JPS5834637B2 - Connection device for metal eave frame materials in bay windows - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a device for joining metal eave frame members in a bay window, and its object is to connect a front eave frame that constitutes the eaves of the roof of a bay window. To easily and securely attach a roofing material and a bay window frame to the front eave frame material and the side eave frame material having the same configuration, and to make both of the above eave frame materials simple and strong. The purpose is to propose a coupling device that can be coupled.

Next, an embodiment of a joining device for metal eave frame members in a bay window according to the present invention will be described below with reference to the drawings.

In the figure, 1 is a metal front eave frame material, and the lower end of the outer vertical piece 4 has a fitting part 3 for the roofing material 2 with an inverted U-shaped cross section at the upper end.
A fishing rod in which a horizontal piece 5 is extended inward, an inner mold piece 6 is hung from the end of the horizontal piece 5, and a metal bay window frame body, which will be described later, is attached to the end of the inner mold piece 6. The piece 7 is provided to protrude toward the indoor side.

A is a metal bay window frame body, which has a front frame A formed into a rectangular shape by placing a pair of vertical frame members 10 and 11 on both left and right ends of upper and lower frame members 8 and 9, and an upper and lower frame member 12. A pair of vertical frame materials 14 and 15 are placed on both ends of .13 to form a rectangular shape, and the left and right side frame openings with glass on the inside are combined in a planar shape. It is installed protruding from.

16. 16 is a metal side eave frame material having the same structure as the front eave frame material 1, and has a fitting part 17 for the roofing material 2 having a U-shaped cross section at the upper end.
A horizontal piece 19 is extended inward at the lower end of the outer door 18 provided with a horizontal piece 19, an inner door 20 is hung down from the end of the horizontal piece 19, and a bay window frame body A is attached to the end of the inner door 20. Fishing piece 2 attached with
1 is installed protruding toward the indoor side.

a is a fastener formed at the joint end of the front eave frame material 1 and the side eave frame materials 16, 16; the front eave frame material 1 is formed at both left and right ends; It is formed at the end of the outdoor side and both frame members 1, 16, 16 are butted at right angles. Both frame members 1, 16.1 at the butt part of 16
It is a metal connecting member that is applied to the inner surface of the horizontal piece 5° 19 of No. 6, and has a rising piece 23 on the outside of the base piece 25 and a rising piece 26 on the inside, and the base piece 25 is hook-shaped. It is curved.

The outer rising piece 23 is the outer riser 4 of both frame members 1゜16.16.
, 1B, and the base piece 25 is inserted into the groove 24 of both frame members 1, 1B.
A rising piece 26 that abuts the upper surface of the horizontal pieces 5 and 19 of the base pieces 6 and 16 and also protrudes toward the indoor side of the base piece 25 is attached to both the frame members 1 and 1.
6゜16, press both pieces against the inner register 6, 20, 6゜20
．． 20 is integrally fixed with a screw 27.

28 is a sliding door built inside the bay window frame body A, 29 is a base plate of the bay window, and 30 is a top plate.

An embodiment of the device for joining metal eave frame members in a bay window according to the present invention is configured as described above, so when forming a bay window with the present device, first the front eave frame member 1 is The left and right ends of the frame material 16 are cut into clasps, and one end of the left and right side eave frame members 16. After the frame members 1, 16, 16 are butted together in a planar mouth shape, both eaves frame members 1, 16 are butted against each other on the fastener a.Both frame members 1° 16.
The base piece 25 of the joining member 22 is placed on the upper surface of the horizontal pieces 5 and 19 of 16, and the rising piece 26 protrudes toward the indoor side of the joining member 22.
is brought into contact with the inner mountings 6, 20 of both frame members 1, 16, 16, and both pieces 6, 20, 26 are integrally fastened with screws 27, and then
Insert the pre-formed roofing material 2 into the fitting parts 3, 17 formed at the upper ends of the outer edges 4, 18 of both eaves edge frame materials 1° 16.16, and then tighten the eaves edge frames 1, 16, 16. To piece T, 20,
After the bay window frame body A consisting of the front frame body A, left and right side frame openings, and an opening is exteriorized, the sliding door 28 is built into the front frame body A of the bay window frame body A, and the base plate 29 and ceiling plate are installed inside the bay window frame body A. A bay window is formed by fitting the plates 30 into each other.

Therefore, when attaching the roofing material 2 and the bay window frame A to the combined eaves frame members 1, 16.16, the fitting portions 3° provided on the outer edges 4, 18 of both eaves frame members 1° 16.16. 17
Since it can be directly attached to the fishing piece 7゜20 protruding from the inner risers 6 and 20, the installation work can be done easily and reliably. The horizontal pieces 5 of both frame materials 1, 16, 16 are brought into contact with the end portions of the frame materials 16 and 16, respectively, against the clasp a, and the abutted portions are close to each other.
, 19, and the front eave frame member 1 and the side eave frame members 16, 16 are integrally connected to each other by applying the base piece 25 of the connecting member 22 to the upper surface of the fastener, so that the fasteners can be easily connected. At the same time, both frame materials i, i6. The abutting part of the is is thickened to provide sufficient reinforcement, and it can be firmly and firmly connected, eliminating distortion of the entire bay window in the event of an earthquake, and greatly improving earthquake resistance.

Moreover, the above-mentioned object can also be achieved by a configuration different from that shown in FIGS. 1 to 5.

Next, two embodiments will be described with reference to FIGS. 6 to 11.

That is, as shown in FIGS. 6 to 9, in addition to the above, when joining the front eave frame material 1 and the side eave frame materials 16, 16, both frame materials 1, 16° 16 Connecting members 36.36, which also serve as pullers, are provided oppositely at the abutting portions of the two, and the connecting members 36.36 are integrally connected, and the retaining members 36.36 of both eaves frame members 1° 16.16 are attached. It is also possible to have a configuration in which the two are combined.

In this case, the connecting members 36, 36 are connected to the connecting piece 32 parallel to the end clasp a edge of the frame member 1°16.16, and the eaves frame member 1, 16,
The rising piece 34 is fixed to the inner boarding station 6, 20 of 16 with screws 33, and the base piece 35 is in contact with the upper surface of the horizontal piece 5, 19 of the eaves frame material 1° 16.16. , the connecting pieces 32, 32 of the two connecting members 36, 36 are arranged correspondingly so as to be parallel and opposite to the retaining edge a of the frame member 116.16, so that the rising piece 34° of the connecting member 36, 36 is After fixing the screws 33 and 34 to the inner side registers 6.20 of the side eave frame members 1, 16, and 16, respectively, insert the connecting bolt 37 into the through hole drilled in the connecting piece 32.32 of both connecting members 36.36. They are fastened with nuts 38, and the connecting bolts 37 are tightened to draw the ends of both frame members 1° 16.16 and join them together. Therefore, according to the above structure, when joining, the two frames are butt-matched. This allows the clasp to be pulled together, making it possible to connect the clasp more reliably, and since a tightening force is applied in the direction orthogonal to the clasp a, uniform pressure is applied to the clasp, creating an ideal connection state. , which results in a stronger bond.

Incidentally, the hook-shaped reinforcing piece 31 can also be used in combination with the above-mentioned connecting member 36. A hook-shaped reinforcing piece 31 is attached to the hook pieces 7 and 21, and the hook a
Since both frame members 1゜16.16 are integrally connected by the connecting member 36.36 by sandwiching the This makes it possible to obtain a high degree of reinforcement that could not be obtained with a bonding device.

Further, as shown in FIGS. 10 and 11, the two eaves frame members 1, 16, and 16 are joined at their abutting portions.
In addition to the hook-shaped reinforcing piece 31, a configuration may also be adopted in which the coupling members 45, 45 are used to couple the reinforcing pieces 31.

In this case, the connecting member 45.45 has two connecting pieces 39.40 provided in a hook shape, and a rising edge that is screwed 41°42 to the inner mold pieces 6, 20 of both eaves frame members 1, 16, 16. Piece 43
The frame material 1,16゜16 is a base piece 44 that comes into contact with the upper surface of the horizontal piece 5, 19 of the frame material 16, and is a connecting member that also serves as a puller for a longer life, and connects the front eave frame material 1 and the side eave frame material 16, 16. Attach the hook-shaped reinforcing piece 31 to the hook pieces 7 and 21 at the abutting portions, and further attach the connecting members 45 and 45 to both frame members 1, 16, 16 by sandwiching the clasp a, and then fix them. , two connecting pieces 39, 39', 404 of both connecting members 45, 45 (two connecting poles) 4
6.47 are orthogonal to each other.

The frame members 1, 16, and 16 are integrally connected by passing through the frame members 1, 16, and 16 by fastening the frame members 1, 16, and 16 together.

As a result, when the connecting members 45, 45 are in a flat state, a tightening force is applied from the vertical direction and the lateral direction, so that both the eaves frame members 1,
Uniform tightening pressure is applied to the clasps 16 and 16, resulting in a mechanically ideal connection, and when combined with another hook-shaped reinforcing piece that has been broken, a strong connection is created. Even in houses near railway lines where vibrations are severe, the installation of the sliding door 28 of the attached bay window frame body A can be maintained well at all times.

As explained in detail above, the device for joining metal eave frame members in a bay window according to the present invention includes a horizontal piece extending inward at the lower end of the outer base having a fitting portion for the roofing material at the upper end. An inner mold piece is hung from the end of the horizontal piece, and a metal bay window frame body is attached to the inner mold piece in a planar mouth shape. The joint ends of the front eave frame material and the side eave frame material are butted against the respective fasteners, and at the butt joints, there is also a A connecting member integrally comprising an abutting base piece and a rising piece that abuts on both inner sides of the front eaves frame material and the side f-tip frame member is arranged, and the rising V, ° of the connecting member is arranged. The pieces were fixed to the above-mentioned inner surveying and registration office and combined with the above-mentioned eaves frame 1 [)'-1.

Therefore, first, when attaching the roofing material and the bay window frame to the above-mentioned upper eaves edge members, attach them to the fitting parts provided on the outer edges of both eave edge frame members and the hook pieces protruding from the first side vertical piece, respectively. With D, the installation work is easy and reliable.

Furthermore, to connect the front eaves frame material and the side eave frame materials, it is only necessary to fasten the standing pieces of the connecting member to the inner mold pieces of both eaves frame materials. A device for joining metal eave frame materials in a bay window according to another invention is simple and capable of thickening the abutting portions of both eaves frame materials to obtain a strong and strong connection. A horizontal piece is installed inward at the lower end of each outer building, which has a fitting part for the roofing material at the upper end, and an inner mold piece is hung from the end of the horizontal piece, and the inner mold piece is connected to the outer wall of the building. The joint ends of the metal front eave frame material and side eave frame material with protruding hook pieces attached to the metal bay window frame body protruding in the shape of a planar opening are butted against the respective fasteners, and the butted parts are At each end of the front eave frame material and side eave frame material, a base piece that abuts the upper surface of each horizontal piece of the front eave frame material and side eave frame material and each inner mold of both of the above eave eave frame materials are attached. Arranging a connecting member that integrally includes a rising piece that comes into contact with the eaves frame member and a connecting piece that stands up near the abutting surfaces of the two eave frame members; At the same time, the connecting pieces facing each other are connected with bolts across the abutting surfaces to integrally connect both eaves frame materials. Therefore, roofing material and bay window are attached to both eave frame materials In addition to making it easy and reliable to attach the frame, when joining the front eave frame and side eave frame, there is a button at the butt part, and these two eave frame members can be pulled together by tightening bolts. Since they are connected together, a more robust and strong connection can be obtained.

[Brief explanation of drawings]

The drawings show an embodiment of the device for joining metal eave frame members in a bay window according to the present invention, and FIG. 1 is a front view of the bay window equipped with the device, and FIG. 2 is a partially cutaway vertical side view. , FIG. 3 is a partially cutaway vertical front view of the upper part, FIG. 4 is a partially cross-sectional plan view of the main part of the upper part, FIG. 5 is a perspective view of the binding material, and FIGS.
The figures show an embodiment of a joining device for metal eave frame members in a bay window according to another invention, FIG. 6 is a partially cutaway vertical front view of one embodiment, and FIG. 7 is a front view of the above embodiment. 8 is a partially cutaway longitudinal side view of the main part, FIG. 9 is a plan view, FIG. 10 is a longitudinal sectional side view of another embodiment, and FIG. 11 is a partially cutaway plan view of the main part. A plan view, FIGS. 12 and 13 are perspective views showing deformation of the coupling member, and FIG. 14 is a perspective view of a hook-shaped reinforcing piece. In the figure, 1 is the front eave frame material, 2 is the roof material, 3 is the fitting part,
4 is the outer board, 5 is the horizontal piece, 6 is the inner board, 7 is the hook,
A is the bay window frame body, 16, 16 is the side eave frame material, 17 is the fitting part, 18 is the outer mounting, 19 is the horizontal piece, 20 is the inner mounting,
21 is a hook piece, a is a clasp, 22 is a connecting member, 31 is a hook-shaped reinforcing piece, 32 is a connecting piece, 33 is a screw, 34 is a mounting piece, 35
is a base piece, 36.36 is a connecting member, 37 is a connecting bolt, 3
9. 40 is three connecting pieces, 41.42 is a screw, 43 is a mounting piece, 45.45 is a connecting member, 46.47 is a connecting bolt, and 48.49 is a nut.

Claims (1)

[Scope of Claims] 1. A horizontal piece is extended inward at the lower end of each of the outer vertical pieces each having a fitting portion for roofing material at the upper end, and an inner mold piece is hung from the end of the horizontal piece, In addition, a metal bay window frame body is attached to the inner mold piece to project from the building's exterior wall in a medium planar shape, and the joint ends of the metal front eave frame material and side eave frame material each having a fishing piece projecting thereon. A base piece that abuts the top surface of both horizontal pieces of the front eave frame material and side eave frame material that are continuous with each other, and both inside sides of the front eave frame material and the side eave frame material. A connecting member integrally provided with a rising piece that abuts the vertical piece is disposed, and the rising piece of the connecting member is fixed to both the inner vertical pieces to integrally connect both the eaves frame materials. Features: A device for joining metal eave frame materials in bay windows. 2. A horizontal piece is installed inwardly extending under the outer vertical piece, each of which has a fitting part for the roofing material at its upper end, and an inner mold piece is hung from the end of the horizontal piece. Attach a metal bay window frame projecting from the exterior wall of the building in the shape of a planar opening. Match the joint ends of the metal front eave frame material and side eave frame material with fishing pieces protruding to the respective fasteners, and then butt them together. At each end of the front eave frame material and side eave frame material, a base piece that abuts the upper surface of each horizontal piece of the front eave frame material and side eave frame material, and a base piece of both of the above eave eave frame materials are attached. A connecting member is arranged which integrally includes a rising piece that comes into contact with each of the inner mold pieces and a connecting piece that stands up near the abutting surfaces of both the eaves frame members, and the rising pieces are connected to the respective eaves frame members. A metal eave in a bay window, characterized in that it is fixed to the inner mold piece, and the opposing connecting pieces across the abutting surfaces are connected with a connecting bolt to integrally connect both the eaves frame materials. Frame material joining device.