KR101467319B1 - Sliding windows preventing rainwater - Google Patents

Abstract

The present invention relates to a sliding window to prevent an inflow of rainwater and, more specifically, to a sliding window which prevents the inflow of rainwater by improving the air-tightness, soundproof, and windproof functions. According to the present invention, the sliding window to prevent the inflow of rainwater comprises: an overflow preventing plate composed of a first extension part firstly extended from the top end of a rail to the outside of a building, and a second extension part secondly extended from the front end of the first extension part downwards; a load balancing plate composed of a first balancing part firstly extended from the top end of the rail in the opposite direction to the first extension part to prevent the window from being weighted by the overflow preventing plate, and a second balancing part secondly extended from the front end of the first balancing part downwards; and an offset plate composed of a first offset part firstly extended to protrude from both surfaces of the rail separated downwards from the overflow preventing plate and the load balancing plate, and a second offset part secondly extended from the front end of the first offset part.

Description

{SLIDING WINDOWS PREVENTING RAINWATER}

More particularly, the present invention relates to a rain gut inflow preventing rain gut window which improves airtightness, prevents inflow of rain water and improves soundproofing and windproof function.

Generally, various windows are installed on the wall of the building for ventilation and mining of the room. Especially, in order to increase indoor space utilization in modern buildings, a shutter window is mainly installed.

The door locker window consists of a window frame installed on the wall of the open building and a window sliding on the window frame. The window frame is provided with a base plate which is in close contact with the wall, a rail which protrudes in the longitudinal direction so that the window is slid in the center of the base plate, and a height similar to the rail at both sides of the base plate. It is made up of a cliff wall.

Such a door mirror window is necessary for a view, mining, and ventilation in a modern building, but it is vulnerable to insulation, noise, and drafts. In particular, there is a problem that rainwater flows into a room when it rains.

Accordingly, a variety of window frames capable of improving the functions of insulation, soundproofing, and windshield of the windows of the clerk windows and preventing inflow of rainwater are being developed.

Representative prior arts thereof are disclosed in Korean Utility Model Registration No. 20-0340535, and Korean Utility Model Registration No. 20-0409864.

In the prior art, a door lock window of a prior art is provided with a window frame, a window frame, and a mohair and a windward plate for soundproofing and windproofing. The mohair and windshield plate cover the gap between the window frame and the window frame to block noise and drafts.

However, it has been difficult to effectively block noise and drafts with mohair and windshield plates installed in window frames and window frames.

In order to prevent inflow of rainwater, a plurality of drainage holes are formed in the window frame so that the rainwater flowing into the window frame is drained to the outside of the window frame, or the bottom surface of the window frame is connected to the indoor side A window frame formed to be inclined toward the outdoor side is disclosed.

However, when the amount of rainwater flowing into the window frame due to heavy rain or rainfall is relatively large, rainwater may still flow into the room beyond the rail.

In order to solve this problem, the rails may be formed to be relatively higher than the height of the wall of the window frame so that the rainwater may be discharged to the outside of the window frame over the water barrier wall. However, if the rails are formed relatively higher than the watertight walls, it is difficult to manufacture the windows assembled to the window frames, and the distance between the window frames and the windows increases, have.

Accordingly, it is an object of the present invention to provide a window structure for rainwater inflow prevention, which improves the structure of a window frame to prevent inflow of rainwater and improves soundproofing and windproof functions .

According to an aspect of the present invention, there is provided a window structure for preventing rainwater inflow, comprising: a window frame installed on a wall of a building; and a rainwater inflow prevention window window formed of a window sliding on the window frame, And a water tray wall protruding in the center of the base plate to slide the windows and slide on both sides of the base plate so as to protrude in a direction parallel to the rails to prevent inflow of rainwater, A first extension extending first from the upper end of the rail to the outdoor side of the building so that rainwater flowing between the rail and the water film wall can not flow over the rail due to a wave, And a second extension extending from the tip of the extension to the base plate,

A first balancing portion extending first from the upper end of the rail in a direction opposite to the extending direction of the first extending portion so that a load of the window is not eccentric to the rail by the overflow preventing plate; And a second balance portion that is secondarily extended toward the base plate.

In addition, a first offset, which is firstly extended so as to protrude from both sides of the rail, spaced a predetermined distance downward from the load-balancing plate, so that the wave of sound transmitted to both sides of the rail or the wind, And an offset plate made up of a second canceling portion that is secondarily extended from the tip of the first canceling portion toward the base plate.

Wherein the window comprises a glass panel, an upper / lower and a left / right window frame supporting an edge of the glass panel,

The upper and lower window frames, which are in contact with the rails, are formed with rail-receiving grooves into which the rails are led, and the inner side surfaces of the rail-receiving grooves are provided in contact with the overflow- A first mohair which firstly fills a gap of the window frame and a second mohair which is provided in contact with the offset plate and secondarily fills a gap between the rail and the window frame,

And a third mohair is provided on an outer side surface of the upper / lower window frame opposite to the base plate of the window frame to contact the base plate to fill a gap between the window frame and the window frame.

According to the present invention, it is possible to prevent the inflow of rainwater due to the wave into the room by preventing the rainwater flowing over the window frame from being overflowed due to the wave by the overflow preventing plate protruding from the upper side of the rail.

In addition, the present invention is characterized in that a gap between a window frame and a window frame is filled with three mohaires provided on a window frame so as to sequentially contact the rails and a base plate of the window frame, and the sound transmitted to the rails by the offset plate protruding from both sides of the rail So that the soundproof and windproof functions are improved.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a front view showing an embodiment of rainwater inflow preventing rainbow window according to the present invention;
2 is a sectional view taken along the line AA in Fig. 1,
3 is a cross-sectional view of a window frame in the rainwater inflow prevention damper window of FIG. 1,
4 is an enlarged view of a portion B in Fig. 2,
FIG. 5 is a view showing a state in which rainwater that has fallen on a window frame for a rain gutter infiltration prevention window of FIG. 1 is moved by a wave,
6 is a view showing a state in which a wavelength of a sound transmitted to a window frame for a rain gutters preventing window of a rain gutters of Fig.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, a rainwater inflow preventing glass window according to an embodiment of the present invention will be described in detail with reference to the accompanying drawings.

1 to 4 illustrate an embodiment of rainwater inflow preventing glass window according to the present invention.

1 to 4, a rainwater inflow prevention damper window according to an embodiment of the present invention includes a window frame 100 and a window 200 sliding on the window frame 100, A float prevention plate 310 and a load balance plate 320 protruding from both sides of the top plate 300 are provided.

An offset plate 330 protrudes from both sides of the side of the rail 300 corresponding to the lower side of the overflow prevention plate 310 and the load balance plate 320.

The window 200 sliding on the rail 300 is sequentially provided with first, second and third mohaires 410, 420 and 430 in order to fill a gap between the window frame 100 and the window 200.

3, the window frame 100 includes a base plate 110 which is in close contact with a wall of a building, a rail 300 protruding from the center of the base plate 110, 300, and protruding water barrier walls 120.

The base plate 110 is injection molded in the form of a hollow square pipe.

The waterwall 120 protrudes at a predetermined height on both sides of the base plate 110 to prevent the inflow of rainwater.

The rail 300 protrudes from the center of the base plate 110 and is slid by placing the window 200. The overflow prevention plate 310 and the load balance plate 320 are provided on both sides of the upper portion of the rail 300 And an offset plate 330 is provided on the center of both side surfaces of the rail 300.

The overflow prevention plate 310 includes a first extension portion 311 extending horizontally from the upper end of the rail 300 to the outdoor side of the building and a second extension portion 311 extending from the front end of the first extension portion 311 toward the base plate 110 And a second extending portion 312 that is secondarily extended in the downward direction.

The load balancing plate 320 includes a first balancing portion 321 and a second balancing portion 322. The first balancing portion 321 extends horizontally from the upper end of the rail 300 to the interior side of the building in the direction opposite to the extending direction of the first extending portion 311, And a second balancing portion 322 extending from the tip end of the base plate 321 toward the base plate 110 in the downward direction.

The offset plate 330 is positioned at the central portion of both side surfaces of the rail 300 spaced downwardly from the overflow prevention plate 310 and the load balance plate 320 by a predetermined distance away from both sides of the rail 300 A first canceling portion 331 protruding horizontally and a second canceling portion 332 extending secondarily from the tip of each first canceling portion 331 toward the base plate 110 in the downward direction.

The rails 300 constructed as described above and the window frame 100 made up of the base plate 110 and the water barrier wall 120 are extrusion-molded to be integrally manufactured. When the azon 500 is filled in the window frame 100 and then cured, the window frame 100 is divided into two parts by removing the filling part, and is connected to the azon 500 by a structure . Thus, the window frame 100 is prevented from thermal conduction by the azon 500.

The window 200 is composed of a rectangular glass panel 210 and upper and lower and left and right window frames 220 and 230 for supporting the edges of the glass panel 210.

The upper and lower window frames 220 that are in contact with the rails 300 of the window frame 100 are formed on the outer side surfaces thereof with rail entrance grooves 221 through which the rails 300 are inserted. First and second and third mohaires 410, 420, and 430 are sequentially disposed on opposite sides of the inner side of the rail inlet groove 221 and on the outer side of the base plate 110, respectively.

Mohair is used in window frames for windshields and soundproofing in general windows, and its detailed description is omitted.

The first mohair 410 is installed in contact with the second extension portion 312 and the second balance portion 322 which are the second extension portions of the load balance plate 320 and the overflow prevention plate 310 formed on the rail 300 do.

The second mohair 420 is disposed in contact with the second canceling portion 332, which is the second extension of the offset plate 330.

The third mohair 430 is installed in contact with the base plate 110 of the rail 300.

Hereinafter, the operation and effect of the rainwater inflow preventing rainbow window constructed as described above will be described in detail.

Generally, the window frame is formed such that the height of the rails is slightly higher than the height of the wall. Therefore, when the rainwater overflows into the room over the rail, it is mostly caused by the wave of rainwater.

Accordingly, the present invention is intended to prevent the rainwater that has fallen on the window frame 100 from overflowing the rail 300 by a wave.

Referring to FIG. 5, the rainwater between the rails 300 of the window frame 100 and the weir wall 120 is caused by raindrops or drafts falling in rain. At this time, the wave is transmitted to the rail 300 and the water curtain wall 120. The waves transmitted to the water barrier wall (120) are discharged to the outdoor side of the building beyond the water barrier wall (120). The wave transmitted to the rail 300 rises along the side surface of the rail 300 and then strikes the first extension portion 311 and the second extension portion 312 of the overflow prevention plate 310 in order to cross the rail 300 And returns between the rail 300 and the water diaphragm wall 120.

Accordingly, the present invention prevents the rainwater that has fallen over the rail 300 from flowing into the room by the wave.

However, due to the overflow prevention plate 310, the load of the window 200 is eccentrically transmitted to the rail 300, and the rail 300 of the window frame 100 becomes structurally mechanically unstable. A load balancing plate 320 protrudes above the rail 300 on the opposite side of the overflow prevention plate 310 so that the load of the window 200 is not transmitted eccentrically.

Accordingly, the window 200 can be positioned at the center of the upper surface of the rail 300, and the load of the window 200 is not eccentric, so that the window 200 is firmly supported by the rail 300.

Therefore, the present invention can firmly support the window while preventing the rainwater from flowing over the rail to the room by the wave.

Meanwhile, the present invention includes a cancel plate 330 and first, second, and third mohaires 410, 420, and 430 in order to block noise and drafts.

6, the wavelength of the noise and the draft of noise introduced into the gap between the window frame 100 and the window 200 are determined by the side surface of the rail 300, the first and second offset portions 331 and 332 of the offset plate 330, And is reflected back to the incoming side, which is canceled out while interfering with each other.

The wavelength of the noise and the draft that have not been canceled by the cancel plate 330 are introduced into the side of the overflow prevention plate 310. The wavelength of the noise and the outflow of the noise that flow into the overflow prevention plate 310 are transmitted to the side of the rail 300, And are reflected by the first and second extension portions 311 and 312 of the plate 310 to be reflected and cancel each other.

In addition, when the wavelength of the noise and the draft are introduced into the offset plate 330, the overflow prevention plate 310, and the first, second, and third mohaires 410, 420, and 430, The intensity is reduced.

As described above, according to the present invention, the noise and the outside air introduced from the outside are canceled by the canceling plate 330 and the overflow preventing plate 310 to be canceled, and the disturbance of the first, second and third mohaires 410, 420, So that it is excellent in soundproofing and windproof function.

Meanwhile, the cancel plate 330 also functions to primarily prevent the rainwater flowing along the rail 300 from rising along the rails 300, in addition to functions of soundproofing and windshielding. Accordingly, the inflowing rainwater is prevented from climbing along the rail 300 sequentially twice by the offset plate 330 and the overflow prevention plate 310. Therefore, the present invention can prevent double entry of rainwater over the rail and into the room in case of rainy weather.

While the preferred embodiments of the present invention have been disclosed for illustrative purposes, those skilled in the art will appreciate that various modifications, additions and substitutions are possible, without departing from the scope and spirit of the invention as disclosed in the accompanying claims. will be.

Accordingly, the true scope of protection of the present invention should be determined only by the appended claims.

100: window frame 110: base plate
120: Closet wall 200: Window
300: rail 310: overflow protection plate
320: load balancing plate 330: offset plate
410: first mohair 420: second mohair
430: Third mohair

Claims (3)

1. A rainwater inflow preventing window structure comprising a window frame installed on a wall of a building and a window sliding on the window frame,
The window frame includes a base plate which is in close contact with the wall, a rail which protrudes from the center of the base plate and slides on which the window is placed, and a water film which protrudes in parallel with the rail on both sides of the base plate to prevent inflow of rainwater. Wall,
A first extension extending first from the upper end of the rail to the outdoor side of the building so that rainwater flowing between the rail and the water film wall can not flow over the rail due to a wave, And a second extension extending from the tip of the extension to the base plate,
A first balancing portion extending first from the upper end of the rail in a direction opposite to the extending direction of the first extending portion so that a load of the window is not eccentric to the rail by the overflow preventing plate; And a second balance portion that is secondarily extended toward the base plate. ≪ RTI ID = 0.0 > 11. < / RTI >
The method according to claim 1,
A first canceling unit protruding from both sides of the rail at a predetermined distance downward from the load balancing plate such that a wave of sound transmitted to both sides of the rail or a wind blows and is reflected and canceled; And an offset plate made up of a second canceling portion that is secondarily extended from the tip of the first canceling portion toward the base plate.
3. The method of claim 2,
The window
A glass panel, and upper and lower and left and right window frames for supporting the edges of the glass panel,
The upper and lower window frames, which are in contact with the rails, are formed with rail-receiving grooves into which the rails are led, and the inner side surfaces of the rail-receiving grooves are provided in contact with the overflow- A first mohair which firstly fills a gap of the window frame and a second mohair which is provided in contact with the offset plate and secondarily fills a gap between the rail and the window frame,
And a third mohair is provided on an outer side surface of the upper / lower window frame opposite to the base plate of the window frame so as to be in contact with the base plate to fill a gap between the window frame and the window frame. Clerk window.

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