KR20080007759A - Window and door frame having draining water system for condensed water thereon - Google Patents

Abstract

A window having a dewdrop drain structure is provided to minimize the deterioration in quality of external appearance and the lowering of watertight efficiency and to drain off a large quantity of dewdrops formed on the inside of window glass smoothly. A window having a dewdrop drain structure comprises a glass fixing member(24) fixing window glass(40), a gasket(41) located between the window glass and the glass fixing member, and, between window glass and a window to support and to fix the window glass, a window(50) connected with the glass fixing member, a window frame(60) fitted with the window to be slidable, a drainpipe projected to the outside from one end of the window and connected with a drainage guide pipe(31) in the window to discharge dewdrops of a dewdrop receptacle to the outside, a dewdrop receptacle(20) gathering dewdrops inside the window glass and draining off the dewdrops to the drainpipe through the drainage guide pipe, and a dewdrop guide(10) guiding the dewdrops inside the window glass to the inside of the dewdrop receptacle.

Description

Window and Door Frame Having Draining Water System for Condensed Water Thereon}

Figure 1 is an enlarged perspective view showing the main portion of the construction window of the building window having a condensation water drainage structure which is an embodiment of the present invention,

Figure 2 is an enlarged side cross-sectional view showing the main portion of the condensation canister is stored in a building window having a condensation water drainage structure that is an embodiment of the present invention,

Figure 3 is a side cross-sectional view showing an operating state of the condensation water is collected in the condensation canister of the building window having a condensation water drainage structure that is an embodiment of the present invention,

Figure 4 is an operational state side cross-sectional view showing the condensation water collected in the condensation canister of the building window having a condensation water drainage structure of the present invention is drained to the outside through the drainage induction pipe.

* Description of the symbols for the main parts of the drawings

10: condensation guide 11: operating shaft

12: adsorption plate 13: condensation induction slope

20: condensation canister 21: rotating shaft

22: drain hole 23: hand insertion space

24: glass fixing member 30: drainage pipe

31: drainage guide pipe 40: window glass

41: gasket 50: window

60: window frame

The present invention relates to a building window having a condensation water drainage structure, and more particularly to condensation that can smoothly drain a large amount of condensation water generated in the inner window glass while minimizing appearance deterioration and airtightness and watertight performance deterioration of the window. It relates to a building window having a water drainage structure.

Condensation is a window on the outer wall of a building that has a low outside temperature in winter, which lowers the interior surface temperature of the window or window glass from the room temperature. Thus, the surface temperature of the window or window glass is lower than the dew point temperature compared to the room humidity. This condensation is a phenomenon that occurs mainly in winter when the difference between the indoor temperature and the outside temperature is severe.

Condensation generated by temperature difference between outside and inside is condensed, and the water droplets generated on the window glass flow to the lower part of the window glass by gravity, and the water droplets flowing on the lower part of the window glass are carried by the gasket which supports and fixes the window glass and the window frame to each other. Flows into.

The water droplets that flow from the window glass flow into the room because the gasket is in close contact with the upper part of the window frame between the window glass and the window frame.

This conventional casement window is provided with a drain hole in the lower part of the window so that the rain water penetrated between the outer rubber gasket of the window from the outside by the external pressure, the drain is provided on the outer surface of the window frame is introduced through the window between the window and the window frame Rainwater is discharged to the outside through drains.

In addition, since the gasket is normally sealed using rubber or silicone for airtightness and watertightness inside the windows, it is impossible to drain a large amount of condensation water caused by high humidity and temperature difference between indoor and outdoor. There is a problem that contaminates.

That is, since there is no condensation drainage structure, the condensation water generated in the window glass is contaminated with the gasket, the glass fixing member, the window sash of the casement, the support frame of the casement, and contaminates the interior finish.

In addition, the condensation water that flows into the room not only contaminates the support frame while collecting the lower part of the window frame, but also increases the fungus and microorganisms, thereby degrading hygiene and aesthetics. there was.

The present invention is to solve the problems as described above, for the construction having a condensate drainage structure that can smoothly drain a large amount of condensation water generated in the inner window glass while minimizing the appearance quality degradation and airtightness and watertight performance degradation of the windows and doors The purpose is to provide a window.

In order to achieve the above object, the present invention provides a glass fixing member for fixing the window glass, a gasket positioned between the window glass and the glass fixing member, and between the window glass and the window support for fixing the window glass, and a window stool connected to the glass fixing member. In the window and the window frame provided with a window frame slidably installed on the inner side;

A hand insertion space is formed in the lower portion of the glass fixing member to form a condensation bucket which is axially rotated by a rotation shaft on the lower side, and the upper inner surface is connected to a drain pipe protruding to one side of the window when closed by the rotation shaft. A plurality of drainage holes are formed in the pipe to discharge the stored condensation water inside, and the upper side of the condensation water tank is fixed with a suction plate at the upper end, and the upper end is fixed to the lower part of the window glass by the suction plate, and the lower end has an operating shaft inside the upper side of the condensation water tank. The condensation guide has a condensation guide slope which guides the condensation number formed on the inner surface of the window glass to the condensation bucket, and the condensation guide is condensed by the shaft rotation by the working shaft. There is a characteristic that flows into the water bottle.

Hereinafter, the present invention will be described in more detail with reference to the accompanying drawings.

1 is an enlarged perspective view of the main portion showing the construction of the building windows having a condensation water drainage structure which is an embodiment of the present invention, Figure 2 is a view of the condensation water container is stored in the building windows having a condensation water drainage structure according to an embodiment of the present invention. 3 is an enlarged side sectional view showing the main part, and FIG. 3 is a sectional side view showing an operating state in which condensation water is collected in a condensation bucket of a building window having a condensation water drainage structure according to an embodiment of the present invention, and FIG. 4 is a condensation water drainage according to an embodiment of the present invention. This is a side view of the operating state showing the condensation water gathered in the condensation bucket of the building window with the structure being drained to the outside through the drainage induction pipe.

For reference, in describing the present invention, when it is determined that a detailed description of related known functions or configurations may unnecessarily obscure the subject matter of the present invention, the detailed description thereof is omitted.

In addition, terms to be described later are terms defined in consideration of functions in the present invention, which may vary according to the intention or custom of a user or an operator.

Therefore, the definition should be made based on the contents throughout the specification.

Building windows having a condensation water drainage structure of the present invention, the glass holding member 24 for fixing the window glass 40, between the window glass 40 and the glass fixing member 24 and the window glass 30 and the window 50 Gaskets 41 positioned between the windows 40 to support the window glass 40, window windows 50 connected to the glass fixing members 24, and window frames 60 on the inner surface slidably installed. ), A drain pipe 30 for discharging the condensation water of the condensation water bottle 20 to the outside, a condensation water bottle 20 for receiving the condensation water inside the window glass 40 and draining the condensation water inside the window glass 40. Consisting of the condensation guide 10 to guide the condensation canister (20).

The drain pipe 30 is projected to one side end of the window 50 to release the condensation water, is connected to the drain induction pipe 31 in the window 50 to the condensation water in the condensation water tank 20 Drain smoothly to the outside.

The condensation canister 20 is a cylinder that collects condensation water from the lower side of the window glass 40 by the condensation guide 10 and drains it to the drain pipe 30 through the drainage induction pipe 31. ) The hand insertion space 23 is formed in the lower portion of the glass fixing member 24 positioned below, and is pivotally rotated by the rotation shaft 21 on the lower side, and the condensation bucket is formed on the upper inner surface by the rotation shaft 21. A plurality of drain holes 22 for discharging the stored condensation water into the inner drain guide pipe 31 connected to the drain pipe 30 protruding toward one end of the window 50 when the window 50 is closed. ) Is formed.

The condensation guide 10 is to guide the condensation water on the inner surface of the window glass 40 into the condensation water tank 20 at the lower side. 40) is fixed to the lower end of the inner side, the lower end is fixed by the operating shaft 11 in the upper inner side of the condensation canister 20, the condensation canister condensed on the inner surface of the window glass 40 on the outer side (20) Condensation induction slope 13 is naturally formed to induce the fall, the condensation guide 10 during the closing rotation to the inside of the window 50 by the rotation shaft 21 of the condensation can 10 is the lower working shaft The condensation canister (20) is introduced into the condensation canister (20) and stored inside.

In the present invention as shown in Figure 2, when condensation occurs on the inner surface of the window glass 40, the condensation canister 20 is put into the hand insertion space 23 of the lower portion of the glass fixing member 24 After rotating to the outside with reference to the rotating shaft 21 of the lower outer side, the condensation guide 10 is fixed by the operating shaft 11 on the inner upper side of the condensation bucket 20 to the operating shaft 11 It rotates to the upper window glass 40 side.

At this time, if the adsorption plate 12 of the upper inner side of the condensation guide 10 is pushed to the lower surface of the window glass 40, the upper surface of the condensation guide 10 is in close contact with the lower inner surface of the window glass 40, the window glass 40 Take the condensation water flowing to the bottom to guide the condensation induction slope 13 and the condensation water is dropped into the condensation water tank 20.

After a certain time, the condensation water inside the condensation canister 20 becomes full, and at this time, the user separates the adsorption plate 12 of the upper portion of the condensation guide 10 from the window glass 40, and then the operating shaft 11 is shafted. The condensation canister 20 is rotated to the inside, and the condensation canister 20 is rotated to the inside of the window 50 on the basis of the rotation shaft 21.

At this time, the condensation water filled in the condensation canister 20 is drained into the drainage induction pipe 31 by its own weight through a plurality of drainage holes 22 formed inside, and the condensation water drained by the drainage induction pipe 31 is a window frame ( 60) is discharged through the drain pipe 30 formed on one side.

As described above, the present invention has an effect of more smoothly draining a large amount of condensation water generated in the inner window glass while minimizing the appearance deterioration and the airtightness and watertight performance deterioration of the windows and doors.

The present invention is not limited to the above-described specific preferred embodiments, and various modifications can be made by those skilled in the art without departing from the gist of the present invention as claimed in the claims. Of course, such changes will fall within the scope of the claims.

Claims (1)

A glass fixing member for fixing the window glass, a gasket positioned between the window glass and the glass fixing member, and between the window glass and the window support for fixing the window glass, a window stool which is connected to the glass fixing member, and the window frame is slidably installed on the inner side. A window comprising a window frame; A hand insertion space is formed in the lower portion of the glass fixing member to form a condensation bucket which is axially rotated by a rotation shaft on the lower side, and the upper inner surface is connected to a drain pipe protruding to one side of the window when closed by the rotation shaft. A plurality of drainage holes are formed in the pipe to discharge the stored condensation water inside, and the upper side of the condensation water tank is fixed with a suction plate at the upper end, and the upper end is fixed to the lower part of the window glass by the suction plate, and the lower end has an operating shaft inside the upper side of the condensation water tank. The condensation guide has a condensation guide slope which guides the condensation number formed on the inner surface of the window glass to the condensation bucket, and the condensation guide is condensed by the shaft rotation by the working shaft. Building windows having a condensation water drainage structure, characterized in that flowing into the water tank.

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