JP2022105723A - Eaves support material and eaves structure using the same - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide eaves support material capable of being applied to various roofs of a general house, a housing complex or the like, capable of mounting various eaves gutters to eaves of the roof stably and reliably and in particular capable of managing various eaves of existing roofs, and eaves structure using the same.

SOLUTION: Eaves support material 1 of the invention comprises position adjustment mechanisms (12, 18, 19, 131) in which a body 1A being an extrusion material and supporting an eaves gutter 2 arranged at the eaves side of an architectural structure can be assembled slidably and integrated relative to eaves mount material 1B having a mount part 11 mounted to a fascia wall surface 4A and edges of both members are fixed by a fastening tool 9C.

SELECTED DRAWING: Figure 1

COPYRIGHT: (C)2022,JPO&INPIT

Description

The present invention relates to an eaves support material that can be applied to various roofs such as general houses and apartment houses and can stably and surely attach various eaves gutters to the eaves of the roof, and an eave structure using the same. ..

Conventionally, a roof with a rain gutter in which an eaves gutter is attached to the eaves of the roof is known.
For example, as disclosed in Patent Document 1, a roof with a rain gutter in which a mounting base is attached to a roof eaves component, a support arm is rotatably attached to the mounting base, and an eaves gutter is attached to the support arm is provided. Are known.

Square root extraction No. 4-82230

In the roof with a rain gutter described in Patent Document 1, since the support arm can be rotated with respect to the mounting base, the eaves can be horizontally rotated by rotating the support arm according to the slope of the eaves component member, that is, the roof slope. Can be attached to. In short, it can handle different roof slopes.

However, the roof with a rain gutter described in Patent Document 1 is provided with three types of members, a mounting base, a support arm, and an eaves gutter, and the mounting base and the support arm are short, and a plurality of mounting bases can be attached to the eaves. Since the structure members are mounted at intervals in the longitudinal direction, a plurality of mounting bases and support arms are used.
For this reason, a large number of members are required to attach the eaves gutter, the number of component parts is large, the construction is time-consuming, and the cost is high.
Moreover, since the mounting base and support arm are short products formed by adhering a wide variety of small parts or are extremely complicated molded articles, their design and manufacturing costs are high, and they span multiple support arms. Since the eaves gutter is attached, when a person looks at the roof, the eaves component of the roof can be seen.
For this reason, in the conventional roof with a rain gutter, it is necessary to improve the appearance of the eaves portion of the roof by making the eaves component members have an excellent appearance design, which increases the cost.

Therefore, the present invention provides an eaves support material that can be applied to various roofs such as general houses and apartment houses and that can attach various eaves gutters to the eaves of the roof, and an eaves structure using the same. Is.

The present invention has been proposed in view of the above, and is an extruded material, which is an eaves mounting material having a mounting portion in which a main body supporting an eaves gutter arranged on the eaves side of a building is mounted on a fascia wall surface. On the other hand, the present invention proposes an eaves support material characterized by having a position adjusting mechanism that can be rotatably or slidably assembled and integrated, and fixing the other ends of both members with a fastener.

Further, the present invention also proposes an eaves structure characterized by using the eaves support material and a cover material that engages with the eaves tip of the eaves gutter and covers the open upper surface thereof.

The eaves support material of the present invention is an extruded material, and the main body supporting the eaves gutter arranged on the eaves side of the building slides with respect to the eaves mounting material having a mounting portion to be mounted on the fascia wall surface. Equipped with a position adjustment mechanism that can be assembled and integrated as much as possible, even if the fascia wall to be attached is an inclined surface with various angles, it can be stably and surely fixed in the proper position by adjusting it appropriately. can do. In addition, as mentioned above, this eaves support material is not restricted by the angle of the eaves of the existing roof or the eaves of the new roof, and can be installed without being affected by the construction of the roof structure where the eaves can be installed. Therefore, it can be applied to a new roof or an existing roof, and can be easily and suitably used for repairing an existing roof, and the repair work can be easily performed. Further, since the main body is an extruded material, the design / manufacturing cost thereof can be suppressed.

Further, the eaves structure using the eaves support material of the present invention and the cover material that engages with the eaves tip of the eaves gutter and covers the open upper surface thereof is a construction of a new or existing general house or apartment house. It can be applied to various eaves structures of objects, and in particular, various eaves gutters can be easily and surely attached due to the deterioration of the eaves structure of existing buildings.

(A) A side view showing a reference example (reference example 1) of the eaves support material of the present invention (the main body is shown by a solid line and the eaves mounting material is shown by a dotted line), and (b) the eaves support material (main body) of reference example 1. Is shown by a dotted line and the eaves attachment material is shown by a solid line), and (c) is a side view showing an eaves structure using the eaves support material. (A) A side view showing a reference example (reference example 2) of the eaves support material of the present invention (the main body is shown by a solid line and the eaves mounting material is shown by a dotted line), and (b) the eaves support material (main body) of reference example 2. Is shown by a dotted line and the eaves attachment material is shown by a solid line), and (c) is a side view showing an eaves structure using the eaves support material. (A) A perspective view showing a state in which the eaves mounting material of Reference Example 2 is attached to the eaves, (b) a perspective view showing a state in which the main body is assembled to the eaves mounting material, and (c) a state in which a tubular fixture is attached. It is a perspective view which shows (d) the state which installed the eaves edge support material on the eaves eaves. (A) A perspective view showing a state in which an eaves gutter is attached to the eaves support material of Reference Example 2 attached to the eaves, and (b) a perspective view showing a state in which a cover material is attached to the open upper surface of the attached eaves gutter in a covering manner. FIG. 3C is a perspective view showing a state in which a cover material having a predetermined size is butt-attached to the attached eaves gutter. (A) A perspective view showing an example of a main body and a tubular fixative constituting a reference example (reference example 3) of an eaves support material of the present invention, (b) a perspective view showing an example of an eaves attachment material, (c). It is a perspective view which shows the state which the main body and the eaves attachment material are assembled, and (d) is the perspective view which shows the state which further assembled the tubular fixative. (A) Side view of an example of an eaves mounting material constituting the eaves support material of Reference Example 3, (b) a side view of an example of a main body, (c) a front view of an example of a tubular fixture, (d) the main body. It is a front view showing a state in which the eaves attachment material is assembled, (e) a side view thereof, and (f) a front view and a side view of the tubular fixative. (A) is a side view showing another example of the eaves structure using the eaves support material of Reference Example 3, and (b) is a side view showing still another example. (A) Side view showing the main body constituting the eaves support material of one embodiment (Example 1) of the present invention, (b) side view showing the eaves mounting material, (c) tightening by assembling the main body and the eaves mounting material. It is a front view which shows the state fixed by the eaves, (d) the side view. (A) is a side view showing an example of the eaves structure using the eaves support material of Example 1, and (b) is a side view showing another example. (A) Side view showing the eaves support material (using a U-shaped fixative) applicable to the reference example, (b) the front view thereof, (c) the eaves support material applicable to the reference example 2 (reverse U). It is a side view (d) and the front view thereof (using a character-shaped fixative). (A) A side view showing an eaves support material (using an inverted U-shaped fixative) applicable to Reference Example 2, (b) a front view thereof, and (c) an eaves support material applicable to Reference Example 2 (. A side view showing (using an E-shaped fixture), (d) a front view thereof, and (e) a side view showing an eaves-end support material (using a U-shaped fixture) applicable to Reference Example 2, (. f) It is the front view. It is a side view which shows the variation of the structure which at least engages a main body and an eaves attachment member in place of a shaft part and a bearing part in Reference Example 2 (a) to (f).

The eaves support material of the present invention is an extruded material, and the main body supporting the eaves gutter arranged on the eaves side of the building rotates with respect to the eaves mounting material having a mounting portion to be mounted on the fascia wall surface. It is provided with position adjustment that can be assembled and integrated in a movable or slidable manner, and is characterized in that the other ends of both members whose one end is not pivotally attached are fixed by a fastener.
The fascia wall surface to which the mounting portion is attached refers to a part where a fastener such as a screw can be fastened, but is not particularly limited to these, and is composed of a "face" when viewed from the eaves. It may be vertical or inclined.

The fascia wall surface used in the eaves structure of the present invention is not limited in its material and dimensions, particularly the shapes of the bottom surface and both side surfaces, as long as it is provided with a drainage channel for rainwater or the like. It is desirable that a supported portion (for example, a corner shape or a square shape) for supporting the eaves gutter from below is formed below (lower end) of the side surface on the building side. And a cover material is attached so as to cover the open upper surface of this eaves gutter.

The cover material is a member whose eaves tip engages with the eaves tip of the eaves gutter and covers the open upper surface of the eaves gutter, and is downward to the eaves tip as shown in the illustrated embodiment described later. Further, it is desirable to provide a substantially U-shaped engaging portion bent inward and engage the eaves tip of the eaves gutter on the back surface side thereof. Since this substantially U-shaped engaging portion holds the eaves tip of the eaves gutter so as to pull it toward the building, this cover material acts as an arm for holding the load of the eaves gutter. In addition, since this cover material is a member that covers the open upper surface of the eaves gutter as described above, it prevents snowfall from accumulating inside, fallen leaves and the like from invading and accumulating, and birds and the like from nesting. It also has a function, and a water guide port that guides rainwater to the inside, for example, a small-diameter slit hole is formed on the surface thereof, and also has a function of guiding only rainwater into the eaves gutter. As described above, the cover material is a member arranged for the purpose of the above-mentioned effective action. Therefore, if the cover material and the eaves support material of the present invention are fixed, they play a role of holding (supporting) the eaves gutter together with the cover material (that is, supporting the eaves gutter through the cover material).

The eaves support material of the present invention includes a main body that supports an eaves gutter arranged on the eaves side of a building, an eaves mounting material having a mounting portion that is mounted on a fascia wall surface, and the former is rotated or rotated with respect to the latter. It is provided with a position adjustment mechanism that can be slidably assembled and integrated, but the support configuration of the eaves gutter in the main body, the configuration of the mounting portion in the eaves mounting material, and the position adjustment mechanism are not particularly limited. .. The eaves support material of the present invention is basically composed of a plurality of members, but at least the main body and the eaves attachment material are integrally combined at the time of arrangement.

For example, as a support configuration of the eaves gutter in the main body, there is a configuration in which a fixed portion for fixing a cover material covering the open upper surface of the eaves gutter is used.
Further, as another support configuration, there is a configuration in which either one or both of the upper end or the lower end of the side surface of the eaves gutter on the building side is held.
Wear.
Alternatively, these support configurations may be adopted at the same time. In that case, the eaves gutter can be stably held from both sides, that is, the building side and the eave tip side.

Further, the configuration of the mounting portion in the eaves mounting material may be appropriately set according to the shape of the part of the eaves, and not only the eaves mounting material but also the main body is provided with mounting portions to form a plurality of mounting portions. It may be done.

Further, as the position adjusting mechanism, as shown in Reference Examples 1 to 3 described later, one end of the main body and the eaves mounting material (providing a shaft portion on one side and a bearing portion on the other side) is rotatably mounted and tilted. If it is equipped with a mechanism that can adjust the angle, for example, even if the fascia is an inclined surface as the eaves, the mounting part can be adjusted to an arbitrary fixed angle and integrated in a state of contact. It can be fixed stably and surely. In this case, as in the embodiment shown in FIG. 12, which will be described later, the same effect can be achieved even if the shaft is not necessarily rotatably attached to the shaft, as long as at least an engaging portion is formed. The composite member in the engaged state can be easily handled as one member at the time of construction, and in particular, the composite member in the axially mounted state can be handled as an extremely stable one member.
Further, when a configuration is adopted in which both members are fixed by a fixing tool such as a cylinder, a U-shape, or an E-shape, the fixing tool can be attached to a fastener such as a screw that requires tightening, for example. It can be done more easily.

On the other hand, in the illustrated embodiment 1 described later, the present invention has a configuration in which the main body fixes the other ends of both members whose one end is not axially attached to the eaves mounting material with a fastener, and moves in a sliding manner. Since it is a mechanism that can be assembled so that the lateral protrusion dimension can be adjusted, for example, even if the fascia is an inclined surface as an eaves, the mounting part is adjusted to an arbitrary protrusion length and brought into contact with it. It can be integrated and can be more stably and reliably fixed as well.
That is, since the main body is equipped with an adjustment mechanism that can be slidably (moved in a sliding manner) and integrated with the eaves mounting material, it is more stable even if the fascia is an inclined surface as the eaves. And it can be fixed securely.

As a configuration for finely adjusting and locking the two members, the main body and the eaves mounting material, a plurality of stages of engaging teeth are formed on either one member (opposing surface) or both members (opposing surface) in a stepwise manner. It is desirable to have a configuration in which the angle or slide dimension is adjusted by engaging with. This configuration is a known means also applied to the above-mentioned Patent Document 1, for example, but by forming a large number of engaging teeth in a small size, fine dimensional adjustment is possible.
Incidentally, in the illustrated reference examples 1 to 3 described later, a plurality of engaging teeth are provided only on the eaves front mounting material, and a locking convex portion for locking (engaging) the engaging teeth is provided on the main body, and in the first embodiment, the engaging teeth are provided. , An example is shown in which engaging teeth are provided on both members of the main body and the eaves mounting material and engaged (toothed).

The position adjusting mechanism as described above requires a fixing means for integrating both members at an appropriate position, and the fixing means is fitted and fixed by a tubular fixing tool.
In particular, in the illustrated reference examples 1 to 3 described later, as the fixing means, a configuration in which the other ends of both members are fitted with a fixing tool such as a cylinder, a U-shape, or an E-shape is adopted, so that for example, tightening is required. It is superior in workability to fasteners such as screws.
Further, in the illustrated embodiment 1 to be described later, as the fixing means, a configuration is adopted in which the other ends of the main body and the eaves-end mounting material, one of which is not pivotally attached, are fixed by a fastener, so that the workability is excellent. ..

The eaves structure using the eaves support material of the present invention can be applied to various eaves structures of buildings such as new or existing general houses and apartment houses, and in particular, the eaves structure of existing buildings. With aging, various eaves can be easily and reliably attached.

In the eaves support material 1 of Reference Example 1 shown in FIGS. 1 (a) and 1 (b), the main body 1A for supporting the eaves gutter 2 arranged on the eaves side of the building is attached to the eaves (4A). It is provided with a position adjusting mechanism (12, 18, 19, 131) that can be rotatably assembled and integrated with the eaves front mounting member 1B having 11.
In order to explain the configuration of the main body 1A in detail, the main body 1A is shown by a solid line (the eaves mounting material 1B is a dotted line) in FIG. 1A, and the figure is shown to explain the configuration of the eaves mounting material 1B in detail. In 1 (b), the eaves mounting material 1B is shown by a solid line (the main body 1A is shown by a dotted line).
Further, the mounting of the position adjusting mechanism (12, 18, 19, 131) and the tubular fixture 1C in Reference Example 1 is described in Reference Examples 2 and 3 (main body 7A, eaves mounting material 7B, tubular fixture 7C) described later. ), And is clearly shown in FIGS. 3 (d) and 5 (d).

In the main body 1A, a small arc-shaped shaft portion 18 is formed on the building side (right side of the drawing) of the vertical pieces 17 arranged substantially vertically, and the eaves side (left side of the drawing) is inclined toward the eaves side. A piece 16 is formed, a projecting portion 10 projecting from the lower end of the vertical piece 17 toward the building side in a U-shape is formed, and a substantially L-shaped lower holding portion 15 is extended on the eaves side of the lower end thereof. A locking convex portion 19 is formed as a downward piece from the lower surface of the lower horizontal piece 101 forming the protruding portion 10. A ridged portion 10k for preventing the lower side piece 101 is provided on the eaves side of the lower horizontal piece 101.
The eaves tip mounting material 1B is provided with holes 111 and 111 for driving screws 1d into a mounting portion 11 which is a rectangular vertical surface, and a great circle shape in which a shaft portion 18 of the main body 1A is inserted at the upper end thereof. It is a piece material having a bearing portion 12 and a locking receiving piece 13 extending in an arc shape at the lower end thereof. Further, on the upper surface side of the locking receiving piece 13, a plurality of stages of engaging teeth 131 with which the locking convex portion 19 of the main body 1A abuts (locks) are formed.
The lower holding portion 15 of the main body 1A holds (receives) the lower end (held portion 231) of the side surface 23 of the eaves gutter 2 as shown in FIG. 1 (c). Further, a groove-shaped upper holding portion 161 that opens downward is formed between the inclined piece 16 and the vertical piece 17, and the upper holding portion 161 is an eaves gutter 2 as shown in FIG. 1 (c). Holds (engages) the upper end 232 of the side surface 23 of the above.

The eaves support member 1 of Reference Example 1 composed of the main body 1A and the eaves attachment member 1B can be easily and rotatably combined by inserting the shaft portion 18 into the bearing portion 12. Further, since the distance from the bearing portion 12 to the engaging tooth 131 and the distance from the shaft portion 18 to the locking convex portion 19 are substantially matched in advance, the lower end of the locking convex portion 19 faces the engaging tooth 131. Can be installed like this. In this state, the main body 1A can be rotated with respect to the eaves tip mounting member 1B with the shaft portion 18 and the bearing portion 12 as the central axis.
Then, when the predetermined angle is determined, the tubular fixture 1C is deeply fitted to both members 1A and 1B and integrated (fixed). Specifically, the lower horizontal piece 101 of the main body 7A and the locking receiving piece 13 of the eaves attachment member 1B are integrated (fixed) so as to be sandwiched between the upper side portion and the lower side portion of the tubular fixture 1C. .. At that time, since the raised portion 10k for preventing the pull-out is formed on the eaves side of the lower horizontal piece 101, the tubular fixture 1C does not come off due to vibration or the like and can be stably attached. ..

Although the position adjustment mechanism in Reference Example 1 (the same applies to Reference Examples 2 and 3 described later) is referred to as (12, 18, 19, 131), the bearing portion 12 and the shaft portion 18 forming the rotating shaft are used. , The engaging tooth 131 and the locking convex portion 19 to be engaged at an arbitrary position are shown, but a tubular fixture 1C for integration may be included.

The eaves structure shown in FIG. 1C is an example using the eaves support material 1 of Reference Example 1, and the eaves gutter 2 in the eaves structure is the eaves side of a substantially horizontal bottom surface 21 (left side in the drawing). ), A stepped side surface 22 composed of three inclined surfaces and two substantially horizontal planes is formed, and a side surface 23 that stands up substantially vertically is formed on the building side of the bottom surface 21. Drainage channels for rainwater and the like are formed on the bottom surface 21 and the side surfaces 22 and 23.
The inclined surface and the substantially horizontal plane located at the upper end of the side surface 22 on the eaves side are the eaves tip 221 held (engaged) by the engaging portion 32 of the cover material 3.
Further, a corner-shaped held portion 231 is provided at the lower end of the side surface 23, and is placed and held in a substantially L-shaped lower holding portion 15 of the eaves tip support member 1 from above. It is a part of the eaves. The upper end 232 of the side surface 23 is a portion that is inserted and held from below in the upper holding portion 161 of the eaves support member 1.

Further, the cover material 3 in this eaves structure is a member that prevents snowfall from accumulating inside, fallen leaves and the like from invading and accumulating, and birds and the like from forming nests on the surface (decorative surface 31). A plurality of small-diameter slit holes are formed in the eaves as a water guide port 311 for guiding rainwater to the inside, and an engaging portion 32 formed in a substantially U shape is engaged with the eaves tip 221 of the eaves gutter 2 at the eaves tip. A fixing portion 33 which is attached together and fixed to the extending piece 63 of the eaves tip Karakusa 6C is formed near the upper end thereof.
The engaging portion 32 extends diagonally upward from the eaves tip of the decorative surface 31, has its tip bent downward, and its lower end bent inward to form a substantially U-shape. A drainage groove 35 recessed downward is formed at the boundary between the decorative surface 31 and the engaging portion 32, and water guide ports 351 are formed at predetermined intervals.
The fixing portion 33 is a portion located near the building side end of the decorative surface 31, and in Reference Example 1, it is fixed to the extending piece 63 of the eaves arabesque 6C with a screw 3b.

Further, the eaves to which the eaves support member 1 is attached has a structure in which an inclined vertical wall surface forms a fascia wall surface 4A, and the attachment portion 11 which is a vertical surface is placed along the wall surface 4A. Screws 1d and 1d are driven in from the two holes 111 of the mounting portion 11 to fix them.
On the back surface side of the wall surface 4A, an H skeleton 5 forming a roof slope is arranged, and on the upper surface side thereof, a field material 4B made of a wood wool cement board or the like and an exterior material 6A are arranged.
The eaves arabesque 6C is fixed to the eaves edge upper surface side of the field material 4B with screws 6d, and a waterproof sheet 6e is laid.

The exterior material 6A is a horizontal roofing material having a backing material attached to the back surface side, and the exterior material 6A is a hanger 6B fixed to the upper surface of the field material 4B with a screw 6d. , The heat insulating backup material 6f is held and laid on the back surface side.
Further, the eaves arabesque 6C has a mounting and fixing portion 612 to the exterior base of the building and an engaged portion 611 extending from the mounting and fixing portion 612 toward the eaves side to engage the eaves tip of the exterior material 6A. A fixed portion 63 for fixing the cover material 3 covering the upper surface of the eaves gutter 2 so as to project further toward the eaves tip side than the engaged portion 611, and fixed to the upper surface of the field material 4B with screws 6d. Has been done.
Since the mounting and fixing portion 612 and the engaged portion 611 are the building side portion and the eaves side portion of the horizontal piece 61, they are naturally provided on the same straight line, but are recessed downward. It is continuous through the drainage recess 613. Therefore, the exterior material 6A is often laid to form a fine gap, but the drainage recess 613 prevents rainwater or the like that has reached the gap from further penetrating to the upper side of the water due to a capillary phenomenon or the like. Rainwater etc. can flow down to the side.

As described above, in the eaves support material 1 of Reference Example 1, the main body 1A supporting the eaves gutter 2 is rotatably assembled and integrated with the eaves attachment material 1B provided with the attachment portion 11 to be attached to the eaves (4A). Since it is equipped with position adjustment mechanisms 19, 131 that can be changed, the eaves gutter 2 can be installed without any restrictions on the angle of the eaves of the existing roof or the eaves of the new roof. The eaves gutter 2 can be easily and surely attached to the eaves tip (4A) at an appropriate position.
Further, since the eaves support material 1 can be attached without being affected by the construction of the roof structure, it can be applied to a new or existing roof, and in particular, it can be easily used for repairing an existing roof. Repair work can be easily carried out.

Further, since the eaves tip support material 1 of Reference Example 1 includes holding portions (161, 15) for holding the upper ends and lower ends (held portions 231) of the side surface 23 of the eaves gutter 2 on the building side, the eaves gutter 2 is provided. Can be easily arranged and attached.

As described above, since the eaves arabesque 6C is provided with a fixed portion 63 for fixing the cover material 3 covering the upper surface of the eaves gutter 2, the eaves arabesque 6C and the eaves support material 1 of this reference example 1 are provided. By using in combination with, the eaves gutter 2 can be stably held from both sides, that is, the building side and the eaves tip side.

In the eaves support material 7 of Reference Example 2 shown in FIGS. 2 (a) and 2 (b), the main body 7A for supporting the eaves gutter 2 arranged on the eaves side of the building is attached to the eaves (4A). It is provided with a position adjusting mechanism (12, 18, 19, 131) that can be rotatably assembled and integrated with the eaves mounting member 7B having 11.
In order to explain the configuration of the main body 7A in detail, the main body 7A is shown by a solid line (the eaves mounting material 7B is a dotted line) in FIG. 2A, and the figure is shown to explain the configuration of the eaves mounting material 7B in detail. In 2 (b), the eaves mounting material 7B is shown by a solid line (the main body 7A is shown by a dotted line).
The eaves attachment member 7B and the tubular fixture 7C constituting the eaves support member 7 of Reference Example 2 are exactly the same members as the eaves attachment member 1B and the tubular fixture 1C in Reference Example 1, but the main body 7A. In the above-mentioned reference example 1, a vertical piece 73 extending upward, a horizontal piece 72 extending toward the eaves side, and a fixed portion 71 as an extending piece provided at the tip thereof are formed at the upper end of the main body 1A. It is a configuration that is. That is, the eaves support material 7 of the reference example 2 is substantially the same as the reference example 1 except that the main body 7A is formed with a fixed portion 71 for fixing the cover material 3 covering the open upper surface of the eaves gutter 2. Therefore, the same reference numerals are given to the drawings and the description thereof will be omitted.

The eaves structure shown in FIG. 2C is an example using the eaves support material 7 of Reference Example 2, and the eaves gutter 2 and the cover material 3 in the eaves structure support the eaves of Reference Example 1. Since it is exactly the same as the eaves structure of FIG. 1 (c) using the material 1, the same reference numerals are given to the drawings and the description thereof will be omitted.
Therefore, in the eaves gutter 2 in this eaves structure, the upper end 232 of the side surface 23 on the building side is inserted and held from below in the upper holding portion 161 of the eaves support member 7, as in the eaves structure. The held portion 231 provided at the lower end thereof is held in a mounted shape on the substantially L-shaped lower holding portion 15 of the eaves tip support member 7, but is held from the side (inner surface side) in the middle of the height. The side surface 23 is firmly and securely fixed by the screw 2b.
Further, the cover material 3 is fixed with a screw 3b along the fixing portion 33 along the fixed portion 71 provided in the main body 7A instead of the eaves arabesque as described above, and the engaging portion formed in a substantially U shape. The 32 is common in that it is attached by engaging with the eave tip 221 of the eaves gutter 2, but it is more securely and firmly fixed by driving the screw 3c from the eaves side.

Further, the eaves to which the eaves support material 7 is attached is the same as the eaves structure in that the eaves have a slanted fascia wall surface 4A, but the upper surface of the H skeleton 5 forming the roof slope has a wood wool cement plate. A field material 4B and an exterior material 6G made of the above are arranged. Further, on the upper surface side of the eaves edge of the field material 4B, the draining material 6h is fixed by the screw 6d, and the waterproof sheet 6e is laid.
As described above, the eaves to which the eaves support member 7 is attached has a structure in which an inclined vertical wall surface forms a fascia wall surface 4C, and the attachment portion 11 which is a vertical surface is placed along the wall surface 4A. , Screws 1c and 1c are driven in from the two holes 111 of the mounting portion 11 to fix them.

Since the main body 7A in Reference Example 2 includes a fixed portion (fixed portion 71) formed on the eaves arabesque 6C in the eaves structure of FIG. 1 (c), the cover material 3 can be provided only by the main body 7A. It is possible to hold the including eaves gutter 2. That is, in the main body 7A in this eaves structure as well as the main body 1A in the eaves structure, the upper end of the side surface 23 of the eaves gutter 2 on the building side is the upper holding portion 161 and the lower end (supported portion 231) is the lower holding portion 15. However, since the cover material 3 covering the upper surface of the eaves gutter 2 is further held so as to be pulled by the fixed portion 71, the eaves gutter 2 is stably held from both sides, that is, from the building side and the eaves tip side. Can be held.

FIG. 3 shows a construction procedure for constructing the eaves support material 7 of Reference Example 2 on the eaves (fascia wall surface) 4A, and FIG. 4 shows attaching the eaves gutter 2 and the cover material 3 to the eaves support material 7. The construction procedure is shown. That is, the eaves structure of FIG. 2C is constructed by the construction procedure shown in FIG.

First, as shown in FIG. 3A, the eaves attachment member 7B is fixed to the eaves 4A, which is an inclined vertical wall surface (fascia wall surface), but is formed on the vertical attachment portion 11 as described above. Screws 1c and 1c are driven into the holes 111 and 111, respectively, to fix them.
Next, as shown in FIG. 3B, a great arc-shaped bearing portion 12 provided on the attached eaves tip mounting member 7B has a small arc-shaped bearing portion 12 provided on the main body 7A as shown by a wavy arrow in the drawing. The shaft portion 18 is inserted and rotatably combined. In this state, the main body 7A can be rotated with respect to the eaves mounting member 7B with the shaft portion 18 and the bearing portion 12 as the central axis. Therefore, the lower horizontal piece 101 provided on the main body 7A is opposed to the locking receiving piece 13 provided on the eaves mounting member 7B, and the lower lateral side is placed on the multi-stage engaging teeth 131 formed on the locking receiving piece 13. The locking convex portion 19, which is a downward piece formed on the piece 101, is brought into contact with the piece 101. The main body 7A is rotated and adjusted as shown by the broken line arrow at the lower left of the figure, but the main body 7A is finely adjusted so that the vertical piece 17 faces vertically.
In this state, as shown in FIG. 3C, the horizontal piece of the main body 7A (lower horizontal piece 101) and the horizontal piece of the eaves mounting member 7B (locking receiving piece 13) are arranged so as to face each other. In order to maintain this state, the tubular fixture 7C is fitted from the eaves side of both horizontal pieces. Since the opening size of the tubular fixture 7C is formed according to the facing dimension between the horizontal pieces 101 and 13, the tubular fixture 7C is deeply attached to obtain the state shown in FIG. 3 (d). Specifically, since the raised portion 10k for preventing the pull-out is provided on the eaves side of the lower horizontal piece 101, the raised portion 10k is deeply attached until the raised portion 10k is exposed. With this raised portion 10k, the tubular fixture 1C can be stably attached without coming off due to vibration or the like.

FIG. 4A shows a state in which the eaves gutter 2 is attached to the eaves support member 7 attached to the eaves 4A. That is, the upper end 232 of the side surface 23 on the building side of the eaves gutter 2 is inserted into the upper holding portion 161 of the eaves support member 7 from below, and the lower end of the side surface 23 (held portion 231) is supported by the eaves. The material 7 is placed on a substantially L-shaped lower holding portion 15 and held. In this state, since the cover material 3 is not arranged, there is a risk that the eaves gutter 2 will come off due to its own weight. Therefore, screws 2b were driven in at appropriate intervals to fix the eaves gutter 2 to the main body 7A.
Subsequently, FIG. 4B shows a state in which the cover material 3 is attached to the attached eaves gutter 2. That is, the engaging portion 32 provided at the eaves tip of the cover material 3 is engaged with the eaves tip 221 of the eaves gutter 2, and the fixing portion 33 provided near the upper end thereof is aligned with the fixed portion 71 of the main body 7A. It was fixed with a gutter 3b. Although not shown in FIG. 4 (b), the screw 3c may be driven into the engaging portion 32 to fix the engaging portion more firmly as shown in FIG. 2 (c).
Note that FIG. 4C shows a state in which the cover materials 3'and 3'of predetermined dimensions are butt-attached to the attached eaves gutter 2, but the attachment of the cover material 3'in this case is also described above. You can do as follows. As shown in the figure, it is desirable to dispose the eaves edge support member 7 so as to be present on the back surface side of the butt portion. That is, it is desirable that two cover materials 3'and 3'are attached to one eaves support material 7.

In the eaves support material 7'of Reference Example 3 shown in FIGS. 5 and 6, the eaves mounting material 7B'that is wider than the main body 7A is used, and the holes 111 and 111 formed in the mounting portion 11'are not in the vertical (vertical) direction. Although it is provided in the lateral (left and right) direction, only the locking receiving piece 13 is formed to have a width dimension substantially the same as that of the main body 7A. That is, in the reference example 2, the width dimensions of the main body 7A and the eaves mounting material 7B are substantially the same, but also in the reference example 3, the horizontal piece (lower horizontal piece 101) of the main body 7A and the eaves mounting material 7B' Since the horizontal piece (locking receiving piece 13) is formed in the same manner, the position adjusting mechanism is exactly the same as that of the eaves support material 1 of Reference Example 1 and the eaves support material 7 of Reference Example 2.

As shown in FIGS. 5 (c) and 6 (d) and 6 (e), the shaft portion 18 of the main body 7A is inserted into the bearing portion 12 of the eaves mounting member 7B, and the lower end of the locking convex portion 19 is engaged. Attach it so that it faces the joint tooth 131. As shown in FIG. 3 (b) in the description of the above-mentioned construction procedure, in order to insert the shaft portion 18 into the bearing portion 12, it is attached to the side end of the bearing portion 12 as shown by the broken line arrow in the figure. , The side ends of the shaft portion 18 are made to face each other and slid to be inserted. Since both the bearing portion 12 and the shaft portion 18 are formed so as to be continuous in the length direction, they are stably assembled in the state after being inserted.

In this assembled state, the lower end of the locking convex portion 19 provided on the main body 7A is dimensionally designed and molded so as to abut on the engaging teeth 131 provided on the eaves mounting portion 7B', but there is no play. In the dimensional design, there are cases where contact cannot be easily made due to friction or the like, so dimensional design including play, that is, molding including molding error is performed. However, in the present invention, the fixture 7C employs a configuration in which the horizontal pieces (lower horizontal piece 101 and locking receiver 13) of both members (main body 7A and eaves mounting member 7B') are fitted. The installation operation is easy and it can be firmly integrated.
Then, when the predetermined angle is determined, the tubular fixture 7C is fitted to both members 7A and 7B and integrated (fixed). Specifically, the lower horizontal piece 101 of the main body 7A and the locking receiving piece 13 of the eaves mounting member 7B are integrated (fixed) so as to be sandwiched between the upper side portion and the lower side portion of the tubular fixture 7C. ..
More specifically, the horizontal piece of the main body 7A (lower horizontal piece 101) and the horizontal piece of the eaves mounting member 7B'(locking receiving piece 13) are formed so as to face each other with a gap H. Fitting is performed by using a tubular fixture 7C provided with a fitting portion 77 for holding the interval H. The fitting portion 77 has a thickness (hereinafter referred to as a fitting interval) H'of the space between the upper side portion and the lower side portion of the cylindrical shape, and the facing interval H and the fitting interval H'are substantially the same. However, since the ridged portion 10k for preventing the pull-out is provided on the eaves side of the lower horizontal piece 101, the tubular fixture 1C does not come off due to vibration or the like and is stable. Attached to.

The eaves structure shown in FIGS. 7 (a) and 7 (b) is to which the eaves support material 7'of Reference Example 3 is applied, and the eaves structure of FIG. 7 (a) having a relatively gentle slope is also compared. Even the eaves structure of FIG. 7 (b) having a steep slope can be easily applied by adjusting the angle.
As described above, the eaves to which the eaves support member 7'is attached has a structure in which an inclined vertical wall surface forms a fascia wall surface 4C, and a mounting portion 11 which is a vertical surface is formed along the wall surface 4A. The screws 1c and 1c are driven in from the two holes 111 of the mounting portion 11 to fix the mounting portion 11.
A vertical wall surface 4D is arranged on the back surface side of the wall surface 4C, and a field material 4B made of wood wool cement board or the like and an exterior material 6G are arranged on the upper surface of the H skeleton 5 forming the roof slope. .. Further, on the upper surface side of the eaves edge of the field material 4B, the draining material 6h is fixed by the screw 6d, and the waterproof sheet 6e is laid. In these eaves structures, the skeleton structure and exterior structure used are exactly the same, but the inclination angles are different, so the eaves in FIG. 7 (a) are 4C and the eaves in FIG. 7 (b) are 4C'. It is written as a representative, and the same reference numerals are given to other members and parts.

When constructing these eaves structures, as described above, one end of the main body 7A and the eaves mounting material 7B constituting the eaves support material 7 is rotatably attached to the shaft, and the lower end of the locking convex portion 19 of the main body 7A is attached to the eaves. It is attached so as to face the engaging teeth 131 of the material 7B. Since the mounting portions 11 of the eaves mounting material 7B are provided with holes 111 and 111 as described above, screws are provided in the holes 111 and 111 with the mounting portions 11 along the fascia wall surfaces 4A, respectively. Drive in 1d and fix it.
Further, regarding the angle adjustment in each eaves structure, the vertical piece 13 of the main body 7A is vertically formed while maintaining the state in which the lower end of the locking convex portion 19 is in contact with (locking) the engaging teeth 131 in a plurality of stages. Rotate to the state where it is placed in.
After that, the tubular fixture 7C is fitted to both members 7A and 7B and integrated (fixed).

As described above, the eaves support material 7'of the reference example 3 can be constructed by attaching the eaves gutter 2 to the eaves 4C and 4C'with different slopes with a kind of eaves support material 7 in almost the same manner.
Further, as shown in FIGS. 7A and 7B, the formed eaves tip structure has exactly the same arrangement angle of the eaves gutter 2 and can be stably and surely fixed. That is, the eaves support material 7 of Reference Example 2 can also be attached to the eaves gutter 2 without any limitation on the angle of the eaves of the existing roof or the eaves of the new roof as in Reference Example 1.
Further, in Reference Example 2, since the tubular fixture 7C is used as the fixing means, work such as tightening of screws is not required, so that the workability is excellent.

In the eaves support material 9 of the first embodiment shown in FIGS. 8 (c) and 8 (d), the main body 9A supporting the eaves gutter 2 has a mounting portion 91 to be attached to the eaves (4A). It is equipped with a position adjustment mechanism (89, 93, 90, 9C) that can be slidably assembled and integrated.
In the support of the eaves gutter 2 in the main body 9A in the first embodiment, the upper end of the side surface 23 of the eaves gutter 2 on the building side is the lower end (covered) by the upper holding portion 861 as in the reference example 1 and the reference example 2. The support portion 231) is held by the lower holding portion 85, but further, since it is performed by the fixed portion 71 that fixes the cover material 3 that covers the upper surface of the eaves gutter 2, the eaves gutter 2 is held on both sides, that is, the building side and the building side. It can be held stably from the eaves tip side.

The main body 9A of the first embodiment shown in FIG. 8A includes vertical pieces 87 arranged substantially vertically, and a cover material 3 covering the upper surface of the eaves gutter 2 is fixed to the eaves side (left side of the drawing). It is common with the main body 7A in Reference Example 2 in that it is provided with a fixed portion 81. In the main body 9A, a substantially L-shaped piece 83 whose upper end is curved toward the eaves is provided on the building side (right side of the drawing) of the vertical piece 87, and the curved portion of the substantially L-shaped piece 83 is mounted upward. It is a portion 82, and a vertically long hole 821 is formed in the upper mounting portion 82.
Further, on the back surface side of the horizontal piece 84 connecting the substantially L-shaped piece 83 and the fixed portion 81, an inclined piece 86 toward the eaves side is provided, and a letter from the lower end of the vertical piece 87 toward the building side. A protrusion 80 is formed so as to project in a shape, a substantially L-shaped lower holding portion 85 is extended on the eaves side of the lower end thereof, and an upper surface is fitted on the upper surface of the lower piece 80u of the protrusion 80. The joint groove 80s has a plurality of stages of engaging teeth 89 formed on the lower surface of the lower piece 80u. Further, the nut 90 can be fitted and fixed in advance in the fitting groove 80s.

The eaves-end mounting material 9B of the first embodiment shown in FIG. 8B is a substantially L-shaped piece material, and is vertically long in which the fastener 9d is driven into the lower mounting portion 91, which is a vertical surface having a curved upper end. A hole 911 is provided, and a plurality of stages of engaging teeth 93 are formed on the upper surface side at the eaves tip of the horizontal piece 92. The horizontal piece 92 is provided with a horizontally long hole 921 in which the fastener 9C moves.
The fastener 9C is an upward bolt and can be screwed from below into a nut 90 that has been fitted and fixed in advance in the fitting groove 80s.

The eaves support material 9 of the first embodiment, which comprises the main body 9A, the eaves attachment material 9B, and the fastener 9C, is integrated before construction by the following procedure.
First, the nut 90 is fitted and fixed in advance in the fitting groove 80s of the main body 9A.
Next, in that state, the eaves attachment member 9B is made to face from below, and the engagement teeth 93 of the eaves attachment member 9B are engaged with the engagement teeth 89 of the main body 9A.
Further, the fastener 9C is faced from below the horizontal piece 92 of the eaves mounting member 9B, and the fastener 9C is attached through the hole 921 of the horizontal piece 92 to the nut 90 in the fitting groove 80s. Do not tighten it firmly.
The eaves support member 9 in this assembled state slides the main body 9A with respect to the eaves mounting member 9B (sliding toward the building side) while the engaging teeth 89 and the engaging teeth 93 are arranged so as to face each other. (Move) is possible.
Then, when the predetermined protrusion dimension is determined, both members 9A and 9B are integrated (fixed) with the fastener 9C. Specifically, by firmly tightening the fastener 9C, the engaging teeth 89 of the main body 9A and the engaging teeth 93 of the eaves attachment member 9B are meshed and integrated (fixed).

Further, the eaves support material 9 of the first embodiment also has a holding portion (861,85) for holding the upper end 232 and the lower end (held portion 231) of the side surface 23 of the eaves gutter 2 on the building side, so that it is a cover material. Coupled with the configuration of the fixed portion 81 for fixing 3, the eaves gutter 2 can be stably held from both sides, that is, the building side and the eave tip side.
In the first embodiment, as described above, the attachment portion to the eaves is formed on each of the main body 9A and the eaves attachment member 9B. In these two mounting portions (82, 91), the curved portion near the upper end of the vertical piece 82 of the main body 9A is the upper mounting portion 82, and the lower mounting portion 91 is formed not on the main body 9A but on the eaves mounting material 9B. Has been done.

Although the position adjusting mechanism in the first embodiment is described as (89, 93, 90, 9C), the nut 90 and the tightening structure are such that the main body 9A and the eaves mounting member 9B are integrated and slidably faced. Engaging teeth 89 and 93 to be engaged at arbitrary positions are shown on the fitting 9C.

Each eaves structure shown in FIGS. 9 (a) and 9 (b) is to which the eaves support material 9 of the first embodiment is applied, and even the eaves structure of FIG. 9 (a) having a relatively gentle slope is relatively relatively gentle. Even in the eaves structure of FIG. 9B having a steep slope, the protrusion dimension can be easily adjusted and applied.
In these eaves structures, the skeleton structure and exterior structure used are exactly the same, but since the inclination angles are different, the eaves in FIG. 9 (a) are referred to as 4A', and the eaves in FIG. 9 (b) are referred to as eaves. It is written as a representative of "4A", and the same reference numerals are given to other members and parts.

When constructing these eaves structures, the eaves support material 9 assembled in advance as described above is attached to the eaves 4A', 4A ". Since it is formed on the eaves, it can be reliably brought into contact with the eaves 4A', 4A ". Further, since the vertically long circular holes 821 and 911 are formed in both the upper mounting portion 82 and the lower mounting portion 91, they can be adjusted and fixed in the vertical direction when the fastener 9d is driven.
Further, regarding the adjustment of the protruding dimension of the eaves attachment member 9B in each eaves structure, the vertical piece 87 of the main body 9A is vertically formed while maintaining the state in which the engaging teeth 89 and the engaging teeth 93 are arranged so as to face each other. Rotate to the state where it is placed in.
After that, the fastener 9C is firmly tightened to integrate (fix) both members 9A and 9B.

As described above, the eaves support material 9 of the first embodiment can be constructed by attaching the eaves gutter 2 to the eaves 4D', 4D "with different slopes with a kind of eaves support material 7 in almost the same manner.
Further, as shown in FIGS. 9A and 9B, the formed eaves tip structure has exactly the same arrangement angle of the eaves gutter 2 and can be stably and surely fixed. That is, the eaves support material 9 of Reference Example 3 can also be attached to the eaves gutter 2 without any limitation on the angle of the eaves of the existing roof or the eaves of the new roof, as in Reference Examples 1 and 2.
Further, in the first embodiment, since the fastener 9C assembled in advance is used as the fixing means, it is not necessary for the operator to have, for example, a dedicated screw or the like, so that the workability is excellent.

10 (a) and 10 (b) show a U-shaped fixture 7C1 that can be used for integration with the main body 7A and the eaves tip mounting material 7B in Reference Example 2. Since the fixture 7C1 has a U-shape that opens to the left, the fitting portion 771 thereof points between the upper side portion and the lower side portion in the same manner as the fixture 7C.
This fixture 7C1 is also basically assembled integrally by mounting it from the eaves side to the building side in the same way as the tubular fixture 7C, but when it is molded from a material having a certain degree of elasticity, it is assembled. , It is also possible to mount from the open part (the mounting procedure is from right to left).
10 (c) and 10 (d) show an inverted U-shaped fixture 7C2 that can be used for integration with the main body 7A and the eaves front mounting material 7B in Reference Example 2. The fixture 7C2 has an inverted U-shape that opens downward, and its fitting portion 772 points between the upper side portion and the lower end lip-shaped portion.
This fixture 7C2 is also basically assembled integrally by mounting it from the eaves side to the building side in the same way as the tubular fixture 7C, but when it is molded from a material having a certain degree of elasticity, it is assembled. , It is also possible to mount from the open part (the mounting procedure is from top to bottom).

11 (a) and 11 (b) show an inverted U-shaped fixture 7C3 that can be used for integration with the main body 7A'and the eaves front mounting material 7B in Reference Example 2. The fixture 7C3 has an inverted U shape with the lower side open like the fixture 7C2 in FIGS. 10 (c) and 10 (d), but since the cross section is substantially square, an insertion slit is inserted in the main body 7A. A 703 is formed, and the fixture 7C3 is inserted into the insertion slit 703. As with the fixture 7C2, the fitting portion 773 points between the upper side portion and the lower end lip-shaped portion.
11 (c) and 11 (d) show an E-shaped fixture 7C4 that can be used for integration with the main body 7A "and the eaves mounting member 7B in Reference Example 2, and the fixture 7C4 is shown. Since it is E-shaped, an insertion slit 704 is formed in the main body 7A ", and the fixture 7C4 is inserted into the insertion slit 704. The fitting portion 774 points between the upper horizontal piece and the lower horizontal piece.
These fixtures 7C3 and 7C4 are also integrally assembled by mounting them from the eaves side to the building side in the same manner as the tubular fixture 7C.
11 (e) and 11 (f) show a U-shaped fixture 7C5 that can be used for integration with the main body 7A and the eaves front mounting material 7B in Reference Example 2. The fixture 7C5 has a U-shape that opens upward, and the fitting portion 775 points between the lip-shaped portion at the upper end and the lower side portion.
This fixture 7C5 is also basically assembled integrally by mounting it from the eaves side to the building side in the same way as the tubular fixture 7C, but when it is molded with a material having a certain degree of elasticity, it is assembled. , It is also possible to mount from the open part (the mounting procedure is from bottom to top).

FIG. 12 shows a variation of at least an engaging configuration that replaces the shaft portion 18 of the main body 7A and the bearing portion 12 of the eaves mounting member 7B in Reference Example 2. The mounting portion on the main body 7A side is indicated by 18a to 18f, and the mounting portion on the eaves front mounting material 7B side is indicated by 12a to 12f.
In these assembled structures, the stability after assembly is inferior to the shaft attachment (center attachment) between the shaft portion 18 and the bearing portion 12, but each member is easy to form and the assembly work is easy.

FIG. 12A shows an embodiment in which both are formed in a semicircular shape, the mounting portion 18a on the main body 7A side is formed in a medium size, and the mounting portion 12a on the eaves front mounting material 7B side is formed in a small size. The mounting portion 18a on the main body 7A side is received on the lower side, and the mounting portion 12a on the eaves front mounting material 7B is located on the upper side and engaged.
FIG. 12B is also formed in a semicircular shape, but the mounting portion 18b on the main body 7A side is formed in a small size, and the mounting portion 12b on the eaves front mounting material 7B side is formed in a large size, and the main body is formed. The mounting portion 18b on the 7A side is located on the upper side, and the mounting portion 12b of the eaves tip mounting material 7B is located on the lower side and is engaged in a receiving state.

FIG. 12C shows an embodiment in which both are formed in a J shape, and the mounting portion 18c on the main body 7A side extends substantially horizontally from the upper left end and extends diagonally downward in a folded shape. The mounting portion 12c on the eaves front mounting material 7B side extends substantially horizontally from the lower right end and extends diagonally upward in a folded shape, and engages with each other's tips facing the open corners formed with each other. is doing.
FIG. 12 (e) is also formed in a J shape, but the mounting portion 18e on the main body 7A side extends substantially horizontally from the lower left end and extends diagonally upward in a folded shape, and is mounted on the eaves. The mounting portion 12e on the material 7B side extends substantially horizontally from the upper right end and extends diagonally downward in a folded shape, and is engaged with the open corners formed with each other so that the tips thereof face each other. ..

In FIGS. 12 (d) and 12 (f), the mounting portions 18d and 18f on the main body 7A side are formed in an L shape, and the mounting portions 12d and 12f on the eaves front mounting material 7B side are formed in a U shape. ..
In FIG. 12 (d), the tip of the L-shaped mounting portion 18d on the main body 7A side is arranged so as to face downward, and in FIG. 12 (f), the tip of the L-shaped mounting portion 18f on the main body 7A side faces upward. They are arranged so that they face each other and engage with each other.

As shown in FIG. 12, even if the engagement portions are not necessarily rotatably pivotally attached, as long as at least the engaging portions (mounting portions 12a to 12f, 18a to 18f) to be engaged are formed, the above-mentioned engagement is performed. It can be used as a position adjusting mechanism together with the configuration of the teeth 131 and the locking convex portion 19.

1,7,7', 9 Eaves support material 1A, 7A, 7A', 7A ", 9A Main body 1B, 7B, 9B Eaves mounting material 1C, 7C Cylindrical fixture 7C1-7C5 Fixture 11,82,91 Mounting part 15,161,85,861 Holding part 2 Eaves gutter 21 Bottom surface 22 Inner side surface 221 Eaves tip 23 Side surface 231 Supported part 3 Cover member 31 Decorative surface 311 Water inlet 32 Engaging part 33 Fixed part 35 Drainage groove 4A, 4A', 4A ", 4C, 4C'Fascia wall surface 4B Field material 5H Frame 6A Exterior material 6b Drainer 9C Fixture (12,18,19,131), (89,93,90,9C) Position adjustment mechanism

Claims (2)

The main body, which is an extruded material and supports the eaves gutter arranged on the eaves side of the building, can be slidably assembled and integrated with the eaves mounting material having a mounting portion mounted on the fascia wall surface. An eaves support material equipped with a position adjustment mechanism and characterized in that the end edges of both members are fixed with fasteners. An eaves structure using the eaves support material according to claim 1 and a cover material that engages with the eaves tip of the eaves gutter and covers the open upper surface thereof.

Images