower fixing hole (32)
The angular position can be arbitrarily adjusted and set by tilting forward in the vertical direction around , and by tightening it again, each set position can be secured.

Note that the notch (52) at the lower front of the curtain temporary holder (51) can be set at an angular position by tilting it forward in the vertical direction, especially the lower fixing hole (3).
2), when setting the inclination angle position based on the length adjustment using the lower adjustment slot (55), the front formwork (
24) acts as an escape hole to avoid the lower end corner. On the other hand, this vertical forward inclination allows the rain gutter (1021
) to facilitate charging and installation work.

Furthermore, the temporary eave ceiling bracket (61) having the joint metal fitting (71) is formed as follows.

For convenience of explanation, first, the joint metal fitting (71) will be described. This joint metal fitting (71) is shown in FIG.

and as shown in FIG. 11, the rear formwork (
22) and the front formwork (24), a vertical joint flat part (72) using a square vibrator of a predetermined length and having a cross-sectional dimension that can be inserted and removed from below in an adjustable manner inside the lower end of the front formwork (24), and the rear formwork. (22) and the front formwork (24), an inner width that matches the outer dimensions of the vertical joint flat part (72), and a predetermined length, the steel plate is formed into a U-shaped cross section. The horizontal joint flat part (73) is formed by inserting and fixing the lower end of the vertical joint flat part (72) into the front half of the horizontal joint flat part (73) and integrating it into a side-curved shape. In the upper part of the vertical joint flat part (72), the lower adjustment elongated hole (55
), and a lower horizontal adjustment hole (75) is formed in the rear half of the horizontal joint flat part (73), respectively. As for the joint fittings (71), prepare one set for the rear formwork (22) and one for the front formwork (24).

And each joint fitting (71) forming these pairs is as follows:
One of them is inserted into the lower end of the rear formwork (22) from below, and the lower fixing hole (27) and the upper adjustment elongated hole (
74) is attached with bolts and nuts (76), and the other side is inserted into the lower end of the front formwork (24) from below and attached with bolts and nuts (57). Installation is done with bolts and nuts (76
), by loosening (57), the rear formwork (
22) and the front formwork (24), the vertical position of each joint fitting (71) as shown by each arrow (E) based on the relationship with the temporary eave ceiling fitting (61). can be adjusted and set as desired within the dimensional range of each upper adjustment elongated hole (74), and this can be done again.

By tightening, each setting position can be secured, and furthermore, the eave ceiling temporary bracket (61) described below can be used.
), making it possible to adjust its vertical position, longitudinal position, and inclination angle.

In addition, among the respective joint fittings (71), the rear formwork (2
For those corresponding to 2), as a separate example, the 12th
The joint fittings (na) shown in the figure can be used.

That is, this joint fitting (71a) is a vertical joint part (72a) formed from a steel plate in a U-shape in longitudinal section, with a width matching the inner dimensions of the rear formwork (22) and a predetermined length.
and a horizontal joint made of a steel plate formed into a U-shaped cross section with an inner width that matches the outer dimensions of the rear formwork (22) and, in turn, the outer dimensions of this vertical joint part (72a), and a predetermined length. The lower end of the vertical joint part (72a) is inserted into the intermediate part of the horizontal joint part (Oa), and the pivot is pivoted by a countersunk rivet (77) serving as a pivot shaft. The vertical joint part (72a
), the upper adjustment hole (74a) in the vertical direction corresponding to the lower fixing hole (27) is connected to the horizontal joint part (
In both the front and rear parts of 73a), there are lower adjustment slots (75a), (75a) in the front and back direction at predetermined pitch intervals.
In the joint fitting (71a) according to this other example, the joint fitting (71)
is the same effect as f.

In addition to achieving the desired effect, in this case, it is possible to swing around the countersunk rivet (77) as a pivot shaft.

Next, regarding the front eave top plate receiving metal fitting (61), this eave top temporary receiving metal fitting (61) is shown in Fig. 3 and Fig. 1.
As shown in Fig. 0, each of the joint fittings (71) is installed by adjusting the vertical position on the rear formwork (22) side and the front formwork (24) side, respectively. 7
1) A steel plate is formed into a U-shaped cross section so that it can be fitted from below to the outside of the 1).
It is formed by drilling adjustment fixing holes (62) in the front and rear direction at predetermined pitch intervals, and these joint fittings (71)
The lower adjustment slots (75) and (75) in (71) are each installed using bolts and nuts (63), and each installation is done by taking the position into consideration. , the position in the front-rear direction indicated by arrow (F) can be arbitrarily adjusted and secured.

Therefore, when configuring the eave ceiling temporary support part in this way,
As mentioned earlier, these temporary eave ceiling brackets (61) and their respective joint metal fittings (71), (71) (or one of the joint metal fittings (71a)) are (71), (71) (or one joint fitting (71a)) arrows (E), (E)
By adjusting the mutually parallel positions of the eave ceiling temporary brackets (6
By adjusting the vertical positions of 1) so that they are not parallel to each other, the longitudinal inclination angle of the temporary eave ceiling bracket (61) shown in arrow (G) can be set arbitrarily. 61) With respect to itself, the longitudinal position of the arrow (F) can also be set arbitrarily, and each of these adjustments, i.e., the podium combined adjustment of the arrows (E), (F) and (G) directions This makes it possible to set and secure the position of this eave roof temporary bracket (61) with a sufficiently high degree of freedom.

By the way, the rain gutter (1021) corresponds to each gutter receiving metal fitting assembly (21) that is placed side by side in the eaves area mentioned above.
The most basic aspect of installing a support is as follows.

That is, as shown in FIG. 3(a), in the front formwork (24) of each gutter receiving metal fitting assembly (21), the curtain plate receiving metal fitting (51) is also attached to the rear side. Formwork (22
) and the front formwork (24), the eave ceiling temporary bracket (
61) are both installed at the standard position, first, the receiving material (1022) is fitted through the entire upper end of each curtain plate receiving metal fitting (51), and in this state, the rear mold The frame (22), the standard horizontal frame (23), the level fittings (41), and the front formwork (24),
Furthermore, a rain gutter (1021) formed in a predetermined cross-sectional shape is in contact with the inside surrounded by the curtain plate receiving metal fitting (51).
accept.

Next, on the front side of each curtain plate receiving metal fitting (51), that is, on the main surface leaving the upper and lower parts of the eaves surface, a curtain plate (1023) as an eaves decorative panel is attached, and each eave top plate receiving metal fitting ( 61)
On the lower surface, that is, on the main surface leaving behind the front part of the eave surface, each eave top board (1024) is installed as a decorative panel for the eave through the joint part (1025) and fixed as appropriate. At the same time, on the upper side of each curtain plate receiving metal fitting (51), leave a joint (1026) between the curtain plate (1023) and connect the rain gutter by straddling the receiving material (1022). (1
021) that reaches the inner surface of the upper part is fitted and fixed appropriately, and similarly, on the lower side,
Leave joints (1028) and (1029) between the curtain board (1023) and the eaves top board (1024), respectively.
The curtain board corner material (1030) is fitted and fixed as appropriate, and each of these joint parts (1025), (10261,
(102g+, (1029)) is finished by embedding joint material as appropriate.

In addition, the front curtain board bracket (51) and the eave ceiling temporary bracket (6)
1) The means for installing temporary decorative panel curtains and eaves top boards is not necessarily limited to the above configuration (although other methods may be used as long as the same effect can be obtained). Of course, any attachment method may be used for attachment.

Next, another type of curtain plate decorative storage structure that is attached to the front side curtain plate receiving part of the front curtain plate receiving metal fitting (51) will be explained.
Let's talk about Figure 3.

In the configuration shown in FIG. 13, the curtain plate receiving metal fitting (51
) to the upper fixing hole (52) drilled in the extension support bracket (
81) is installed so as to project forward and slightly upward, and the front end of this extension auxiliary metal fitting (81) and the eave ceiling temporary support metal fitting (81), which is positioned so as to protrude slightly forward, are attached. 61), by using bolts and nuts (84), (84) to connect the curtain temporary support bracket (83) that will be on the front side of the eave, and attach it to the downward diagonal side. A right-angled triangular shaped curtain plate receiving part is formed, and as in the previous statement, this curtain plate receiving part is also a curtain plate with a downwardly wavy cross section as an eaves decorative panel. (1023a), Kasa Wood (1027
a) and the curtain board corner material (1030a) are fitted and attached as appropriate to complete the desired eave-ceiling structure.

In addition, regarding the use of each front end of the curtain plate receiving metal fitting (51) in the curtain plate receiving part and the eave ceiling temporary receiving metal fitting (61) in the configuration shown in FIG. The configuration is not necessarily limited to this configuration, and a completely separate auxiliary metal fitting may be used, or another appropriate curtain plate holder auxiliary metal fitting and/or may be used for the lower end of the curtain plate holder auxiliary metal fitting (83). Interpose auxiliary fittings such as extension auxiliary fittings, or use these as curtain temporary holder fittings (51), J
Or connect it to the eave ceiling temporary bracket (61),
Arbitrary modified configurations are easily possible for each.

That is, as described above, the curtain plate receiving metal fitting (51
), and the position and inclination angle setting associated with each adjustment of the eave ceiling temporary bracket (61), the main shape of the overall decorative storage shape of the eaves edge part is determined as shown in FIG. 2 (a). ) or dJ each of the first to fourth forms of the four types shown, and each curtain plate receiving part and eave roof temporary receiving part that are compatible with the provision of the fifth form shown in (e) of the same figure. can be configured as desired, and as a result, these first to fourth . and a curtain plate at the eaves corresponding to each of the fifth forms,
Furthermore, the decoration of the eaves end using the eave top board can be carried out very well and effectively.

Next, FIG. 14 is an overall side view showing an outline of a roof gutter installation structure in a building according to a second embodiment to which the exterior end storage device of the present invention is applied, corresponding to FIG. FIG. 15 is an enlarged sectional view of the bi-double line part shown in FIG. Fig. 19 shows a third embodiment in which the joint fittings shown in Fig. 11 are also used.

and FIG. 13 is a partial side view showing the main parts of each assembled state according to a fourth embodiment in which the joint metal fittings shown in FIG. 12 are used together.

First, in the configuration of the second embodiment, in the configuration of the first embodiment, the rear formwork (22) of the gutter receiving fitting assembly (21) is
, and the respective joint fittings (71), (71) (joints for the lower end of the rear formwork (22) The metal fittings (including the metal fittings (71a)) were interposed, but the following changes were made.

That is, as shown in FIGS. 14 and 16, for the lower end of the former rear formwork (22), the rear formwork (22) is extended downward by the corresponding length. Then, in place of the lower fixing hole (27), a lower adjustment elongated hole (27a) with some margin in the vertical direction is used, and this lower adjustment elongated hole (27a) allows the eaves ceiling to be adjusted in the same way as above. The temporary bracket (61) is connected, and the 14th
As shown in the figure and FIG. 17, the lower end of the latter front formwork (24) is
) The curtain plate holder (51), which can be attached by adjusting the vertical position, is extended downward by the corresponding length, and the width is narrowed down to about the thickness of the plate to form a semicircular arc-shaped end surface. The lower adjustment elongated hole (55) is replaced with the main adjustment elongated hole (54), and a lower adjustment elongated hole (55a) with some margin is bored in the vertical direction in the extension part, and this lower adjustment elongated hole ( 55a), the eave ceiling temporary bracket (61
) are linked together.

Further, as shown in FIG. 18, the configuration of the third embodiment is similar to that of the first embodiment in that in the configuration of the second embodiment, a joint fitting ( 71)
In addition, as shown in FIG. 19, the structure of the fourth embodiment is the same as the structure of the second embodiment.
As in the case of the first embodiment, on the rear formwork (22) side,
Attach the eave ceiling temporary bracket (61) through the joint metal fitting (71B).
) are linked together.

Therefore, in the eave ceiling temporary support metal fittings (61) according to the second to fourth embodiment configurations that configure the eave ceiling temporary support part in this way, the configuration itself is different from that of the first embodiment configuration. This can be simplified as much as possible, and in addition, in the configuration of the second embodiment, the adjustment of the vertical position of the eave roof temporary bracket (61) is restricted, but the layer 9 can be firmly attached. It has the advantage of being 3rd. In the configuration of the fourth embodiment, in particular, the degree of freedom in position setting, including adjustment of the vertical position of the connecting point on the rear side, with respect to the connecting point on the front side, which serves as one fulcrum, is increased in each implementation. This can be improved accordingly, and it is possible to effectively support the eave roof temporary bracket (61).

(Exterior end storage device with decorative eaves storage structure) FIGS. 20 and 21 show a fifth example to which the exterior end storage device of the present invention is applied. 22 is a side view showing an outline of the decorative storage structure for the roof of a building according to the sixth embodiment, and FIG. FIG. 23 is an exploded perspective view showing the details of the support adjustment part for attaching the upper curtain temporary bracket and the eave roof temporary bracket.

Fifth. Also in the sixth embodiment, the support through member (1) is attached to the angle adjustment part (11) and the support adjustment part (111) as in the case of each of the above embodiments.
A decorative eave end storage structure (100) is installed through the eaves end decorative storage structure (100), and the entire eave end excluding the rain gutter (1021) is made into the desired eave end shape, And the front eaves.

Each part of the lower eave is finished by attaching nine eave top panels as exterior decorative panels to each part to accommodate the corresponding eaves.

In this case, the configuration of the fifth embodiment is such that the rain gutter (102
The configuration of FIG. 2(a) is adopted with the exception of 1), and the configuration of the sixth embodiment similarly adopts the configuration of FIG. 2(b).

However, these fifth. FIG. 20 shows a decorative storage structure (100) for each eaves part according to the sixth embodiment.

As shown in FIG. 21, FIG. 22, and FIG. 23, the attachment is fixed to the support passage member (1) by the angle adjustment part (11), and the attachment is fixed by the angle adjustment part (11).
11), the mounting arm member (121) and the mounting arm member (121
), which forms a support adjustment part (111), and which is attached by adjusting the vertical position. It is composed of a temporary eave ceiling bracket (151) that can be attached by adjusting the inclination angle in the front-rear direction.

First of all, the angle adjustment part (11) is attached to the 22nd
As shown in the figure, in addition to having the same configuration as that in FIG. 3(b), the shaft hole (12a) of the bearing plate (12) is
) to the arm member (131).
121) is axially supported so as to be swingable in the front-rear direction, and
The attachment is performed using a support plate (12) protruding from the arm member (121).
4) For the pivot hole (125), insert the shaft bolt/nut f.
133), the angle adjustment bolt (132) is
Through hole (13a) for angle adjustment in fixed arm member (13)
A set of angle adjustment nuts (134) are screwed onto the angle adjustment bolt (132) so as to sandwich the fixed arm member (13).In this way, the installation is completed. The support adjustment part (111) and, by extension, the arm member (12)
1) is supported and fixed so that the inclination angle can be freely adjusted.

Therefore, the installation configured in this way requires the support adjustment part (11
1), and furthermore, the arm member (121) is attached to the entire arm member (121) as in the case of each of the above embodiments.
34) by screwing forward and backward to adjust the angle of inclination of the arm member (121) in the front and back direction of the arm member (121).
A set of mounting holes formed in the vertical direction are elongated holes (123).
(123) to adjust the arrangement direction, which will be described later.In other words, the finished shape at the eave edge is adjusted to the roof slope direction (H), that is, as in the first form shown in FIG. 2(a). , the arrangement direction (I) and its arrangement angle (J) corresponding to the shape of the eaves of the curtain board and eaves top board, which will be described later.
can be adjusted and set very easily and arbitrarily.

In addition, the above-mentioned installation includes a curtain plate receiving metal fitting (141) that is attached to the arm member (121) by adjusting the vertical position, and adjusting the vertical position and front and rear inclination angle of the curtain plate receiving metal fitting (141). The eave end decorative fitting (171) that is set and installed, that is, the curtain board 8
The adjustment part (140) for installing the eave end decorative storage structure (100) such as the eave top plate and the like is the 20th part.
The configuration is as shown in FIGS. 21 and 23.

That is, the attachment has a forward U-shaped cross section so that it can be fitted from the front side of the arm member (121), and is provided at least on the upper side, and has a set of adjustment elongated holes (1) for vertical adjustment.
23) and (123), the holes (142), (142) and the connecting hole (143) are drilled at the lower end, respectively, and the hole (143) is drilled in the middle of these holes. Then, sequentially, the preliminary installation is done through the holes (144).

(144) Curtain plate holder with holes (14
1), and the cross section is upwardly U-shaped, and connecting holes (152) are drilled on the front end side, and preliminary connecting holes (153) are drilled sequentially from there toward the rear side.
.

(153) Temporary eave ceiling bracket with holes drilled in it (1
51), and these number brackets (141)
, inside the connecting part of (151), that is, the curtain plate holder (14)
1) Square pipes or the like are welded together in a side cursor shape so that they can be fitted into the lower end and the front end of the temporary eaves bracket (151), respectively, and the connecting holes ( An adjustment elongated hole (162) for vertical adjustment is formed corresponding to the vertical adjustment hole (143), and the connecting hole (162) is provided on the rear side of this hole.
Adjustment long hole (152) for longitudinal adjustment formed corresponding to
163) are provided with connecting fittings (161) each having a hole therein.

The adjustment section (140) performs this installation under the eaves in the fifth section. In each of the sixth embodiments, the arm member ( 121), that is, each of the embodiments shown in FIGS. 121), first fit the curtain plate holder (141) from the front side, and adjust the length as desired for installation at the vertical position (I). Each of the fittings (121) and (141) is mounted through a hole (142).

(142) and adjustment slots (123), (123) to fix each other with bolts and nuts (171), (1
71), and then attach a connecting metal fitting (161) to the lower end of the curtain plate receiving metal fitting (141).
) and insert the upper and lower sides of the parentheses S in the vertical direction (
For installation in I), after finely adjusting the length, pass through each connecting hole (143) and adjustment slot (162),
Both of these are fixed to each other by fixing bolts and nuts (172).

In this case, if the absolute length of the curtain plate receiving fitting (141) is longer than necessary, for example, the connecting hole (143)
After cutting the side to an appropriate length and reducing the length, the lowermost preliminary mounting hole (14
By reusing 4) as the connecting hole (143),
The vertical height of the eaves can be set as desired.

On the other hand, the front end of the temporary eave ceiling bracket (141) is inserted from the outside into the front and rear sides of the connecting bracket (161) whose vertical position (I) and inclination angle (J) have been set as described above. and make fine adjustments in the longitudinal position (H), and also the setting of the connecting fitting (161) and the eaves angle (K), that is, according to the fifth embodiment shown in FIG. In the case of the above-mentioned form (corresponding to the first form in Fig. 2 (a)), the eaves angle (K) is set perpendicular to the connecting fitting (161) and parallel to the roof slope, and , In the case of the form according to the second embodiment shown in Fig. 21 (corresponding to the second form shown in Fig. 2 (b)), the eaves angle (L) is set in the horizontal direction and Then, both of them are fixed with fixing bolts and nuts (173) through the respective connecting holes (152) and adjustment slots (163).

Even in this case, as in the above case, if the absolute length of the eave roof temporary bracket (151) is longer than necessary, for example, the preliminary connecting holes (153), (153),
By cutting the rear side of the area to an appropriate length and reducing the length, the length can be set as desired for installation at the soffit. The rear end on the opposite side of the eaves temporary bracket (151) can be attached directly to the above-mentioned structure frame (1000), or optionally via a suitable attachment such as a stay. Just do it.

Therefore, according to the adjustment unit (140), this eaves installation is performed by satisfying various conditions for the basic framework for attaching curtain panels and eave top panels as exterior decorative panels at the front eaves and lower eaves. It can be configured in any desired shape and dimension in any state.

Next, the fifth. In the configuration of the sixth embodiment, the eave-end fitting is performed by a curtain plate as a nine-eaves decorative fitting structure (100) for the adjustment part (140)! 3 and the installation of the eaves top board.

As mentioned above, this eave-edge fitting is performed by attaching the eave-edge curtain board as the eaves-edge decorative panel and the eave top plate of the eave-strip part to the adjustment part (140), thereby creating an eave-edge decorative storage structure. (100), but in this case, as an example of the configuration, the above-mentioned 1. and the second embodiments (corresponding to FIGS. 2(a) and 2(b), respectively) will be described in the fifth and sixth embodiments.

That is, the first form (
(corresponding to Fig. 2 (a) above), the roof slope (H)
In contrast, the installation is performed by adjusting the vertical angle using the support adjustment part (111) and the arm member (121), and the installation is performed by attaching the curtain plate receiving bracket (141) to the arm member (121).
By adjusting the position in the vertical direction, the curtain board bracket (141) is fixed and held at a predetermined length in the direction perpendicular to the roof slope, and the eaves temporary bracket (141) at the lower end is fixed and held at the specified length. 151), the curtain plate holder (14
It is extended and maintained in a direction perpendicular to 1) and parallel to the roof slope. In other words, in this state, the adjustment part (140) has the above-mentioned symbols (H), (I), (J), and (K) for mounting and supporting the eave end decorative storage structure (100). )
This also means that all the eaves fittings placed on the eaves are set in the directions, angles and positions indicated by the adjustment part (140), so that each of them is set as expected. It also means to be kept in a series.

In this state, the amount of the curtain plate on the eaves edge side is the curtain plate (102) as the eaves decorative panel, with respect to the main surface portion extending over the entire length of the metal fitting (141) in the height direction.
3b) is set in series! At the same time, there are joints (1026) between the curtain plate (1023b) and
b), the curtain plate upper member (1031b) that reaches the eaves arabesque board (1015) is placed on the upper side, and the curtain plate amount exceeds the lower end of the metal fitting (141) on the lower side, and the eave ceiling temporary support metal fitting ( 15
1) Curtain plate corner material (10
30b) are installed and fixed as appropriate, and each joint part (1026b) is filled with a joint material to finish the work. Also, the temporary eave ceiling brackets (1026b) are installed on the back side of the eaves.
151), the eaves top board (102
4b) are installed in series and fixed as appropriate to complete the process.

That is, in the case of the configuration of the fifth embodiment, the amount of each curtain plate on the metal fitting (141) side is the same as the curtain plate configuration in the normal state (
Curtain board (1023b), curtain board upper member (1031b),
and curtain board corner material (1030b)), and on each eave top temporary bracket (151) side, the eave top board (1024bl)
It is possible to fix and mount the structure very easily and easily with each structure in series, and in this case, as a result, the first structure shown in FIG. 2(a) is
It is possible to configure a decorative eave storage structure (1001) of the form.

Subsequently, in the second embodiment according to the sixth embodiment shown in FIG. 21 (corresponding to the above-mentioned FIG. 2(b)), the mounting is performed using the support adjustment part (111) and the mounting with respect to the roof slope (H). Arm member (
121), and the amount of the curtain plate to the arm member f121) is adjusted by adjusting the vertical position of the metal fitting (141). The predetermined installation in the direction perpendicular to the slope is fixed and held by the length, and the eave ceiling temporary bracket (151) at the lower end is fixed in each of these arrangements! It is extended and held in the horizontal direction, regardless of direction.

Therefore, in this condition, the eave installation is done by the adjustment section (
Regarding 140), this is the decorative storage structure at the eaves (100
) for mounting and supporting the above-mentioned symbol (H),
(1), (J) and (L) are set in each direction, angle and position, and this also means that all eaves fittings placed at the eaves shall be adjusted. It is also meant that through the section (140), each of these is maintained in the desired series alignment.

Also, in this state, the amount of curtain board on the side of the eaves of the metal fitting (141) is the width of the horizontal roof board ( 10
11) A plurality of curtain panels (10
320) are installed in a series and are engaged and attached to each other, and on the upper side of each of these curtain boards (1032c), there is a curtain board upper member (1031c) that reaches the eaves arabesque board (1015). to hide makeup, and also,
On the lower side, the amount of the curtain plate is accommodated by the eave arabesque board (1016) attached to the lower end of the metal fitting (141), and the eaves temporary bracket (151) on the back side of the eave is fitted. Then, the front part of the eave top board (1033c) in contact with the eaves arabesque board (1016) is used to hide the decoration, and in the front-rear direction, the main surface covering the entire length of f is covered with the eave decoration. Install a series of eave top boards (1024c) as panels,
Finish by fixing it appropriately.

That is, in the case of the configuration of the sixth embodiment, each curtain plate has a plurality of curtain plates in the form of a small face plate (curtain plate (1032c), and curtain plate upper member (1032c) on the metal fitting (141) side).
031c) ), and each eave ceiling temporary support member (1511
On the side, the structure of the eaves top plate (1024C) can be fixed and installed extremely easily and easily with each configuration being set in series, and as a result, as shown in Fig. 2 above. It is possible to configure the second form of the eave end decorative storage structure (100) in (b).

In addition, the above-mentioned 5. In each of the sixth embodiments, FIG.
b) 1st. Although each of the second forms has been described as being configured individually, by using the same method, the same figure (c)
, (It is quite natural that each of the third and fourth forms shown in (di) can also be configured, and the adjustment of the installation of one curtain plate and one eaves top plate in each example is not necessarily limited to the above configuration. It's not a thing.

Next, in the configurations of the first to sixth embodiments,
Although the case where the exterior end storage device of the present invention is applied to a horizontal roof structure has been described, as shown in FIGS. 24 and 25, a vertical roof structure as each of the seventh and eighth embodiments, As an example, this method can also be applied to a roof structure (1110) using folded plates, and similar effects and effects can be obtained.

Here, the seventh embodiment shown in Fig. 24 has a folded roof structure (
1110), which is formed into a desired cross-sectional shape, on the end surface side of the folded roof plate (1111),
This is a case where the exterior end storing device of the present invention is applied, and the eighth embodiment shown in FIG. be.

Note that in FIG. 25, (1123) indicates a curtain plate as a front decorative panel, as in each of the above cases.

〔Effect of the invention〕

As described in detail above, according to the present invention, the gutter receiving bracket assembly for supporting rain gutters is installed on the support member of the exterior end of the structural frame of the roof of a building using the angle adjustment part. In the exterior end storage device for mounting, a gutter receiving bracket assembly is fixed to a support member of a structural frame so that the angle can be adjusted in the front and rear directions via an angle adjustment part;
Rain gutters installed with level adjustment inside the gutter receiving metal assembly,! 3 and a gutter receiving bracket assembly in which a rain gutter is installed. In addition, the mounting is provided on the angle adjustment part, the mounting is provided on the arm member to fix the support adjustment part so that the angle can be adjusted in the front and rear direction, the mounting is provided on the support adjustment part, and the mounting is provided on the support adjustment part. The front decorative panel receiving fitting is attached to the arm member so that its position can be adjusted in the vertical direction, and the lower decorative panel receiving fitting is attached to the front decorative panel receiving fitting so that its position can be adjusted in the longitudinal direction. Since the exterior decorative panel is commonly attached from the front of the panel receiver to the bottom surface of the lower decorative panel receiver, the following effects can be obtained in conjunction with the construction method.

First, because the supporting member provided at the exterior end of the structural frame restricts the exterior end face to within a certain size range and within a certain size range, the protrusion length and position of the exterior end face storage structure, and by extension, For installation, which is the installation standard for exterior storage, the positions of the support member as the base part in the front and back directions and the top and bottom directions are specified, and as a result,
It is possible to install rain gutters using the gutter receiving metal assembly on the support member, or attach exterior decorative panels to the support member with great ease and accuracy, and because the support member itself is fixed to the structural frame, , the combined load of the gutter receiving metal assembly, the exterior decorative panel, and each member attached thereto can be borne by the roof structure, making this type of exterior storage structure even more effective. Strong installation allows for fixation.

The attachment to the support member is done by the gutter receiver bracket assembly in the angle adjustment part, or by the attachment of the arm member with the angle adjusted in the front and rear direction. The angle can be easily set in the
In addition, for the arm member, installation is done by adjusting the position of the front decorative panel holder in the vertical direction using the support adjustment section, and adjusting the position of the bottom decorative panel holder in the front and back direction with respect to this front decorative panel holder. When compared to conventional structures, the degree of freedom and accuracy in setting the positions and angles of each component in the required directions can be greatly improved, and each exterior edge can be easily and effectively installed. To easily and efficiently attach exterior decorative panels of the front eaves and lower eaves to a gutter receiving metal assembly matching the form of the section, or to the front decorative panel receiving metal fittings and the lower surface decorative panel receiving metal fittings.

In addition, the exterior storage structure itself has been simplified in this way.

In addition, the ease of construction work can be easily achieved, so it is possible to effectively reduce the number of required parts, which were conventionally required individually for various forms of structure at the exterior edge. Moreover, there is no need to consider the waiting time and time adjustments that were conventionally required in conjunction with other types of work during construction, and the installation conditions for the exterior storage structure are fully satisfied. It has excellent features such as improved workability and the ability to perform work safely and efficiently.

[Brief explanation of drawings]

FIG. 1 is an overall side view showing an outline of a rain gutter installation structure on the roof of a building according to a first embodiment to which the exterior end storage device of the present invention is applied, and FIGS. 2(a) to 2(d). and (e) are cross-sectional explanatory diagrams schematically showing the outline of each different example of a decorative eave end with a rain gutter installed in a roof structure. The same figure (b) is an exploded perspective view showing details of the angle adjustment part, and the same figure (c) or g) shows the angle adjustment part shown in the above figure. FIG. 4, FIG. 5, and FIG. 6 are perspective views showing different examples of fixed arm members including bearing plates, and FIGS. - An enlarged sectional view of the V line part and the Vl-Vl line part, FIG. 7,
Figures 8, 9, 10 and 11 show the same gutter receiving metal assembly, level metal fittings, and curtain plate receiving metal fittings. Detailed drawings showing temporary eave ceiling brackets and joint fittings, FIG. 12 is a detailed diagram showing another example of the above joint fittings,
FIG. 13 is a side view showing another example of a decorative storage structure for the gutter receiving metal device. Further, FIG. 14 is an overall side view showing an outline of a roof gutter installation structure in a building according to a second embodiment to which the exterior end storage device of the present invention is applied, corresponding to the above-mentioned FIG. 3, 1st
5 is an enlarged cross-sectional view of the bi-double line part in FIG. 1
Figure 9 shows a third embodiment that uses the joint fittings shown in Fig. 11 above, and a fourth embodiment that uses the joint fittings shown in Fig. 12 above.
It is a partial side view which shows the principal part of each built-in state by an Example. Further, FIGS. 20 and 21 show a fifth example to which the exterior end storage device of the present invention is applied. FIG. 22 is an exploded perspective view showing the details of the angle adjustment section for installing the decorative storage structure for the roof of a building according to the sixth embodiment; FIG. FIG. 2 is an exploded perspective view showing details of a support adjustment section for attaching the upper curtain plate receiving metal fitting and the eave ceiling temporary receiving metal fitting. Furthermore, FIGS. 24 and 25 are side explanatory views showing respective outlines of the case where the exterior end storage device of the present invention is applied to the exterior end of a folded roof structure. (1)...Support (through) member, (2)...Mounting with bracket, (3), (4)...Mounting with bolts and nuts, (
10)...Gutter installation structure, (11)...Mounting angle adjustment part, (12)...Bearing plate, (12a)...Shaft hole, (13)...・Fixed arm member, (13a)... Through hole, (14)... Mounted on flange, (15)... Mounted with bolts and nuts, (Step 6)...
... Angle adjustment bolt, 17) ... Bearing part, (17a) ... Shaft hole,
18)...Adjusting nut, (19)...Shaft pin,
21)...Gutter receiving bracket assembly, 22)...Rear formwork, (23)...Reference formwork, 24)...Front formwork, (25), (26)
...shaft hole, 27), (27a) ... lower fixing hole, lower adjustment long hole, (2g), (30) ... insertion hole, (29) ... adjustment nut, (31)...Top fixing hole, (32)...Bottom fixing hole, (4)...Level fitting, (42)...Height adjustment bolt, (43)... ...Insertion hole, (44)...Fixing bin, (51)...Curtain board (front decorative panel) receiving bracket, C52)...Top mounting hole, (53)... Notch, (54)...Main adjustment slot, (55), (55a)...Lower adjustment slot,
(56), (57)... Installation is done with bolts and nuts,
...Eave top board (bottom decorative panel) receiving metal fittings, ...
Adjustment fixing hole...Mounting with bolts and nuts 5. 71a...Joint fitting 1. 72a...Vertical joint portion 1. 73a...Horizontal joint part 1, 74a)...Upper adjustment long hole 1. 75a...Bottom adjustment slot, ...Mounting with bolts and nuts, ...Countersunk rivet, ...Extension auxiliary fitting 1, (84)...Mounting with bolts and nuts,・・・・・・
The amount of the curtain plate is auxiliary metal fittings, ... Decorative storage structure at the eaves, ... Installation is the support adjustment section, ... Installation is the arm member, ... Shaft support hole, (123) ...・Adjustment slot,...
... Support plate, (125) ... Pivot hole 1, (13
3)...Axle bolt/nut,...Angle adjustment bolt, (134)...Angle adjustment nut, (140)...Adjustment part for eaves installation, (141)
...Curtain board (front decorative panel) receiving metal fittings, (142)
, (144)... hole for installation, hole for preliminary installation, (1
43)...Connecting hole, (151)...Eave top plate (bottom decorative panel) receiving bracket, (152)...Connecting hole, (153)...Preliminary connecting hole, (171) ) , (172) , (173)
...Fixing bolts and nuts, (1000...Structure frame, (1001...Structure support column, (1002...Gassho beam, (1003)...Purlin member, (1004) )...Insulation board, (1004a)...Joint member, (1005)...Roof rafter member, (1007...Fixing fittings, (1010)...Horizontal roof structure , (1011)・
...Horizontal roof board, (1012...Front material, (1013)...Holder member, (1014...Eave bracket, (1015)...Eave arabesque board, (1021) )... Rain gutter, (1022)...
Passing material, (1023), (1023a), (
1023b), (1032c)... = Curtain board (front decorative panel), (1024), (1024b), (1024c)
)...Eave top board (bottom decorative panel), (1025), (1026), (1026b)
, (1028), (1029)...Joint part, (1027), (1027a)..."Kasa wood, (
1030) , (1030a) , (1030b)
---- Curtain corner material, (1031b), (103
1c) -Curtain plate upper member, (1033C)...Eave top plate front member, (1110)...Folded roof structure, (llll)...Folded plate, (1123)...Curtain Board (front decorative panel). Patent applicant: New Year's Beauty Industry Co., Ltd. Figure 13+(, lj(, 10 Procedural amendment (voluntary) June 6, 1990

Claims (7)

[Claims] (1) An exterior end storage device that attaches a gutter receiving bracket assembly for supporting rain gutters to a support member at the exterior end of a structural frame of a building roof using an exterior storage installation angle adjustment section. , a gutter receiving fitting assembly that is attached and fixed to the support member of the structural frame through the mounting angle adjustment part so as to be adjustable in the front and rear directions; A gutter, a front decorative panel receiving metal fitting that is attached to the front surface of the gutter receiving metal fitting assembly in which the rain gutter is installed so that its position can be adjusted at least in the vertical direction, and a lower decorative panel receiving metal fitting that is attached to the lower surface of the same so that its position can be adjusted at least in the longitudinal direction. An exterior end storage device characterized in that an exterior decorative panel is commonly attached from the front surface of the front decorative panel receiving fitting to the bottom surface of the bottom decorative panel receiving fitting. (2) An exterior end storage device that attaches an exterior storage structure to a support member at the exterior end of a structural frame of a building roof using an exterior storage installation angle adjustment section and an exterior storage installation support adjustment section. , a mounting arm member provided on the mounting angle adjustment section and for mounting and fixing the mounting support adjustment section so as to be able to adjust the angle in the front-rear direction; A front decorative panel holder is provided with a front decorative panel holder that is installed in an adjustable position, and a bottom decorative panel holder that is installed with the front decorative panel holder in a position adjustable manner in the front and back direction, An exterior end storage device characterized in that an exterior decorative panel is commonly attached to the lower surface of the metal fittings. (3) A fixed arm member with a bearing plate protruding forward is suspended and fixed to the mounting angle adjustment portion, and the gutter receiving metal assembly or the mounting arm member is attached to the bearing plate. The gutter receiver is pivotably supported and suspended so as to be swingable in the front and rear directions, and the gutter receiving fitting assembly or the mounting arm member can be coupled to the fixed arm member so as to be adjustable in the front and rear direction. The exterior end storage device according to claim 1 or 2. (4) An angle adjustment hole is formed through the fixed arm member at an appropriate location, and an angle adjustment bolt pivotally supported by the gutter receiving metal assembly or the mounting arm member is inserted through the angle adjustment hole. , A fixed arm member is placed on the angle adjustment bolt, and a pair of angle adjustment nuts are screwed together, and the gutter receiver bracket assembly or attachment is attached to the fixed arm member by screwing forward and backward adjustment of each of these angle adjustment nuts. 4. The exterior end storage device according to claim 1, wherein the arm member is configured to have an angle in a longitudinal direction. (5) At least one set of elongated holes are bored in the vertical direction on the mounting arm member, and the front decorative panel receiving fitting can be mounted by vertically adjusting the position with respect to each of these elongated holes. 3. The exterior end storage device according to claim 2, characterized in that: (6) A method for constructing an exterior end closure device in which a gutter receiving bracket assembly for supporting rain gutters is attached to a support member at the exterior end of the structural frame of a building roof using an exterior closure installation angle adjustment section. the step of mounting and fixing the mounting angle adjusting part to the support member, and then adjusting the angle of the gutter receiver metal fitting assembly in the front-rear direction to the mounting angle adjusting part, and attaching the gutter receiver to the mounting angle adjusting part; Adjust the level of the rain gutter and install it inside the metal fitting assembly, and place the rain gutter against the front of the gutter receiving metal assembly in which the rain gutter is installed.
adjusting the position of the front decorative panel receiving fittings at least in the vertical direction, and adjusting the positioning of the lower decorative panel receiving fittings at least in the longitudinal direction with respect to the same lower surface and attaching them to each; A method for constructing an exterior end storage device, comprising the step of commonly attaching an exterior decorative panel to the lower surface of the decorative panel receiving fitting. (7) A method for constructing an exterior end casing structure in which an exterior casing structure is attached to a supporting member at the exterior end of the structural frame of a building's roof using an exterior casing attachment angle adjustment section and an exterior casing attachment support adjustment section. the step of mounting and fixing the mounting angle adjustment section to the support member, and then adjusting and mounting the mounting arm member provided on the mounting angle adjustment section in the front-rear direction; On the other hand, the step of vertically adjusting and installing the front decorative panel receiving metal fitting provided in the mounting support adjustment section, and also adjusting the position of the lower decorative panel receiving metal fitting in the front and rear direction with respect to the front decorative panel receiving metal fitting and installing it. A method for constructing an exterior end storage device, comprising the steps of: mounting an exterior decorative panel in common from the front surface of the front decorative panel receiving fitting to the bottom surface of the bottom decorative panel receiving fitting.