JP2689307B2 - A sliding door shutter frame mounting structure - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a shutter door frame mounting structure for a bay window in which a shutter frame is retrofitted to an existing bay window mounted on a building body.

[0002]

2. Description of the Related Art As a bay window, a window portion having a substantially trapezoidal flat surface due to left and right sleeves and a front portion, a roof portion mounted on the window portion, and a peripheral edge portion mounted below the window portion. It is known that the window part has left and right vertical frames, left and right vertical frames, left and right sleeve upper frames, lower sleeve frames, front upper frames and front lower frames, and left and right sleeve frames and front frames. A window frame having a section is provided, and glass, shoji, etc. are attached to the sleeve frame section and the front frame section.

As such a bay window, there is known a bay window with a shutter mounted with a shutter for reasons such as crime prevention. In this bay window with a shutter, an upper sleeve frame, a lower sleeve frame, an upper front frame and a lower front frame are shutter frames. It has an integrated shape with a shutter, and a shutter cannot be attached to a normal bay window without a shutter.

Further, as a bay window in which a window frame and a shutter frame are provided separately, for example, Japanese Utility Model Publication No. 63-16451, Japanese Utility Model No. 2
Those disclosed in Japanese Patent Publication No. 49434/1992 and Japanese Patent Publication No. 4-21797 are known.

[0005]

[Problems to be Solved by the Invention] Jitsuko Sho 63-1645
As shown in FIG. 4 of the publication, the one disclosed in Japanese Patent Publication No. 1 is configured such that the upper indoor side of the upper shutter door frame is screwed to the outer surface of each upper frame, and the lower outdoor side of the upper shutter door frame is hung from the roof frame. It is mounted by being supported by a plate, and the lower shutter frame is fixed to the outer surface of each lower frame with screws.

For this reason, the roof frame has a hanging plate for supporting the upper shutter door frame, which is different in shape from the roof frame in a normal shutter which does not have a shutter attached, and the upper frame and the hanging plate for the roof frame are different from each other. Since the upper shutter door frame is attached between the roof frames, the distance between each upper frame and the roof frame in the out-of-plane direction, that is, the protruding length from the window of the roof becomes longer than the protruding length in a normal bay window, A shutter frame cannot be retrofitted to a bay window.

In Japanese Utility Model Publication No. 2-493344, as shown in FIG. 3 and FIG. 4 of the publication, the upper shutter frame is attached to the horizontal plate of the roof frame with screws, and each lower frame is attached. The upper mounting piece of the lower shutter door frame is fitted and connected to the groove on the upper side of the outdoor surface, and the lower mounting piece of the lower shutter door frame is screwed and connected to the lower surface of each lower frame.

For this reason, the horizontal plate of the roof frame becomes long, the roof frame has a shape different from that of a normal bay window as described above, and the protruding length of the roof part from the window part is usually Since it is longer than the projected length of the bay window, a shutter door frame cannot be retrofitted to a normal bay window. Also, since the upper mounting piece of the lower shutter door frame is fitted in the groove portion of the lower frame, rainwater may enter and accumulate in the groove portion, resulting in poor drainability.

The one disclosed in Japanese Examined Patent Publication No. 4-21797, as shown in FIG.
Since it is similar to that shown in Japanese Patent Publication No. 51-51, a shutter door frame cannot be retrofitted to a normal bay window.

Therefore, an object of the present invention is to provide a shutter door frame mounting structure for a bay window, which can solve the above-mentioned problems.

[0011]

A structure for attaching a shutter frame composed of an upper shutter frame 30 and a lower shutter frame 60 to a bay window composed of a window portion 1 and a roof portion 2, and a front roof constituting the roof portion 2 The frame 15 and the sleeve roof frame 19 have a substantially L-shaped outdoor lower portion by the outdoor vertical surface and the horizontal surface, and the front upper shutter door frame 31 and the sleeve upper shutter door frame 3 constituting the upper shutter door frame 30.
2, the upper part on the indoor side has a substantially L-shape with the vertical and horizontal surfaces of the room, and the upper shutter frame 30 has the indoor vertical and horizontal surfaces on the indoor side of the front roof frame 15 and the sleeve roof. Attaching to the roof part 2 in contact with the outdoor vertical surface and horizontal surface of the lower outdoor side of the frame 19, the indoor vertical surfaces of the front lower shutter door frame 61 and the sleeve lower shutter door frame 62 constituting the lower shutter door frame 60 are connected to the window portion. A shutter door frame mounting structure of a bay window which is mounted on the outdoor vertical surfaces of the front lower frame 7 and the sleeve lower frame 12 which constitute 1.

[0012]

[Work for] the front roof frame 15, the outdoor vertical surface and horizontal surface of the sleeve portion roof frame 19, the indoor vertical surface of the upper front upper shutters frame 31 of the shutters frame 30, the sleeve portion on <br/> shutters frame 32 and lateral Since the upper shutter door frame 30 is attached so as to be in contact with the surface and the upper shutter door frame 30 is projected to the outside of the roof portion 2, the protruding length of the roof portion 2 does not become longer than that of the window portion 1 of the roof portion 2. The front roof frame 15, the sleeve roof frame 19, which forms part 2, and the front upper frame 6 and sleeve upper frame 11, which form window part 1, do not have a special shape for attaching the upper shutter frame 30, You can add a shutter frame to the bay window. Further, since the outdoor vertical surfaces of the front lower frame 7 and the sleeve lower frame 12 that form the window portion 1 are in contact with the front lower shutter door frame 61 that forms the lower shutter door frame 60 and the indoor vertical surfaces of the sleeve lower shutter door frame 62, Rainwater flows smoothly from the lower shutter frame 60 to the outside of the room.

[0013]

[Examples] As shown in FIGS. 1 and 2, a bay window is constituted by a window portion 1, a roof portion 2 and a peripheral edge portion 3, and a window frame 4 of the window portion 1 is formed.
A sliding door 8 is attached in a sliding manner between a front upper frame 6 and a front lower frame 7 which form the front frame portion 5 of the above, to form a front portion 9, and a sleeve portion frame portion 10 of the window frame 4. A glass 13 is attached between an upper sleeve 11 and a lower sleeve 12 to form a sleeve 14, and a front roof frame 15 that constitutes the roof 2 includes an outdoor vertical plate 16, a horizontal plate 17, and a room. The vertical plate 18 has a substantially U-shape, the horizontal plate 16 thereof projects more outward than the upper front frame 6, and the sleeve roof frame 19 has an outdoor vertical plate 20 as shown in FIG.
And the horizontal plate 21 and the indoor vertical plate 22 form an upward U-shape,
The lateral plate 21 projects more outward than the sleeve upper frame 11. That is, the front roof frame 15 and the sleeve roof frame 19 have the same cross-sectional shape, are formed by bending a long-shaped member, and the shape of the outdoor lower part is the indoor vertical surface and the lower part of the indoor vertical surface. The lateral surface that faces the interior side is L-shaped, which is the same as a normal one.

As shown in FIGS. 1 and 2, an upper shutter door frame 30 constituting a shutter door frame includes a front upper shutter door frame 31 and left and right sleeve upper shutter door frames 32. The front upper shutter door frame 31 and the sleeve upper shutter doors. Frame 3
Reference numeral 2 denotes a horizontal plate 33, an indoor vertical plate 34 and an outdoor vertical plate 35 that are integrally provided on the outdoor side of the horizontal plate 33, and integrally provided between the upper ends of the indoor vertical plate 34 and the outdoor vertical plate 35. The upper cross plate 36 has a main body 38 having a hollow portion 37, a hook-shaped indoor upper rail 39 and an outdoor upper rail 40 integrally provided on the horizontal plate 33, and has the same cross-sectional shape. 31, the upper part of the sleeve upper shutter frame 32 on the indoor side is L-shaped on the indoor vertical surface and on the horizontal surface facing the indoor side from the lower part of the indoor vertical surface. The inner side of the horizontal plate 33 of the front upper shutter frame 31 is fixed to the horizontal plate 17 of the front roof frame 15 with screws 41,
The indoor vertical plate 34 is fixed to the vertical plate 16 with screws 42, and the horizontal plate 33 of the sleeve upper shutter frame 32 and the indoor vertical plate 34 are connected to the sleeve roof frame 19.
Are fixed to the horizontal plate 21 and the vertical plate 20 with screws 43, respectively, whereby the upper shutter frame 30 can be positioned and attached to the sleeve portion of the window frame 4 and the outdoor side of the front portion, and the building body is damaged. Never.

As shown in FIGS. 1 and 2, the lower shutter door frame 60 constituting the shutter door frame includes a front lower shutter door frame 61 and left and right sleeve lower shutter door frames 62. The front lower shutter door frame 61 and the sleeve lower shutter door frame. Reference numeral 62 denotes a main body 68 having a hollow portion 67 formed by an indoor vertical plate 63, an outdoor vertical plate 64, an upper horizontal plate 65, and a lower horizontal plate 66, and an indoor rail 69 integrally provided on the outdoor vertical plate 64 of the main body 68.
The outer rail 70 and the supporting piece 71 integrally provided on the lower part of the indoor vertical plate 63 of the main body 68 have the same sectional shape, and the supporting piece 71 of the front lower shutter frame 61 is attached to the lower surface 7a of the front lower frame 7. The indoor vertical plate 63 is fixed to the outdoor vertical plate 7b of the front lower frame 7 with screws 72, and the supporting piece 71 of the sleeve lower frame 62 is fixed to the lower surface 12a of the lower sleeve frame 12 by contacting them. The indoor vertical plate 63 is fixed to the outdoor vertical plate 12b of the sleeve lower frame 12 with a screw 73, thereby positioning the lower shutter frame 60 between the sleeve and the front part of the window frame 4. Can be retrofitted by positioning on the outdoor side.

That is, the upper shutter frame 30 is replaced by the front roof frame 1
5. Since the outdoor vertical surface and the horizontal surface of the sleeve roof frame 19 are attached as a reference, and the lower shutter frame 60 is installed based on the outdoor vertical surface and the horizontal surface of the front lower frame 7 and the sleeve lower frame 12, it is retrofitted to the existing exit window. it can.

As shown in FIG. 2, since the sleeve shutter 80 is mounted over the outside of the sleeve upper shutter frame 32 and the outside of the sleeve lower shutter frame 62, the vertical frame as shown in FIG. 81
Between the outdoor vertical plate 82 and the hanging side of the sleeve shutter 80
Since dust and the like enter through the gap A, as shown in FIGS. 3 and 4, the vertical frame attachment 83 is attached across the sleeve upper shutter frame 32 and the sleeve lower shutter frame 62 to attach the gap A. It is blocked.

The upper portion of the vertical frame attachment 83 is shown in FIG.
As shown in FIG. 3, the upper mounting bracket 84 is connected to the sleeve upper shutter frame 32, and the lower part is connected to the sleeve lower shutter frame 62 by the lower mounting bracket 85. As shown in FIG. A seal material 86 such as mohair is attached to the end portion, and the seal material 86 is in contact with the suspension base side of the sleeve shutter 80.

As shown in FIG. 4, the upper mounting metal fitting 84 is provided on the edge closing vertical plate 87 having substantially the same shape as the end surface of the sleeve upper shutter frame 32, and on the lower portion of the edge closing vertical plate 87 near the outside of the room. A supporting lateral plate 88 integrally provided in contact with the opening edge of the downward recessed portion 44, a mounting lateral plate 89 integrally provided on the upper part of the small edge closing vertical plate 87 close to the inside of the room, and an interior of the small edge closing vertical plate 87. It is composed of a mounting vertical plate 90 integrally and continuously provided at the lower part
The small closing vertical plate 87 is attached to the end surface 32a of the sleeve upper shutter frame 32 with a screw 91, and the mounting horizontal plate 89 is in contact with the lower surface of the horizontal plate 33 of the sleeve upper shutter frame 32. The end portion of the sleeve upper shutter frame 32 is closed by, and the support lateral plate 88 closes the downward recess 44.

A vertical axis (not shown) attached to the upper portion of the sleeve shutter 80 on the hanging side is fitted into the hole 92 of the support horizontal plate 88 to support the upper portion of the sleeve shutter 80 on the hanging side, thereby attaching the vertical frame attachment. The upper portion of the outer surface 83a of 83 is fixed to the mounting vertical plate 90 with screws 93.

As shown in FIG. 4, the lower mounting member 85 is integrated with a small-edge closing vertical plate 94 having substantially the same shape as the end face shape of the sleeve lower shutter frame 62, and an upper portion of the outdoor side of the small-edge closing vertical plate 94. And a supporting horizontal plate 95 that is provided in contact with the opening edge of the upward recess 74, a horizontal mounting vertical plate 96 that is integrally provided on the outdoor side of the edge closing vertical plate 94, and an upper portion of the edge closing vertical plate 94. The mounting vertical plate 97 is integrally and continuously provided. The fore-closing vertical plate 94 is attached to the end surface 62a of the sleeve lower shutter frame 62 with a screw 98, and the horizontal mounting vertical plate 96 is inserted into the hollow portion 62b. However, the support lateral plate 95 is in contact with the opening edge of the upward recess 74 to close it.

As shown in FIG. 3, the vertical axis 99 attached to the lower portion of the sleeve shutter 80 on the hanging side is the hole 10 of the supporting horizontal plate 95.
The lower part of the sleeve shutter 80 on the hanging side is supported, and the lower part of the outer surface 83a of the vertical frame attachment 83 is attached to the vertical plate 9.
It is fixed to 7 with screws 101.

As described above, the gap A between the outdoor vertical plate 82 of the vertical frame 81 and the hanging side of the sleeve shutter 80 is closed by the vertical frame attachment 83, so that dust or the like does not enter and the sleeve part. The upper shutter frame 32 and the sleeve lower shutter frame 62 are attached to the outer wall B of the building.
The outer wall B of the building is not damaged when the shutter frame is retrofitted to the existing bay window.

Next, a method of attaching the shutter door frame will be described. As shown in FIG. 5, the upper shutter door frame 30 is formed by connecting left and right sleeve upper shutter door frames 32, 32 to both ends in the longitudinal direction of a front upper shutter door frame 31 at a predetermined angle via a corner block 102. A pair of upper positioning holes 103 are formed in the lateral plate 33 of the upper shutter frame 31 toward both ends in the longitudinal direction so as to open to the indoor side.
Has a substantially V-shaped opening near the opening.

As shown in FIG. 6, the lower shutter door frame 60 has left and right sleeve lower shutter door frames 6 at both longitudinal ends of the front lower shutter door frame 61.
2, 62 are connected to each other at a predetermined angle via a corner block 104, and a pair of lower positioning holes 105 are formed on the indoor side of the front lower shutter frame 61 on both sides in the longitudinal direction of the indoor vertical plate 63 so as to be opened to the indoor side. The lower positioning hole 105 has a large diameter hole 106 as shown in FIG.
A semi-circular small-diameter hole 107 is formed in the lower part of the.

When the shutter door frame is retrofitted to the bay window, FIG.
As shown in FIG. 7, the front upper frame 6, the front lower frame 7, and the sleeve upper frame 11
The upper roof jig 108, which is a plane hook shape based on the cuboid 107 that connects the lower sleeve frame 12 with the front roof frame 15,
It is pressed against the horizontal plates 17 and 22 of the sleeve roof frame 19, a hole is drilled from the guide hole 109 with a drill 110, and an upper screw, for example, an upper text screw 111 is temporarily attached to the hole halfway as shown in FIG. As a result, the upper text screw 111 is aligned with the upper positioning hole 103 of the upper shutter frame 30.

As shown in FIG. 8, a lower hooking jig 112, which is a vertical hook-shaped flat plate, is pressed against the corner portion of the upright 107, and a hole is drilled with a drill 110 from the guide hole 113, and the hole is drilled. Lower screws, for example lower text screws 114
Is temporarily attached. This allows the lower tex screw 1
14 is aligned with the lower positioning hole 105 of the lower shutter frame 60.

While moving the upper shutter door frame 30 from the outside to the inside, the upper shutter door frame 30 is positioned by fitting the upper positioning holes 103 into the upper techno screw 111 by applying it to the roof frame, and thereafter, the upper techno screw 111 is finally tightened.

The lower shutter frame 60 is moved inward from the outside to insert the large diameter hole 106 of the lower positioning hole 105 into the lower techno screw 114, and the lower shutter frame 60 is moved slightly upward to make the small diameter of the lower positioning hole 105 small. The hole 107 is inserted into the lower techno screw 114 for positioning, and then the lower techno screw 114 is fully tightened.

As described above, the shutter frame can be positioned and attached in the in-plane direction to the bay window with a simple action.

[0031]

Effects of the Invention front roof frame 15, the outdoor vertical surface and horizontal surface of the sleeve portion roof frame 19, the front upper shutters frame 31 of the upper shutters frame 30, against the interior vertical surface and the horizontal surface of the sleeve portion on the shutters frame 32 Since the upper shutter door frame 30 protrudes outward from the roof portion 2 and the protruding length of the upper shutter door frame 30 does not become longer than the window portion 1 of the roof portion 2, and the roof portion 2 is configured. The front roof frame 15, the sleeve roof frame 19, the upper front frame 6 and the upper sleeve frame 11 which form the window 1 do not have a special shape for attaching the upper shutter frame 30. Therefore, a shutter door frame can be retrofitted to a normal bay window. Further, the front lower frame 7 and the sleeve lower frame 12 constituting the window portion 1 were attached to the outer vertical surfaces of the windows such that the front lower shutter frame 61 and the sleeve shutter frame 62 constituting the lower shutter frame 60 were in contact with each other. Therefore, since the rainwater flows from the lower shutter door frame 60 to the outside of the room, drainage is improved.

[Brief description of the drawings]

FIG. 1 is a vertical sectional view of a front portion of a bay window showing an embodiment of the present invention.

FIG. 2 is a vertical sectional view of a sleeve portion of a bay window showing an embodiment of the present invention.

FIG. 3 is a cross-sectional view of a building body mounting portion of a bay window.

FIG. 4 is an exploded perspective view of a vertical member attachment, a sleeve upper shutter frame 32, and a sleeve lower shutter frame 62.

FIG. 5 is a bottom view of the upper shutter frame.

FIG. 6 is a plan view of a lower shutter frame.

FIG. 7 is a front view of a lower positioning hole.

FIG. 8 is a perspective view for explaining work for making a hole for attaching a bay window in the bay window.

FIG. 9 is an explanatory view of a mounting portion of an upper techno screw.

FIG. 10 is an explanatory view of a mounting portion of a lower techno screw.

[Explanation of symbols]

1 ... Window part, 2 ... Roof part, 6 ... Front upper frame, 7 ... Front lower frame,
11 ... Sleeve upper frame, 12 ... Sleeve lower frame, 15 ... Front roof frame,
19 ... Sleeve roof frame, 30 ... Upper shutter frame, 31 ... Front upper shutter frame, 32 ... Sleeve upper shutter frame, 60 ... Lower shutter frame, 61 ...
Front lower shutter frame, 62 ... Lower sleeve shutter frame.

Claims (1)

(57) [Claims] 1. A structure in which a shutter frame composed of an upper shutter frame 30 and a lower shutter frame 60 is attached to a bay window composed of a window portion 1 and a roof portion 2, and a front roof frame 15 and sleeves constituting the roof portion 2. Room root frame 1
9, the lower part of the outdoor side has a substantially L-shape by the outdoor vertical surface and the horizontal surface, and the front upper shutter door frame 31 and the sleeve upper shutter door frame 32 that constitute the upper shutter door frame 30 are The upper shutter door frame 30 has an indoor vertical surface and a horizontal surface on the indoor upper side, and the outdoor roof surface of the front roof frame 15 and the outdoor portion of the outdoor roof lower part of the sleeve roof frame 19 are formed into a substantially L shape. Attached to the roof portion 2 in contact with the vertical surface and the horizontal surface, the indoor vertical surfaces of the lower front shutter door frame 61 and the sleeve lower shutter door frame 62 that form the lower shutter door frame 60, and the front lower frame 7 that forms the window portion 1 A shutter door frame mounting structure for a bay window, which is mounted on the outdoor vertical surface of the sleeve lower frame 12.