JPS594147Y2 - window - Google Patents

Description

[Detailed Description of the Invention] This invention relates to a window, and more specifically, to a window in which a louver window portion is arranged in the center and sliding doors are slidably arranged on both the left and right sides of the outdoor side.

- Louver blades are widely used because they can be moved to adjust ventilation and lighting.

The conventional method of using louver blades is to fix a frame that allows the louver blades to be stored in a window opening of a house, and to arrange the louver blades in a movable manner within this frame.

In this usage, the entire window opening of a house is covered entirely with louver blades, making it impossible for cargo or people to enter or exit, and the use of the window opening as a window opening is limited.

Therefore, an object of this invention is to provide a window that utilizes louver blades and utilizes the window opening of a house for multiple purposes.

An embodiment of this invention will be described with reference to the accompanying drawings.

The window 1 has a framework that is fixed in a window opening 2 of a house.

The upper frame 3 of the framework has a base plate 4 extending from the inside of the window opening 2 to the outdoor side, and a locking piece 5 and a hanging piece' on the indoor side of the base plate 4.
It has 6.

A locking piece 7 extending upward is provided on a portion of the substrate 4 that defines the outdoor side portion.

A screen door sliding member 8 is provided on the outdoor side of the board 4, and a shoji sliding part 9 is formed on the indoor side of the screen door sliding member 8.

An airtight material 11 is attached to a wall 10 constituting the shoji sliding section 9.

The lower frame 12 includes a substrate 1 having a plurality of step portions 13 and 13'.
4.

The substrate 14 has an indoor side part and an outdoor side part integrally molded, has a locking piece 15 and a water return wall 16 on the indoor side, and has a locking piece 17 below the first step part 13. and the second step part 1
A mounting piece 18 extends downward from 3'.

A shoji sliding part 19, a rail in this example, is provided on the outdoor side of the board 14, and a screen door sliding part 20 is provided on the outdoor side of the board 14.
will be established.

Each step 13.13' is fitted with an airtight material 21.21'.

A horizontal wall 22 extending toward the outdoor side is formed at the tip of the water return wall 16 to prevent rainwater from splashing indoors.

The space between the first step portion 13 and the second step portion 13' is used as a housing portion for a louver blade 23, which will be described later.

Further, this first step portion 13 is effectively used as a rain return wall for rainwater that enters from the lower part of the sliding door 24.

In this way, in the lower frame 12 of this embodiment, the first step portion 13, the water return wall 16, and the horizontal wall 22 prevent rainwater from entering the room.

Furthermore, since both the upper and lower frames 3 and 12 use the integral substrates 4 and 14, they have excellent strength and are easy to manufacture and install.

The left vertical frame 25 has a base plate 26 integrally molded with an indoor side part and an outdoor side part, and a locking piece 27 is provided on the indoor side part.

A pair of pieces 29 and 29' defining a groove 28 are formed on the inside of the base plate 26 for the sliding door 24, and an airtight material 3 is formed on the indoor side piece 29.
0 is installed.

The outdoor side piece 29' contacts the screen door 31.

A mounting piece 43 is provided on the board 26.

The right vertical frame 25' is arranged symmetrically with the left vertical frame 25. A pair of mullions 32 and 32' are arranged between the left and right vertical frames 25 and 25'.
It is fixed at 12.

The left mullion 32 is composed of a hollow profile member, and its indoor side wall 3
A smoke return piece 34 is formed on 3, and an airtight material 36 is attached to the inner wall 35 of the smoke return piece 34.

In this example, a step 37 is formed on the inner wall 35, and an operating mechanism (not shown) for the louver blade 23 is accommodated in the space created by the step 37.

However, the mechanism may also be housed in the hollow part 38 of the mullion 32.

The right mullion 32' is arranged symmetrically with the left mullion 32.

The outdoor side wall 33 of the mullions 32, 32' is arranged at a position that allows the sliding door 24 to slide on the outdoor side thereof.

Louver blades 23 are rotatably supported between the mullions.

When the louver blade 23 is closed, in order to obtain airtightness, the uppermost louver blade 23 contacts the airtight material 11 of the upper frame 3, and the lowermost louver blade 23 contacts the first step 13 of the lower frame 12. It comes into contact with the provided airtight material 21.

Further, the airtight material 36 of the mullions 32, 32' contacts the side ends of the louver blades 23 to ensure airtightness.

Sliding doors 24 are slidably arranged on both the left and right sides of the outdoor side of the louver window section constituted by a mullion, and a screen door 3 is provided on the outdoor side.
1 is arranged so that it can slide freely.

A smoke return piece 39 that engages with the mullion smoke return piece 34 is installed on one stile of the sliding door 24 to enhance the airtight effect, and the airtight material 30 is attached to the inner wall of the other stile when the sliding door is closed. Make sure to come into contact with

Furthermore, an airtight material 40 is provided on the indoor side wall of the screen door 31, and this airtight material 40 contacts the outdoor side wall of the sliding door 24 to ensure airtightness.

A space 41 defined by the upper and lower frames 3, 12 and the side walls of the mullion 32, 32' is formed on both sides of the louver window section and on the indoor side of the sliding section of the sliding door 24.

The space 41 allows a wrap-around screen door to be suspended.

In this way, the blind 43 or the winding screen door,
The sliding door 24 and the screen door 31 can be sequentially arranged from the indoor side to the outdoor side.

In this way, the sides of the louver window can be utilized in various ways.

The sliding doors 24, which are slidably disposed on both the left and right sides of the outdoor side of the louver window, have a width that is approximately half the width of the louver window, and are disposed abuttingly on the outdoor side of the louver window.

Further, the screen door 31 on the outdoor side of the sliding door 24 is located between the sliding door 24 and the left and right screen doors 31 are slidably attached to each other in abutting manner like the sliding door.

Thus, when the sliding door and the screen door are closed, as shown in FIG. 3, ventilation is possible through the louver blades of the louver window.
When the sliding door is pulled and the sliding door is slid to the outdoor side of the louver window, the sliding door shields the louver window and the screen screen protects the open surface of the sliding door from insects.

Furthermore, by sliding only the screen doors on both sides toward the outdoor side of the louver window, the louver window can be protected against insects even if the louver blades are opened.

In this way, by combining the louver window and the sliding door, ventilation, lighting, and insect repellent effects can be obtained in various ways.
The window opening can be used depending on the purpose, for example, by pulling a sliding door or a screen door to let people or objects in and out, or by using the louver window to achieve an insect-proofing effect.

Furthermore, even if the sliding door or screen door slides, the airtight material always works effectively and the airtight effect is high.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a front view of a window according to an embodiment of the invention, FIG. 2 is a longitudinal cross-sectional view thereof, and FIG. 3 is a cross-sectional view thereof. In the diagram: 1...Window, 3...Top frame, 12...
...Bottom frame, 13゜13'...Step, 16
・・・・・・Water return wall, 23・・・Louver blade,
24...Sliding door, 25,25'...Vertical bar, 32.32'...Mulled.

Claims (1)

[Scope of utility model registration request] It has a lower frame in which a space part, a sliding door sliding part, and a screen door sliding part are sequentially integrally formed from the indoor side to the outdoor side, and the space part is formed by two mullions to connect the central louver window part and its A movable louver blade is attached to the louver window, a sliding door and a screen door are sequentially slidably arranged on the outdoor side from the louver window, and the width of the sliding door is equal to the width of the louver window. The movable louver is opened using the space for the sliding door with only the screen door located on the outdoor side of the louver window. A window characterized in that it can be formed.