JP2511312B2 - Gutter support device - Google Patents

Description

Description: TECHNICAL FIELD The present invention relates to a gutter receiving fitting device for installing and supporting a rain gutter installed at a roof eave tip portion of a building structure, and more specifically, to a roof eave tip portion. The front of the eaves (hereinafter referred to as the eaves) and the bottom of the eaves (hereinafter referred to as the eaves) corresponding to makeup makeup
The present invention relates to a gutter receiving metal fitting device capable of effectively mounting each decorative panel.

[Conventional technology]

Conventionally, for example, in the case of a building structure having a metal roof structure, a plurality of water sprinkling members are specified from the ridge side to the eaves side in contrast to a shed structure constructed by giving a predetermined roof slope of the structure skeleton. Arranged at intervals, the metal roofing board is raised on each of these rafter members to form a metal roof structure, and at the eaves end, to an appropriate support member protruding from the tip of each rafter member. The gutter receiving metal fittings are suspended and attached to each of them, and a series of rain gutters provided with a predetermined flow gradient are installed and supported through the respective gutter receiving metal fittings. As the storage structure, the curtain plate and the eaves top panel, which are the decorative panels on the eaves and the eaves, are attached in series.

On the other hand, as the overall basic storage shape of the eaves part,
After mainly forming the eaves orthogonally to the roof slope, store the eaves back in parallel with the roof slope, or to store them horizontally, and after forming the eaves vertically, Four types of configurations, that is, the eaves are stored in parallel with the roof slope or are stored horizontally, are appropriately selected and used.

[Problems to be Solved by the Invention]

However, in such a conventional gutter receiving metal fitting device used for supporting installation of a rain gutter, it is necessary to support rain gutter supporting conditions by each gutter receiving metal fitting at a construction site, for example, corresponding to eaves tip structures of various forms. , The problem of adjusting the support angle of the rain gutter at the eaves part, the problem of setting the flow gradient of the rain gutter, the curtain plate support and the eaves top plate as the front and bottom decorative panels in the eaves make-up of the rain gutter according to the eaves shape The flexibility of each support form with the support and the problem of the simplicity of the support structure, or the workability for the installation and installation of the rain gutter and the curtain plate and the eaves roof plate for high-place work, and also the safety Since various supporting conditions such as improvement problems are intertwined with each other and are extremely diverse, there is a demand for a gutter receiving metal fitting device that can satisfy these problems.

The present invention is intended to meet such a conventional demand, and an object thereof is to provide eaves and eaves in eaves makeup reception by various receiving fittings as an eaves structure at a construction site. An object of the present invention is to provide a gutter receiving metal fitting device capable of effectively constructing a mounting structure for a curtain plate and an eaves top plate.

[Means for solving the problem]

In order to achieve the above-mentioned object, the gutter receiving fitting device according to the invention of claim 1 is attached and fixed to a gutter supporting fitting such as rafters projected to the eaves of the roof structure to provide a rear vertical frame and a front vertical shaft. And a gutter receiving metal fitting assembly for installing and supporting a rain gutter in the frame, and a vertical vertical position on the front of the front vertical frame, and A curtain plate receiving metal fitting is attached so as to be able to adjust the front-rear tilt angle to form a curtain plate receiving portion, and a lower part of the rear vertical frame and a lower part of the curtain plate receiving metal fitted to the front vertical frame, The eaves top plate receiving part is attached so that the front and rear position in the horizontal direction and the front and rear inclination angle can be adjusted to form the eaves plate receiving part, and the cross section shape is formed in accordance with the structure of the curtain plate receiving part. The curtain plate as a decorative panel on the front of the eaves and the structure of the eaves top plate receiving part And the eaves top plate as an eaves back decorative panel shaped to have a cross-sectional shape.The curtain plate is provided on the front side of the curtain plate receiving fitting, and the eaves roof is provided on the lower surface side of the eaves board receiving fitting. It is characterized in that the plates are attached and supported respectively.

Further, the gutter receiving fitting device according to the invention according to claim 7 is attached and fixed to a gutter support fitting such as rafters protruding to the eaves of the roof structure, and the rear vertical frame and the front vertical frame are erected. It has a frame shape with an open upper part, and has a gutter receiving metal fitting assembly that installs and supports a rain gutter inside the frame, and the vertical position in the vertical direction and the front and rear tilt angle are adjusted on the front surface of the front vertical frame A curtain plate receiving part is attached as much as possible to configure the curtain plate receiving part, and a fitting is provided that can adjust the vertical position in the vertical direction. The vertical position can be adjusted in the lower part of the rear vertical frame. Through the joint fittings, and at the bottom of the curtain plate fittings mounted on the front vertical frame, directly on the curtain plate fittings side, respectively in the vertical position and in the horizontal front-back direction. Eaves top plate with eaves top plate mounting brackets that can be adjusted in position and front-back inclination angle In addition to configuring the housing part, in correspondence with the structure of the eaves top plate receiving part, and the enameled plate as the eaves-end cosmetic panel formed in an arbitrary cross-sectional shape in accordance with the structure of the curtain plate receiving part. An eave top panel as an eaves back decorative panel shaped to have an arbitrary cross-section is provided, and the curtain board is provided on the front side of the curtain board receiving fitting, and the eaves is provided on the lower surface side of the eave top board receiving fitting. The feature is that the top plates are attached to and supported by each.

[Work]

That is, according to the first aspect of the invention, the vertical position in the vertical direction with respect to the front surface of the front vertical frame of the gutter receiving fitting assembly,
And the curtain plate receiving metal fittings that constitute the curtain plate receiving portion by adjusting the front-rear tilt angle are attached, and with respect to the lower part of the rear vertical frame and the lower part of the curtain plate receiving metal parts mounted to the front vertical frame. Is
Since the vertical top-bottom position, the same front-back inclination angle, and the horizontal front-back position can be adjusted to attach the eaves-top-plate receiving bracket that constitutes the eaves-top plate receiving portion, these curtain plates are attached. With the receiving metal fittings and the eaves top plate receiving metal fittings, it is possible to easily give the desired makeup receiving form at the eaves tip.

At the same time, auxiliary members such as extension auxiliary metal fittings and curtain plate auxiliary metal fittings can be attached to the curtain plate metal fittings, so as a decorative panel for eaves to the curtain board receiving part and the eave top plate receiving part. The curtain plate and eaves top plate can be installed more effectively.

Furthermore, through each joint metal fitting on the rear vertical frame side and adjustable in the vertical vertical position, directly on the curtain plate metal fitting side, the vertical vertical position and the same tilt angle , And when installing the eaves plate receiving bracket that constitutes the eaves plate receiving part by adjusting the horizontal front-back position,
It is possible to further improve the degree of freedom in providing the desired makeup delivery form at the eaves.

In this way, it is possible to easily and satisfactorily attach and support the curtain plate and the eaves top plate having a desired cross-sectional shape as the decorative panel adapted to the eaves end portion-separated shape.

Further, the invention of claim 6 is provided with a joint metal fitting capable of adjusting the vertical position in the vertical direction, and at the lower part of the rear vertical frame, the joint metal fitting capable of adjusting the vertical position in the vertical direction is interposed, In addition, in the lower part of the curtain plate receiving member mounted on the front vertical frame, the vertical position in the vertical direction, the front-back position in the horizontal direction, and the front-back inclination angle are adjusted directly on the side of the curtain plate receiving member. Since the eaves top plate receiving portion is configured by mounting the eaves top plate receiving member as much as possible, the degree of freedom in attaching the curtain plate and the eaves top plate can be further increased.

〔Example〕

An embodiment of a gutter receiving fitting device according to the present invention will be described in detail below with reference to FIGS. 1 to 13.

FIG. 1 is an overall side view showing an outline of a roof eaves tip portion of a building structure to which a gutter receiving fitting device according to an embodiment of the present invention is applied, and FIGS. 2 (a) to 2 (d) are the same as the roof eaves tip portion. Cross-sectional explanatory views each showing an outline of another housing shape, FIG. 3 is a side view showing an enlarged view of the above gutter receiving metal fitting device, FIG.
5 and 6 are enlarged sectional views of IV-IV line portion, V-V line portion, and VI-VI line portion of FIG. 3, respectively, FIG. 7, FIG.
FIGS. 9, 10 and 11 show the same gutter receiving metal fitting assembly,
Detailed views showing the level metal fittings, the curtain plate metal fittings, the eaves plate metal fittings, and the joint metal fittings, respectively, FIGS. 12 (a) and (b).
And FIG. 13 is a detailed view and an assembled view showing another example of the fitting of the fitting, respectively, and FIG. 13 is a side view showing another example of the makeup fitting structure for the gutter receiving fitting device.

In each of these drawings, the building structure applied in the configuration of FIG. 1 comprises a structure frame (100) and a side-roof roof structure (110) using a side-roof roof panel.

That is, as the structure skeleton (100), for example, a structure pillar (101) each using an H-shaped steel material, and a predetermined roof slope at the upper end of the structure pillar (101),
It is composed of a joint beam (102) in which the eaves side is fixed so as to project to some extent.

Then, a plurality of so-called C-channel type steel members (103) are laid on the joint beam (102) at predetermined intervals so as to be orthogonal to the roof slope, and appropriately welded,
In addition to fixing with bolts and the like, a heat insulating board (104) as a base plate is laid on the entire surface of each purlin member (103) with, for example, a joint member (104a) interposed.

On this heat insulation board (104), from the ridge side parallel to the roof slope to the eaves side, a plurality of roof rafter members (105) having hollow interiors (105a) with flanges on both sides made of channel steel etc. are arranged at equal intervals. Gutter, which is fixed to the inside of the hollow inside (105a) separately and fixed to the eaves side by fixing it with the fastening metal fitting (107) through the heat insulating board (104). The rafter metal fitting (106) is also attached by appropriately adjusting the protruding length to the eaves end, and the gutter receiving metal fitting device (10) is attached to the eaves side protruding end of the gutter rafter metal fitting (106).

Further, a so-called stepped type horizontal roofing plate (111) is used as the horizontal roofing structure (110), and a hanging member is provided on each rafter member (105) via a base material (112). Material (11
3) so that it can be fastened, and in this way the roof is raised from the ridge side to the eaves side.

In the figure, (114) is an eaves metal fitting fixed to the eaves tip of each rafter member (105), and (115) is an eaves arabesque attached to this eaves metal fitting (114).

Regarding the gutter receiving metal fitting device (10) attached to the eaves side projecting end of the gutter rafter metal fitting (106), the entire eaves portion including the gutter receiving metal fitting device (10) is shaped as expected. Also, the surface of the eaves and the back of the eaves are finished by mounting the curtain plate and the eaves top plate as decorative panels, respectively, according to the same shape as the above.

As shown in FIG. 2, there are the following four types of main shapes of the overall housing shape of the eaves portion. That is, a) The eaves are formed so as to be orthogonal to the roof slope, and then the eaves are arranged in parallel with the roof slope in the first form (Fig. 2 (a)), b). 2nd form (the figure (b)) where the eaves were stored horizontally after being formed orthogonally, c) The eaves were formed vertically, and the eaves were placed parallel to the roof slope 3rd form (the same figure (c)), d) Similarly, the 4th form (corresponding to the same figure (d) and FIG. 1) in which the eave tip was formed in the vertical direction and the eave back was placed in the horizontal direction. , And, on the other hand, the curtain plate and the eaves top plate that are attached as decorative panels to the front and back surfaces of the eaves are shaped to have the desired cross-sectional shape according to each of these forms. To be done.

As shown in FIGS. 1 and 3, a gutter receiving fitting device (10) according to this embodiment includes a gutter support fitting (11) fixed to the eave tip protruding end of the gutter rafter fitting (106), and The gutter support metal fitting assembly (21) supported by adjusting the vertical tilt angle in the vertical direction on the gutter support metal fitting (11) and the vertical level of the gutter support metal fitting assembly (21) are adjusted. Level bracket (41) that is set and installed, same as above Vertical position and vertical tilt angle in the same direction, and curtain plate receiving bracket (51) that is set and installed in the same, same as above Horizontal position, and vertical tilt The eaves top plate bracket (61) is attached by adjusting and setting the angle respectively. Separately, this eaves plate top bracket (61) has a joint to increase the degree of freedom of attachment form. It is preferable to add a metal fitting (71).

First, as shown in FIG. 3, the gutter support fitting (11) is formed by forming a steel plate into a U-shaped cross section, and forming a pair of opposed bearing plate portions (12) with shaft holes (13) and a penetrating plate. A fixed arm portion (14) with a hole (15) is formed, and it is fixed to the eaves-side protruding end of a trough metal fitting (106), which has an adjusted protrusion length toward the eaves side, by appropriate means.

A shaft pin (20) is used for the bearing plate portion (12),
The gutter receiving metal fitting assembly (21) is pivotally supported in the shaft hole (13) so as to be vertically swingable in the front-rear direction, and the fixed arm portion (14) is also provided.
Bearing part (17) with shaft hole (18) for the through hole (15)
Angle adjustment bolt (16) with a set of adjustment nuts (1
9) and the shaft pin (20) are used to fix the gutter receiving metal fitting assembly (21) so that the tilt angle can be adjusted.

Therefore, in the gutter support metal fitting (11) configured as described above, the pair of adjustment nuts (19) are screwed back and forth to adjust the gutter support metal fitting (11) as shown by an arrow (A).
It is possible to arbitrarily set the vertical mounting angle of the gutter receiving metal fitting assembly (21) to be attached to the front and rear.

Next, as shown in FIGS. 3 and 7, the gutter receiving metal fitting assembly (21) includes a rear vertical frame (22) of a sufficient height using square pipes and a rear vertical frame (22). 22) a reference horizontal frame (23) extending from the lower side to the front, and the reference horizontal frame (2
3) The front vertical frame (2
4) It has a gutter receiving metal fitting consisting of and.

In the rear vertical frame (22), shaft holes (25) for inserting the shaft pins (20) into the upper end and the lower part thereof,
(26) is perforated, and at the lower end thereof, an oblong lower adjusting oblong hole (27) having a slight margin in the vertical direction is bored.

The reference horizontal frame (23) has an insertion hole (2
8) is perforated, the lower adjusting nut (29) is appropriately fixed, and insertion holes (30) vertically penetrating both front and rear ends are perforated.

The front vertical frame (24) has a pair of upper and lower fixing holes (34) in the upper half and a lower fixing hole (32) in the lower half.

The reason for lowering the height of the front vertical frame (24) is that in connection with the curtain plate receiving metal (51) described later, the rain gutter (from the front into the gutter receiving metal fitting assembly (21) from the front). This is for facilitating the charging and installing work of (201), but in particular, if the configuration of each part is such that the charging and installing work of this rain gutter (201) is not difficult, It is not necessary to lower the height of the front vertical frame (24).

As shown in FIGS. 3 and 8, the level metal fitting (41) has a length that fits between the rear vertical frame (22) and the front vertical frame (24). Insert the fixed height adjustment bolt (42) into the upper insertion hole (2) of the reference horizontal frame (23).
8) Fix the height adjustment bolts (42) that are screwed into the lower adjustment nuts (29) through 8), and at the front and rear end parts, corresponding to the insertion holes (30) of the reference horizontal frame (23). The insertion hole (43) is drilled, and separately, these insertion holes (30),
A fixing pin (44) is inserted through each of (43).

Therefore, in the level metal fitting (41) configured in this way, the level metal fitting (41) is rotated in the screwed state and screwed back and forth to adjust the level metal fitting (41) with respect to the reference horizontal frame (23). The vertical position of the level metal fitting (41), that is, the level of the rain gutter to be described later is arbitrarily set on condition that the reference horizontal frame (23) and the level metal fitting (41) are parallel to each other (lower adjustment nut). If the screw pitch between the (29) and the height adjusting bolt (42) is small, it can be set within a practically sufficient range without being affected by the condition.

Further, after the above adjustment, the fixing pin (44) is dropped from one of the insertion holes (43) into the insertion hole (30) on the same side, so that the level metal fitting (41) set vertically up and down. The level position can be secured.

Then, the level of the rain gutter (201) to be received on the level metal fitting (41), that is, the gutter receiving metal fitting assembly (21) is arbitrarily set as described above, and the level is set in the rain gutter (201). The vertical position in the vertical direction of each individual level fitting (41) can be properly obtained so that the rainwater that flows in can be effectively removed.

Further, as shown in FIG. 3 and FIG. 9, the curtain plate fitting (51) has a width such that it can be fitted to the outside of the front vertical frame (24) from the front, and the rear vertical frame (22). ) Is a sufficient length comparable to), and a steel sheet is formed in a U-shaped cross section.

An arcuate chamfered portion (52) is formed in the lower part of the front surface, and an upper mounting hole (53) is bored in the upper end part, and the lower part of each of the upper fixing holes (31) is formed. Each corresponding vertical adjustment long hole (54) consisting of a pair of upper and lower sides is pivotally supported at the lower end of the elongate table receiving bracket (61), which will be described later, at the lower end narrowed by about the plate thickness. Lower adjustment slots (55) with some allowance in the vertical direction are formed at the upper and lower positions, respectively.

Therefore, the curtain plate receiving fitting (51) that constitutes the curtain plate receiving portion as described above is fitted into the front vertical frame (24) from the front side, and then each main adjustment elongated hole (54) and each upper fixing hole. The curtain plate receiving fitting (51) can be attached to the front vertical frame (24) by inserting mounting bolts and nuts (56) into (34) and tightening them. At the same time, as will be described later, other auxiliary metal fittings (not shown) can be attached to the upper attachment hole (53) if necessary.

Then, by loosening the mounting bolts and nuts (56) once, the front vertical frame (24) is moved to the arrow (C) on the basis of the relation with the eaves table receiving bracket (61) described below. As shown, the vertical position of the curtain plate fitting (51) in the vertical direction can be arbitrarily adjusted and set within the combined dimension range of the main adjustment elongated holes (54) and the upper fixing holes (34). .

At the same time, when mounting bolts and nuts (56) are provided only on the upper and lower main adjustment slots (54) and upper fixing hole (34), for example, as shown by arrow (D), these mounting bolts・ Angular position by tilting forward in the vertical direction around the nut (56) can be adjusted and set,
Moreover, each set position can be secured by tightening this again.

The curtain plate fitting (51) serves as a front vertical frame auxiliary fitting for compensating the height of the front vertical frame (25) lowered for the above-mentioned reason by an amount corresponding to the lowered height. Further, the arcuate chamfered portion (52) at the lower part of the front surface thereof allows a forward inclination in the vertical direction with respect to the eaves plate receiving metal fitting (61), which will be described later. This facilitates the operation of loading and installing the rain gutter (201) into the receiving metal fitting assembly (21) from the front.

Further, as shown in FIG. 3 and FIG. 10, the eaves top plate fitting (61) has a lower end portion on the rear vertical frame (22) side and a lower end portion on the front vertical frame (24) side. A steel plate is formed in a U-shaped cross section so that the lower end portion of the narrowed width of the curtain plate fitting (51) mounted on the front vertical frame (24) can be received by each.

Then, adjustment plate fixing holes (62) in the front-rear direction are formed at both side plate parts of the eaves plate receiving metal fitting (61) at a predetermined pitch interval, and the adjustment fixing holes (62) are formed at both lower end parts thereof. They are attached to the lower adjustment slots (25) and (75) using respective mounting bolts and nuts (63), and by taking the respective mounting positions into consideration, the arrows (F) are shown. The front and rear positions in the horizontal direction can be arbitrarily adjusted and secured.

In the connection between the eaves plate receiving bracket (61) that constitutes the eaves plate receiving portion, the rear vertical frame (22) for the eaves plate receiving bracket (61), and the curtain plate receiving bracket (51). Is
The vertical position of the eaves table receiving bracket (61) can be arbitrarily set by the movement of the vertical position adjustments indicated by arrows (E) and (E) in parallel with each other. Further, by the movements which are not parallel to each other, it is possible to arbitrarily set the horizontal front-back inclination angle of the eaves plate receiving metal fitting (61) shown by the arrow (G).

At the same time, with respect to the eaves plate receiving metal fitting (61) itself, the horizontal front and rear position of the arrow (F) can be arbitrarily set, and at the same time, each of these adjustments, that is, the arrow (E),
The combined setting adjustments in the (F) and (G) directions make it possible to set and secure the position of the eave top plate metal fitting (61) with a sufficiently high degree of freedom.

Further, the rear vertical frame (2
In connection with 2), it is also one preferable form to interpose the joint fitting (71).

That is, as shown in FIG. 11, the joint fitting (71) is formed with a cross-sectional dimension that can be inserted into and removed from the lower vertical inside of the rear vertical frame (22) so as to be adjustable.

Then, the vertical joint part (7
2) and the outer surface dimensions of the rear vertical frame (22) and the front vertical frame (24), and by extension, the inner surface width and the predetermined length corresponding to the outer surface dimensions of the vertical joint portion (72), the steel plate is cross-sectioned. It consists of a U-shaped horizontal joint (73).

Then, the lower end of the vertical joint (72) is inserted into the front half of the horizontal joint (73), and properly fixed and integrated to form an L-shaped side face, and the vertical joint (72) is also formed. At the upper part of the lower vertical adjustment hole (27) of the rear vertical frame (22) (in this case, it may be a simple fixing hole)
The vertical adjustment long hole (74) corresponding to the vertical direction is formed, while the horizontal adjustment hole (62) of the eaves roof plate (61) is provided in the latter half of the horizontal joint (73). Direction lower adjustment elongated hole (75) is formed.

The joint fitting (71) is inserted into the lower end of the rear vertical frame (22) from below, and passes through the lower adjustment slot (27) and the upper adjustment slot (74) to attach the mounting bolts and nuts (7).
6) Mounted together with the eave top plate bracket (61)
Also, insert into the lower end from below and pass through the lower adjustment fixing holes (62) and (75) to attach bolts and nuts (63).
Install by. By temporarily loosening each of these mounting bolts and nuts (76) and (63), the eaves plate receiving metal fittings here against the rear vertical frame (22) and the eaves plate receiving metal fitting (61). Based on the relationship with (61), the arrow (E)
As shown in, the vertical position of each joint fitting (71) in the vertical direction can be arbitrarily adjusted and set. In addition, it is possible to secure the set position by re-tightening it, and as a result, it effectively supports the eaves plate receiving metal fitting (61), and the vertical position in the vertical direction and the horizontal position. Each adjustment setting such as the front-rear position and the tilt angle can be enabled.

Further, as another example of the joint fitting (71), as shown in FIGS. 12 (a) and 12 (b), a width and a predetermined length that match the inner surface dimension of the rear vertical frame (22). Now, the vertical joint (72a) formed by forming the steel plate into a U-shaped vertical cross section is provided, and the steel plate is cross-sectionally cross-sectioned with an inner surface width and a predetermined length that match the outer surface dimensions of the rear vertical frame (22). A horizontal joint portion (73a) formed in a letter shape is provided.

Then, the lower end portion of the vertical joint portion (72a) is inserted into the intermediate portion of the horizontal joint portion (73a), and pivotally attached by a countersunk rivet (77) serving as a pivot shaft so as to swing sideways. The upper part of the vertical joint (72a) has a vertical upper adjustment slot (74) corresponding to the lower fixing hole (27).
a), and in the front and rear parts of the horizontal joint (73a), horizontal lower adjustment slots (75a), (7
5a) is formed into a joint fitting (71a).

In the joint fitting (71a) according to this another example, substantially the same action and effect as those of the joint fitting (71) can be obtained, and in addition, swinging movement around a countersunk rivet (77) as a pivot shaft is achieved. It can be possible. When the joint fitting (71a) is used, the eave top plate receiving fitting (61) can be supported more effectively.

By the way, the most basic mode of receiving and installing the rain gutter (201) to each gutter receiving metal fitting assembly (21) arranged in series at the eaves part will be described. That is, as shown in FIG. 3, the front vertical frame (24) of each gutter receiving metal fitting assembly (21).
To the rear vertical frame (22) while attaching the curtain plate receiving bracket (51) to the lower end of the curtain plate receiving bracket (51) and the front end of the eaves plate receiving bracket (61). A description will be given of an embodiment in a reference position in which a required portion of the eaves plate receiving metal fitting (61) is attached to each directly or via the joint metal fitting (71).

First, the receiving member (202) is fitted through the entire upper end portion of each curtain plate receiving fitting (51), and in this state, the rear vertical frame (22), the reference horizontal frame (23), and the level. The rain gutter (201) having a predetermined cross-sectional shape is received so as to be in contact with the inside surrounded by the metal fitting (41), the front vertical frame (24), and further the curtain plate metal fitting (51).

Next, a curtain plate (20) as a front panel of the eaves is attached to the main surface of the front eaves surface, which is the front surface of each curtain plate bracket (51), leaving the upper and lower parts.
While fixing 3), each eaves roof with joints (205) as the eaves back panel is attached to the main surface that leaves the front part of the eaves bottom surface, which is the underside of each eaves plate receiving bracket (61). A plate (204) is installed on each of them and fixed appropriately.

Further, on the upper side of each curtain plate bracket (51), the curtain plate (20
3) The joint wood (207) is left between it and the cap wood (207) that reaches the inner surface of the upper part of the rain gutter (201) by straddling the receiving material (202). Let

Further, the curtain plate corner material (210) is fitted on the lower side while leaving the joint parts (208) and (209) between the curtain plate (203) and the eaves roof plate (204), respectively, and stopped appropriately. To wear. And
Then, each joint (205), (206), (208), (20
9) Fill the joint material appropriately and finish.

It should be noted that the curtain plate receiving bracket (51) and the eaves plate receiving bracket (61)
The means for attaching the curtain plate and the eaves-top plate as the decorative plates are not limited to the above-mentioned configurations, and any attachment means may be used as long as the same action can be obtained. Of course not.

Next, another embodiment of the curtain plate makeup receiving structure, which is attached to the front side curtain plate receiving portion of the curtain plate metal fitting (51), will be described.
Referring to FIG.

In the configuration shown in FIG. 13, the curtain plate receiving fitting (51)
For the upper fixing hole (53) drilled in the
Use the nut (82) to attach the extension auxiliary metal fitting (81) so that it projects and extends slightly upward toward the front, and set it so that it protrudes slightly forward and the front end of the extension auxiliary metal fitting (81). In addition, by using the mounting bolts and nuts (84) and (84) between the front end of the eaves top plate receiving metal fitting (61), the curtain plate receiving auxiliary metal fitting (83) on the front side of the eaves is joined, The curtain plate receiving portion is formed in the shape of a right-angled triangle with the hypotenuse facing downward.

In the same manner as described above, the curtain plate receiving portion has a corrugated plate (203a), a shade wood (207a), and a curtain plate corner material (210) each having a corrugated shape with a downward cross section serving as an eaves decorative panel.
The a) is fitted and attached, and these are appropriately fastened to complete the eaves-placing structure as expected.

The front end portions of the curtain plate receiving fitting (51) and the eaves top plate receiving fitting (61) in the curtain plate receiving portion in the configuration shown in FIG. 13 are used as necessary. However, the present invention is not necessarily limited to this configuration, and a completely separate auxiliary metal fitting is used, or another appropriate curtain plate auxiliary metal fitting and / or a lower blade of the curtain plate auxiliary metal fitting (83) is used. Alternatively, any modified configuration such as interposing auxiliary metal fittings such as extension auxiliary metal fittings or connecting these to the curtain plate metal fittings (51) and the eaves plate metal fittings (61) is possible.

As described above, the curtain plate receiving fittings (51) are respectively provided.
2 (a) to 2 (d), which are listed as main ones of the overall fitting shape of the eaves tip part, based on the position and inclination angle setting associated with each adjustment of the eaves top plate bracket (61). It is possible to configure each curtain plate receiving portion and eaves top plate receiving portion that are suitable for applying each of the first to fourth forms shown in the four types as desired. Further, it is possible to perform the makeup treatment with the curtain plate and the eaves top plate at the eaves edge portion corresponding to each of the first to fourth forms extremely favorably and effectively.

〔The invention's effect〕

As described above in detail, according to the present invention, the rear vertical frame and the front vertical frame are erected by being fixedly attached to the gutter supporting metal fittings such as rafters protruding to the eaves of the roof structure. The front panel of the front vertical frame has a vertical vertical position and a front and rear inclination angle adjustable curtain plate, which has a frame shape and has a rain gutter mounting assembly for supporting the rain gutter inside the frame. A bracket is attached to form a curtain plate receiving portion, and a vertical vertical position and a horizontal position are provided on a lower portion of the rear vertical frame and a lower portion of the curtain plate metallic bracket mounted on the front vertical frame. The eaves top plate receiving metal fittings that can adjust the front and rear position in the direction and the front and rear inclination angle are attached to form the eaves top plate receiving portion, and an arbitrary cross-sectional shape corresponding to the configuration of the curtain plate receiving portion. Optional, depending on the structure of the curtain plate as a decorative panel for eaves molded in the front and the structure of the eaves top plate An eave top panel as a decorative panel for eaves that is molded into a cross section is provided, and a curtain board is attached and supported on the front side of the curtain board support bracket and the eave top panel on the lower surface of the eave board support bracket, respectively. Therefore, the vertical position and the front-back inclination angle in the vertical direction can be arbitrarily set as the mode of the curtain plate bracket.

That is, as a mode of the eaves top plate receiving metal fitting, the vertical position in the vertical direction can be adjusted on the rear vertical frame side, and by attaching and supporting directly on the curtain plate receiving metal fitting side, the vertical position in the vertical direction, The front-rear position in the horizontal direction and the front-rear tilt angle can be arbitrarily set.

As a result, with the comprehensive combination of these curtain plate receiving brackets and eaves top plate receiving brackets, the desired form for the makeup receiving structure at the eaves can be set very easily,
In addition, extension auxiliary metal fittings to the curtain plate metal fittings that match this,
Since the auxiliary members such as the curtain plate auxiliary metal fittings can be attached, the curtain plate as a decorative panel for eaves to the curtain plate receiving portion and the eaves roof plate receiving portion and the eaves roof plate can be more effectively used. Can be installed.

In this way, it is possible to easily and satisfactorily attach and support the curtain plate and the eaves top plate having a desired cross-sectional shape as the eaves-end decorative panel adapted to the different eaves-end fitting shapes.

Especially, among the supporting conditions of rain gutters by each gutter receiving metal fitting at the construction site, this is easily satisfied with respect to the attachment and support of the curtain plate as the decorative panel matching the makeup storage shape of the eaves part and the eaves top plate. Therefore, in combination with the simplification of the entire structure, the workability can be significantly improved.

Further, the invention of claim 6 is provided with a joint metal fitting capable of adjusting the vertical position in the vertical direction, and at the lower part of the rear vertical frame, the joint metal fitting capable of adjusting the vertical position in the vertical direction is interposed, In addition, in the lower part of the curtain plate mounting member mounted on the front vertical frame, the vertical position in the vertical direction, the front-back position in the horizontal direction, and the front-back inclination angle can be adjusted directly on the side of the screen plate receiving bracket. By installing the eaves top plate bracket to the eaves top plate receiving part,
The degree of freedom in mounting the curtain plate and the eaves top plate can be further increased.

[Brief description of drawings]

FIG. 1 is an overall side view showing an outline of a roof eaves tip part in a building structure to which a gutter receiving fitting device according to an embodiment of the present invention is applied, and FIGS. 2 (a) to (d) are the same as the roof eaves tip part. Cross-sectional explanatory view showing the outline of each different storage shape,
FIG. 3 is an enlarged side view showing the above gutter receiving metal fitting device, and FIGS. 4, 5, and 6 are IV-IV line parts and V in FIG. 3, respectively.
-V line part and VI-VI line part enlarged sectional view, FIG. 7, FIG.
Fig. 9, Fig. 10, Fig. 10 and Fig. 11 are detailed diagrams showing the gutter receiving metal fitting assembly, the level metal fitting, the curtain plate metal fitting, the eaves board metal fitting, and the joint metal fitting, respectively, and Fig. 12 (a). ，
FIG. 13B is a detailed view and an assembled view showing another example of the fitting of the same fitting, and FIG. 13 is a side view showing another example of the makeup fitting structure for the gutter receiving fitting device. (10) …… Gutter support bracket device (11) …… Gutter support bracket (12) …… Bearing plate (13), (18) …… Shaft hole (14) …… Fixed arm (15) …… Penetration Hole (16) …… Angle adjustment bolt (17) …… Bearing part (19) …… Adjustment nut (20) …… Axle pin (21) …… Gutter receiving metal fitting assembly (22) …… Back vertical frame (23) ) …… Standard vertical frame (24) …… Front horizontal frame (25), (26) …… Shaft hole (27) …… Lower adjustment slot (28), (30) …… Insertion hole (29) …… Adjustment nut (31) …… Upper fixing hole (32) …… Lower fixing hole (41) …… Level metal fitting (42) …… Height adjustment bolt (43) …… Insertion hole (44) …… Fixing pin (51) ) …… Curtain plate bracket (52) …… Arc chamfer (53) …… Upper mounting hole (54) …… Main adjustment slot (56) …… Mounting bolts and nuts (61) …… Eave top plate Mounting bracket (62) …… Adjustment fixing hole (63) …… Mounting bolt・ Nut (70) …… Stop holes (71), (71a) …… Fittings (72), (72a) …… Vertical joints (73), (73a) …… Horizontal joints (74), (74a) ) …… Upper adjustment slot (75), (75a) …… Lower adjustment slot (76)… Mounting bolts and nuts (77)… Sheet head rivet (81)… Extension auxiliary metal fittings (82), ( 84) …… Mounting bolts and nuts (83) …… Auxiliary metal fittings for curtain plate (100) …… Structural frame (101) …… Structural support (102) …… Gassho beam (103) …… Purlin member (104 ) …… Insulation board (105) …… Roof rafter member (105a) …… Hollow interior of rafter member (106) …… Gutter rafter metal fittings (107) …… Fastening metal fittings (110) …… Laying roof structure (111) ) …… Roofed roofing board (113) …… Suspension member (114) …… Eaves metal fittings (115) …… Eaves arabesque board (201) …… Rain gutter (202) …… Receiving material (203), ( 203a) ... curtain board (204) ... Nokitenban (205), (206), (208), (209) .... joints (207), (207a) ...... coping member (210), (210a) ...... curtain plate corner member

Claims (9)

(57) [Claims] 1. A frame structure in which a rear vertical frame and a front vertical frame are erected to be fixed to a gutter supporting metal fitting such as a rafter projecting from the eaves of a roof structure, and the upper part is opened, A gutter receiving metal fitting assembly for installing and supporting a rain gutter is mounted on the front surface of the front vertical frame, and a curtain board receiving metal fitting is attached to the front vertical frame to adjust the vertical position and the front-back inclination angle. A vertical vertical position, a horizontal front-back position, and a front-back tilt angle in the lower part of the rear vertical frame and the lower part of the curtain plate fitting mounted on the front vertical frame. Adjustable eaves top plate receiving metal fittings are used to configure the eaves top plate receiving portion, and a curtain plate as an eaves receipt decorative panel molded in an arbitrary cross-sectional shape corresponding to the configuration of the curtain plate receiving portion. , Eaves backside makeup made in any cross-sectional shape corresponding to the structure of the eaves top plate receiving part And an eaves roof plate as a flannel, and the curtain plate is attached and supported on the front surface side of the curtain plate receiving bracket and the eave top plate on the lower surface side of the eaves plate receiving bracket, respectively. Bracket device. 2. An auxiliary metal fitting, such as an extension auxiliary metal fitting and a curtain plate receiving auxiliary metal fitting, for constituting the curtain plate receiving portion, can be detachably attached to the curtain plate receiving metal fitting. The gutter receiving fitting device according to claim 1. 3. The curtain plate on the front side of the curtain plate bracket,
The gutter receiving bracket device according to claim 1, wherein the eaves ceiling plate is attached to and supported on the lower surface side of the eaves ceiling plate receiving member by connecting them to each other. 4. The gutter support fitting is attached and fixed to the gutter support fitting so that the vertical tilt angle in the vertical direction of the gutter support fitting assembly can be adjusted. Gutter receiving fitting device. 5. The rear vertical frame and the front vertical frame are integrally connected to each other by a reference horizontal frame, and level metal fittings are mounted on the reference horizontal frame so that the vertical level can be adjusted. The gutter receiving fitting device according to any one of claims 1 to 4, wherein the gutter receiving fitting device is provided. 6. An auxiliary metal fitting, such as an extension auxiliary metal fitting and a curtain board receiving auxiliary metal fitting for constituting the curtain board receiving portion, can be detachably attached to the front end portion of the eaves roof board receiving metal fitting. The gutter receiving metal fitting device according to any one of claims 1 to 4 characterized by things. 7. A frame structure, which is fixed to a gutter support metal fitting such as a rafter projecting to the eaves of the roof structure and has a rear vertical frame and a front vertical frame standing upright to form an open upper part, A gutter receiving metal fitting assembly for installing and supporting a rain gutter is mounted on the front surface of the front vertical frame, and a curtain board receiving metal fitting is attached to the front vertical frame to adjust the vertical position and the front-back inclination angle. And a fitting metal fitting that can adjust the vertical position in the vertical direction is provided, and the lower part of the rear vertical frame is provided with the fitting metal fitting that allows the vertical position in the vertical direction to be adjusted, and On the lower part of the curtain plate mounting bracket attached to the vertical frame, directly on the side of the curtain plate supporting bracket, the vertical position in the vertical direction, the horizontal front-back position, and the front-back inclination angle can be adjusted. The plate receiving bracket is mounted to configure the eaves plate receiving part, and the curtain plate receiving part The curtain plate as the eaves-end decorative panel shaped and formed in an arbitrary cross-sectional shape corresponding to the structure of 1. and the eave back shaped and formed in the arbitrary cross-sectional shape corresponding to the structure of the eaves top plate receiving portion An eaves top plate as a storage decorative panel is provided, and the curtain plate is attached and supported on the front surface side of the curtain plate receiving bracket and the eaves top plate on the lower surface side of the eaves plate receiving bracket, respectively. A gutter receiving metal fitting device. 8. A vertical joint part for attaching the joint fitting to the lower end portion of the rear vertical frame so that the vertical position can be adjusted vertically, and the eaves top plate receiving fitting can be adjusted in the front-rear position in the horizontal direction and the inclination angle. The gutter receiving bracket device according to claim 7, characterized in that it is configured by a horizontal joint portion attached to the. 9. The gutter receiving fitting device according to claim 8, wherein the vertical joint portion and the horizontal joint portion are pivotally supported so as to be swingably rotatable.