JPH056383Y2 - - Google Patents

Description

[Detailed explanation of the invention] Industrial field of use For example, window shoji have been used in recent years, which are made by fixing wooden members to the indoor side of a metal frame made of aluminum shapes, in the hope of providing insulation or condensation prevention effects. It's getting old.

The present invention relates to the upper frame of a window frame used in such a shoji screen.

PRIOR ART As mentioned above, shoji screens with wooden members fixed to the inside of a metal frame can have a heat insulating effect or a dew condensation prevention effect, but to date, there has been no window upper frame intended for these purposes. .

The problem that the invention aims to solve: The upper frame of the window is not insulated like a shoji screen, and in particular does not take measures against condensation, so condensed water falls on the wooden parts of the shoji as water droplets, causing corrosion of the wooden parts. The exterior appearance is also not good due to the relationship with the wooden parts of the shoji.

Means for Solving the Problems The present invention was devised for the purpose of solving the above problems, and in order to achieve this purpose,
A half of the outer shoji guide groove corresponding to the outer shoji position when the inner and outer sliding shoji is closed and the entire length of the inner shoji guide groove are fitted with wood, and the constituent parts of the inner and outer guide grooves of the upper frame body are It was constructed by covering it.

Embodiment The drawing shows an embodiment of the window frame according to the present invention,
1 is the frame body of the upper frame A, and the indoor end piece 2 is attached to the body 1.
The upper guide rail 3 of the inner sliding shoji 21, the upper guide rail 4 of the outer sliding shoji 22, and the outdoor end piece 5 which becomes the upper guide rail of the flying screen door are successively hung from the indoor side. 6 is an inner guide groove, 7 is an outer guide groove, and the inner guide groove 6 is the upper guide rail 3 of the indoor end piece 2 and the inner shoji 21.
The outer guide groove 7 is composed of the upper guide rail 3, the upper guide rail 4 of the outer shoji 22, and the main body piece 8.

The illustrated wood 9a is a piece of wood that fits into the inner guide groove 6. The wood 9a has a length that spans the entire length of the guide groove 6 in the sliding direction of the shoji screen, and is a protruding piece provided on the indoor end piece 2 and the upper guide rail 3. 10, 10, and is fixed to the main body piece 8 with a wood screw 11.

Reference numeral 9b is a piece of wood that fits into the outer guide groove 7. This piece of wood 9b fits into one half of the outer guide groove 7 corresponding to the position of the outer shoji 22 when the inner and outer shoji 21, 22 are closed. A projecting piece 1 provided on a rubber wind-blocking material 12 screwed to the center of the shoji in the sliding direction.
Both ends of the wood 9b are supported by protrusions 15 provided on a crescent stopper 14 which is disposed near the vertical frame 23 on one side of the outer guide groove 7 and screwed to the main body piece 8. Further, the ends of the wood 9b in the indoor and outdoor directions are provided with projecting pieces 10 and 1 provided on the inner shoji upper guide rail 3 and the outer shoji upper guide rail 4, respectively.
0, the main body part 8 is fitted into one half of the outer guide groove 7, and forms the guide grooves 6, 7 in the same way as the wood 9a located on the indoor side in the half. It is constructed by covering the corresponding parts.

In the figure, 23' is the local vertical frame, 24 is the lower frame, 25 is the inner shoji lower guide rail, 26 is the outer shoji lower guide rail, and 27 is the metal frame 2 of the inner and outer shoji 21, 22.
These are pieces of wood fixed to the indoor side of each of Nos. 8 and 29.

Effects of the invention Since the present invention has the above-mentioned configuration, indoor warm air does not come into contact with the constituent parts of the frame body that constitute the inner and outer guide grooves, so there is no condensation on these parts, and therefore the shoji Since water droplets do not adhere to the wood installed indoors, the cause of corrosion of the wood can be eliminated.

In addition, in relation to the wood of the shoji, the same wood is used for the main part of the window frame that is exposed indoors when the shoji is closed, so the appearance is also good. Since no wood is placed on the exposed parts, the attached wood will not be corroded by rainwater.

[Brief explanation of the drawing]

The drawing shows an embodiment of the window frame according to the present invention,
Fig. 1 is a front view, Fig. 2 is a sectional view taken along the line -' in Fig. 1, Fig. 3 is a sectional view taken along the line -' in Fig. 2, Fig. 4 is a sectional view, and Fig. 5 is a part of the outer guide groove. FIG. A... Upper frame, 1... Frame body, 2... Indoor end piece, 3... Upper guide rail, 4... Upper guide rail,
6...Inner guide groove, 7...Outer guide groove, 8...Main body piece, 9a, 9b...Wood, 21...Inner sliding door, 22
...Outer shoji.

Claims (1)

[Scope of utility model registration request] The indoor end piece, the upper guide rail of the inner sliding shoji, and the upper guide rail of the outer sliding shogi are hung from the indoor side of the metal frame body in order, and the inner and outer guide grooves made up of these are connected to the inner and outer sliding shoji. In the upper window frame provided in the sliding direction of the frame body, wood is fitted into half of the outer guide groove and the entire length of the inner guide groove at the position of the outer sliding shoji when the inner and outer sliding shoji are closed. A window upper frame that covers the groove pieces of the inner and outer guide grooves.