CN202899984U

CN202899984U - Novel energy-saving pushing-pulling-moving window rain-leaking structure

Info

Publication number: CN202899984U
Application number: CN 201220558196
Authority: CN
Inventors: 吴定旺
Original assignee: JIANGYIN DIKALE MATERIALS CO Ltd
Current assignee: JIANGYIN DIKALE MATERIALS CO Ltd
Priority date: 2012-10-24
Filing date: 2012-10-24
Publication date: 2013-04-24
Anticipated expiration: 2022-10-24

Abstract

The utility model provides a novel energy-saving pushing-pulling-moving window rain-leaking structure, wherein a sliding bracket and a lower slide way are provided with inner window lower beams and outer window lower beams, and a lower wind-rain preventing block is embedded in the middle of the slide way. The novel energy-saving pushing-pulling-moving window rain-leaking structure is characterized in that a water-leaking groove communicated with the outside is arranged outside the lower slide way, a plurality of drainage openings are arranged on the bottom surface of the slide way and are communicated with the water-leaking groove, a hinged shaft is arranged above the water-leaking groove, and the lower end of a wind-preventing bar is arranged on the lower edge of the water-leaking groove to seal the outer end surface of the water-leaking groove to prevent wind. When rain enters the slide way, the rain leaks into the water-leaking groove from the drainage openings, and force of the water can squeeze and open the wind-preventing bar to leak the water outwards.

Description

Novel energy-conserving sliding window rain leakage structure

Technical field

The utility model belongs to a kind of sliding window structure, relates in particular to a kind of rain leakage structure for sliding window.

Background technology

In the window of present building, because sliding window (door) conveniently opening and closing, it is little to take up room, and is generally adopted by people.Use common sliding window structure that aluminium alloy extrusions makes as shown in Figure 1: the window frame that is mainly formed by the banding 3 of the sliding way 1 on the horizontal direction, glide path 2, vertical direction, by the sliding window sash that smooth rabbet 6, hooked rabbet 7 and the glass 8 of the top rail 4 of horizontal direction, bottom rail 5, vertical direction consists of, sliding way 1, glide path 2 that inside and outside sliding window sash is placed on window frame form sliding windows.In order to realize the effect of energy-conserving and environment-protective, on each part section bar, be provided with the disconnected hot glue of polyurethane, to prevent the heat transmission.

The structure of existing sliding window rainwater leakage prevention is the choke piece that rains to be set to play the effect of wind only, airtight, sound insulation, antitheft, rainwater-proof at the middle part of the slide rail that slides for inner fan-window bottom rail and exterior wing window bottom rail of glide path.The choke piece that rains is to consist of by being fixed on elasticity on the firm banking sheet of standing for a long while.

If but this structure rain infiltrates slide rail, just be difficult to remove, can infiltrate in the inner fan-window in the rainwater situation how, waterproof effect is undesirable.

The utility model content

The utility model provides a kind of novel energy-conserving sliding window rain leakage structure, and its purpose solves the shortcoming that prior art exists, and the rainwater that infiltrates in the sliding window can effectively be got rid of, and improves the water proof wind proof performance of sliding window.

The technical scheme that its technical problem that solves the utility model adopts is:

Novel energy-conserving sliding window rain leakage structure, travelling carriage is provided with inner fan-window bottom rail and exterior wing window bottom rail on the slide rail of glide path, the slide rail middle part is embedded with the choke piece that rains, it is characterized in that: the outside of glide path is provided with a leak-off chute that communicates with the external world, the slide rail bottom surface is provided with several outfall that is connected with leak-off chute, the top of leak-off chute is provided with a hinge, a choke bar is hinged on the glide path with described hinge, and set up the lower end of choke bar can be with the outer face sealing of leak-off chute at the lower limb of leak-off chute.

Usefulness of the present utility model is:

When the external world has wind to blow toward in, the choke bar rotates around jointed shaft and hangs down, the lower limb that set up at leak-off chute the lower end of choke bar can play the choke effect with the outer face sealing of leak-off chute, when rain enters in the slide rail, rainwater can be from the outfall leak-off chute that bleeds, and waterpower can be squeezed out the choke bar and rain leakage is gone to the outside.

Description of drawings

Below in conjunction with drawings and Examples the utility model is further specified.

Fig. 1 is the sliding window schematic diagram;

Fig. 2 is the utility model structure side view;

Fig. 3 is the utility model structure top view;

Fig. 4 is the utility model choke view;

Fig. 5 is the utility model view of leaking.

The specific embodiment

Shown in Fig. 2,3, the utility model travelling carriage on the slide rail 21 of glide path 2 is provided with inner fan-window bottom rail 51 and exterior wing window bottom rail 52, and slide rail 21 middle parts are embedded with the choke piece 9 that rains.In the outside of glide path 2 (also namely towards that side of exterior wing window bottom rail 52) be provided with one with the extraneous leak-off chute 22 that communicates, the outer face of leak-off chute 22 is towards outside window, the bottom surface of slide rail 21 is provided with several outfall 20 that is connected with leak-off chute 22, the top of leak-off chute 22 is provided with a hinge 24, hinge 24 is inserted in the groove 23 that glide path 2 offers above leak-off chute 22, hinge 24 can rotate, hinge 24 extends a L-type choke bar 25 downwards, thereby choke bar 25 is hinged on the glide path 2 with described hinge 24, set up when the lower limb of leak-off chute 22 lower end of choke bar 25, and the vertical edge of choke bar 25 can be with the outer face sealing of leak-off chute 22.

As shown in Figure 4, when having wind, the external world is blown into the direction of arrow, wind-force inwardly blows choke bar 25, the lower limb at leak-off chute 22 is set up in the lower end of choke bar 25, the vertical edge of choke bar 25 can be with the outer face sealing of leak-off chute 22, thereby wind can't enter the slide rail 21 of glide path 2, also can't enter indoorly, plays the choke effect.

As shown in Figure 5, when slide rail 21 interior rains enter, rainwater can be with the direction of arrow from outfall 20 leak-off chute 22 that bleeds, and waterpower can be squeezed out choke bar 25, choke bar 25 rotates a little, the space occurs between the lower limb of the lower end of choke bar 25 and leak-off chute 22, and rain leakage is gone to the outside.

Obvious structure of the present utility model also is applicable to Parallel moving door.

Claims

1. novel energy-conserving sliding window rain leakage structure, travelling carriage is provided with inner fan-window bottom rail and exterior wing window bottom rail on the slide rail of glide path, the slide rail middle part is embedded with the choke piece that rains, it is characterized in that: the outside of glide path is provided with a leak-off chute that communicates with the external world, the slide rail bottom surface is provided with several outfall that is connected with leak-off chute, the top of leak-off chute is provided with a hinge, a choke bar is hinged on the glide path with described hinge, and set up the lower end of choke bar can be with the outer face sealing of leak-off chute at the lower limb of leak-off chute.