KR101421247B1 - Storm type sash with watertightness - Google Patents

Abstract

A high-airtight insulating and watertight window frame according to the present invention comprises: side members supporting a left and a right side; and an upper (not described) and a lower member (102) coupled to the tops and the bottoms of the side members, and supporting an upper and a lower side, and includes a gasket (200), wherein the lower member (102) includes: a body (110) formed laterally and lengthily, and having a rectangular cross section; a front flange (120) upwardly protruding from a longitudinal front edge which is on the upper surface (111) of the body (110) and faces the outside; a front rail (130) formed on the upper surface (111), and arranged at the rear side of the front flange (120); a rear rail (150) formed on the upper surface (111), and arranged at the rear side of the front rail (130); and a rear flange (160) formed on a longitudinal rear edge, which is on the upper surface, and arranged at the rear side of the rear rail (150), and the gasket (200) selectively installed between the front flange (120) and the front rail (130), between the front rail (130) and the rear rail (150), or between the rear rail (150) and the rear flange (160) covers the upper side. Therefore, the gasket (200) is capable of preventing wind from flowing indoors and insects from coming indoors through a drain hole (180), and is capable of saving energy by blocking air flows indoors and outdoors.

Description

Storm type sash with watertightness < RTI ID = 0.0 >

The present invention relates to a high-tightness adiabatic water-tightness window frame, and more particularly, to a window frame for a high-airtight adiabatic watertightness window frame which can effectively shorten a perforation work of a drain hole formed in a window frame, The present invention relates to a high-tightness adiabatic water-tightness window frame which is constructed so as to cut off the flow of indoor /

Generally, a window frame is a rectangular frame, and windows are combined to be openable and closable. In other words, a side member 1 for supporting left and right sides and an upper member (not shown) and a lower member 2 for supporting the upper and lower parts in combination with the upper and lower ends of the side member 1 are constituted.

The background of the window frame will be described below with reference to the accompanying drawings.

FIG. 2 is a sectional view taken along line F-F 'of FIG. 1. FIG. 3 is a sectional view taken along the line F-F' of FIG. Fig. 5 is a partial perspective view showing a phenomenon in which rainwater is introduced into the lower member of the window frame according to the background art and the rainwater leaks from the corner of the window frame. Fig. .

The lower member 2 of the window frame is formed as a body 10 having a long side and a long side and a rectangular cross section and is formed in an upper edge of the body 10 in the longitudinal direction from the upper surface 11 toward the outer side, And is formed along the longitudinal direction of the body 10 to constitute a plate-like front flange 20 for supporting the door panel door 3. The front window 11 is formed on the upper surface 11 of the body 10 so as to be disposed behind the front flange 20 and extends along the longitudinal direction of the body 10 to form an outer window case 6, And is formed on the upper surface 11 of the body 10 so as to be elongated along the longitudinal direction of the body 10 so as to cover the inner window pocketing A rear rail 50 for supporting a door 8 (rearward, that is, a window pane disposed toward the interior) is formed.

The door 10 is disposed rearward (on the indoor side) of the rear rail 50 and protrudes upward from the rear edge of the body 10 and is formed along the longitudinal direction of the body 10 to guide the movement of the inner window 8 A rear flange 60 of a plate shape is formed. The upper window 11 is formed on the upper surface 11 so as to be disposed between the front rail 30 and the rear rail 50 and is formed along the longitudinal direction of the body 10 to move the outer window door 6 and the inner window door 8 Shaped partition wall 40 for guiding the discharge gas.

A drain hole 80 penetrating the front flange 20, the front rail 30, the partition wall and the rear rail 50 so as to drain the rainwater flowing into the upper surface 11 of the body 10 And each of the drains 80 is formed to be offset from each other to prevent the wind from being introduced into the room from the outside. The contents of the drain port (80) are not mentioned in the prior art documents, but all the window frames currently used are arranged with the drain port being shifted.

1, the body 10 is positioned so as to be positioned between the front flange 20 and the front rail 30 with the screen door 3 and the outer window door 6 and the inner window door 8 closed. The windshield panel 70 is fixed to the upper surface 11 of the screen panel 3 and is disposed between the screen panel door 3 and the outer window panel 6, So that a wind or an insect can be prevented from flowing between the front rail (20) and the front rail (30).

A landing plate 70 fixed between the front rail 30 and the partition 40 and between the partition 40 and the rear rail 50 and disposed between the exterior window pane 6 and the interior window pane 8, It is possible to prevent wind and insects from being introduced into the space between the front rail 30 and the partition 40 and between the partition 40 and the rear rail 50 through the gap between the outer window 6 and the inner window 8, do. If the wind diaphragm 70 is not constructed, it is possible to move from the outside of the room to the inside of the room through the screen door 3 and the external window pane 6 and between the external window pane 6 and the inside window pane 8, Wind or worms can enter. Although the description of the above-described sidewalk plate 70 is not described in the prior art documents, all window frames currently used constitute a sidewalk plate 70. [

A mohair 23 is attached to a surface of the front flange 20 corresponding to the inner surface of the door 3. In the partition wall 40, a mohair 45 is formed on both sides corresponding to the outer window pane 6 and the inner window pane 8, and on the surface corresponding to the inner window pane 8 from the rear flange 60, And a mohair 63 is attached.

Further, mohair (7, 9) is attached to an inner side surface corresponding to the front rail (30) and the rear rail (50) at the outer window door (6) and the inner window door (8).

Not only does the mohair 23, 45, 63, 7 and 9 prevent friction which is generated when the screen door 3 and the exterior window shield 6 and the inner window door 8 are transported, Thereby preventing the indoor air from leaking to the outside.

The outer window door 6, the inner window door 8 and the screen door 3 are formed with rollers R2, R3 and R1 on the lower side to form a front rail 30, a rear rail 50, a front flange 20 As shown in Fig.

The functions of the background technology according to the above configuration will be described below.

An insect screen door 3, an external window case 6, and an internal window case 8 are combined and supported on the upper member and the lower member 2 of the window frame. The screen door 3 is guided to the front flange 20 and the external window door 6 and the internal window door 8 are guided to the front rail 30 and the rear rail 50, respectively.

In this state, when the screen door 3 is closed, the outer window shield 6 and the inner window shield 8 are closed, the wind and the worms are prevented from entering the windshield. Rainwater that has passed through the screen door 3 or rainwater flowing through the outer window door 6 and the inner window door 8 is transferred between the front flange 20 and the front rail 30 or between the front rail 30 and the front rail 30, Rainwater flows between the partitions 40 and between the partitions 40 and the rear rail 50. In addition, when water is poured into the lower member 2 for cleaning, the cleaning product is also raised between the rear rail 50 and the rear flange 60. However, the rainwater or the cleaned water is drained to the outside through the drain port (80). For this purpose, the upper surface 11 of the body 10 may be inclined downward from the rear side.

The background art having the above-described structure and function has the following problems.

First, when the rainwater or the cleaned water flows into the lower member 2 (the rainwater or the cleaned water permeates through the mohair 23, 45, 63, 7, 9) The flow of rainwater or scavenging water is cut off, and most of the water is accumulated in the lower member 2. That is, rainwater or scum is accumulated between the front flange 20 and the front rail 30, between the front rail 30 and the partition wall 40, and between the partition wall 40 and the rear rail 50. But also between the rear rail 50 and the rear flange 60 in the case of cleaned water. Therefore, the rainwater or the cleaned water which had been collected in this way had to wait until it evaporated, and the dust and dirt contained in the rainwater and the cleaning water remained in the lower member 2 as it was evaporated, . When the rainwater continuously flows between the screen door 3 and the front rail 30 due to the heavy rain, between the front rail 30 and the partition wall 40, and between the partition wall 40 and the rear rail 50, The rainwater overflows backward, flows into the space between the rear rail 50 and the rear flange 60, and then overflows and flows into the room. There was a problem.

Secondly, in the background art, when the drain holes 80 are aligned so as to communicate with each other in a straight line, there is a problem that wind or insects are directly introduced into the room from the outside. Therefore, it is troublesome to perforate the positions of the drain holes 80 formed in the front flange 20, the front rail 30, the partition 40, and the rear rail 50 differently. Particularly, there is a problem in that it is difficult to drill the front rail 30, the partition 40, and the rear rail 50, and drilling is difficult.

Thirdly, when the wind plate 70 is moved a plurality of times to open / close the door panel 3, the outer window pane 6 and the inner window pane 8, the upper surface of the wind plate 70 is worn by friction, Is lowered. Therefore, there is a problem that external wind and worms easily flow into the room.

Fourth, the drift plate 70 is fixed to the upper surface 11 of the body 10 by using the screws 73. At this time, And then flows into the inside of the body 10 through the joint portion K of the side member and the lower member 2 as shown in FIG.

Fifthly, according to the background art, the air in the room passes through the air flow plate 70 and flows out to the outside through the drain port 80, and the outside air also flows into the room through the drain port 80 and the air plate 70 There was a problem. The air inflow plate 70 is not a part having airtightness enough to block the flow of air and is worn or damaged by the friction between the screen door 3 and the external window pane 6 or the internal window pane 8 This phenomenon occurs more severely. Therefore, in the summer, when the indoor temperature is lower than the outdoor temperature by the air conditioner, the hot air from the outside flows into the room and the cold air from the outside flows to the outside. Also, in winter, when the room temperature is higher than the outdoor temperature by the heater or the boiler, there is a problem that the cold air from the outside flows into the inside and the hot air from the outside flows out to waste energy.

Sixth, although the mohair 23, 45, 63 functions as windshield and insect repellent, it is brush-shaped, so that outside wind or room air easily passes between the mohair 23, 45, 63, (23, 45, 63) and flows into the room.

Korean Patent Registration 10-0831423 (2008. 05. 15.)

SUMMARY OF THE INVENTION The present invention has been made to solve the above-mentioned problems of the background art, and aims at the following points.

First, when the rainwater or the scavenging water flows into the lower member, the problem of the flow field plate blocking the flow of rainwater or scavenging water is solved. Accordingly, the inflowing rainwater or the cleaned water can be quickly drained through the drain hole, whereby the problem of dust or dirt remaining due to the rainwater or the cleaning water accumulated on the lower member can be solved, Can be solved.

Second, the troubles of drilling different positions of the front flange, the positions of the drain holes formed in the front rail, the partition wall, and the rear rail are solved.

Third, when the windshield plate is moved a plurality of times to open / close the doorwalk door, front window frame and rear window frame, the upper surface of the windshield plate is worn out due to friction, and the height is lowered so that wind or insects are introduced into the room do.

Fourth, the windshield plate is fixed to the upper surface of the body by using screws. At this time, the rainwater or the cleaning water, which is lodged in the lower member, flows into the inside of the body through the screw, thereby preventing leakage to the room.

Fifth, it is possible to save energy by intercepting indoor and outdoor air flow.

The high airtight adiabatic watertightness window frame according to the present invention includes a side member for supporting left and right sides and an upper member and a lower member which are combined with upper and lower ends of the side member to support upper and lower portions, A front flange protruding upward in the longitudinal direction toward the outer side from the upper surface of the body, a front flange protruding upward from the upper surface of the body, and a rear flange formed on the upper surface so as to be disposed at the rear of the front flange A rear rail formed on the upper surface so as to be disposed behind the front rail and a rear flange formed on a rear edge in a longitudinal direction on the upper surface so as to be disposed behind the rear rail; And a gasket selectively installed between the front flange and the front rail and between the front rail and the rear rail and between the rear rail and the rear flange and covering the top.

The gasket is disposed between the front rail and the rear rail and between the front rail and the rear rail and between the front rail and the rear rail and between the front rail and the rear rail. And the rear rail, so as to cover the upper portion.

And a drain hole passing through the front flange, the front rail, and the rear rail at the same time.

And a drain hole passing through the front flange, the front rail, the partition, and the rear rail at the same time.

The part including the partition and disposed between the front rail and the rear rail is formed of a heat insulating material and attached to the front rail and the rear rail.

In addition, the gasket is configured to selectively cover the upper surface, the rear surface, and the inner surface of the front flange and the rear flange to cover the upper portion of the front rail and the rear rail.

Further, the gasket is configured to selectively cover the upper portion of the front rail and the rear rail, the rear surface, and the front surface, the rear surface, and the inner surface of the front flange and the rear flange.

The front and rear rails may include a front surface, a rear surface, and an inner surface of the front flange and the rear flange to selectively insert the gasket.

The front and rear rails may include a front surface, a rear surface, and a front surface, a rear surface, and a groove formed in the inner surface of the front flange and the rear flange to selectively insert the gasket.

The gasket may have a film-like support portion inserted into the groove, and a film-like cover portion extending outward from the support portion through the inlet to cover the upper portion of the gasket. .

The gasket may have a film-like support portion inserted into the groove, and a film-like cover portion extending outward from the support portion through the inlet to cover the upper portion of the gasket. .

The gasket may include a film-shaped support portion raised to be supported on the upper surface, and a film-like cover portion horizontally connected to the upper end of the support portion to cover the upper portion.

And a cover connected to the rear of the lower member.

The cover includes an upper projection projecting upward from an upper end of the rear flange so as to be inserted into the engagement groove, the upper projection including a locking groove formed in an inner upper surface and an inner lower surface, And a lower protrusion protruded downward from a lower end of the outer surface of the body so as to correspond to the upper protrusion.

The high airtight adiabatic waterproofing window frame according to the present invention has the following effects.

First, since a windshield plate is not constituted as in the background art, it is preferable that the water is smoothly flowed between the front rails, between the front rail and the partition, between the partition and the rear rail, and between the rear rail and the rear flange. Since the water is drained to the drain port, there is no phenomenon that the water accumulates in the upper part of the body, so that dust and dirt contained in the water can solve the problem that the water remains on the upper part of the body after the water evaporates.

Secondly, even if a large amount of water flows into the upper part of the body, the gasket blocks the upper part and is quickly drained to the drain hole as soon as the gasket is introduced, thereby preventing the water from flowing upward into the room.

Third, since the drain hole is pierced in a straight line at the same time, the piercing operation is facilitated.

Fourth, since the wind and the worm flowing through the drain can not pass through the gasket, it is not necessary to install the wind plate. In this way, the water flowing through the upper plate of the body through the inflow plate flows down to the interior of the body to prevent the water from leaking into the room through the corner portions of the side members and the lower member constituting the window frame There is an effect that can be done.

Fifth, since the cover is applied not only to the lower member but also to the side member and the upper member, it can be used for indoor decoration and can be detached, have.

Sixth, since the gasket can shut off the air flow in indoor and outdoor, when the indoor temperature is lower than the outdoor temperature by the air conditioner in summer, the hot air from outside flows into the room and the cold air flows out to the outside It is possible to prevent the problem that the cold air in the outside flows into the inside and the hot air in the outside flows out in the state where the room temperature is higher than the outdoor temperature by the heater or the boiler in winter, .

Seventh, even if the windshield of the mohair is insufficiently insulated, the gasket prevents the airflow of indoor and outdoor air or the inflow of insects.

1 is a local perspective view showing a state in which a window and an insect door are mounted on a window frame according to the background art;
2 is a cross-sectional view taken along the line F-F 'in Fig.
3 is a perspective view showing a lower member of a window frame according to the background art;
Fig. 4 is a local perspective view showing the stereoscopic view of Fig. 2; Fig.
5 is a local perspective view showing a phenomenon in which rainwater flows into the inside of a lower member of a window frame according to the background art and rainwater leaks from a corner of the window frame.
6 is a sectional view showing a lower member of a high airtight adiabatic waterproofing window frame according to the present invention.
Fig. 7 is a sectional view showing a state in which rainwater falls on the upper surface of the lower member as the gasket is bent downward by the load of rainwater in the state of Fig. 6; Fig.
8 is a perspective view showing a lower member of a high airtight adiabatic waterproofing window frame according to the present invention.
9 is a sectional view showing a state in which a gasket according to another embodiment is combined with a lower member of a high airtight adiabatic waterproofing window frame according to the present invention.
10 is a sectional view showing a process of inserting a cover into a lower member of a high airtight adiabatic waterproofing window frame according to the present invention.

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

FIG. 6 is a cross-sectional view showing a lower member of the high-tightness adiabatic water-tightness window frame according to the present invention, and FIG. 7 is a view showing a state in which rainwater falls on the upper surface of the lower member as the gasket is bent downward by the load of rainwater, FIG. 9 is a perspective view showing a lower member of a high-tightness adiabatic water-tightness window frame according to the present invention, FIG. 9 is a perspective view showing a state where a gasket according to another embodiment is combined with a lower member of a high- 10 is a cross-sectional view illustrating a process of fitting a cover to a lower member of a high-airtight adiabatic water-tightness window frame according to the present invention.

In general, a window frame is a square frame and windows are combined so as to be openable and closable. The window frame has a bar-shaped lateral member for supporting left and right sides, and upper and lower ends of the lateral member, (Not shown) and a lower member 102 in the form of a bar for supporting the upper and lower members.

The lower member 102 of the window frame is formed with a body 110 having a long side and a side and a rectangular cross-section. The upper and lower sides of the body 110 are connected to each other at a front edge in the longitudinal direction of the body 110, And is formed along the longitudinal direction of the body 110 to constitute a plate-like front flange 120 for supporting the door leaf panel door 103.

An outer window 106 is formed on the upper surface 11 of the body 110 so as to be disposed behind the front flange 120 and extends along the longitudinal direction of the body 110, And is formed on the upper surface 111 of the body 110 so as to be elongated along the longitudinal direction of the body 110. The front window 130 is disposed on the rear side of the front rail 130, A rear rail 150 supporting the front rail 108 is formed.

The rear window 150 is disposed rearward (on the indoor side) of the rear rail 150 and protrudes upward from the rear edge of the body 110 and is formed along the longitudinal direction of the body 110, A rear flange 160 for guiding the movement of the window frame).

The front window 110 is formed on the upper surface 111 so as to be disposed between the front rail 30 and the rear rail 150 and is formed along the longitudinal direction of the body 110 to move the outer window 106 and the inner window 108 Shaped partition wall 140 for guiding the discharge gas.

A mohair 123 is attached to a surface of the front flange 120 corresponding to the inner side surface 104 of the door leaf panel 103. A mohair 145 is formed on the front surface 151 and the rear surface 152 of the partition 140 corresponding to the outer window 106 and the inner window 108. In addition, a mohair 163 is attached to a surface of the rear flange 160 corresponding to the inner window 108 to prevent friction. Mohairs 107 and 109 are attached to the inner side corresponding to the front rail 130 and the rear rail 150 at the outer window 106 and the inner window 108.

Not only does the mohair 123, 145, 163, 107 and 109 prevent friction which occurs when the screen door 103 and the outer window door 106 and the inner window door 108 are transported, Thereby preventing the indoor air from leaking to the outside.

In addition, the outer window door 106, the inner window door 108 and the insectproof window frame 103 are formed with rollers R2, R3 and R1 at the lower portion thereof to form the front rail 130, the rear rail 150, the front flange 120 As shown in Fig.

The front and rear rails 130 and 150 may be formed of a heat insulating material so as to be disposed between the front rail 130 and the rear rail 150, . Accordingly, it is possible to prevent the phenomenon that the heat of the room flows out to the outside and the phenomenon that the outside heat flows into the room. The heat insulating material is made of a synthetic resin material such as polyamide.

The present invention is characterized in that it covers the upper part of the lower member (102) in the window frame of the general construction to block inflow of wind and insects from the outside, and to allow smooth drainage of the inflowing rainwater.

To this end, the present invention is configured as follows.

When the partition 140 is not formed in the structure of the window frame, the space between the front flange 120 and the front rail 130, between the front rail 130 and the rear rail 150, And a gasket 200 selectively installed between the rear rail 150 and the rear flange 160 and covering the upper portion.

When the barrier rib 140 is formed in the configuration described above, in order to cover the gap between the front rail 130 and the rear rail 150, the gap between the front rail 130 and the barrier rib 140, 140 and the rear rail 150 to cover the upper portion.

In addition, the gasket 200 is made of rubber or urethane and has elasticity and is in the form of a film.

The gasket 200 includes front faces 131 and 151 and rear faces 133 and 153 of the front and rear rails 13 and 150 and a front flange 120 and a rear flange 160, And is selectively connected to the inner surfaces 125, 165 of the upper portion to cover the upper portion. The front face 141 and the rear face 143 of the partition 140 may be selectively connected to the gasket 200 when the partition 140 is formed.

The front faces 131 and 151 of the front rail 130 and the rear rail 150 and the rear faces 133 and 153 of the front rail 130 and the front flange 120 and the front flange 120 of the gasket 200 are connected to each other. The longitudinal direction of the body 110 is set such that the gasket 200 is inserted in the front surface 141 and the rear surface 143 of the inner side surfaces 125 and 165 of the rear flange 160 or the partition wall 140 (Not shown).

The gasket 200 may include a membrane support 210 inserted into the groove 190 and a support portion 210 formed on the support 190. The gasket 200 may include a support portion 210, And a cover 220 covering the upper portion of the cover 220 through the inlet 193. Accordingly, the supporting portion 210 is inserted into the groove 190 and is caught by the inlet 193 to prevent the separation.

The cover 220 is formed on the front surface 131 of the front rail 130 to extend to the front flange 120 and the rear surface 133 is formed on the front surface 141 of the barrier 140, . The rear rail 150 has a front surface 151 extending to the rear surface 143 of the partition 140 and a rear surface 153 extending to the rear flange 160.

As another embodiment of the gasket 200, a membrane-shaped support 230 formed to be supported on the upper surface 111 is formed. The membrane-shaped support 230 is horizontally connected to the upper end of the support 230, And a cover unit 240. Of course, the gasket 200 is elongated along the longitudinal direction of the body 110. The cover parts 240 may be arranged in a plurality of upper and lower chambers as shown in FIG.

In the present invention, the gasket (200) can be selectively formed on the lower member (102) as required. That is, when the partition 140 is not formed, the distance between the front rails 130 and between the front rails 130 and the rear rails 150 and between the rear rails 150 and the rear flanges 160, And a gasket (200) selectively installed on the upper portion to cover the upper portion. Or the partition 140 and the front rail 130 and between the front rail 130 and the partition 140 and between the partition 140 and the rear rail 130, Or between the rear rail 150 and the rear flange 160, or between the rear rail 150 and the rear flange 160.

9, the gasket 200 may be provided at the same time as the other embodiments.

And a cover 300 connected to the rear of the lower member 102 and serving as a decorating function. The cover 300 is formed as a long channel in the longitudinal direction of the body 110 and has an engagement groove 310 formed in the inner upper surface 303 and the inner lower surface 305, . An upper protrusion 167 protruded upward from the upper end of the rear flange 160 is formed to be inserted into the latching groove 310. The upper protrusion 167 and the outer protrusion 167 correspond to the upper protrusion 167, And a lower projection 117 protruding downward from the lower end of the side surface 115. [

Also, since the drain port 180 passing through the front flange 120, the front rail 130, the partition wall 140, and the rear rail 150 is included at the same time, the rainwater and the cleaned water can be easily drained.
In addition, since the groove 190 is disposed on the upper part of the drain hole 180, the gasket 200 covers the rainwater on the drain hole 180. Therefore, a water channel is formed in the lower part of the gasket 200, and rainwater or scum water is easily drained through the drain port 180.
The cover 300 can be used for indoor decoration because it is made of a wooden pattern or a pattern of various colors.

delete

The side member and the upper member are also configured to have the same configuration as the lower member 101, and each end portion is configured to have a rectangular shape. Therefore, it is needless to say that the cover 300 can be applied to the side member and the upper member in the same manner.

The functions and effects of the present invention will be described as follows.

In the present invention, the rainwater at the time of rainfall or the cleaning water sprayed at the time of cleaning is supplied to the upper part of the lower member 101, that is, the front flange 120 and the front window 120, in a state in which the insect window frame 103, the outer window door 106, The distance between the front rail 130 and the front rail 130 and the partition 140 and between the partition 140 and the rear rail 150 and between the rear rail 150 and the rear flange 160 The gasket 200 is blocked, so that the gasket 200 falls on the upper portion of the gasket 200.

At this time, since the gasket 200 is an elastic body having its own softness, the cover parts 220 and 240 of the gasket 200 are bent downward due to the weight of the rainwater or the scavenging water, And the gasket 200 is restored upward. The water thus separated is easily drained to the outside through the drain hole 180.

Particularly, since a windshield plate is not constituted as in the background art, a gap between the front rails 130 and between the front rail 130 and the partition 140, between the partition 140 and the rear rail 150, Since water is smoothly flowed between the rear rail 150 and the rear flange 160 and drained to the drain port 180, water does not accumulate in the upper part of the body 110, The problem that the water remains on the upper part of the body 110 after the water evaporates can be solved.

Even if a large amount of water flows into the upper portion of the body 110, the gasket 200 covers the upper portion of the body 110. As soon as the gasket 200 is introduced, the water quickly drains to the drain port 180, The phenomenon can be prevented.

In addition, since the present invention drills the drain hole 180 in a straight line at the same time, the drilling operation is facilitated. Further, wind and insects introduced through the drain hole 180 can not pass through the gasket 200. Therefore, it is possible to prevent wind and worms from being introduced into the room, thereby solving the problem of puncturing the drain hole 180 as in the background art.

In the present invention, it is possible to eliminate the inconvenience of mounting the windshield plate due to these effects, and the water passing through the windshield plate and passing through the upper surface 111 of the body 110, It is possible to prevent the water from leaking into the room through the side member that is introduced into the window frame and the corner portion of the lower member 101. [

The cover 300 can be used not only for the lower member 101 but also for the side member and the upper member, and can be used for indoor decoration. Since the cover 300 can be attached and detached, There is a decorative effect.

In addition, since the gasket 200 can shut off the air flow inside and outside the room, the outdoor air is introduced into the room while the indoor temperature is lower than the outdoor temperature by the air conditioner in the summer, It is possible to prevent the problem that the cold air in the outside flows into the inside and the hot air in the outside flows out in a state where the room temperature is higher than the outdoor temperature by the heater or the boiler in winter, There is an effect that can be. That is, since the mohair 123, 145, 163, 107, and 109 are made of brushes, air or insects can be permeated, but source gas can be sealed by the gasket 200.

101: lower member 110: body
111: upper surface 120: front flange
123: Mohair 125: My side
130: front rail 131: front face
133: rear surface 140:
141: front face 143: rear face
145: mohair 150: rear rail
151: front face 153: rear face
160: rear flange 163: mohair
165: inner side surface 167: upper projection
S: Insulation part 200: Gasket
210: support part 220: cover part
230: support part 240: cover part
300: cover 310: latching groove

Claims (14)

A lateral member for supporting left and right sides,
And an upper member (not shown) and a lower member 102 which are combined with the upper and lower ends of the side member to support the upper and lower parts, respectively,
The lower member 102 includes a body 110 having a long side and a side and a rectangular cross-section,
A front flange 120 protruding upward from a front edge of the body 110 in the longitudinal direction from the upper surface 111 toward the outer chamber,
A front rail 130 formed on the upper surface 111 to be disposed behind the front flange 120,
A rear rail 150 formed on the upper surface 111 to be disposed behind the front rail 130,
And a rear flange (160) formed at a rear edge of the upper surface (111) in the longitudinal direction so as to be disposed behind the rear rail (150);
A drain port 180 passing through the front flange 120, the front rail 130, and the rear rail 150 at the same time,
The front faces 131 and 151 of the front rail 130 and the rear rail 150 and the rear faces 133 and 153 and the inner faces 125 and 165 of the front flange 120 and the rear flange 160 And a groove 190 formed in the longitudinal direction of the body 110 and disposed at an upper portion of the drain hole 180,
The groove 190 is formed such that the inlet 193 is narrower than the inside,
And a gasket (200) inserted in the groove (190) and covering the upper portion,
The gasket 200 includes a membrane-shaped support 210 inserted into the groove 190 and a membrane-like cover 230 extending outward from the support 210 through the inlet 193 to cover the upper portion of the membrane- (220). ≪ / RTI > The method according to claim 1,
And a partition wall 140 formed on the upper surface 111 so as to be disposed between the front rail 130 and the rear rail 150,
The gasket 200 installed between the front rail 130 and the rear rail 150 covers the upper rail 130 and the partition 140 and the gasket 200 between the front rail 130 and the rear rail 150, And selectively installed between the rails 150 to cover the upper portion ,
The drain port 180 simultaneously passes through the partition 140,
The groove 190 is formed on the front surface 141 or the rear surface 143 of the partition 140 so as to be disposed on the drain hole 180 and the gasket 200 is inserted into the groove Features a high airtight adiabatic watertight window frame. delete delete 3. The method of claim 2,
A part disposed between the front rail 130 and the rear rail 150 including the partition 140 is formed of a heat insulating material and attached to the front rail 130 and the rear rail 150 High airtight, watertight, weatherproof window frame. delete delete delete delete delete delete A lateral member for supporting left and right sides,
And an upper member (not shown) and a lower member 102 which are combined with the upper and lower ends of the side member to support the upper and lower parts, respectively,
The lower member 102 includes a body 110 having a long side and a side and a rectangular cross-section,
A front flange 120 protruding upward from a front edge of the body 110 in the longitudinal direction from the upper surface 111 toward the outer chamber,
A front rail 130 formed on the upper surface 111 to be disposed behind the front flange 120,
A rear rail 150 formed on the upper surface 111 to be disposed behind the front rail 130,
And a rear flange (160) formed at a rear edge of the upper surface (111) in the longitudinal direction so as to be disposed behind the rear rail (150);
A drain port 180 passing through the front flange 120, the front rail 130, and the rear rail 150 at the same time,
The front rail 130 and the rear rail 150 and between the rear rail 150 and the rear flange 160 can be selectively installed between the front flange 120 and the front rail 130 and between the front rail 130 and the rear rail 150, And a gasket (200) covering the upper portion,
The gasket 200 includes a membrane-shaped supporter 230 erected to be supported on the upper surface 111,
And a cover part (240) horizontally connected to an upper end of the support part (230) and covering the upper part of the cover part (240). 13. The method according to any one of claims 1, 2, 5, and 12,
And a cover (300) connected to the rear of the lower member (102). 14. The method of claim 13,
The cover 300 includes an engagement groove 310 formed in an inner upper surface 303 and an inner lower surface 305 as a channel shape having a front side and left and right side open sides,
An upper protrusion 167 protruding upward from the upper end of the rear flange 160 to be inserted into the latching groove 310,
And a lower protrusion (117) protruding downward from a lower end of an outer side surface (115) of the body (110) to correspond to the upper protrusion (167).

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