JPH116359A - Composite screen frame mechanism used in fitting device and window device therefor - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a screen having many functions and smooth operation by a method wherein a fittings screen is provided with an auxiliary frame and an operation fitting, and a plurality of screens are combined together for composition. SOLUTION: An auxiliary frame 2 is attached in the arbitrary position of a screen frame 1, a screen frame 4 is combined with the auxiliary frame 2, and further an auxiliary frame 5 is attached to the screen frame 4, and the screen frame 7 is attached to the auxiliary frame 5. The respective screen frames are rotatable in an arbitrary direction centering around a main shaft. Or, without arranging a rotary shaft, a sash sheave or slide material is arranged at the lower part of each screen and rotatable. Operation fittings 3, 6, and 8 are attached to the screen frames 1, 4, and 7, respectively, and respective screens are individually movable. The mounting position of the operation fitting is preferably the right and left end parts of a fitting device in a state that the device is closed. When an arbitrary screen is moved, other screen is locked at the frame of the device and brought into a stop or operation may be effected in a stop state not to move during operation.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a window device provided on a partition in each space of a building, a building, and a product manufactured so as to be housed. The device has various functions, and furthermore has a smooth operation. It was designed to be able to
The usage range can be used for living space, work space and storage space.

[0002]

2. Description of the Related Art In a conventional window device, an auxiliary frame is attached to a sash frame within a range constituting the sash frame, a fitting sash having a number of functions is attached, and each tied shoji can be operated independently. There is no simple fitting device, and the device itself is manufactured with a single function.

[0003]

In a window device provided on a partition wall, in order to add a functional element in addition to the opening and closing function which is a conventional single function, it can be solved by tying a plurality of sashes to each other. It is necessary to solve the problem so that only an arbitrary one of the shojis can be freely operated alone and the operation can be performed smoothly.

[0004]

Means for Solving the Problems An operation fitting is attached to an arbitrary position of a shoji frame of each shoji to be tied together, and the operation fitting is positioned at a position where the operation can be performed, or a dedicated groove-shaped auxiliary frame is provided. Further, a method or the like may be used in which the end of the auxiliary frame can be used as a track.

In view of the above, according to the first aspect of the present invention, a grooved auxiliary frame and an auxiliary frame having a track function are provided on the shoji frame of the first shoji inserted into the fitting frame, and fitted into the auxiliary frame. An auxiliary frame having the same function is also provided for the second sash, a third sash is further fitted into the auxiliary frame, and an auxiliary frame having the same function is provided for the sash frame of the fitted third sash. If a device constituting a composite sash frame mechanism that can be fitted with any of the sashes described above is used, each of the fitted sashes can move independently, and the problem can be solved.

[0006] The second shoji to be hung can rotate and move, but the first shoji and the shoji frame are mounted at the same position as an apparent position, but the respective shoji frames are shared and each independently, and the rotating shaft is In order to freely operate differently by rotating or sliding doors or sliding materials at the center, each sliding door frame is configured as a dedicated auxiliary frame, or a part of the auxiliary frame is connected by an auxiliary frame with a track etc. .

[0007] Further, when operating brackets are attached to each of the overlapping sashes as a method of operating the respective sashes in an independent state, the operating brackets must be located on the operation side of the apparatus, so that they are fitted into the auxiliary frame. The diameter of the next shoji is reduced by the space for installing the operation bracket and the auxiliary frame, and the auxiliary frame and the operation bracket are mounted at that position.

[0008]

When the sliding frame of the window device configured as described above is a circular fitting, it can be rotated around the rotating shaft, or the inside of the auxiliary frame can be moved by a door wheel or a sliding material without the need for the rotating shaft. It works so that it can move freely.

[0009] The various movements of the sash frame can be performed by moving the sash frame configured as described above, and the sashes can be operated smoothly because there is no fear of detachment, and there is no friction surface due to the movement of the sashes.

The auxiliary frame to be attached can be freely formed, or the rail can be attached to the inside of the auxiliary frame. Further, the shoji frame to be fitted at the end does not need to be attached with the auxiliary frame. Further, it is free to use the locking function together with the operation fitting, and when the arbitrary material is fitted into the eccentric position of the sash frame, the center of gravity moves, so that it may be necessary to provide a balance at the opposite position.

[0011] Furthermore, it is desirable that the mounting position of the operation fitting be the position of the left and right ends with respect to the fitting device in a state where the device is closed. When only an arbitrary shoji is moved, the other shoji is locked by the frame of the device. Operation may be performed in a stopped state or in a stopped state so as not to move during operation.

[0012]

DESCRIPTION OF THE PREFERRED EMBODIMENTS An embodiment will be described with reference to the drawings. FIG. 1 is a detailed sectional view of a lower part of the sectional view of FIG. In this drawing, 4 auxiliary sliding frames are tied together with the 4 auxiliary sliding frames, 5 auxiliary frames are attached to 4 auxiliary sliding frames, and 7 auxiliary sliding frames are attached to the auxiliary frames. Can rotate and move.

[0013] It is possible to freely determine whether a door wheel, a roller, or a sliding member is provided and operated at the lower part of each shoji without providing a rotating shaft.

Each of the sliding door frames 1, 4, and 7 is provided with operating brackets 3, 6, and 8, so that each sliding door can be independently moved.

Reference numeral 10 denotes a frame of the fitting device, and 11 denotes an F in which a part of the fitting device is framed and a functional material of 9 is fitted.
It is an example of the example of use of a shoji screen of IX.

As described above, a multifunctional composite fitting shoji frame can be manufactured by providing the auxiliary frame and the operation fitting.

When the auxiliary frame is manufactured as an aluminum alloy fitting, it may be manufactured in an integrated shape or may be attached separately from the frame.

FIG. 3 is a diagram in which the tip of the auxiliary frame is manufactured as a track.

FIG. 2 is a cross-sectional view of the circular fitting device,
When the whole shape of the fitting device is rectangular or square, each of the shoji and the shoji frame are straight, the FIX shoji of the fitting shoji 11 is omitted, the main spindle for rotation is also omitted, the fitting shoji moves in parallel, and the operation fitting is Engraved pull metal fittings.

Further, when viewed in a plan view, it is free to tie a shoji frame having a function or to make a fitting with a sleeve and store the functional shoji in the sleeve.

The width dimension of the shoji is determined by an arbitrary function to be planned, and the vertical division of the shoji is also planned as necessary.

[0022]

[Effects of the Invention] In this way, by providing an auxiliary frame and an operation fitting to a fitting shoji, a plurality of shojis can be combined and combined, and a shoji having many functions can be provided. Smooth operation is possible.

Further, when the operation fittings are attached to the auxiliary frame, all the fittings appear on the operation side, so that only the necessary necessary shoji can be operated. The function of the window device can be easily changed.

[Brief description of the drawings]

1 is a detail of a lower part of FIG. 2;

FIG. 2 is a sectional view of a fitting device.

FIG. 3 is a sectional view in which the tip of an auxiliary frame is formed in a track shape.

[Explanation of symbols]

1 Shoji frame-1 11 FIX with window device
Shoji frame 2 Auxiliary frame of shoji frame-1 12 Rotating spindle 3 Shoji frame-1 operating bracket 13 Frame 4 Shoji frame 2 14 Outer wall material 5 Auxiliary frame of shoji frame-2 15 External draining 6 Shoji frame-2 operating bracket 16 Track shape Edge 7 Shoji frame-3 17 Door car 8 Shoji frame-3 Operating bracket 9 Functional material to be inserted arbitrarily 10 Entire frame of window device

Claims (2)

[Claims] The present invention relates to a sash frame for a sash of a window device having an arbitrary shape, wherein a sash having a groove-shaped auxiliary frame at an arbitrary position of the sash frame, or an edge portion of the groove-shaped auxiliary frame having a track-like shape. A shoji frame with an auxiliary frame that has one or more shojis or any material inserted into an auxiliary frame with a track manufactured in the shape that has become so that the inside of the auxiliary frame can move on the track A shoji frame having the same structure as in claim 1 is further attached to the auxiliary frame of the shoji according to claim 1 so that the shoji frame can be repeatedly attached and its mechanism. 2. An operation fitting is mounted on each of the sliding screen frames so that the sliding screens fitted into the respective auxiliary frames according to claim 1 can be individually moved, and the operation fittings are all arranged on the operation side. The structure and mechanism of the auxiliary frame and operation fittings that allow the user to operate the sliding door.