JP2012241316A - Corner eaves - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide corner eaves formed by connecting a plurality of eaves members extending toward the outdoor.SOLUTION: Outside corner eaves 1 of an outside corner part 4 connected to outer wall eaves 6 for which a plurality of intermediate materials 24 that are eaves members projected from the outer wall 3 of a building to the outdoor are connected along the outer wall comprise: an attaching member 2 fixed to the outside corner part 4; an arm member 5 supported by the attaching member 2 at one end and extending in an outdoor direction along a bisector bisecting an angle formed by the outside corner part 4; and a corner eaves panel 8 installed between an outside corner side end 7 of the outer wall eaves 6 and the arm member 5. For the corner eaves panel 8, a first end face along the arm member 5 is fixed to the arm member 5, and a front edge part 21 which is a second end face along an outdoor side end face of the outer wall eaves 6 is fixed to a distal end parting material 22 which is a connecting member for connecting outdoor side end faces of the intermediate materials 24.

Description

  The present invention relates to a corner ridge structure in which a ridge formed by connecting a plurality of ridge members extending toward the outdoors along an outer wall is connected at an outer corner or an inner corner of the outer wall.

  There is a case where it is desired to connect a fence installed on one outer wall of a building and a fence installed on the other outer wall at an outer corner or an inner corner of the outer wall. Patent Document 1 describes a corner ridge installed at a protruding corner of an outer wall. The heels installed on one wall surface and the heels installed on the other wall surface are cut off at the ends located at the outer corners of the outer wall. To be joined.

JP 2009-68269 A

  In the corner ridge described in Patent Document 1, the corner ridge and the wall surface ridge are integrally formed with the wall surface ridge extending along the wall surface to the exit corner. Can be received by a support member that supports the ridges of the wall surface. However, in the case of an integrally molded ridge, the protruding width of the ridge cannot be selected arbitrarily, and the transportation cost increases. Therefore, there is a case where a plurality of eaves members extending outward are connected along the outer wall to form eaves. In such a case, if the corner ridge can also be formed by connecting the heel members in the lateral direction, the entire heel can be made uniform in appearance, which is convenient for transportation. There is a problem of how to support it. Although the corner corner の has been described, there is a similar problem with the corner corner 入.

  An object of the present invention is to solve such a problem and to provide a corner ridge formed by connecting a plurality of heel members extending outward.

  In order to solve this problem, according to the first aspect of the present invention, there is provided a protruding corner corner ridge in which a plurality of ridge members projecting outward from the outer wall of the building are connected to the outer wall ridge connected along the outer wall. And a mounting member fixed to the projecting corner, an arm member having one end supported by the mounting member, and extending in the outdoor direction along a bisector that bisects the angle formed by the projecting corner, and an outer wall A corner heel panel installed between an end portion of the heel corner and the arm member, and the corner heel panel has a first end surface along the arm member fixed to the arm member, and a corner side of the outer wall heel. The second end face along the end is fixed to the end corner side end, and the outdoor end face as the third end face is a connecting member that connects the outdoor end faces of the plurality of eaves members forming the outer wall eaves. It is fixed.

  In the invention of claim 2, the arm member is fixed to the outer wall constituting the protruding corner by the fixing stay, and the arm member is provided with a mounting surface facing the horizontal direction at one end of the arm member. An abutting surface for abutting the surface and screwing the arm member in the horizontal direction and a fixing portion for fixing the mounting member to the outer wall constituting the protruding corner are provided.

  The invention according to claim 3 is a corner corner ridge of a corner in which a plurality of ridge members projecting outward from the outer wall of the building are connected to the outer wall ridge connected along the outer wall. A fixed attachment portion is provided, and extends between the arm member extending in the outdoor direction along a bisector that bisects the angle formed by the corner, and between the corner portion end of the outer wall wall and the arm member. The corner wall panel is provided with a first end surface along the arm member fixed to the arm member, and a second end surface along the inner corner side end of the outer wall wall is the inner corner side end. The end surface on the outer wall side, which is the third end surface, is fixed to a support member that supports the outer wall side end surfaces of the plurality of scissors members forming the outer wall scissors.

  According to a fourth aspect of the present invention, the corner wall panel is fixed to the outer wall of which the peripheral edge portion of the second end face constitutes the entrance corner by the fixing stay.

  A corner ridge formed by connecting a plurality of heel members extending toward the outdoors can be provided.

It is a top view of the protruding corner corner ridge according to the first embodiment. It is detail drawing of an attachment member. It is a longitudinal cross-sectional view of an arm member. It is a cross-sectional view of an arm member. It is a top view of the corner corner ridge which concerns on 2nd Embodiment. It is a top view of a reinforcing material. It is a front view of a reinforcing material.

Hereinafter, a first embodiment of the present invention will be described with reference to FIGS.
The exit corner corner 庇 1 has an attachment member 2 fixed to the exit corner 4, one end portion supported by the attachment member 2, and the like, which bisects the angle formed by the exit corner 4 formed by the two outer walls 3. An arm member 5 extending in the outdoor direction along the dividing line, and a corner heel panel 8 installed between the protruding corner side end 7 of the outer wall ridge 6 and the arm member 5 are provided.

  The attachment member 2 includes a pair of a first member 9 and a second member 10. Both the first member 9 and the second member 10 are formed symmetrically by bending a metal flat plate into a U-shape. The first member 9 and the second member 10 are abutted against the plate portions 9a and 10a fixed to the respective outer walls 3 constituting the protruding corner 4 and the mounting surface 11 of the arm member 5 and screwed the arm member 5 Plate portions 9b and 10b. The plate portions 9a and 10a are fixed to the outer wall using anchor bolts.

The arm member 5 includes a lower joint material 12, an upper joint material 13, and a reinforcing material 14. The lower joint material 12 and the upper joint material 13 are formed using an aluminum extrusion mold material, and the reinforcing material 14 is formed by bending a stainless steel plate.
The lower joint material 12 has a U-shaped cross section with an opening facing upward, and is a long object in which plate portions 12c extending outward from both side plates 12b are formed at both ends of the bottom plate portion 12a. A dovetail groove 15 is formed in the longitudinal direction on the center upper surface side of the bottom plate portion 12a, and a bolt head for bolting the upper joint material 13 is fitted into the dovetail groove. The reinforcing member 14 is a long object having a U-shaped cross section, and is accommodated in the opening of the lower joint member 12 with the opening facing downward and the bottom plate 14a positioned upward.

  The upper joint material 13 is a plate-like long object in which a stepped portion 13a that protrudes upward in the center is formed along the longitudinal direction, and plate portions 13b are formed on both sides of the stepped portion 13a. The upper joint material 13 is bolted to the lower joint material 12 in a state where the bottom surface 13c of the stepped portion 13a is in contact with the upper surface of the bottom plate 14a of the reinforcing material 14. At this time, since the stepped portion 13a is formed in the upper joint material 13, the upper joint material 13 and the lower joint material 12 can be easily positioned.

  The reinforcing member 14 includes a protruding portion 14 b that protrudes from the upper joint material 13 and the lower joint material 12 toward the base end side in the longitudinal direction. This protrusion 14b is bolted to the attachment member 2. Further, the plate portion 13b of the upper joint member 13 is provided with a plurality of screw holes 17 for screwing the corner ridge panel 8 along the longitudinal direction.

  The arm member 5 is bolted in the horizontal direction in a state where the mounting surface 11 of the reinforcing member 14 protruding portion 14b is sandwiched between the plate portions 9b and 10b of the first member 9 and the second member 10 constituting the mounting member 2. The The plate portions 9b, 10b of the first member 9 and the second member 10 are formed with a wide vertical width in order to improve bending rigidity. The bolt mounting holes 18 formed in the plate portions 9b, 10b of the first member 9 and the second member 10 are long and narrow in the overhanging direction of the arm so that the mounting position of the arm member 5 can be adjusted. It is a hole.

  The corner saddle panel 8 is formed by connecting a plurality of corner intermediate members 20. The corner intermediate members 20 are connected to each other with a pin fitted to the joint. The end surface of the corner heel panel 8 that contacts the arm member 5 along the longitudinal direction is fitted into a recess 16 formed by the side plate 12b and the plate portion 12c of the lower joint material 12 and the plate portion 13b of the upper joint material 13. In this state, it is screwed to the upper joint material 13. A front end bracket (not shown) is screwed to the front edge portion 21 of the corner ridge panel 8, and a front end parting member 22 is attached to the front end bracket. The corner wall panel 8 is installed adjacent to the outer wall wall 6 attached along the outer wall 3, and the tip parting material 22 attached to the outer wall wall 6 is installed in a state of projecting to the protruding corner side. The projecting portion of the tip parting material 22 projecting to the projecting corner side is fixed to the tip bracket of the corner ridge panel 8. The tip parting materials 22 are in contact with each other in a sealed state, or are in contact with each other in a state where they are welded or bonded at the corners.

  Here, a procedure for assembling the protruding corner 1 is described. A first member 9 and a second member 10 constituting the attachment member 2 are fixed to each outer wall 3 constituting the protruding corner 4. The plate member 9a, 10a is fixed to the first member 9 and the second member 10 using anchor bolts. The arm member 5 is coupled to the plate portions 9 b and 10 b of the first member 9 and the second member 10. The arm member 5 is bolted in the horizontal direction in a state where the attachment surface 11 of the protruding portion 14b of the reinforcing member 14 is sandwiched between the plate portions 9b and 10b of the first member 9 and the second member 10. A fixing stay 23 is attached to the arm member 5. The other end of the fixing stay 23 is supported by the outer corner outer wall 3.

  A corner rod panel 8 is attached to the arm member 5 supported by the fixing stay 23. The corner saddle panel 8 is formed by fitting a pin to a joint portion of the corner intermediate member 20 or by connecting a plurality of corner intermediate members 20 by screwing the joint portion of the corner intermediate member 20. A first end face along the arm member 5 of the corner rod panel 8 is fitted into a recess 16 formed along the longitudinal direction of the arm member 5 and is screwed to the plate portion 13 b of the upper joint material 13.

  The second end surface of the corner wall panel 8 attached to the arm member 5 along the outer wall edge 6 of the outer wall wall 6 and the outer edge 3 of the outer wall wall 6 attached along the outer wall 3 are: A pin is fitted to the joint between the corner intermediate member 20a located at the end of the corner wall panel 8 and the intermediate member 24 located at the end of the outer wall wall 6, or is connected and fixed by screwing. The base end portion of the corner intermediate member 20a is supported by the wall attachment member 25 and the panel attachment member 26, which are connecting members, like the adjacent intermediate member 24. A front end bracket 27 is screwed to the front edge which is the third end face of the corner ridge panel 8. The tip parting material 22, which is a connecting member attached to the outer wall rod 6, is installed in a state of projecting toward the protruding corner corner 庇 1, and the projecting part of the tip parting material 22 is fixed to the tip bracket 27. The end parting materials 22 abut on each other at a projected corner portion in a sealed state, or abutted in a welded or bonded state. An upper cover material 28 a and a lower cover material 28 b are attached to the base end portion side of the corner ridge panel 8 so as to cover the attachment member 2.

  Hereinafter, a second embodiment of the present invention will be described with reference to FIGS. In the present embodiment, the corner corner ridge 31 will be described. However, the description overlapping with the description of the first embodiment is omitted, and the same reference numerals are used.

  The arm member 32 extends in the outdoor direction along a bisector that bisects the angle formed by the entering corner 33. A mounting portion 35 for fixing the arm member 32 to the outer wall 34 of the entrance corner 33 is formed integrally with the arm member 32. The attachment portion 35 is welded to one end portion in the longitudinal direction of the reinforcing member 14 using, for example, a plate material, and is screwed in a state where the attachment portion 35 is in contact with the outer wall 34 constituting the entrance corner 33. The attachment portion 35 is formed with a wide vertical width in order to improve bending rigidity.

  The corner heel panel 36 has a first end face along the arm member 32 fixed to the arm member 32, and a second end face along the entry corner side end 40 of the outer wall ridge 37 is fixed to the entry corner side end 40. . The end face on the outer wall 34 side, which is the third end face, supports the wall attaching material 25 and the panel attaching material 26 which are support members that support the outer wall side end face of the intermediate member 38 which is a plurality of flange members forming the outer wall flange 37. And fixed to. A fixing stay is attached to the peripheral edge portion of the second end face of the corner heel panel 36, and the corner heel panel 36 is fixed to the outer wall constituting the entrance corner. It should be noted that the tip parting members 39 are in contact with each other in a sealed state at the corners, or in contact with each other in a welded or bonded state.

  In this way, the protruding corner corner 庇 1 of the protruding corner 4 connected to the outer wall 庇 6 in which a plurality of intermediate members 24, which are ridge members that project outward from the outer wall 3 of the building, are connected along the outer wall 3. And an arm that extends in the outdoor direction along a bisector that bisects the angle formed by the projecting corner 4, with one end supported by the mounting member 2. A member 5 and a corner wall panel 8 installed between the end 7 of the outer wall wall 6 and the arm member 5. The corner wall panel 8 has an arm whose first end surface along the arm member 5 is an arm. The second end face that is fixed to the member 5 and that extends along the protruding corner side end 7 of the outer wall ridge 6 is fixed to the protruding corner end 7, and the front edge 21 that is the third end surface forms the outer wall ridge 6. Fixed to the end parting member 22 which is a connecting member for connecting the outdoor side end surfaces of the intermediate member 24 which is a plurality of eaves members. Since, it is possible to form the external corner corner eaves 1 corner intermediate member 20 is a canopy member which extends towards the outside with a plurality linked.

  Further, the arm member 5 is fixed to the outer wall 3 constituting the exit corner 4 by a fixing stay 23, and one end portion of the arm member 5 is provided with a mounting surface 11 facing in the horizontal direction and facing each other. Is a plate portion 9b, 10b that is a contact surface that contacts the mounting surface and screws the arm member 5 in the horizontal direction, and a plate that is a fixing portion that fixes the mounting member 2 to the outer wall 3 constituting the protruding corner 4. Since the portions 9a and 10a are provided, it is possible to improve the strength of the mounting member 2 which is a support portion in which one end portion of the arm member 5 is supported by the protruding corner 4.

  Further, the corner member 31 is a corner member 31 of the corner 33 connected to a plurality of outer wall members 37, which are a plurality of intermediate members 38 extending outward from the outer wall 34 of the building. And an arm member 32 extending in the outdoor direction along a bisector that bisects the angle formed by the entrance corner 33, and an entrance corner side of the outer wall wall 37. The corner wall panel 36 is provided between the end 40 and the arm member 32, and the corner wall panel 36 has a first end surface along the arm member 32 fixed to the arm member 32, and the outer wall wall 37 is inserted. An intermediate material in which the second end surface along the corner side end portion 40 is fixed to the entrance corner side end portion 40, and the end surface on the outer wall 34 side which is the third end surface is a plurality of eaves members forming the outer wall eaves 37. Wall mounting material 2 which is a support member for supporting the outer wall side end face of 38 And because it is secured to the panel mounting member 26 can be a corner intermediate material 38 is a canopy member which extends towards the outside with a plurality linked to form an incoming corner corner eaves 31.

  Further, since the peripheral edge portion of the second end surface of the corner heel panel 36 is fixed to the outer wall 34 constituting the entrance corner 33 by the fixing stay 23, the strength of the entrance corner corner ridge can be deducted.

1 Out corner corner
2 Mounting member 3,34 Outer wall 4 Outer corner 5,32 Arm member 6,37 Outer wall rod 7 Outer corner side end 8,36 Corner rod panel 9 First member 9a, 9b, 10a, 10b, 12c, 13b Plate portion 10 Second member 11 Mounting surface 12 Lower joint material 12a Bottom plate portion 12b Side plate 13 Upper joint material 13a Stepped portion 13c Bottom surface 14 Reinforcement material 14a Bottom plate 14b Protruding portion 15 Dovetail groove 16 Recessed portion 17 Screw hole 18 Bolt mounting hole 20 Corner intermediate material 21 Front edge 22, 39 End parting material 23 Fixing stay 24, 38 Intermediate material 25 Wall mounting material 26 Panel mounting material 27 End bracket 28a Upper cover material 28b Lower cover material 31 Corner corner ridge 33 Corner 35 Mounting portion 40 Corner edge

Claims (4)

A projecting corner section of the projecting corner portion that is connected to the plurality of outer wall casings that are connected along the outer wall from the outer wall of the building.
An attachment member fixed to the protruding corner portion;
An arm member supported at one end by the mounting member and extending in the outdoor direction along a bisector that bisects the angle formed by the protruding corner portion;
A corner wall panel installed between the end of the outer wall wall and the arm member;
The corner wall panel has a first end surface along the arm member fixed to the arm member, and a second end surface along the protruding corner side end portion of the outer wall wall fixed to the protruding corner side end portion, which is a third end surface. An exterior corner ridge, wherein an end face on the outdoor side is fixed to a connecting member for connecting outdoor end faces of a plurality of ridge members forming the outer wall ridge. The arm member is fixed to the outer wall constituting the exit corner by a fixing stay,
One end of the arm member is provided with mounting surfaces facing each other in the horizontal direction,
The attachment member is provided with an abutment surface that abuts the attachment surface and screwes the arm member in the horizontal direction, and a fixing portion that fixes the attachment member to the outer wall that forms the protruding corner. The corner of the corner according to claim 1. A corner corner ridge of a corner portion connected to a plurality of outer wall ridges that are connected along the outer wall from the outer wall of the building.
An attachment member fixed to the corner portion, and an arm member extending in the outdoor direction along a bisector that bisects the angle formed by the corner portion;
A corner wall panel installed between the end of the outer wall wall and the arm member;
The corner wall panel has a first end surface along the arm member fixed to the arm member, and a second end surface along the entrance corner side end portion of the outer wall wall fixed to the entrance corner side end portion, which is a third end surface. An in-corner corner ridge, wherein an end surface on the outer wall side is fixed to a support member that supports the outer wall side end surfaces of a plurality of ridge members forming the outer wall ridge. 4. The corner corner ridge according to claim 3, wherein a peripheral edge portion of the second end surface of the corner ridge panel is fixed to an outer wall constituting the corner by a fixing stay.

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