JPS6233391B2 - - Google Patents

Description

[Detailed Description of the Invention] This invention relates to a double sash to be attached to a window opening of a house, etc., and its purpose is to extend the double sash to the outside of the peripheral frame of the window opening and attach it to an outer window frame body. The shoji sashimi consists of an inner window frame body that is fitted inside the peripheral frame of the window opening, and the inner window frame body is made of a molded material extruded from a light alloy material such as aluminum, on which the shoji shoji etc. are erected. Forming an inner window frame body made of a composite frame material consisting of two members: a movable frame and a base frame made of, for example, synthetic resin, having heat insulating properties,
To provide a double sash with excellent heat insulation properties.

Hereinafter, illustrated embodiments embodying the double sash of the present invention will be described in detail. First, Figures 1 and 2
The first embodiment shown in the figure will be described in detail. In the figure, S is a double sash (hereinafter simply referred to as sash) attached to the peripheral frame of the window opening W, and this sash S is a metal outer sash attached to the outdoor side of the peripheral frame of the window opening W. It is composed of a window frame body S1 and an inner window frame body S2 which is formed separately from the outer window frame body S1 and is fitted inside the peripheral frame.

1 is the upper frame of the outer window frame body S1, and in its cross section, 1A is a sliding web, and the lintel 12
The lower end of the mounting piece 1B along the outdoor surface of the mounting piece 1B extends horizontally toward the outdoor side, and the partition piece 1B
Shoji groove 1 with C, 1D, and 1E hanging down and open downwards
F, 1G are formed, and the outdoor partition piece 1E is formed with a protruding piece 1H having a hook-shaped cross section toward the outdoor side, thereby forming a screen door groove 1J that opens downward.
In addition, an upper edge 1K that extends outward from a part of the mounting piece 1B in a hook-shaped cross section and joins to the sliding web 1A.
are provided, and the hollow portion 1L is integrally formed. Further, an adjustment piece 1M that projects horizontally toward the indoor side is formed at the lower end of the partition piece 1C.

Reference numeral 2 denotes a lower frame of the outer window frame body S1, which has a protruding width corresponding to the upper frame 1 and is fixed along the outdoor surface of the window sill 13 of the peripheral frame of the window opening W. , in the cross section, the shoji webs 2A, 2B and the screen door web 2C are the shoji grooves 1F, 1G and the screen door groove 1J of the upper frame 1.
It is shaped like a staircase that descends towards the outdoors, corresponding to the
A rail 2 is provided on the top surface of each web 2A, 2B, 2C.
D, 2E, and 2F are provided protrudingly. In addition, at the indoor end of the shoji web 2A, there is a hanging piece 2G with a substantially Z-shaped cross section.
A locking piece 2H is formed at the upper end of the piece 2G, which projects horizontally toward the indoor side along the upper surface of the window sill 12 and also serves as an adjustment piece. In addition, 2J is a front edge, 2K is a reinforcing support piece, and 2L is a mounting piece along the outdoor surface of the 13th window. A hollow portion 2M is integrally formed in the lower frame 2 formed in this manner.

Reference numeral 3 denotes the left vertical frame of the outer window frame S1, which is attached along the outdoor surface of the left vertical column 14 of the peripheral frame of the window opening W to form the doorstop wall of the outer window frame S1. ,
In the cross section, 3A is the doorstop web,
Corresponding to the upper frame 1 and lower frame 2, a reinforcing piece 3 with a box-shaped cross section is provided on the left side of the figure, which extends vertically to the outdoor side.
B is attached integrally, and the hollow part 3C is integrally formed. In addition, a mounting piece 3D is attached to the base end of the vertical frame 3.
Further, partition pieces 3E, 3F, and 3G are provided on the door stop web 3A to protrude rightward in the figure, and a dovetail groove 3H is formed on the outer surface of the partition piece 3F. Further, the door stop web 3A is further projected indoors from the joint with the partition piece 3E to form an adjustment piece 3J. Note that 3K is the doorstop piece.

3' is the right vertical frame of the outer window frame body S1, which is attached to the outdoor surface of the right vertical column 14' of the peripheral frame to form the right doorstop wall of the outer window frame body S1, as described above. The only difference is that the dovetail groove 3H formed in the left vertical frame 3 is formed toward the indoor side, and since it is formed in a symmetrical shape, the reference numeral 3' will be denoted by symbols A to K, and its explanation will be omitted.

The ends of the upper frame 1, the lower frame 2, and the left and right vertical frames 3, 3' thus formed are connected to each other with screws or the like to form a rectangular outer window frame body S1. Further, on the indoor side of the outer window frame body S1, a rectangular continuous adjustment edge is formed protruding toward the indoor side by an adjustment piece 1M, a locking piece 2H, and adjustment pieces 3J and 3'J.

Next, the inner window frame body S2 will be explained in detail. This inner window frame body S2 is fitted inside the peripheral frame of the window opening W, and the shoji sliding frame 4 is made of a molded material extruded from a metal material, such as a light alloy material such as aluminum, on which the shoji etc. are erected. A base frame 8 made of a heat-insulating base member made of, for example, synthetic resin is integrally assembled on the outer periphery of the shoji sliding frame 4, and is made of a composite material of light alloy material and synthetic resin. It is formed into a framework.

5 is the upper frame of the shoji sliding frame 4, and in its cross section, 5A is the sliding web, and the lintel 12
It is attached horizontally to the lower surface of the holder via the upper base member 9, and the partition pieces 5B, 5C,
5D hangs downward and the shoji groove 5E opens downward;
5F is formed. Further, on the upper surface side of the sliding web 5A, a protruding piece 5G that also serves as a fitting piece that fits with the upper base member 9 and a screw receiver 5 are provided along the longitudinal direction of the sliding web 5A.
H and 5H are integrally formed.

Reference numeral 9 denotes an upper base member that is integrally fitted along the upper frame 5, and is formed into a plate having a rectangular cross section that is slightly longer than the width dimension of the upper frame 5 in the inner and outer directions. On the lower surface 9A side, grooves 9B that fit with the projecting piece 5G of the upper frame 5 and approximately circular grooves 9C that fit with the screw receivers 5H, 5H are recessed in parallel along the longitudinal direction. .

The upper frame 5 and upper base member 9 formed in this way have their protrusions 5G, grooves 9B, and screw receivers 5H, 5H.
The groove portions 9C and 9C are fitted and joined together to form a composite upper frame S2A of the inner window frame body S2. Further, a part of the upper base member 9 protrudes from the outdoor side of the composite upper frame S2A to form an outdoor protruding portion 9E, and its lower surface 9A slides against the adjustment edge 1M of the upper frame 1 of the outer window frame body S1. A sliding surface 9D that can be brought into contact with the sliding surface 9D is formed.

6 is the lower frame of the shoji sliding frame 4, and the lower base member 1
0 along the upper surface of the window sill 13, and in its cross section, 6A is a sliding web that is slightly inclined downward toward the outdoors in correspondence with the sliding web 5A of the upper frame 5. A shoji rail 6 is formed on the upper surface side corresponding to the shoji grooves 5E and 5F of the upper frame 5.
B and 6C are provided. In addition, the sliding web 6
On the lower surface side of A, there is a lower base member 1 along the longitudinal direction.
Leg pieces 6D, 6E that also serve as fitting pieces that fit with 0, leg pieces 6F with a hook-shaped cross section, and screw receivers 6G, 6G.
is formed, and an upper hanging piece 6H is vertically provided at the indoor end of the web 6A.

Reference numeral 10 denotes a lower base member that is integrally fitted along the lower frame 6, and its shape has a width dimension corresponding to that of the upper base member 9, and the width of the lower frame 6 in the inner and outer directions. It is formed into a plate-shaped body having a substantially trapezoidal cross section that is slightly longer than its dimensions. That is, the upper surface 10A is formed to be slightly inclined downward toward the outdoor side along the lower surface of the shoji web 6A of the lower frame 6, and the upper surface 6A has a groove 10B that fits with the leg piece 6E of the lower frame 6 and a screw receptacle. 6G,
Approximately circular grooves 10C, 10C that fit into the grooves 6G are recessed in parallel along the longitudinal direction thereof.
Further, the upper base member 9 is provided with a step on the outdoor side of the upper surface 6A.
An outdoor projecting portion 10D is formed which has a sliding surface 10E corresponding to the sliding surface 9D, and this stepped portion has a protrusion that engages with the indoor side of the leg piece 6F having a hook-shaped cross section formed on the lower frame 6. A portion 10F is formed. Further, the lower surface 10G of the lower base member 10 is formed in a horizontal plane along the upper surface of the window sill 13.

The lower frame 6 and the lower base member 10 formed in this way have their leg pieces 6E, groove portions 10B, screw receivers 6G,
6G and the groove portions 10C, 10C are fitted together, and the leg piece 6F and the convex portion 10F are engaged to form the inner window frame body S2.
A composite lower frame S2B is formed.

Reference numeral 7 denotes a vertical frame on the left side of the shoji sliding frame 4, which forms the doorstop wall on the left side of the sliding frame 4. In its cross section, 7A is the doorstop web, and the window opening W
The vertical base member 1 is attached to the inner surface of the left vertical column 14 of the peripheral frame of
1, and is installed in parallel through the upper frame 5.
The sliding webs 5A, 6A of the lower frame 6 are formed to have an overhanging width corresponding to the sliding webs 5A, 6A, and partition pieces 7B, 7C, 7D are protruded from the right side of the web 7A as shown in the figure.
E, 7F is formed. Further, on the left side surface of the web 7A, a fitting piece 7G that fits with the vertical base member 11 and a fitting piece 7 having a hook-shaped cross section are provided along the longitudinal direction of the web 7A.
H and 7J are integrally formed.

Reference numeral 11 denotes a vertical base member which is integrally fitted along the left side surface of the vertical frame 7 in the figure, and its shape corresponds to the upper base member 9 and the lower base member 10, and the shape corresponds to the inside and outside of the vertical frame 7. It is formed into a plate-like body having a rectangular cross section slightly longer than the width dimension in the direction, and its right side surface 11A in the figure
grooves 11B and 1 that fit with the fitting pieces 7G and 7J.
1C is formed, and a convex portion 11D that engages with a fitting piece 7E having a hook-shaped cross section is formed on the indoor end surface side.

The vertical frame 7 and the vertical base member 11 formed in this way are connected to the fitting pieces 7G, 7H, 7J and the groove portions 11B, 1.
1C and the convex portion 11D are fitted and engaged to form a composite vertical frame S2C of the inner window frame body S2 which is not integrally combined. In addition, a part of the vertical base member 11 overhangs the outdoor side of the vertical frame S2C, and the outdoor overhang part 1
1F is formed, and a sliding surface 11E that slidably abuts on the adjustment piece 3J of the outer window frame body S1 is formed. S2D is a composite vertical frame on the right side in the drawing of the inner window frame body S2, and is formed from a vertical frame 7' and a vertical base member 11', which are symmetrical to the composite vertical frame S2C described above, so that the vertical frame is 7' is the same code as vertical frame 7, A to J.
, and the vertical base member 11' is attached to the vertical base member 11'.
The same numbers as A to F are given, and the explanation thereof will be omitted.

The composite upper frame S2A formed in this way,
Composite lower frame S2B and left and right composite vertical frames S2C,
In S2D, the shoji sliding frame 4 is connected via screw receivers 5H, 6G of the upper frame 5 and lower frame 6, and the base members 9, 10, 11, 11' have oblique notches at both ends. The inner window frame body S2 is formed into a rectangular inner window frame body S2 by bonding them in a joined or abutted manner, and on the outdoor side of the inner frame body S2, sliding surfaces 9D, 10E,
Outdoor overhangs 9E, 10 with 11E, 11'E
Convex edges are formed by D, 11F, and 11'F.

The outer window frame body S1 and the inner window frame body S2 thus formed are as follows: First, the outer window frame body S1 is attached to the outer surface of the peripheral frame of the window opening with attachment pieces 1B, 2L, 3D, 3'D.
continuous adjustment edges 1M, 2H, 3J, formed on the indoor side of the same frame B1, attached with nails etc. through
3J' are convex edges 9E, 10D, 1 formed on the outdoor side of the inner window frame S2 between the inner peripheral surface of the peripheral frame and the inner peripheral surface of the peripheral frame.
1F and 11'F are installed with a space between them. The inner window frame body S2 is fitted into the peripheral frame from the indoor side of the window opening W to which the outer window frame body S1 is attached, and the sliding surfaces 9D, 10E, The convex edges 9E, 10D, 11F, 11'F having 11E, 11'E are inserted between the inner circumferential surface of the peripheral frame and the adjustment edges 1M, 2H, 3J, 3'J to form sliding surfaces 9D, 10E, 11E. ,11'E
are in sliding contact with the adjustment edges 1M, 2H, 3J, and 3'J in an overlapping manner, and the inner window frame body S2 has sliding surfaces 9D,
It is fitted so as to be movable in the inward and outward directions within the length range of 10E, 11E, and 11'E, and is fixed to the peripheral frame at a predetermined position by screws 15.

In addition, in the figure, 16 is an outer glass shoji installed in a sliding manner on the outer window frame S1, 17 is a screen door, and 1
8 is an inner glass shoji installed in the inner window frame body S2 in a sliding manner.

Next, the operation and effect of the first embodiment configured as described above will be explained.

Now, this example satsushi S is the peripheral frame 1 of the window opening W.
2, 13, 14, 14', a metal outer window frame S1 attached to the outdoor surface, and a peripheral frame 12, 1 of the opening W.
3, 14, 14', and an inner window frame body S2 that is fitted inside the outer window frame body S1.On the indoor side of the outer window frame body S1, there is an adjustment edge 1 that protrudes toward the indoor direction and continues in a rectangular shape.
M, 2H, 3J, and 3'J are formed, and the inner window frame body S2 is made by integrally forming a metal shoji sliding frame 4 and a base frame 8 made of a synthetic resin having heat insulating properties on its outer periphery. The peripheral frames 12, 13, 14, 14' of the window opening W are fixed by screws 15 formed in the framework of the framed composite body and passing through the shoji sliding frame 4 and the base frame 8.
At the same time, the outdoor side periphery of the inner window frame body S2 is attached to the outer window frame body S1 by protruding a part of the base frame 8 side.
The adjustment edges 1M, 2H, 3J, 3'J of
The structure is such that it can be moved inwardly and outwardly depending on the expected width. Therefore, the inner window frame body S
2 is the sliding surface 9D, 10 formed on the outdoor side periphery.
Convex edges 9E, 10 with E, 11E, 11'E
Adjustment edges 1M, 2H, 3J, 3'J formed on the indoor side of the outer window frame body S1 via D, 11F, 11'F
Since it is possible to move inward and outward directions within the peripheral frame within the permissible range of sliding contact with the peripheral frame, the expected widths of the peripheral frame, that is, the lintel 12, the window sill 13, and the left and right vertical columns 14, 14' in the inward and outward directions vary. It is possible to absorb and position the inner window frame body S2 with great ease, even if the inner window frame body S2
By setting F and 11'F to the maximum permissible indoor position, the distance between the outer glass shoji 16 and the inner glass shoji 18 can be increased, and the soundproofing and heat insulation effects of the sash S can be improved. In addition, since the outer window frame body S1 and the inner window frame body S2 are connected via the base member 8 of the inner window frame body S2 having heat insulating properties, both frame bodies S1, S2
It is possible to prevent dew condensation on the indoor side by blocking heat transfer between the two. In addition, the inner window frame body S2 is a shoji sliding frame 4.
The outer periphery of the shoji sliding frame 4 is formed into a composite frame body in which a base frame 8 made of, for example, synthetic resin having heat insulating properties and elasticity is fitted, and the base frame 8 is fitted inside the peripheral frame. The space between the shoji sliding frame 4 and the shoji sliding frame 4 is shielded by the base frame 8, and the transmission of sound is significantly reduced, improving the soundproofing effect. This can eliminate discomfort. In addition, the inner window frame body S2
Since it is attached through the base frame 8, its attachment strength is increased, and when the inner glass shoji 18 is opened and closed, the opening and closing sound is not transmitted directly to the peripheral frame, so it has many features such as extremely quiet operation. .

Next, FIGS. 3 and 4 show a second embodiment of the present invention, and this embodiment includes an upper base member 9, a lower base member 10, and left and right parts of the base frame 8 of the first embodiment. Fitting grooves 19A, 20A, 21A, 21'A into which the interior material 22 is fitted are provided on the indoor side of the vertical base members 11, 11' (only the right side is shown in the plan view of FIG. 3).
The frame portions 19, 20, 21, 21' having
is constructed similarly to the first embodiment. Therefore, this frame portion 19, 20, 21, 21'
By providing this integrally, for example, even if the thickness t of the interior material 22 fluctuates, the variation in the thickness t can be absorbed extremely easily by adjusting the movement of the inner window frame body S2 in the inward and outward directions. At the same time, interior construction can be carried out extremely labor-savingly, and the same effects as in the first embodiment can be obtained.

In the above embodiment, the overlapping portions of the adjustment edges 1M, 2H, 3J, 3'J of the outer window frame body S1 and the convex edges 9E, 10D, 11F, 11'F of the inner window frame body S2 are the adjustment edges 1M. , 2H, 3J, and 3'J are illustrated as being inside, but the invention is not limited to this, and the relationship between inside and outside may be reversed.

The present invention is a double sash comprising a metal outer window frame body attached to the outdoor surface of a peripheral frame of a window opening, and an inner window frame body fitted inside the peripheral frame. , an adjustment edge is formed on the indoor side of the outer window frame body that protrudes toward the indoor direction and is continuous in a rectangular shape; It is formed into a composite framework that integrally frames the base frame made of resin, and is fixed to the peripheral frame of the window opening with screws etc. that pass through the shoji sliding frame and the base frame. The outdoor peripheral edge of the window frame body is provided so that a part of the base frame side protrudes and overlaps with the adjustment edge, and the inner window frame body is movable in the inward and outward directions according to the expected width of the peripheral frame. Therefore, even if there is a change in the expected width of the peripheral frame of the window opening, that is, the lintel, window sill, and left and right vertical columns, this can be easily accommodated by moving and adjusting the inner window frame body in the outward and outward directions. In addition, the outer window frame body and the inner window frame body are connected via the base frame of the inner window frame body made of a synthetic resin having heat insulating properties, and the base frame of the inner window frame body Since the entire structure is insulated, heat conduction between the two frames can be blocked and condensation on the indoor side can be prevented.

[Brief explanation of the drawing]

1 and 2 show a first embodiment of the present invention, with FIG. 1 being a horizontal sectional view and FIG. 2 being a longitudinal sectional view. 3 and 4 show a second embodiment of the present invention, with FIG. 3 being a horizontal sectional view and FIG. 4 being a longitudinal sectional view. S1...Outer window frame body, S2...Inner window frame body, 1, 5...Upper frame, 2, 6...Lower frame, 3, 3', 7, 7'...Vertical frame, 4
...Shoji sliding frame, 8...Base frame, 9...Upper base member, 10
...Lower base member, 11, 11'...Vertical base member, 1M, 2
H, 3J, 3'J...adjustment piece (adjustment edge), 9E, 10
D, 11F, 11'F...Outdoor overhang (convex edge), 9
D, 10E, 11E, 11'E...Sliding surface, W...Window opening, S...Double sash.

Claims (1)

[Claims] 1. A double sash consisting of a metal outer window frame body attached to the outdoor surface of a peripheral frame of a window opening, and an inner window frame body fitted inside the peripheral frame, the outer window frame being On the indoor side of the frame body, a rectangular continuous adjustment edge is formed that protrudes toward the indoor direction, and the inner window frame body has a metal shoji sliding frame and a base made of a synthetic resin having heat insulating properties on its outer periphery. It is formed into a composite framework integrally framed with the frame, and is fixed to the peripheral frame of the window opening with screws passing through the shoji sliding frame and the base frame, and the window frame within the same. The outdoor side peripheral edge protrudes a part of the base frame side and overlaps with the adjustment edge,
A double sash characterized in that the inner window frame body is provided so as to be movable in the inner and outer directions according to the expected width of the peripheral frame.