JPH0131749Y2 - - Google Patents

Description

[Detailed Description of the Invention] [Technical Field] The present invention relates to the structure of a bay window equipped with a roll shutter.

[Background technology]

It is desirable to install shutters on bay windows to prevent crime in those areas. However, since a bay window is installed protruding from the house, it is difficult to provide a door pocket for storing a normal sliding storm door. The idea was to create a security effect by providing a roll shutter storage section and pulling down the roll shutters stored in the roll shutter storage section to cover the front window of the bay window. By the way, when considering lighting in a bay window, it is possible to install a skylight section, but in this case, the guide groove member that guides the roll shutter into which both ends of the roll shutter are fitted so as to be freely movable is connected to the skylight section and the front window section. If the guide member is a metal piece with a U-shaped or E-shaped cross section, it will be difficult to bend it at the corner between the skylight and the front window, and it will not work as a rail. I was unable to fulfill my role.

[Purpose of invention]

This invention was devised in view of the above points, and its purpose is to provide a crime prevention effect by covering bay windows with skylights with roll shutters.
Another object of the present invention is to provide a structure of a bay window equipped with a roll shutter, in which the guide groove member can be accurately bent in an arc shape along the skylight part and the front window part, and the roll shutter can be smoothly guided.

[Disclosure of invention]

The structure of the bay window with the roll shutter of this invention is as follows:
In a bay window A having a skylight section 1 at the top and a front window section 2 at the front, a roll shutter storage section 3 is provided above the rear end of the skylight section 1, and the skylight section 1 and the front window are installed in the roll shutter storage section 3. A roll shutter 4 that covers the roof window A can be rolled up and stored, and guide groove members 5 are provided at the outer edges of both sides of the bay window A to guide the roll shutter 4 from the skylight section 1 to the front window section 2. A guide groove member in which the member 5 is formed by two members, a front member 6 and a rear member 7, arranged opposite each other, and the front member 6 and the rear member 7 are formed at a corner portion formed by a skylight part 1 and a front window part 2. 5
It is made by curving into an arc shape, and by having such a configuration, the above object is achieved.

The present invention will be explained in detail below with reference to Examples. The bay window A is formed in an opening 9 provided in a wall 8 of the building. A skylight part 1 is provided at the top of the bay window A and is inclined downward toward the outdoors, and a transparent plate 10 such as a glass plate is fitted into this skylight part 1. A front window part 2 is provided in the front part of the bay window A, and this front window part 2 is provided with two sliding doors 12 into which transparent plates 11 such as glass plates are fitted, and a screen door 13. Of course, it may be a window other than the sliding door 12 (for example, a fitted window or another window). Further, side plates 14 are provided on both sides of the bay window A. Here, the side plate 14 is fixed to the column 16 of the opening 9 by a bracket 15, and an exterior plate 17 such as a gypsum cement board is stretched on the outer surface of the side plate 14. 18 is the window frame of bay window A;
18a is an upper frame, 18b is a lower frame, and 18c is a vertical frame. A roll shutter storage section 3 is provided above the rear end of the skylight section 1 of the bay window A. The roll shutter storage unit 3 is composed of a storage unit bottom plate 19, a back plate 20, a top plate 21, a side plate 14, a front decorative plate 48, etc., and a roll 23 for winding the roll shutter 4 is provided inside.
The roll 23 is formed into a hollow cylindrical shape as shown in FIG. A motor 25 integrally protruding from
The output shaft 26 of the motor 25 is connected to the roll 23 via a one-way clutch 27.
The rotating shaft 28 is rotatably inserted into a bearing 29 provided on a reinforcing plate 34 attached to the upper part of one side plate 14, and the fixed shaft 24 is rotatably inserted into a bearing 29 provided on a reinforcing plate 34 attached to the upper part of the other side plate 14. By being non-rotatably inserted into the hole 30, the roll 23 is supported within the roll shutter housing 3. In the figure, 31 is a slip prevention plate, which is divided into two halves 32, and an insertion opening 37 is formed by matching the semicircular notches 33 of the halves 32. The anti-slip plate 31 is made up of two halves 32. Each half 32 is fixed to a tapping hole 36 of a boss portion 35 protruding from a reinforcing plate 34 with a screw 39, and the roll 23 is inserted into an insertion opening 37. It has been done. Here, the gap between both slippage prevention plates 31 is slightly wider than the width of the roll shutter 4. Since the anti-slip plate 31 is divided into two parts, when the back plate 20 is removed and the roll 23 is maintained or inspected, only one half 32 of the anti-slip plate 31 consisting of two halves 32 needs to be removed. The roll 23 can be removed and maintenance and inspection can be carried out without being obstructed by the slippage prevention plate 31. In the figure, 38 is a receiving piece provided on the half body 32 that remains fixed even during maintenance and inspection. Guide groove members 5 for guiding the roll shutter 4 from the skylight section 1 to the front window section 2 are provided at both outer edges of the bay window A. The guide groove member 5 is formed by combining two members, a front member 6 and a rear member 7, facing each other. The front member 6 is provided with a end cover portion 40 of the side plate 14 and is fixed to the side plate 14. Further, the rear member 7 is fixed to the vertical frame 18c.
The end piece 41 of the front member 6 and the end piece 42 of the rear member 7 face each other to form a groove, and the protruding piece 43 of the front member 6 and the protruding piece 44 of the rear member 7 are fixed with screws 63. There is. The guide groove member 5 made up of the front member 6 and the rear member 7 is curved into an arc at a corner formed by the skylight section 1 and the front window section 2. By the way, the reason why the guide groove member 5 is divided into two parts, the front member 6 and the rear member 7, is because if the guide groove member 5 were an integral piece with a U-shaped cross section or an E-shaped cross section, it would be difficult to bend it into an arc shape. Also, although it is not possible to bend the groove while maintaining an accurate groove width, if it is divided into two parts, the front member 6 and the rear member 7, each member can be bent into an arc shape and then assembled facing each other, making the bending process easier. Furthermore, the groove width can be set accurately. Further, during bending, it is also possible to provide notches in the protrusions 43, 44, etc. on the inner circumferential side of the arc-shaped bent portion to facilitate bending, if necessary. A fixing piece 45 is provided on the upper part of the front member 6, and one end of this fixing piece 45 and a wind deflection prevention fitting 46 are fixed to a hanging piece 47 hanging from the front end of the upper plate 21 with screws or the like. . A locking portion 49 is provided at the tip of the wind deflection prevention fitting 46. In the figure, reference numeral 48 denotes a front decorative plate, which has a substantially inverted L shape and whose upper part is fixed to the wall 8. A locked part 51 provided at the center of the back of the vertical piece 50 is locked to the locking part 49. The front plate 48 is stopped so that it does not swing due to the wind. The storage unit bottom plate 19 that forms the bottom of the roll shutter storage unit 3 is sloped downward as it approaches the front (that is, the outdoor side), and the front end of the storage unit bottom plate 19 has a A frame body part 52 serving as an upper frame of the skylight part 1 is integrally provided.
The frame portion 52 is provided with a fitting portion 53 into which the upper end portion of the transparent plate 10 is fitted.
An upper U-shaped portion 54 is provided at the upper part of the holder. Here, the storage section bottom plate 19 that constitutes the bottom of the roll shutter storage section 3 is located above the transparent plate 10,
Rainwater that has entered the roll storm door storage section 3 is drained onto the upper outer surface of the transparent plate 10 through a plurality of drainage ports 55 formed in the upper U-shaped section 54. By the way, a cover fitting 56 is fitted into the upper U-shaped portion 54 only in a portion corresponding to the drain port 55 to prevent rainwater from flowing into the interior through the drain port 55 along with the wind from the outside. The cover fitting 56 is open on one side or both sides, and the water drained from the drain port 55 is drained from the side of the cover fitting 56, so that there is no problem in draining water. In the figure, 70 is a member for removing dust and rainwater such as elastic materials such as rubber and brushes provided at the lower end of the front decorative plate 48, and is in contact with the roll shutter 4, and when the roll shutter 4 moves, the roll shutter 4 is removed. The system is designed to remove garbage and rainwater. Lower frame 18b of frame body 18
The front and lower front portions of the lower frame 18b are continuous arcuate surfaces, and the lower front portion of the lower frame 18b, which is an arcuate surface, protrudes downward from the rear portion of the lower surface to form a downward protruding portion 57. In the figure, reference numeral 61 denotes a lower cover, which has an inverted L-shaped connecting piece 58 at its front end, and a wall fixing piece 59 at its rear end. The wall fixing piece 59 is fixed to the wall 8, and the connecting piece 58 is fixed to the rear step surface 60 on the lower surface of the lower frame 18b with screws or the like. Here, a gap 62 is provided between the downward protrusion 57 of the lower frame 18b and the lower cover 61, and the downward protrusion 5 of the lower frame 18b has an arcuate surface.
Rainwater flowing along 7 is drained by the lowermost end of the downward protrusion 57 and is prevented from flowing toward the lower cover 61 and reaching the wall 8 due to the presence of the gap 62. As shown in the figure, the lower cover 61 is inclined so as to be continuous in appearance with the downward protrusion 57 which is an arcuate surface. Therefore, when the downward protrusion 57 is made into an arcuate surface and the lower cover 61 is inclined, the prevention of water migration by the gap 62 is more effective. In the figure, 64 is a base plate, 65 is a ceiling board for a bay window, and 66 is a caulking material.

Next, the opening and closing of the roll shutter 4 in the above structure will be described. The roll 23 is rotationally driven via a one-way clutch 27 by a motor 25 connected to a power supply line, and the upper end of the roll shutter 4 is connected to the outer circumference of the roll 23, and the roll shutter 4 is wound around the roll 23. By rotationally driving the roll 23 in the direction by the motor 25, the roll shutter 4 is pulled up while guiding its side end portion by the guide groove member 5. In this way, when rolling up the roll shutter 4 onto the roll 23, the roll shutter 4 is wound around the roll 23 between the pair of slippage prevention plates 31, so the roll shutter 4 is rolled up onto the roll 23 with a shift in the axial direction of the roll 23. This will prevent it from being wrapped. In addition, the rotational driving force of the motor 25 is provided by a one-way clutch 27.
The force is transmitted only as a force to rotate the roll 23 in the direction to roll up the roll shutter 4, and is not transmitted as a force to rotate the roll 23 in the direction to unwind the roll shutter 4. When moving, the roll 23 is rotated by the weight of the roll shutter 4 in accordance with the rotation speed of the motor 25 by rotating the motor 25 in the opposite direction to the above. Since the downward movement is not forcibly performed by the motor 25, even if a hand is caught in the lower end of the roll shutter 4, injury is prevented. In the above embodiment, the motor 25 is built into the roll 23 to make it compact, but the motor 25 may be constructed separately from the roll 23 and the motor 25 and the roll 23 may be connected by a belt. good.

[Effect of idea]

In this invention, a roll shutter storage section is provided above the rear end of the skylight section, and the roll shutter covering the skylight section and the front window section can be rolled up and stored in the roll shutter storage section, so that the skylight section can provide daylight. Not only does this significantly improve the security, but the roll shutters can also cover the skylight and front window to provide a crime prevention effect.Furthermore, the roll shutters can be used to cover the skylight and front window to provide a security effect. A guide groove member is formed to guide the roll shutter, and the guide groove member is formed by arranging two members, a front member and a rear member, opposite each other. Since the guide groove member composed of the two members is bent into an arc shape, it is easier to bend the front member and the rear member separately, compared to bending an integrated guide groove member with an E-shaped cross section or a U-shaped cross section into an arc shape. It can be easily and accurately bent, the groove width can be maintained accurately, and the roll shutter can be moved smoothly.

[Brief explanation of the drawing]

Figures 1 a, b, c, and d are front views, side views, longitudinal cross-sectional views, and cross-sectional views of the present invention, Figure 2 is an exploded perspective view of the same, and Figure 3 is an enlarged vertical cross-sectional view of the upper part of the same. , 4th
The figure is an enlarged longitudinal cross-sectional view of the lower part of the same as above, Figure 5 is an enlarged cross-sectional view of the lower part of same as above, Figure 6 is an enlarged cross-sectional view of the central part of same as above, Figure 7 is a cross-sectional view of the skylight part of same as above, Figures 8a and b are cross-sectional views and vertical cross-sectional views of the roll shutter storage portion of the same as above, Figures 9a and b are front views and side views of the reinforcing plate used in the same, and Figures 10a and b.
are a front view and a side view of the same slip prevention plate as above, No. 11
The figure is a perspective view of the roll used in the above, and FIG. 12 is a perspective view showing the relationship between the base plate and the side plate, in which A is a bay window, 1 is a skylight section, 2 is a front window section, 3 is a roll shutter storage section, and 4 is a perspective view of the roll used in the above. is a roll shutter; 5 is a guide groove member; 6 is a roll shutter;
is a front member, and 7 is a rear member.

Claims (1)

[Scope of utility model registration request] In a bay window that has a skylight section at the top and a front window section at the front, a roll shutter storage section is provided above the rear end of the skylight section, and a roll shutter storage section is provided in the roll shutter storage section to cover the skylight section and the front window section. It can be rolled up and stored freely, and a guide groove member is provided on both outer edges of the bay window to guide the roll shutter from the skylight part to the front window part, and the two guide groove members, the front member and the rear member, are arranged opposite each other. A structure of a bay window equipped with a roll shutter formed by forming a guide groove member formed by a front member and a rear member into an arc shape at a corner formed by a skylight part and a front window part.