JPS6114549Y2 - - Google Patents

Description

[Detailed description of the invention] This invention relates to a sash to be attached to a window opening in a building, and its purpose is to provide a sash that provides a good sense of openness and has a fixing function.

Next, an embodiment of the present invention will be explained with reference to the drawing. In the drawing, S is a sash installed on the outdoor side of the window opening W. The sliding part 2 is provided with a shutter sliding part 8 on its outdoor side, and a shoji storage part 4 is formed on the outdoor side of the side wall 32 in communication with the shoji sliding part 2. On the outdoor side, a shutter storage section 5 is provided in communication with the shutter sliding section 3.

Note that the shoji sliding part 2 and the shutter sliding part 3 are integrally formed, and the shoji storage part 4 has an upper frame 6 and a lower frame 7 of the shoji sliding part 2 located closer to the side wall 32 than the front surface of the window opening W. The shoji sliding part 2 and the shoji storage part 4 are integrally formed to communicate with each other by extending to the outdoor side.

6 is the upper frame of the sash S, which is installed along the outdoor surface of the lintel 29 on the peripheral frame of the window opening W; in its cross section, 6A is the upper edge of the upper frame 6, A base web 6B is formed that extends from a part of the mounting piece 6E extending along the outdoor surface of the base web 6B in a step-like manner and slightly downwardly inclining toward the outdoors, and an outdoor web 6C that extends horizontally with a predetermined extension width. outdoor web 6
A leading edge 6D is formed on the outside of C. Also,
A connection piece 6F is vertically provided on the lower surface of the outdoor web 6C in the drawing, and a shutter groove 6G forming the shutter sliding portion 3 is formed along the longitudinal direction of the web 6C. 6
H is a sliding web that constitutes the shoji sliding part 2, and is provided horizontally between the mounting piece 6E and the connecting piece 6F, and the lower surface of the web 6H has a downwardly open base groove 6J and a shoji groove. 6K and screen door groove 6L are formed. A hollow portion 6M is integrally formed in the upper frame 6 formed in this manner. Note that 6M is a screw receiver formed along the longitudinal direction of the upper frame 6.

7 is the lower frame of the sash S, which is attached along the outdoor surface of the sill 30 of the window opening W in correspondence with the upper frame 3; in its cross section, 7A is the upper edge of the lower frame; This constitutes the shoji sliding part 2,
A base web 7B, a shoji web 7C, and a screen door web 7D are formed in the shape of steps descending toward the outdoor side, and a connecting piece 7E corresponding to the connecting piece 6F of the upper frame 6 is vertically provided at the outdoor end of the screen web 7D. Piece 7E is the lower edge 7
connected to G. Further, rails 7F are provided on the upper surfaces of the webs 7C and 7D along the longitudinal direction thereof. Further, the lower edge 7G extends outward from the connection part with the connection piece 7E in correspondence with the shutter groove 6G of the upper frame 6 to form a shutter web 7H, and a front edge 7J is formed at the outer end of the shutter web 7H. A shutter groove 7K, which constitutes the shutter sliding portion 3, is formed on the upper surface side of the web 7H with the shutter groove 6G of the upper frame 6. In addition, the indoor side of the lower edge 7G is formed into a stepped shape as shown in the figure, and the threshold 3
It is connected to a mounting piece 7L that extends along the outdoor surface of the water tank 0, and a water section 7M is vertically provided at the stepped portion of this lower edge 7G. Also, the indoor end of the upper edge 7A is attached to the mounting piece 7.
An upper hanging piece 7N is connected to the upper end of the base web 7B near the indoor end thereof, and
A locking piece 7P is formed at the upper end of the piece 7N and extends toward the indoor side along the upper surface of the sill 30. A hollow portion 7R is integrally formed in the lower frame 7 formed in this manner. Note that 7T is a screw receiver formed along the longitudinal direction of the lower frame 7.

8 is a sliding part vertical frame on the left side of the sash S, which is installed along the outdoor surface of the right vertical column 31A of the window opening W, and forms the door stop wall on the right side of the shoji sliding part 2 as shown in the figure. The door stop piece 8A and the reinforcing piece 8B extend in parallel toward the outdoors, and their inner and outer ends are connected by connecting pieces 8C and 8D to form a hollow part 8E. Also, door stop piece 8A and reinforcing piece 8
Attachment pieces 8F and 8G are formed at the indoor end of B. Moreover, partition pieces 8H and 8J are provided on the door stop piece 8A to protrude leftward in the figure, and a dovetail groove into which an airtight member is fitted is formed on the outdoor surface of the partition piece 8J. Further, a locking piece 8K having a substantially hook-shaped cross section is provided on the connecting piece 8D to protrude toward the outdoors. In addition, 8L is a screw receiver formed along the longitudinal direction of the sliding part vertical frame 8.

Reference numeral 9 denotes a vertical frame which is brought into contact with the vertical frame 8 of the sliding section in a superimposed manner as shown, and forms the door stop wall of the shutter sliding section 3. In its cross section, 9A is a web, and the upper frame 6
and are provided vertically corresponding to the overhanging width of the lower frame 7, and a front edge 9B is formed at the outdoor end thereof, and
At the indoor end of the web 9A, there is formed a mounting piece 9C that abuts the mounting piece 8G of the sliding portion vertical frame 8 in an overlapping manner. In addition, a door stop protrusion 9D that protrudes inward (to the left in the figure) and serves as a door stop for the screen door 22 is provided on a part of the web 9A, and a part of the web 9D is provided with a door stop protrusion 9D that extends toward the indoor side. An engaging protrusion 9E is provided that protrudes to engage with the locking piece 8K of the sliding portion vertical frame 8.

Reference numeral 10 is a mullion, and a position where the sliding parts 2, 3 and storage parts 4, 5 are separated, and a base groove part 6J of the upper frame 6
and the base web 7B, and its cross section is formed into a rectangular shape by the outdoor piece 10A, the indoor piece 10B, and the left and right side pieces 10C, 10D, with the inner end of the left side piece 10C Attachment piece 1 is attached along the vertical column 31B on the left side of the window opening W in the figure.
0E is formed. In addition, the right side piece 10D is provided with a substantially hook-shaped cross section in the drawing to protrude toward the outdoor side, and the locking piece 1
0F is formed. 10G is a screw receiver formed along the longitudinal direction of the mullion 10.

The above-mentioned upper frame 6 and lower frame 7 have front edges 6D,
7J is cut out over the area equivalent to the section of the shutter storage section 5, and the storage section upper frame 11 and storage section lower frame 1 are cut out.
2 are installed respectively.

Reference numeral 11 denotes the above-mentioned upper frame of the storage section, and in its cross section, 11A is a web having a projecting width that can accommodate the shutter 23, and a mirror plate 33 that opens downward is attached to the lower surface on the outdoor side. A groove 11B is formed, and a mounting piece 11 is provided at the indoor end of the web 11A.
C is formed. 11D is a screw receiver formed along the longitudinal direction of the upper frame 11 of the storage section.

Reference numeral 12 is the above-mentioned storage lower frame, which has a protrusion width corresponding to the storage upper frame 11, and in its cross section, 12A is a web provided horizontally,
On the outdoor side thereof, an upwardly open groove 12B in which a mirror plate 33 is attached corresponds to the groove 11B of the upper frame 11 of the storage section.
is formed, and a mounting piece 12C is formed at the indoor end of the web 12A. In addition, 12D is a screw receiver formed along the longitudinal direction of the storage lower frame 12.

The storage section upper frame 11 and the storage section lower frame 12 formed in this manner are respectively attached to the outdoor side of the section corresponding to the storage section of the upper frame 6 and the lower frame 7 via attachment pieces 11C and 12C. The vertical frame 8 of the sliding part is attached to the right end of the upper and lower frames 6 and 7 in the figure, to which the upper and lower frames 11 and 12 of the storage part are attached, via screw receivers, and the hollow parts of the upper frame 6 and the lower frame 7 are attached. 6
Connection members 28A and 28B made of synthetic resin or the like are fitted into the hollow portions 6M and 7R at the right end portions of M and 7R, respectively, and the vertical frame 9 abuts against the sliding portion vertical frame 8 in a superposed manner. At the same time, the engaging projection piece 9E is engaged with the locking piece 8K, and is attached via the connecting members 28A, 28B and the screw receivers 6N, 7T. Further, on the left end side of the upper frame 6 and the lower frame 7 in the drawing, connecting members 28A and 28B are fitted into the hollow portions 6M and 7R, respectively.
8A, 28B and screw receivers 11D, 12D, the door end vertical frame 1 forms the door stop wall of the storage parts 4, 5
4 is installed. In addition, the upper and lower storage frame 1
A doorway vertical plate 15 is attached to the right end portions 1 and 12 in the drawing via screw receivers 11D and 12D. Also,
A mullion 10 is vertically installed at a predetermined position between the upper and lower frames 6, 7 that separate the sliding parts 2, 3 and the storage parts 4, 5 via its screw receiver 10G. The sash S formed in this manner is attached to the window opening W and the side wall 32 thereof on the outdoor side. The width L1 of the sliding portions 2 and 3 of the sash S mounted in this manner and the width L2 of the storage portions 4 and 5 are formed in a ratio of approximately 2:1.

Next, the fittings to be installed in Satsushi S will be explained. One large glass shoji 16 and one screen door 22 are installed in the shoji sliding part 2 of this Satsushi S, and two shutters 23 are installed in the shutter sliding part 3. .

Reference numeral 16 refers to the above-mentioned large glass shoji, which is formed into a stile assembly approximately corresponding to the window opening W as shown in the figure, by the upper stile 17, the lower stile 18, the lower stile 19, and the vertical stile 20. A glass plate 21 is fitted. Further, on the indoor piece 19A of the frame 19 of this glass shoji 16, a locking piece 10 formed in the mullion 10 is provided.
An engaging piece 19B that engages with F and a dovetail groove 19C that fits the airtight member are formed. When the glass shoji 16 formed in this way is pushed toward the shoji storage section 4, as shown in FIG. As a result, approximately 1/2 of the glass shoji 16 is stored in the storage section 4, and the remaining portion 1 (actually larger than approximately 1/2) is located on the window opening W side, and this Remainder 1
A closing glass part that closes a part of the window opening W by
An opening W1 is formed in the window opening W, constituting a WF so-called fixing section. Further, the screen door 22 and the shutters 23, 23 are each of normal size.

In the figure, 24 is a guide member for the shutter 23, 25 is a falling prevention member, 26 is a stopper member for the glass shoji 16, and 27 is a crescent lock.

Next, the operation and effects of this embodiment configured as described above will be explained.

Now, this example sash S has a shoji storage section 4 and a shutter storage section 5 connected to one side of the shoji sliding section 2 and the shutter sliding section 3, and the shoji sliding section 2 has the following:
A single glass shoji 16 with a size approximately corresponding to the window opening W is erected, and the same glass shoji 16 is installed.
When the glass shoji is moved toward the shoji storage section 4, the window opening W is configured to form a closing glass part WF and an opening part W1 that partially close the window opening W by the remaining part 1 of the glass shoji. It is. Therefore, when the glass shoji 16 is formed to a size approximately corresponding to the window opening W and moved to the storage section 4 side, a portion of the window opening W is closed by the remaining portion 1 of the glass shoji 16. A so-called fixing part is formed between the glass part WF and the opening part W1, and has the function of a single-sliding window.
When the window opening W is closed, unlike when a conventional sliding shoji is erected, there is no member equivalent to a mullion or stile in the window opening W, and the entire surface is made of glass 21, improving the sense of openness for the occupants. be able to. In addition, since it is only a single glass shoji, the structure is simple, and it has many advantages, such as being able to reduce its overhang width compared to the sash used for conventional sliding shoji.

It should be noted that each of the frame members and frame members illustrated in the above embodiments are all formed by extrusion molding of a light alloy material such as aluminum.

Now, the present invention is a sash with a storage section connected to one side of the sliding part, and in the sliding part, a single glass shoji of a size approximately equivalent to the window opening is installed, When the glass shoji is moved toward the storage section, the window opening is configured to form a closing glass part that closes a part of the window opening with the remaining part of the glass shoji, and an opening part. ,
By moving the glass shoji to the storage area, it has the function of a single sliding window (one side fixture) that forms a closed glass part and an open part at the window opening, and when the window opening is closed with the glass shoji, it becomes full glass. This is an extremely practical idea for satsushi, as it can improve the sense of openness for residents.

[Brief explanation of the drawing]

The figures show an embodiment of the present invention, in which Fig. 1 is a plan sectional view, Fig. 2 is a vertical sectional view taken along the - line in Fig. 1, Fig. 3 is a longitudinal sectional view taken along the - line in Fig. 1, and Fig. 4 is a longitudinal sectional view taken along the - line in Fig. 1. is an explanatory diagram of the action of a glass shoji. 2, 3...Sliding part, 4, 5...Storage part, 16...
...Glass shoji, W...Window opening, 1...Remaining part,
WF...Closing glass part, W1...Opening part, S...
Satsushi.

Claims (1)

[Scope of utility model registration request] A sash with a storage section connected to one side of the sliding part, in which a glass shoji of a size approximately corresponding to a window opening is installed, and the glass shoji is installed in the storage part on one side of the sliding part. 1. A sash, characterized in that when the sash is moved toward the window opening, a closing glass part and an opening part can be formed in the window opening to close a part of the window opening with the remaining part of the glass shoji.