JPS5829265Y2 - Satsushi - Google Patents

Description

[Detailed Description of the Invention] The present invention relates to a sash, and more particularly to a sash using sliding shutters.

Extruded aluminum or aluminum alloy materials are widely used for sashes.

In fact, aluminum or aluminum alloy (hereinafter referred to as aluminum material) has good extrusion characteristics, and with advances in die technology, it has become possible to extrude it into various shapes, so the shape of the sash frame has changed significantly. .

For example, in recent sashes, it is often used to attach the sash externally to the outdoor wall surface of the window opening.

This construction method is relatively easy to install because the framed sash is simply fixed to the outside of the window opening.

This conventional satsushi is, for example,
As seen in Publication No. 23, two glass shoji, a screen door, and a rain door are placed in parallel from the inside of the house, sequentially from the indoor side, on a sash frame that extends integrally from the window opening of the house to the storage area on the side. This makes it possible to store the glass shoji, screen door, and shutters individually in the storage area.

In the conventional example shown in the above-mentioned publication, when closing the shutters,
The shutters are arranged in series at the window opening, and when the shutters are stored, they are placed in parallel at the housing section.

In this example, since the shutters are arranged in series at the window opening, the expected width of the sash can be reduced by one shutter at the window opening.

However, in the accommodating portion, the accommodating space for one storm door extends outward from the window opening, resulting in a stepped portion.

The purpose of this idea is to avoid increasing the expected width of the shutters and to avoid creating an overhang in the shutter storage section.To achieve this goal, two shutters are housed in two sliding sections, and one A technical means is used in which two screen doors can be slid on the sliding part of the shutter, and the two screen doors and one shutter are housed in the same sliding part.

By providing such technical means, this invention has the advantage of making it possible to fully open the window without creating an overhanging storage section, and by reducing the overhang width of the sash.

Embodiments of this invention will be described below with reference to the accompanying drawings.

Satsushi 1 basically consists of upper frame 2, lower frame 3, left vertical frame 4,
It is composed of the right vertical frame 5 and each fitting.

The upper frame 2 is present along the upper periphery 7 and the house structure 8 defining the window opening 6 and into the window opening 6 and the receptacle 9;
Mounting pieces 11 are provided in the vertical direction of the wall surface 10 of the house, and the upper web 12 is inclined downward to the outdoor side, and the lower web 13
extends horizontally to the outdoor side, and a hollow part 14 is formed by the indoor side wall surface 10 and the upper and lower webs 12 and 13.

A plurality of downward projecting pieces 15 are integrally formed on the lower web 13 at appropriate intervals to form sliding parts for the glass shoji 16, the screen door 17, and the shutter 18.

Two sliding parts 19 of a shutter 18 are arranged side by side, and a downward projecting piece 20 is formed in the center of the sliding part 19 on the indoor side to form a screen door part 21.

Fixing members 23 are fixed to both ends of the upper frame 2, having an outer wall surface that is substantially the same in shape as the inner wall surface of the hollow portion 14, and having screw grooves 22 on the inner wall surface of the hollow portion.

Thus, there is no need to push out the screw grooves 22 for attaching the vertical frame along the entire length of the upper frame 2.

The upper frame 2 is made of a single continuous piece extending from the window opening 6 to the housing section 9.

The lower frame 3 has a hollow part 27 consisting of an upper web 24, a lower web 25, and an oblique side 26 that slopes diagonally from the upper part of the indoor side to the lower part of the outdoor side, and from the intersection of the upper web 24 and the oblique side 26, a hollow part 27 is formed. A mounting piece 28 is provided along the wall surface 10 of the house.

From the intersection of the oblique side 26 and the lower web 25, a downwardly extending side 29, a piece 30 extending horizontally from the tip thereof, and a mounting piece 31 extending downward from the tip and following the house structure are formed.

The lower web 25 is inclined upwardly toward the outdoor side and has an oblique side 26.
are inclined toward the outdoor side, and an appropriate number of drain holes 32 are provided at the intersection at an appropriate interval.

The water that has broken down and entered the hollow portion 27 is absorbed by the lower web 25.
Water falls along the inner wall surface of the hypotenuse 26 and at the intersection,
Water can be easily drained, and there is no accumulation of water in the hollow portion 27.

Furthermore, since water flows along the side 29, it does not affect the exterior 33.

At the tip of the upper mounting piece 28, there is a protruding piece 34 facing toward the outdoor side, and at the window opening 6, a folding locking member 35 is attached to the protruding piece 34.
It is slidably fitted into the upper mounting piece 28 via.

The upper surface of the upper mounting piece 28 is made to be flush with the upper surface of the window opening peripheral material 36.

The upper web 24 is connected to both glass shoji rails 37 from the indoor side.
, a portion 40 located below the portion 39 and having an outer glass shoji rail 37, and a horizontal portion 41 that is separated from the portion 40 and on which the shutter 18 and the screen door 17 slide.

An upward projecting piece 42 is provided at the center of the horizontal portion 41, and an inner shutter sliding portion 43 and an outer shutter sliding portion 67 are formed.

Each sliding portion 43.67 has an upwardly extending surface 44 formed in its central portion.

The door roller 45 of the shutter 18 is slid on the projecting surface 44.

As is clear from the configuration of the upper frame 2 described above, by configuring the lower frame 3 in this way, the shutters 18 are arranged in a sliding manner, and when the shutters 18 are closed, the shutters are placed in the window opening 6. 18 are arranged in a sliding arrangement, and when the shutters 18 are housed in the housing section 9, they are housed in parallel.

Two screen doors 17 are attached to a shutter sliding part on the indoor side having an overhanging surface 44.

It is preferable to position the door roller 45 of the screen door 17 via both edges of the projecting surface 44.

As shown in FIG. 2, the door wheel 45 of the screen door 17 is provided with two running surfaces, a small diameter running surface 46 runs along the edge of the overhanging surface, and a side surface of the large diameter running surface 47 runs along the overhanging surface. 44, and the screen door 17 is slidably arranged on the projecting surface 44.

Thus, two screen doors 17 can be provided on the sliding portion 43.

The lower frame 3 is made of a single through-shaped member extending from the window opening 6 to the accommodating part 9, and fixing members 47' having screw grooves 22 are provided at both ends as in the case of Kamazusa, and the screw grooves in the lower frame 3 are omitted. let

The left vertical frame 4 has a web 50 at one end that has a mounting piece 49 fixed to the window opening peripheral vertical column 48.
A plurality of projecting pieces 51 are formed from the inner wall surface of the projecting piece 51.
As a result, the grooves 52 are defined in the glass shoji 16 and the receivers of the shutters 18 or screen doors 17.

The right vertical frame 5 has a mounting piece 53 fixed to the house structure at one end.
and a web 55 having an inwardly projecting piece 54 at the other end.
It becomes more.

The left and right vertical frames 4 and 5 have a width sufficient to receive the glass shoji 16, the shutter 18, and the screen door 17.

In the illustrated example, the housing portion 9 is provided on the right side, but by changing the left and right vertical frames, the housing portion can be easily formed on the left side.

Each frame having the above-mentioned functions is assembled by conventional means.

Further, on the outdoor side of the housing section 9, a framework 57 to which the mirror plate 56 is attached is fixed to the housing section framework.

The framework 57 includes an upper frame 58 having a piece 57 that comes into contact with the upper web 12 of the upper frame 2 and is secured with screws, and a lower frame that has a piece 60 that comes into contact with the outdoor side projecting piece 59 of the lower frame 3 and is secured with screws. 61, and a vertical frame 63 having a piece 62 that contacts the projecting piece 54 of the right vertical frame 5 and the projecting pieces 15, 59 of the upper and lower frames and is fixed with screws.After being assembled by ordinary means, the frame body is assembled. is fixed as shown in the figure.

The operation does not require any notches.

The sash 1 to which the mirror plate frame 57 is fixed is attached to a house using conventional means, such as nails or screws, as shown in each country.

Next, each fitting is installed in each sliding part.

The vertical edge material 64 of the window opening has a mullion 6 provided with an airtight material 65.
6 is fixed to obtain airtightness between the storage part and the room.

Locks can be placed in appropriate locations according to the design. Incidentally, it is preferable that holes for guiding water into the hollow portion 24 are provided at appropriate positions in each of the step portions 39, 40, 41 of the lower frame 3.

Of course, there will be a hole in the bottom frame for the shutter.

In the above configuration, the screen door 17 is housed in the shutter sliding part 43, so when the shutter 18 is closed, the screen door 17 is located in the inner space of the sliding shutter 18.
When the shutter 18 is stored, it can be arranged in a sliding manner so as to be located over the entire area of the window opening 6.

Furthermore, the stile of the inner screen door 17 and the stile of the outer glass shoji 16 can be in contact with each other through an airtight material, and insects can be prevented from entering the room by opening and closing the glass shoji.

[Brief explanation of the drawing]

FIG. 1 is a plan sectional view of an embodiment of the sash according to the present invention, FIG. 2 is a longitudinal sectional view of the window opening, and FIG. 3 is a longitudinal sectional view of the accommodating portion. In the diagram: 1... Satsushi, 2... Upper frame, 3
...Bottom frame, 4゜5...Vertical frame, 6...
...Window opening, 9...Accommodation section, 16...
・Glass shoji, 17... Screen door, 18...
・Small shutter, 32...Drain hole, 44...
Overhanging surface, 56... mirror plate.

Claims (1)

[Scope of utility model registration request] On the outdoor side of the glass shoji sliding part that extends along the wall surface of the house from the window opening to the storage area on the side of the window opening, two indoor and outdoor shutter sliding parts are attached to the glass shoji sliding part. At least the indoor side of the shutter sliding section is provided with two indoor and outdoor screen door sliding sections that also serve as sliding sections for the indoor and outdoor shutters. One rain door is placed in each of the two sliding parts, one screen door is placed in each of the two indoor and outdoor screen door sliding parts, and one screen door is placed in each of the two indoor and outdoor screen door sliding parts. Satsushi characterized by being placed on the opening side and stored.