JPH0619017Y2 - Mounting structure of outer cap on vertical part of continuous window - Google Patents

Description

[Detailed Description of the Invention] (Industrial field of application) The present invention relates to a recessed portion between the left and right vertical frames that sandwich the upright, in the upright portion of a continuous window having windows on both sides of the upright. It relates to a structure for attaching an outer cap to.

(Prior Art) In the vertical part of the connecting window, since the left and right vertical frames are connected to each other vertically, there is generally a groove at the center of the outer surface, and mainly from the viewpoint of watertightness and appearance, the groove has an external shape. The cap is fitted.

Conventionally, in the mounting structure of this outer cap, as shown in FIG. 4 (Japanese Utility Model Laid-Open No. 59-102888), the vertical 1 is formed in a channel shape open to the indoor side, and the outer cap 2 is provided with a screw 3. By providing a screw-in groove 4 and operating the screw 3 from the open portion 5 of the upright 1, the outer cap 2 is screwed in the upright direction, and the recessed groove 7 between the left and right vertical frames 6, 6 is formed in the outer cap 2 thereof. Then, the inner cap 8 was attached after the outer cap 2 was fitted according to this procedure.

(Problems to be Solved by the Invention) According to the conventional outer cap mounting structure as described above, since it is necessary to form the upright 1 in a channel shape, which is disadvantageous in terms of strength compared to the complete hollow, There was a problem that it was difficult to secure the required strength.

As for the assembly of the vertical portion, it is necessary to operate the screw 3 from the indoor side opposite to the outer cap in order to attach the outer cap 2. Moreover, since it is the operation inside the vertical portion, the outer cap is not attached. It was very difficult. Also,
The outer cap 2 is fitted and fitted in the concave groove 7 in this way, but after the fitting, it is necessary to fill the seal material 9, 9 between the outer cap 2 and the vertical frames 6, 6 on both sides.
Due to the troublesome filling of the sealing material, the work of attaching the outer cap was extremely inefficient.

In addition, since the inner cap 8 is attached after the outer cap 2 is attached, there is a restriction that the attaching time of the outer cap 2 cannot be postponed after the attaching of the inner cap 8, and as a result, the outer cap is set up during the work setup. It was inconvenient when the mounting of No. 2 was desired at the final stage.

The present invention has been made in view of the above circumstances,
To provide a structure for mounting an outer cap on a vertical part of a continuous window which can secure the strength stability of the vertical part and improve its work efficiency without forming the vertical part in a channel shape and which is convenient for work setup. Aimed at.

(Means for Solving the Problems) In order to achieve the above object, the present invention has an outer cap fitted in a groove between the left and right vertical frames that sandwich the upright of the window, and the left and right vertical frames of the outer cap. In the vertical part of the continuous window where the interior ends are sealed with an inner cap, the fittings of the outer cap are installed in rows along the groove by fixing the fittings of the outer cap to the uprights with screws at the bottom of the groove. A hooking piece for receiving the outer cap is provided above the screw stopper base piece through the upright piece, and the outer cap is a pair of legs that abut on the hooking piece of the mounting bracket on the outer surface wall that seals the concave groove. A foot piece with a non-return claw that hangs on the edge of the leg is sandwiched between both leg pieces, and the inner surface of the groove is pressed to the outside of the base end of both leg pieces. The elastic packing is attached to the outer cap in advance.

(Operation) Since the mounting structure of the outer cap is configured as described above, when the mounting bracket is screwed to the bottom of the concave groove on the assumption that the outer cap is fitted in the concave groove, the long outer cap is directly screwed. Unlike the case of stopping, it is not necessary to operate the screw from the back side of the upright, so the upright can be formed as a complete hollow with strong strength, and the inner cap can be used at any time before or after attaching the outer cap. It can be installed. In addition, if the outer cap is pushed into the groove, both non-return pawls of the outer cap hang on the hooks of the mounting brackets, and a mounting condition that cannot be escaped is obtained. Since the pieces are sandwiched, the claws of the two leg pieces do not close due to the repulsive force of the packing, and the leg pieces support the packing, so that the packing is held in pressure contact with the inner surface of the groove. vice versa,
The hook pieces are clamped by both foot pieces so that the repulsive force of both packings does not cause the check claws to come off the hook pieces.

(Embodiment) FIGS. 1 to 3 show an embodiment, in which a continuous window W
Has a cuboid 10 between the left and right window frames F, F. In the cuboid part P which is composed of the left and right window frames F, F and the cuboid 10,
The vertical frames 11a, 11a of the left and right window frames F, F are applied from the left and right of the upright 10, and the outer cap 12 and the inner cap 13 are screwed to the upright 10 via the mounting brackets 14, 15, respectively. Further, each of the window frames F, F accommodates a shoji shoji S, S, respectively.

The upright 10 is formed in a hollow body having a rectangular cross section, and hook-shaped engaging pieces 20 and 20 are projectingly provided on both left and right sides of an indoor side end portion of the front wall 2.
1 has a pair of screw insertion holes 23, 2 for screwing the mounting bracket 14
3, the rear wall 22 is provided with screw-in holes 24 which are required to screw the mounting member 15 at equal intervals in the vertical direction.

The left and right vertical frames 11 a, 11 a are integrated by joining the connecting wall 28 to the front wall 21 of the upright 10 to form a combined unitary member 11. In the upright portion P, a concave groove 30 having the connecting wall 28 as a bottom wall is provided in the center of the width of the front half, a wide groove 31 surrounding the upright 10 is provided in the rear half, and the bottom of the wide groove 31 is upright. A pair of left and right ridges 32, 32 sandwiching 10 are provided, and engagement pieces 33, 33 that hang on the engagement pieces 20, 20 are provided at the opening edge portion. Then, the connection wall 28 has screw holes 23 of the vertical direction 10,
Corresponding to No. 23, through holes 34, 34 of the screws 50, 50 are provided.

The mounting bracket 14 is formed by cutting an extruded profile into short pieces, and has a screw fastening base piece 3 in the cross-sectional shape as the extruded profile.
The standing piece 36 is provided so as to project from the central portion of the width of 5, and the hanging piece 37 is provided on the standing piece 36 so as to face each other in a T shape.
Downward protruding edges 38, 38 are formed at both ends of the. And
In this mounting bracket 14, the base piece 35 is provided with through holes 39, 39 for the screws 50, 50, and the hooking piece 37 is provided with through holes 39, 39.
Corresponding to 39, notches 40, 40 for screw operation are provided.

Next, the outer cap 12 has a pair of leg pieces 42, 4 formed by a crotch opening narrower than the hooking piece 37 of the mounting member 14 on the outer surface wall 41 which is slightly narrower than the recessed groove 30 of the coupling integrated member 11.
2, a bent foot piece 43 sandwiching the hooking piece 37 is connected to the tips of both leg pieces 42, 42, and a non-return hook on the projecting edge portion 38 of the hooking piece 37 is attached to the leg pieces 43, 43. A piece 44 is provided. Further, the outer cap 12 is provided with fitting grooves 46, 46 for packings 45, 45 on the outer sides of both leg pieces 42, 42, and the packing 45 is made of rubber elastic plastic.

In order to attach the outer cap 12, after the coupling integral member 11 is combined with the upright 10, the fittings 14 are previously screwed to the bottom of the groove 30 at equal intervals.
In this case, the screws 50, 50 are screw holes 23, 2 of the vertical 10.
Since the base piece 35 of the mounting bracket 14 tightens the connecting wall 28 of the joint integrated member 11 to the upright 10 by being screwed into the upright 3, the joint integrated member 11 is also integrally fixed to the upright 10. The upright portion P is basically assembled and the left and right window frames F, F are supported by the upright 10. Then, next, either the outer cap 12 or the inner cap 13 can be attached.

The outer cap 12 can be attached by simply pushing it into the groove 30 in a state where both packings 45, 45 are attached, and the push-in pushes the non-return pawls 44, 44 at the tips of both leg pieces 42, 42 toward the hooking piece 37 side. It hangs on the end, and the hooking piece 37 is sandwiched between the two leg pieces 43, 43.

On the other hand, both packings 45, 45 are pressed against the inner surfaces of both sides of the recessed groove 30 by the repulsive force, but the foot pieces 43, 43 make the hooking pieces 37.
Since the leg pieces 42, 42 support the packing 45 without closing, the pressing state by the repulsive force is permanently retained. In addition, both packings 45, 45
By means of the repulsive force of the
The latched state of is retained.

In the illustrated embodiment, the outer cap 12 is provided with the concave groove 3
Since it fits deeply into 0, a recess is formed on the outside thereof, but the recess may be filled with a sealing material such as putty. Also,
The outer surface wall 41 of the outer cap 12 may be configured so as to be flush with the outer surface of the combined integral member 11 so that no recess is formed.

To attach the inner cap 13, the mounting bracket 15 is fixed to the back side of the upright 10 with screws 51, and then the inner cap 13 is fitted thereto.

(Effects of the Invention) As described above, the present invention has the following excellent effects.

1) Since the mounting bracket can be screwed in the vertical direction by operating the screw in the concave groove, it is not necessary to form the vertical direction into a channel shape that opens to the indoor side, and by forming the vertical direction into a completely hollow structure, The strength stability of the window stand can be enhanced.

2) The mounting bracket can be easily screwed on the same side as the mounting even if it is inside the groove, and the outer cap can be fitted into the groove by pushing in almost one-touch.
Moreover, since the packing is fitted in advance, it is not necessary to fill the sealing material between the outer cap and the inner side surface of the groove, so that the work efficiency of attaching the outer cap is very good.

3) With the outer cap, the action of the repulsive force of both packings ensures that the check claws of both leg pieces engage with the hooking pieces of the mounting bracket in a stable manner. Since the state in which the packing is in pressure contact with the inner side surface of the concave groove is permanently secured by sandwiching the hooking piece of the mounting bracket, the stability and watertightness of fitting of the outer cap are very good.

4) The installation of the inner cap is not restricted in time after the installation of the outer cap, which is convenient in terms of work setup.

[Brief description of drawings]

1 to 3 are views showing an embodiment of a mounting structure for an outer cap according to the present invention, and FIG. 1 shows an essential part of the present invention. FIG. 2 is an enlarged sectional view taken along line AA of FIG. FIG. 2 is a front view seen from the outside of the continuous window, FIG. 3 is an exploded perspective view of a main part, and FIG. 4 is a sectional view showing a conventional example. P ... Vertical part, 10 ... Vertical 11a ... Vertical frame, 12 ... Outer cap 13 ... Inner cap, 14 ... Mounting bracket 30 ... Recessed groove, 35 ... Base piece 36 ... Standing piece, 37 ... Latch piece 41 ... Outer wall, 42 ... Leg piece 43 ... Foot piece, 44 ... Check piece 45 ... Packing

Claims (1)

[Scope of utility model registration request] 1. A left and right vertical frame 11a sandwiching the upright 10 of the continuous window W,
The outer cap 12 is fitted in the concave groove 30 between 11a, and in the continuous window vertical portion P in which the inner caps are sealed between the indoor end portions of the left and right vertical frames, the outer cap 12 is attached to the bottom of the concave groove 30. The mounting brackets 14 are arranged in a row along the concave groove 30 by screwing the mounting brackets 14 to the uprights 10. The mounting brackets 14 are hooking pieces that receive the outer cap via the upright pieces 36 above the screw locking base pieces 35. 37 is provided and the outer cap 1
In the second example, a pair of leg pieces 42, 42 that abut against the hooking piece 37 of the fitting is projectingly provided on the outer wall 41 that seals the concave groove 30, and the hooking piece 37 is sandwiched between both leg pieces 42. A foot piece 43 with a check claw 44 that hangs on the end edge is formed, and an elastic packing 45 that presses the inner side surface of the groove 30 is previously fitted to the outer side of the base end portions of both leg pieces 42. The outer cap mounting structure.