JPH0113726Y2 - - Google Patents

Description

[Detailed Description of the Invention] [Field of Industrial Application] The present invention relates to an improvement of a prefabricated bay window.

[Conventional technology]

Conventionally, each component is manufactured in a factory, and these components are assembled and transported to the construction site, or assembled at the construction site and attached to the building.In addition, such a bay window is used for entrances and exits such as entrances to buildings. It is publicly known to provide such. Also, a bay window is known in which a storage body is integrally provided below the bay window main body, and a part of the storage body in the depth direction projects outside the building.

As shown in Japanese Utility Model Application Publication No. 57-172879, the connecting corners of the back plate and the bottom plate of the storage body at the lower end of the part where the storage body protrudes outside the building, and the joint corners of the side plates and the bottom plate are shaped into square cross-sections. There was one that was fitted into a notch provided in the upper inner corner of the member and covered with the rectangular member.

[Problem that the invention attempts to solve]

A conventional bay window is constructed as described above, and the connecting corner of the lower end of the storage body that protrudes to the outside of the building is
Although it is protected by covering it with rectangular members, water such as rainwater seeps between these members and the back plate, side plate, and bottom plate of the storage unit, and water leaks from these joints due to capillary action. There was a problem that there was a risk of leakage inside the bay window, and the rectangular member was large and unsightly.

The present invention was devised to solve the above-mentioned problems, and aims to provide a bay window that can eliminate water leakage at the joint corner of a storage body and has a good appearance.

[Means for solving problems]

The present invention provides an assembly-type bay window in which a storage body 2 is integrally provided below a bay window main body 1, and a part of the storage body 2 in the depth direction protrudes to the outside of the building.
The joint corners of the back plate 17 and the bottom plate 19, and the side boards 18 and the bottom plate 19 of the storage body 2 at the lower end of the part protruding to the outside of the building are separated into parting sections where the hollow parts 24a and 25a are located on the outside of these joint corners. Edges 24, 25
The outer walls 24f of the hollow portions 24a and 25a,
Water cutting ridges 24d and 25d are made to protrude below the hollow portions 24a and 25a from the hollow portions 24a and 25f.
The upper ends of the upper protrusions 24b and 25b that protrude upward from the inner edges of the upper walls 24i and 25i of the upper walls 25a and the upper wall 2
4i, 25i and the back plate 17 and side plate 1 of the storage body 2.
8, and the upper protrusion 24 is placed between these abutting parts.
A gap is formed between the rear plate 17 and the side plate 18 and the hollow portions 24a, 25b, respectively.
A positioning protrusion 24h, which extends the lower walls 24e, 25e of 5a inward, makes the tips of the lower protrusions 24c, 25c contact the bottom plate 19 of the storage body 2, and protrudes upward from the lower walls 24e, 25e. The side surface of 25h is brought into contact with the outer surface of the back plate 17 and side plate 18 of the storage body 2, and gaps are formed between the lower protrusions 24c, 25c and the lower surface of the storage body 2 between the abutting parts. be.

[Effect]

In the bay window according to the present invention, there are gaps between the upper protrusions 24b, 25b and lower protrusions 24c, 25c of the partition edges 24, 25 and the back plate 17, both side plates 18, and bottom plate 19 of the storage body 2. It is possible to prevent rainwater etc. from entering the hollow portions 24a, 25a due to capillary phenomenon, and the upper protrusions 24b, 25b
are the upper walls 24i, 25i of the hollow parts 24a, 25a
Since it protrudes upward, the upper protrusions 24b, 25
When exterior mortar is applied to the outside of b, even if rainwater seeps in from the joints between these and the upper walls 24i, 25i, it will not reach the hollow parts 24a, 25a, and furthermore, it will not leak from the outer walls 24f, 25f. Draining ridges 24d are provided below the hollow portions 24a and 25a,
25d protrude, it is possible to prevent rainwater from going around or blowing inward, and therefore, water leakage can be reliably prevented.
4c, 25c, the hollow parts 24a, 2
There is no need to make the cross-sectional area of 5a very large, and the appearance is good.

〔Example〕

Hereinafter, one embodiment of the present invention will be described with reference to the drawings.

In Figures 1 to 6, 1 is the main body of the bay window, 2
is a storage body consisting of a shoe rack, and each component is an assembly type manufactured in a factory. The bay window main body 1 has mullions 3, 3 on the outside of the building and vertical frames 4, 4 arranged in a planar rectangular shape, and an upper frame 5 between the mullions 3, 3.
And the lower frame 6 is erected, the mullions 3, 3 and the jamb 4,
A sleeve upper frame 7 and a sleeve lower frame 8 are installed between the sleeves 4 and 4, respectively. The upper frame 5 and the roof 9 are fixed, the lower frame 6 and the sleeve lower frame 8 are fixed to the base plate 10, the base plate 10 also serves as the top plate of the storage body 2, and the storage body 2 is integrated below the bay window main body 1. It is provided. The window frame formed by the mullions 3, 3, the upper frame 5, and the lower frame 6 of the bay window main body 1 includes a sliding glass window 11 that can be opened and closed;
Sliding glass windows 11 placed outside these buildings
and one screen door 12 that can be moved in parallel. A glass plate is stretched over the area surrounded by the mullion 3, the vertical frame 4, the sleeve upper frame 7, and the sleeve lower frame 8, and left and right sleeve windows 13 are mounted thereon. Further, a top plate 14 is disposed between the base plate 10 and the roof 9 in close proximity to the roof 9. And the bay window body 1
and the outside side of the building of the storage body 2 protrude outward from the building by approximately the same amount, and approximately 1/2 or more of the depth direction dimension of the storage body 2 is the outside wall 15 of the building.
The bottom of the storage body 2 protrudes outward from the building and is mounted and fixed on the foundation 16 of the building.

The storage body 2 is shown in FIGS. 1 to 4 and 6.
As shown in the figure, the frontage (width) is equal to the bay window main body 1.
It is directional dimension. Further, the storage body 2 is configured in a rectangular parallelepiped shape with an opening on the inside, consisting of a top plate that also serves as the base plate 10 of the bay window main body 1, a back plate 17, left and right side plates 18, and a bottom plate 19. The parts that protrude outside the building are made of plywood or the like so that exterior mortar can be applied or painted, and the surfaces of the parts of the top plate, side plates 18, and bottom plate 19 located inside the building are given an appropriate finish. , or configured to be able to be administered. Inner opening 2 of the storage body 2
0 is equipped with a sliding door 21 that can be opened and closed, and inside the storage body 2 there is an umbrella holder 22 that spans the entire height on one side.
is formed, and the other parts have multiple shelves 23 above and below.
is provided to form a part for storing footwear such as shoes.

As shown in FIGS. 7 to 9, the corner portion of the storage body 2 located on the outside of the building has parting edges 24, 25, 26, 2 made of extruded material such as aluminum.
Covered by 7. That is, the connecting corner portions of the back plate 17 and the bottom plate 19 and the side plates 18 and the bottom plate 19 at the lower end of the protruding portion toward the outside of the building of the storage body 2 are hollow with substantially rectangular cross sections of the partition edges 24 and 25 on the outside thereof. Upper protrusions 24b, 25b projecting upward from the inner edges of these upper walls 24i, 25i are fixed to the lower ends of the back plate 17 and side plates 18 with wood screws, etc., and the upper protrusions 24b ,2
5b and the upper walls 24i, 25i are the back plate 1.
7. Abuts against the side plate 18, and a gap is formed between the upper protrusions 24b, 25b, the back plate 17, and the side plate 18 between these abutting portions. Hollow portion 24a,
Lower protrusions 24c and 25c, which extend the lower walls 24e and 25e of 25a inward, are fixed to the bottom plate 19 with wood screws, etc., and the hollow parts 24a and
The outer walls 24f and 25f of the hollow part 24a,
Draining ridges 24d, 2 protrude below 25a.
5d is formed. In addition, the parting edge 24, 25
is the tip portion 24 of the lower protrusion 24c, 25c.
g, 25g are bent upward at right angles and abut against the bottom plate 19, and positioning protrusions 24h, 25h are provided upward from the lower walls 24e, 25e in parallel with the tips 24g, 25g, positioning protrusions 24h, The side surfaces of 25h are supported in contact with the building exterior side surfaces of the back plate 17 and the bottom plate 18, and a gap is formed between the lower protrusions 24c, 25c and the bottom plate 19 between the abutting portions. In addition,
On the upper walls 24i, 25i of the hollow parts 24a, 25a, there are sloped parts 2 on the outside of the building, with the outside of the building facing downward.
4j and 25j are formed. At the building mounting corner portion of the bottom plate 19, a horizontal upper portion 26a of a substantially angular parting edge 26 is fixed to the lower surface of the bottom plate 19 with wood screws or the like. At the building mounting corners of the left and right side panels 18, that is, the vertical corners between the outer surfaces of both side panels 18 and the outside surfaces of the building, the short sides 27a of the substantially angular parting edges 27 are in contact with the side panels 18, and the corners are screwed with wood screws or the like. An engaging protrusion 27c extending from a long side 27b perpendicular to the short side 27a of the parting edge 27 is press-fitted into a thin vertical groove 18a that is fixed and opens on the surface of the outer plate 18, and the long side 27b is inserted into the long side 27b. is brought into contact with the building exterior wall 15 and fixed with wood screws or the like. In addition, the engagement protrusion 2
A plurality of retaining pawls 27d each having a substantially triangular cross section and hooked onto the side wall of the vertical groove 18a are provided on both sides of the groove 7c.

In addition, in the figure, 28 is an exterior mortar formed on the back plate 17.

In the bay window of the embodiment configured as described above, each member is assembled in a factory and transported to a construction site, or each member of the bay window main body 1 is appropriately disassembled and transported to a construction site and assembled, and the roof 9 of the bay window main body 1 is assembled. and the upper frame connected to the roof 9 is fixed with wood screws or the like to the upper horizontal frame member of the bay window opening of the building or the outer wall of the building near this,
The vertical frame 4 is fixed to the left and right pillars of the bay window opening or to the vertical members between the pillars with wood screws or the like. Further, the long side portion 27b of the parting edge 27 of the storage body 2 is fixed to the pillar or vertical member, and the mounting part 26b bent from the upper part 26a of the parting edge 26 is attached to the base 1 with wood screws or the like.
Fixed.

As mentioned above, in the bay window of this embodiment, both the bay window main body 1 and the storage body 2 consisting of a shoe rack can be mass-produced in a factory, and the bay window main body 1 and the storage body 2 are integrated at the construction site. Since all you have to do is attach the item to the building, it can be easily installed in a short time without any hassle. Further, in this embodiment, at least 1/2 of the depth dimension of the storage body 2
Since the shoe rack is made to protrude to the outside of the building, its effective area can be expanded compared to a ready-made shoe rack installed on the floor of the entrance. Furthermore, in this embodiment, the position of the storage body 2 in the depth direction is regulated by the bay window main body 1, and the dimensions of the upper part of the bay window are determined in advance by the roof 9, and the side panels 18 of the storage body 2 and the outside of the building are The corner part with the side surface is the engagement protrusion 27c with the parting edge 27
are engaged with the vertical grooves 18a of the side plates 18 for positioning, so the bay window can be installed straight, positioning can be done easily, and reliable installation can be easily achieved. Note that if approximately 1/2 of the depth of the storage body 2 is made to protrude to the outside of the building, the storage body 2 can simply be supported and fixed to the base 16, and no separate member such as a stand is required. Furthermore, in this embodiment, the bay window main body 1
Since the outside side of the building and the back plate 17 of the storage body 2 are substantially flat, that is, the dimensions projecting to the outside of the building are approximately the same, it is easy to handle.

In the bay window of this embodiment, the base plate 10 of the bay window main body 1 and the top plate of the storage body 2 are used both, so that the material cost can be reduced. In particular, the bay window of this embodiment can be attached to the building before finishing the exterior, and then finishing the exterior such as applying mortar to the exterior of the building can be done. The exterior side surfaces of the back panel 17 and both side panels 18 can be similarly finished with exterior mortar 28 at the same time, and the construction is easy. 17 and bottom plate 19, both side plates 18 and bottom plate 1
Since the joint corner portions 9 are covered with parting edges 24, 25, at least some of these parting edges 24, 25 are not finished with an exterior finish, resulting in an excellent appearance. Moreover, in this example,
Hollow portions 24a and 25a protrude from the parting edges 24 and 25 to partition the lower end, and the top plate of the storage body 2 protrudes to partition the upper end, making it easy to finish the exterior with a thick mortar or the like. There are advantages.

In addition, in the present invention, the glass window is not limited to the sliding type, but can also include a wall plate fixed to the center or one side in the left and right direction, or a fitted window installed, or two or one horizontal sliding window. It can be modified as appropriate, such as one mounted so that it can reciprocate along a single rail. Further, the bay window of the present invention can also be applied to a bay window in which a storage body other than a shoe rack, such as a cupboard or a storage space, is integrally provided below the bay window main body.

[Effects of this invention]

As explained above, in the bay window of the present invention, the storage body 2 integrally provided below the bay window main body 1 is formed by the back plate 17, side plates 18, and bottom plate 19 of the storage body 2 at the lower end of the part that protrudes to the outside of the building. Parting edge 2 of joining corner part
4, 25, and the hollow part 2 of the parting edge 24, 25
4a, 25a are arranged on the outside of the joint corner part, and upper protrusions 24b, 25b are made to protrude upward from the inner edges of the upper walls 24i, 25i of the hollow parts 24a, 25a.
The upper end portion and the upper walls 24i, 25i are connected to the back plate 17,
The hollow portions 24a, 25 are brought into contact with the side plate 18, and gaps are formed between the upper protrusions 24b, 25b and the back plate 17, side plate 18 between these abutting portions.
The tips of the lower protrusions 24c, 25c extending inward from the lower walls 24e, 25e of a are brought into contact with the bottom plate 19, and the side surfaces of the positioning protrusions 24h, 25h protruding upward from the lower walls 24e, 25e are brought into contact with the bottom plate 19. The rear plate 17 and the outer surface of the side plate 18 of the storage body 2 are brought into contact with each other, and a gap is formed between the lower protrusions 24c, 25c and the lower surface of the storage body 2 between the abutting portions. ,
Upper protrusions 24b, 25b, lower protrusions 24c, 25
c It is possible to prevent rainwater from entering the hollow parts 24a, 25a from the inside due to capillary action, and also because the upper protrusions 24b, 25b protrude above the upper walls 24i, 25i of the hollow parts 24a, 25a. , when exterior mortar is applied to the outside of the upper protrusions 24b, 25b, these and the upper walls 24i, 25i
Even if rainwater or the like seeps in from the joints with the hollow parts 24a and 25a, it will not reach the hollow parts 24a and 25a, and furthermore,
Hollow portions 24a, 25a from outer walls 24f, 25f
Since the draining ridges 24d and 25d are made to protrude downward, it is possible to prevent rainwater from entering or blowing inwards from these, and therefore, water leakage can be reliably prevented.Moreover, the upper ridges 24b,
25b, lower protrusions 24c, 25c are provided,
There is no need to make the cross-sectional area of the hollow portions 24a, 25a very large, and the appearance is good when viewed from outside the building.

[Brief explanation of the drawing]

The drawings show one embodiment of the present invention, in which Fig. 1 is a schematic front view, Fig. 2 is a sectional view of the same side, Fig. 3 is a side view of the same, Fig. 4 is a rear view of the same, and Fig. 5 is a main body of the bay window. Fig. 6 is a horizontal sectional view of the housing part;
Figure 7 is an enlarged horizontal sectional view of one side of the storage body;
The figure is a sectional view taken along the - line in FIG. 7, and FIG. 9 is a sectional view taken along the - line in FIG. 7. 1... bay window main body, 2... storage body, 3... mullion,
4... Vertical frame, 5... Upper frame, 6... Lower frame, 7... Upper sleeve frame, 8... Lower sleeve frame, 9... Roof, 10...
Base plate, 15...Building exterior wall, 16...Foundation, 17...
...Back plate, 18...Side plate, 19...Bottom plate, 24,
25... Separate edge, 24a, 25a... Hollow part,
24b, 25b...upper protrusion, 24c, 25c...
...Lower protrusion, 24d, 25d...Draining protrusion, 2
4e, 25e... lower wall, 24f, 25f... outer wall, 24h, 25h... positioning protrusion, 24i,
25i...upper wall.

Claims (1)

[Scope of utility model registration request] In a prefabricated bay window in which a storage body 2 is integrally provided below the bay window main body 1 and a part of the storage body 2 in the depth direction projects outside the building, storage at the lower end of the part of the storage body 2 that protrudes outside the building. The connecting corners between the back plate 17 and the bottom plate 19 and the side plates 18 and the bottom plate 19 of the body 2 are provided with a hollow portion 24 on the outside of these connecting corners.
covered with parting edges 24 and 25 where a and 25a are located,
Water cutting strips 24 are provided below the hollow portions 24a, 25a from the outer walls 24f, 25f of the hollow portions 24a, 25a.
d, 25d protrude, and the hollow parts 24a, 25a
The upper ends of the upper protrusions 24b, 25b that protrude upward from the inner edges of the upper walls 24i, 25i and the upper wall 24i,
25i are brought into contact with the back plate 17 and side plate 18 of the storage body 2, and the upper protrusions 24b, 2 are brought into contact between these contact parts.
5b, the back plate 17, and the side plate 18, respectively, and extend the lower walls 24e, 25e of the hollow portions 24a, 25a inwardly. The side surfaces of the positioning protrusions 24h and 25h protruding upward from the lower walls 24e and 25e are brought into contact with the outer surfaces of the back plate 17 and side plates 18 of the storage body 2,
A bay window characterized in that gaps are formed between the lower protrusions 24c, 25c and the lower surface of the storage body 2 between the contact parts.