KR100594503B1 - Aperture-preventing system of sliding fittings - Google Patents

Abstract

The present invention is a sliding window (fitting, fittings) used in various windows and living room doors, in particular, a separate clearance removal device that can be lifted up and down on one side of the upper and lower sides of the window frame, and the clearance removal opening is By fixing the slidable from the window frame by the buffer opening of the window frame, by moving the gap removal opening in the up and down directions, respectively, while the window is inserted in the window frame shot to be fixed,

By blocking the passage between the window and the outside or between the window frame and the window frame by the gap removal opening further improves the insulation and sound insulation effect, and minimizes the introduction of pests or dust to create a pleasant indoor environment It is about the gap prevention structure of sliding windows with excellent insulation and soundproofing, which is used as a noise prevention device that can prevent the noise of the window frame and the window frame, as well as preventing the departure of the window.

Sliding glass, Window, Window frame, Noise control, Clearance, Guide groove, Shock absorber

Description

Aperture-preventing system of sliding fittings}             

1 is a perspective view of separating the gap preventer and the window frame according to the present invention

Figure 2 is a combined cross-sectional view of the gap preventer and the window frame according to the present invention

3a to 3b is a cross-sectional view of the window frame sash having a gap preventing structure and the gap preventing opening according to the present invention,

Figure 3a is a state diagram before use of the gap protection

Figure 3b is a state diagram after use of the gap preventer

Figure 4 is an overall installation state of the window having a gap prevention structure of the present invention

Explanation of symbols on the main parts of the drawings

10: window frame sash 11: insertion groove

12: Information rail

20,20 ': Window frame 21: Glass window

22 frame 23 cut groove

24,24 ': Gate

30: body 31: guide groove

32: insertion tank 33: bolt body

34: nut body 35: buffer hole

36: buffer hair 37: mother sheet

The present invention is a sliding window (fitting, fittings) used in various windows, living room doors, etc., in particular between the upper and lower sides of the window frame by combining a separate gap prevention device by the gap prevention device between the sash and the window It effectively removes the gap in the insertion space of the product, so it has excellent blocking ability against the outside, so it has excellent insulation and soundproofing effect, and can create a more comfortable indoor environment by blocking the inflow of various pests and the inflow of dust. It is about the gap prevention structure of sliding windows that prevents the detachment by fixing it at the same time.

In general, a building such as a house, an officetel, or an office has a plurality of windows for ventilation, lighting, and viewing from the outside, and a large sliding window for dividing a living room or an interior space is usually installed in each interior space. .

As described above, most windows and living room doors use sliding windows, and most of these sliding windows include a plurality of sliding windows or more inside the rectangular window frame. In order to insert the sliding window inside, the inner height of the window frame shot is formed higher than the height of the window frame to prevent the sliding window from being separated from the window frame shot through the free space.

In addition, the above-described conventional sliding window doors are equipped with a plurality of rollers on the lower frame to enable smoother and smoother movement from the window frame shot, as well as to prevent a shortening of the service life due to noise prevention effect and abrasion.

That is, a deeper guide groove is formed in the lower part of the upper frame at the time of the window frame shot, and the lower end of the window is the lower frame at the time of the window frame shot while the tip of the window is inserted deeply into the guide groove in order to insert the window in the window frame shot. After being mounted on the window, the window is held down and the tip of the window is lowered to some extent while being mounted without being separated from the window frame chassis.

Likewise, when a plurality of windows are inserted into the window frame shot by the window mounting method as described above, the divided plurality of windows slide in the left and right directions within the window frame shot, and the window or the living room door can be opened and closed. One side of the opposing window forms a locking means corresponding to each other, thereby opening or closing the window.

However, since the structure of the conventional sliding windows as described above should have a sufficient height to insert a window or draw out the window in the window frame shot as described above, the upper bottom of the window frame and the upper side of the window frame The gap is formed at the tip as much as the clearance, and this gap is a relatively large gap connecting the outside and the interior because a diagonal passage is created at opposite ends when the windows adjacent to each other are closed. will be.

These gaps are very uneconomical because they reduce the thermal efficiency by reducing the heat insulation effect of the heating or cooling room, and the sound insulation effect is poor and the external noise flows in as it is or the indoor noise flows to the outside. Various pests, mosquitoes, etc. are introduced, or dust generated in the outdoors is introduced into the room through the passage by the gap to contaminate the room.

These gaps are inevitably generated by the structural characteristics of sliding windows, that is, the coupling method to which windows are to be inserted. The gaps are connected to the interior and the interior by internal gaps that are not observed from the outside. I don't recognize it.

The present invention has been devised to eliminate the problems described above, and combines a separate clearance removal opening that can be lifted up and down on one side, the upper and lower sides of the window frame, the clearance removal opening from the window frame by a separate buffer By combining the fixed and sliding possible, by moving the gap removal opening in the up and down directions in the state of sandwiching the window at the time of window frame shot,

Since the gap removal port blocks the passage between the window and the outside generated between the windows, the insulation and sound insulation effect is very excellent, and will block the influx of pests or dust,

In particular, it is an object of the present invention to provide a clearance prevention structure of sliding windows excellent in insulation and soundproofing is also used as a noise prevention device that can prevent friction noise between window frames and window frames.

In addition, there is another purpose to prevent the breakage of the windows and to use more safely by preventing the windows from falling off from natural disasters such as typhoons and gusts.

Hereinafter, preferred embodiments of the present invention will be described.

1 is a perspective view of the gap preventer and the window frame separated in accordance with the present invention, Figure 2 is a cross-sectional view of the operation of the gap preventer and the window frame according to the present invention.

In the window frame sash 10 of the rectangular frame body having a plurality of guide rails 12 formed on the bottom surface of the insertion groove 11, the window frame 20, 20 'of the rectangular frame body in which the glass window 21 is fitted In well-known sliding windows fitted at least two or more,

While forming the cutting grooves 23 on the upper and lower ends of the frame 22 positioned inside the window frame sash 10 of the window frames 20 and 20 ', respectively, and inserting and removing a separate clearance removal hole,

The gap removing opening, the guide groove 31 is formed on the upper surface of the body 30 on the rectangular block, the insertion tank 32 on the incision groove from the bottom is formed on one side of the body 30, the body ( On one side of the 30 is a separate bolt body 33 is protruded and the shock-absorbing holes 35 formed with a nut body 34 in the center is rotated,

The locking pieces 24 and 24 'on both sides of the cutting grooves 23 of the window frames 20 and 20' are inserted into the insertion tank 32 of the body 30.

In addition, by attaching and forming a mother sheet 37 in which the buffer cap 36 is planted on the upper surface of the body 30, the gap removal effect can be maximized.

When described in more detail by the accompanying drawings, the action of the gap prevention structure of the sliding window door excellent in heat insulation and sound insulation of the present invention as described above.

As shown in the present invention, the gap removal opening is used to be fixed to the upper and lower ends of the window frame, and the protruding bolt body 33 is formed on the body 30 of the clearance removal port, so that the bolt body 33 and Since the body 30 is firmly fixed or loosened from the frame 22 by the rotation of the shock absorber 35 to be coupled, when the body 30 is to be moved, the shock absorber 35 is reversed. When the fixing force of the body 30 is released to some extent from the frame 22 by rotating the body 30, the body 30 is slid and then the above-mentioned buffer port 35 is rotated again so that the body 30 is connected to the frame 22. It is to be firmly fixed.

That is, the clearance removal port is composed of a rectangular block body 30, the upper guide groove 31 is formed on the guide rail 12 of the window frame sash 10 in the guide groove 31 When positioned, the role of supporting fixing to prevent the window frames 20 and 20 'from being separated can be prevented, as well as the friction noise generated between the guide groove 31 and the window frames 20 and 20'. Will be done.

That is, the body 30 of the clearance removal device according to the present invention is manufactured by using the material of the hard synthetic resin material, it is possible to block the generation of noise at the time of friction between the guide rail 12 which is a metal material.

The body 30 of the present invention clearance removal opening 30 is formed in the upper side from the lower side of the insertion tank 32, the insertion tank 32 is formed in the same width as the extrusion thickness of the frame 22, the The frame 22 is inserted into the insertion tank 32 to serve as a guide groove for allowing the body 30 to be moved up and down along the frame 22.

That is, the upper and lower ends of the frame 22 into which the body 30 is inserted are formed with a cutting groove 23, wherein the cutting groove 23 is inserted into the guide groove 31 of the body 30. It serves to form a locking piece (24, 24 ') on both sides at the same time as the space to be, the locking piece (24, 24') is inserted into the insertion tank 32 of the body (30) By being inserted directly, the body 30 can be lifted up and down along the locking piece 24, 24 '.

At this time, a protruding bolt body 33 is formed at one side of the body 30, and a buffer hole 35 having a nut body 34 having a thread corresponding to the bolt body 33 is separately provided. When the above-mentioned buffering hole 35 is screwed to the bolt body 33, the body 30 is framed by the pressure of the buffering hole 35 and the output of the bolt body 33. It is fixed firmly from (22).

Therefore, when mounting the window frame 20, 20 'in the state that the glass window 21 is fitted to the window frame sash 10 as shown in Figure 3a, the upper insertion groove 11 of the window frame sash 10 Guide grooves of the body 30 coupled to the upper and lower portions of the guide rail 12 and the window frame 20 and 20 'of the window frame sash 10 while pushing the window frame frames 20 and 20' to the side. When the window frame frames 20 and 20 'are put down in the state where 31 is matched, the mounting of the window is completed.

At this time, each of the window frame frame 20, 20 'top of the present invention because the passage is formed by the insertion groove (11) for lifting and inserting the window frame 20, 20' as described above The passage is blocked by the clearance removal port.

That is, the body 20 in a state in which the buffer hole 35 is loosened by rotating the buffer port 35 from the body 30 coupled to the upper and lower ends of the window frames 20 and 20 'facing each other as shown in FIG. 3B. Pushing the window frame sash 10 toward the upper surface of the body 30, the buffer head 36 is attached to the upper surface of the body 30 by the mother seat 37 to be located on the bottom surface of the insertion groove 11 of the window frame sash 10. After pushing up until the buffer hole 35 is firmly rotated, the body 30 is fixed in an elevated state and is opposed by the body 30 of the raised both side window frames 20 and 20 '. Clearances between windows with faces are eliminated.

In addition, in the case where the window as described above is to be separated from the window frame chassis 10 again, the buffer port 35 is rotated in reverse to allow the body 30 to freely flow again. After lowering it is to fix the position again the body 30 by the buffer hole (35).

The gap preventing structure according to the present invention is completed as windows (fittings) as shown in FIG. 4, but the buffering holes 35 are formed on one side and the bottom of the window, respectively, so that the buffer By the sphere 35, the body 30 of the clearance removal opening can be lifted more easily.

In particular, the buffer 35 is to have a role of preventing the noise caused by the impact of the window frame and window frame shot when the window is fully opened,

Conventionally, in order to prevent this, a separate stopper is fixed to both ends of the window frame sash 10 so that the window to be opened is no longer retracted by the stopper, but in the present invention, since the buffer hole 35 is provided, Even when the window is completely opened, the shock noise is prevented by the above-mentioned buffer hole 35, and of course, it is not necessary to use a separate stopper as in the prior art.

Therefore, the various windows and windows having the structure as described above is excellent in insulation and sound insulation effect by the gap removal port, and overcomes the problem of polluting the room by the introduction of various pests or dust.

As described above, the gap prevention structure of the sliding windows having excellent insulation and sound insulation is excellent in insulation and sound insulation effect because it blocks the passage between the window and the outside caused by a separate clearance removal opening. Will block the ingress of dust,

In particular, there is an effect that is used at the same time as a noise prevention device that can prevent friction noise between the window frame and the window frame.

Claims (2)

In the window frame sash 10 of the rectangular frame body having a plurality of guide rails 12 formed on the bottom surface of the insertion groove 11, the window frame 20, 20 'of the rectangular frame body in which the glass window 21 is fitted In well-known sliding windows fitted at least two or more, While forming the cutting grooves 23 on the upper and lower ends of the frame 22 positioned inside the window frame sash 10 of the window frames 20 and 20 ', respectively, and inserting and removing a separate clearance removal hole, The gap removing opening, the guide groove 31 is formed on the upper surface of the body 30 on the rectangular block, the insertion tank 32 on the incision groove from the bottom is formed on one side of the body 30, the body ( On one side of the 30 is a separate bolt body 33 is protruded and the shock-absorbing holes 35 formed with a nut body 34 in the center thereof is rotatably coupled, Insulation and sound insulation, characterized in that the locking pieces 24, 24 'on both sides of the cutting groove 23 of the window frame 20, 20' is inserted into the insertion tank 32 of the body 30. The gap prevention structure of this excellent sliding window. The method of claim 1, The gap prevention structure of the sliding window excellent in insulation and soundproofing, characterized in that the upper side of the body 30 is formed by attaching the mother seat (37) in which the buffered cap 36 is planted.

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