KR20130006406U - Balcony dual fittings - Google Patents

Abstract

The present invention relates to a balcony double window in which an insect screen window frame and a pair of moving window frames are sequentially mounted in an outdoor to indoor direction on an outer window frame supported by a wall, and a lower end of the outer window frame is mounted on the outer window frame. It is characterized in that the height of the first lower end of the outer window frame to which the screen window frame is mounted is lower than the height of the second lower end of the step. That is, the reservoir is lower than the hermetic holding zone and the screen screen frame is lower than the reservoir, so that the water flowing from the outside can be smoothly drained, thereby improving watertightness.

Description

Balcony Double Window {BALCONY DUAL FITTINGS}

The present invention relates to a balcony double windows, and more particularly to a balcony double windows that can ensure a high watertightness by smoothly discharging the water flowing from the outside to the outside to improve the appearance beauty.

In general, high-rise windows installed on the exterior walls of buildings should be installed for windows with enhanced wind resistance to withstand high wind pressures and safety should be considered to prevent the occupants from falling. In view of this, high-rise windows currently installed in apartments or high-rise buildings are made of sliding windows in both inner and outer windows. In case of an apartment or villa, a balcony window is installed outside the balcony and a living room window is installed at the boundary between the balcony and the living room to separate the living room and the balcony.

However, in recent years, the expansion of the living room to remove the living room window to make the balcony to the living room to expand the living room area has become more common, and thus the water tightness to prevent the incoming water from entering the interior of the window installed on the outside of the balcony There is a need to secure it.

At this time, in order to ensure high watertightness, the water flowing from the outside should be smoothly discharged to the outside, and in order to discharge the water flowing from the outside to the outside smoothly, a large number of holes must be formed in the windows and doors. This causes a problem that the appearance is reduced in beauty.

That is, conventionally, a balcony double window that can secure high watertightness and improve appearance beauty has not been manufactured, and either watertightness or appearance beauty has been alternatively selected.

The technical problem to be solved by the present invention is to provide a balcony double windows that can smoothly discharge the water flowing from the outside to ensure high watertightness and at the same time improve the appearance beauty.

In addition, the technical problem to be solved by the present invention is not limited to the above-mentioned technical problem, and other technical problems not mentioned are clearly to those skilled in the art from the following description. It can be understood.

Balcony double windows according to the present invention devised to solve the problem to be solved, as a balcony double windows in which the screen screen frame and a pair of moving window frames in the outer window frame that is supported on the wall is sequentially mounted from the outdoor to the indoor direction And the lower end of the outer window frame is stepped so that the height of the first lower end of the outer window frame on which the insect screen window frame is mounted is lower than the height of the second lower end of the outer window frame on which the movable window frame is mounted. It is done.

Here, the first lower end of the outer window frame is further stepped so that the height of the first lower end of the outer window frame adjacent to the second lower end of the outer window frame is the same as the height of the rail on which the rolling wheel of the screen screen frame is placed. It is characterized by being.

On the other hand, the second lower end of the outer window frame, the second wheel of the outer window frame adjacent to the first lower end of the outer window frame, the rolling wheel of the moving window frame adjacent to the insect screen window frame of the pair of the moving window frame is placed It is characterized by including a partition wall parallel to the rail.

In this case, a drain hole is formed along an edge formed between the second lower end portion of the outer window frame and the partition wall, so that water introduced from the outside may be discharged to the outside, and the drain hole may include the first of the outer window frame. A plurality of drainage holes are provided which communicate with the outside through the lower end, and the water flowing from the outside is discharged to the outside.

In addition, the second lower end of the outer window frame is inclined to have a lower height toward the drain.

In addition, the water reservoir is characterized in that the lower side of the drain is provided to temporarily receive the water flowing from the outside.

On the other hand, one embodiment of the balcony double window according to the present invention, to prevent the inflow of air and water through the second lower end of the outer window frame of the moving window frame of the pair of the moving window frame adjacent to the screen window frame It is characterized in that it comprises an airtight holding zone between the rail on which the rolling wheels are mounted and the partition wall.

At this time, the hermetic holding zone, a plurality of wings across the rail and the partition on which the wheel of the moving window frame adjacent to the insect screen window frame, and a pair of wings of the plurality of wings is connected to the upper side It is provided between the covering of the water film portion, the opening portion provided below the water film portion adjacent to the partition wall for discharging water introduced into the water film portion below, and any one of the plurality of wing portions not covered by the water film portion. It characterized in that it comprises a discharge hole for discharging the water introduced between the plurality of wings.

According to the balcony double window according to the present invention, since the water flowing from the outside is stepped lower in the direction to discharge to the outside, the water can be discharged to the outside smoothly has the advantage of ensuring high water tightness.

In addition, according to the balcony double window according to the present invention, since the water flowing from the outside can be smoothly discharged to the outside, it is possible to eliminate a plurality of holes formed in other parts to drain the water to improve the appearance beauty There is an advantage that it can.

1 is a perspective view showing an embodiment of a balcony double window according to the present invention.
Figure 2 is a cross-sectional view showing a lower side cross section of an embodiment of a balcony double window according to the present invention.
Figure 3 is a perspective view of the airtight holding zone included in one embodiment of a balcony double window according to the present invention.
4 is an enlarged perspective view illustrating a portion A of FIG. 2 in an enlarged manner.
Fig. 5 is a sectional view showing the lower side cross section of the virtual balcony double window.
6 is a perspective view showing an airtight holding zone included in a virtual balcony double window.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. However, in describing the present invention, a description of a function or configuration already known will be omitted to clarify the gist of the present invention.

First, referring to Figures 1 to 4, the configuration of an embodiment of a balcony double window according to the present invention will be described in detail.

Here, Figure 1 is a perspective view showing an embodiment of a balcony double window according to the present invention, Figure 2 is a cross-sectional view showing a lower side cross-sectional view of an embodiment of a balcony double window according to the present invention, Figure 3 4 is a perspective view showing an airtight holding area included in one embodiment of a balcony double window according to the present invention, and FIG. 4 is an enlarged and three-dimensional perspective view of part A of FIG.

As shown in Figures 1 to 4, one embodiment of the balcony double window according to the present invention is the outer window frame 100, and the insect screen window frame 200 which is sequentially mounted on the outer window frame 100 in the indoor direction from the interior And a pair of moving window frames 300.

Here, the outer window frame 100 is a component that is supported on the wall to form the overall appearance of one embodiment of the balcony double window according to the present invention.

The outer window frame 100 may be formed of a hollow frame with an empty inside to facilitate the transport for installation and to reduce the material cost, in which case the constant strength is not maintained, causing problems of twisting or bending. The reinforcement frame (not shown) can be partially mounted therein.

The outer window frame 100 may be divided into a first lower end 110, a second lower end 120, and a third lower end 130 as described below, and correspondingly, the outer window frame 100 may be formed. It can be divided into one frame (110 '), second frame (120'), third frame (130 '), but this is only randomly divided to explain the present invention in detail, when the actual production of one It is said to be made of frames.

On the other hand, the insect screen window frame 200 is a component that prevents insects from entering the room is provided with an insect screen inside, to be mounted on the first frame 110 ′ corresponding to the first lower end 110 of the outer window frame 100. Can be.

That is, the insect screen window frame 200, in the outer window frame 100 when the view of the direction in which the field of view of the user using an embodiment of the balcony double window according to the present invention is mainly formed indoors and outdoors, and blows. It would be advantageous in that mounting at the closest part to the outdoors can enhance the appearance beauty.

On the other hand, the moving window frame 300 is a window (not shown in the drawing) is provided inside the component to open and close the portion that communicates the outside and the interior, the second lower portion 120 and the third lower portion of the outer window frame 100 ( The second frame 120 ′ and the third frame 130 ′ corresponding to 130 may be mounted.

More specifically, the moving window frame 300 is a second moving window frame 320 which is installed adjacent to the room facing the first moving window frame 310 and the first moving window frame 310 facing the screen window screen 200. Can be configured.

In one embodiment of the balcony double window according to the present invention configured as described above, in order to solve the problem to be solved by the present invention, the following technical features are added to the lower end of the outer window frame (100). That is, due to the technical features as described below, the present invention can smoothly discharge the water flowing from the outside to the outside to ensure high watertightness, the appearance can be improved in appearance.

First, the lower end portion of the outer window frame 100 is lower than the height of the second lower end portion 120 of the outer window frame 100 on which the moving window frame 300 is mounted. The height of the 110 may be stepped (be steped) to be low.

That is, the first lower end 110 and the second lower end 120 of the outer window frame 100 are formed as if forming a step, so that the first lower end 110 closer to the outdoor is located at a lower position. Can be.

As such, when the heights of the first lower end 110 and the second lower end 120 of the outer window frame 100 are different, water flowing from the outside is naturally drained from the second lower end 120 to the first lower end 110. As a result, water from the outside may be more easily discharged to the outside.

In addition, the first lower end portion 110 of the outer window frame 100 is the height of the first lower end portion 110 adjacent to the second lower end portion 120 of the outer window frame 100 is a cloud wheel of the insect screen window frame 200 It may be further stepped to be equal to the height of the rail (112).

That is, the second lower end portion 120 of the outer window frame 100 is formed between the first lower end portion 110 and the rail 112 adjacent to each other as if the depression, the screen of the insect screen window frame 200 is mounted The second lower end 120 at which a portion is disposed may be positioned at a lower position.

As such, when the height of the portion closer to the outdoor is lowered even in the first lower end 110 of the outer window frame 100, water flowing from the outside flows into the first lower end 110 through the second lower end 120. Since it is naturally drained in the first lower end 110, the water introduced from the outside can be more easily discharged to the outside.

On the other hand, in the second lower end portion 120 of the outer window frame 100 adjacent to the first lower end portion 110 of the outer window frame 100, a first movement of the pair of moving window frames 300 adjacent to the insect screen window frame 200. A partition wall 140 parallel to the rail 122 on which the rolling wheel of the window frame 310 is mounted may be provided.

That is, the partition wall 140 is formed to protrude upward from the second lower end 120 of the outer window frame 100 between the rail 122 on which the wheel of the first moving window frame 310 is placed and the insect screen window frame 200. Can be.

Such a partition wall 140, in addition to the role of protecting the rail 122, which is important in the movement of the first moving window frame 310 from unexpected external impact, according to an embodiment of the balcony double window according to the present invention Since the lower end of the outer window frame 100 is stepped, it is unlikely that the water flowing from the outside will flow back in the process of being drained, but will also serve to prevent the water flowing from the outside.

In addition, although not shown, such a partition wall 140 may serve as a rail on which a separate moving window frame is mounted. That is, FIG. 2 is assuming that a fixed window frame (not shown) is mounted on the partition wall 140 in the outdoor direction opposite to the moving window frame 300, and thus, the window frame is designed and illustrated as the partition wall 140. If raised, the design will be sufficiently changeable to use the partition wall 140 as a rail.

On the other hand, as the partition wall 140 is provided on the second lower end portion 120 of the outer window frame 100, a drain hole 150 may be formed at a corner that is naturally formed, and the water introduced from the outside is more easily outdoor. Can be discharged.

That is, the drain 150 may be formed in a shape recessed toward the second lower end portion 120 of the partition wall 140 and the outer window frame 100, as can be seen from Figures 2 and 3, the partition wall 140 It can be formed continuously along the formed longitudinal direction.

When the water flowing in from the outside through the drain hole 150 formed as described above is discharged to the outside, the water flowing from the outside in the direction of the two arrows divided into I and II shown in FIG. Therefore, the water flowing from the outside will be more easily discharged to the outdoors.

At this time, the second lower end portion 120 of the outer window frame 100 is inclined to have a lower height toward the drain hole 150 so that water flowing from the outside can easily flow toward the drain hole 150. Do.

Furthermore, if the third lower end 130 continuously connected to the second lower end 120 of the outer window frame 100 also has a lower height toward the drain 150, condensation may occur on the window installed in the second moving window frame 320. Even if a phenomenon occurs and water is collected in the third lower end 130 of the outer window frame 100, it is of course possible to drain the collected water through the drain hole 150.

On the other hand, in the drain 150, the water flowing from the outside through the first lower end 110 of the outer window frame 100 so that the water can be drained to the outside through the first lower end 110 of the outer window frame 100 The drain hole 152 may be provided to communicate with.

That is, the drain hole 152 is a component provided in the drain hole 150 to drain the water flowing from the outside in the direction of the arrow divided by II shown in FIG.

The drain hole 152 may vary without particular limitation in size or number. However, according to an embodiment of the balcony double window according to the present invention can be smoothly discharged to the outside water flowing in the outside, it is the same size as a plurality of holes that are formed in other parts to conventionally drain the water It doesn't have to be big, and there won't be many.

On the other hand, a reservoir 154 may be provided at the lower side of the drain 150 to temporarily receive the water flowing from the outside.

That is, when the reservoir 154 is not provided, when the amount of water drained increases rapidly, the third lower end 130 of the outer window frame 100 is not drained through the drain 150 or the drain hole 152. Since there is a possibility of backflow toward the reservoir, the reservoir 154 is a component provided to prevent this possibility.

If the reservoir 154 can be provided in the inner hollow portion of the outer window frame 100 corresponding to the lower side of the drain 150, the shape or size may vary without particular limitation.

On the other hand, one embodiment of the balcony double window according to the present invention may be configured to further include a hermetic opening (400).

Here, the hermetic holding zone 400, in the insect screen window frame 200 of the pair of moving window frame 300 to block the inflow of air and water through the first lower end 110 of the outer window frame 100. It is a component provided between the rail 122 and the partition wall 140 on which the rolling wheel of the adjacent moving window frame 310 is placed.

The hermetic holding zone 400 serves to block the inflow of air and water, there is no particular limitation on the configuration. However, in order to more effectively block the inflow of air and water may be configured as shown in FIG.

That is, the hermetic holding zone 400 may include a wing portion 410, the water film portion 420, the opening 422, the discharge hole 430.

At this time, the wing portion 410 is a component formed in the form of a plurality of thin plates across the rail 122 and the partition wall 140 on which the rolling wheel of the moving window frame 310 adjacent to the window screen frame 200 is placed. .

In addition, the water film portion 420 is a component formed so as to cover the upper side of any one of the plurality of wing portion 410 is connected, the airtight holding portion 400 including such a water film portion 420 Since it is configured to block most of the water flowing through the first lower end 110 of the outer window frame 100 through the hermetic seal 400 to improve the watertightness.

In addition, the opening portion 422 is provided below the water film portion 420 is a component for discharging the water introduced into the water film portion. Of course, most of the water can be blocked through the water film portion 420, but because it is not able to completely block the water inevitably introduced water can be discharged to improve the watertightness, the opening 422 is provided.

The openings 422 may be provided on both sides of the rail 122 and the partition wall 140 on the basis of the water film part 420, but when both sides are provided, airtightness may be lowered as well as watertightness may be reduced. As such, it is advantageous to be provided only on one side adjacent to the partition wall 140. This is because one side adjacent to the partition wall 140 is farther from the moving window frame 300 associated with the inflow of air and water.

In addition, the discharge hole 430 is provided between any one of the plurality of wings 410 that is not covered by the water film portion 420 is a component for discharging water introduced between the plurality of wings 410. . The discharge hole 430 may be in communication with the above-described reservoir 154, but may be provided with a separate drain line.

On the other hand, the hermetic holding zone 400 configured as described above may be provided not only between the partition wall 140 and the rail 122 but also between another partition wall and the rail 132.

5 and 6, the operation and effect of one embodiment of the balcony double window according to the present invention will be described in detail.

5 is a cross-sectional view showing a lower side cross-sectional view of an embodiment of a virtual balcony double window, Figure 6 is a perspective view showing an airtight zone included in the virtual balcony double window.

First, the balcony according to the present invention as shown in Figures 5 and 6 prior to explaining the process of draining water introduced from the outside through an embodiment of the balcony double window according to the present invention shown in FIG. A hypothetical balcony double window similar to an embodiment of the double window will be described, and a process of draining water from the outside will be described.

At this time, the virtual balcony double window, the lower part of the outer window frame 100 in the present invention as described above, in order to clearly show the difference between the action and effect of one embodiment of the balcony double window according to the present invention All technical features added to this rule are excluded.

That is, as shown in FIG. 5, in the case of the virtual balcony double window, there is no step anywhere on the lower end of the outer window frame 100, and a drain 150 is also formed between the outer window frame 100 and the partition wall 140. In addition, the drain port 150 and the reservoir 154 are not provided.

In the case of such a virtual balcony double window, the water is drained along the direction of the arrow shown in F shown in FIG. 4, the water flowing from the outside is not stepped anywhere in the lower end of the outer window frame 100 partition wall 140 The water is collected or drained to the first lower end portion 110 of the outer window frame 100 while being drained to a certain degree, resulting in a disadvantage in that water introduced from the outside is not smoothly drained to the outside, thereby reducing watertightness.

In addition, in the case of the virtual balcony double windows, a large number of holes (not shown) for draining the water flowing from the outside may be provided in other parts of the outer window frame 100 to solve this disadvantage. By the way, such a large number of holes (not shown) not only impair watertightness and heat insulation, but also through the pest enters the indoors, thereby lowering the function of the insect screen, and generates an additional disadvantage of deterioration in appearance.

In addition, in the case of the virtual balcony double windows, a sealing member may be provided between the partition wall 140 and the rails 122 and 132 to solve this additional disadvantage. However, such a sealing member may generate a new disadvantage that, in turn, prevents the drainage of water introduced from the outside and reduces the appearance beauty.

Diarrhea, even in the case of including the airtight holding zone 400 'as shown in Figure 6 to drain the water flowing from the outside, in the case of the airtight holding zone 400' inversely airtight or water tightness It can hurt another, causing another new disadvantage.

However, if the water flowing from the outside through an embodiment of the balcony double windows according to the present invention shown in Figures 2 and 3, it is possible to smoothly drain the water as well as have airtightness and water tightness in the required area. Therefore, many disadvantages of the virtual balcony double windows do not occur.

That is, in one embodiment of the balcony double window according to the present invention the outer window frame 100 is stepped sequentially while facing the outside can smoothly drain the water flowing from the outside, if using the drain 150 from the outside The incoming water can be drained more smoothly.

More specifically, according to one embodiment of the balcony double window according to the present invention, as shown by the arrow F in Figure 2 it is possible to smoothly drain the water flowing from the outside. That is, the position of the reservoir tank 154 is lower than the hermetic reservoir 400, and is disposed lower than the insect repellent screen frame 200 than the reservoir tank 154, the water flowing from the outside drained through the drain 150 The water tank 154 and the insect screen window frame 200 may be sequentially drained smoothly.

As described above, one embodiment of the balcony double window according to the present invention can smoothly drain the water flowing from the outside, so that water is unlikely to flow into the room, unlike the virtual balcony double window. .

In addition, one embodiment of the balcony double windows according to the present invention can smoothly drain the water flowing from the outside, unlike the virtual balcony double windows, a large number of holes (not shown) of the outer window frame 100 There is no need to provide it in other parts, and furthermore, there is no need to provide a separate sealing member between the partition wall 140 and the rails 122 and 132.

If the airtight holding zone 400 is included between the partition wall 140 and the rails 122 and 132 in order to improve diarrhea, watertightness, or airtightness, it is possible to smoothly drain the introduced water while structurally increasing the watertightness and airtightness. There will be no problem.

Therefore, the additional disadvantages and new disadvantages of the virtual balcony double windows as described above do not occur, rather the appearance beauty can be further improved because there are no unnecessary components in the outer window frame 100.

In the foregoing, specific embodiments of the present invention have been described and illustrated, but the present invention is not limited to the described embodiments, and various modifications and changes can be made without departing from the spirit and scope of the present invention. It is self-evident to those who have. Therefore, such modifications or variations are not to be understood individually from the technical spirit or point of view of the present invention, the modified embodiments will belong to the claims of the present invention.

100: outer window frame
110: first lower part of the outer window frame
112: Rail on which the wheel of a window screen is put
120: second lower portion of the outer window frame
122: rail on which the wheel of the first moving window frame is placed
130: third lower part of the outer window frame
132: Rail on which the rolling wheel of the second moving window frame is placed
140: bulkhead
150: drain
152: drainage hole
154: reservoir
200: screen window frame
300: moving window frame
310: first moving window frame
320: second moving window frame
400: confidentiality zone
410 wings
420: water film
422: opening
430: discharge hole

Claims (9)

In the balcony double windows in which the window screen and a pair of moving window frames are sequentially mounted in the direction from the outdoor to the indoor to the outer window frame supported by the wall,
The lower end of the outer window frame,
Characterized in that the height of the first lower end of the outer window frame is mounted (be steped) lower than the height of the second lower end of the outer window frame on which the moving window frame is mounted,
Balcony double windows.
The method of claim 1,
The first lower end of the outer window frame,
The height of the first lower end of the outer window frame adjacent to the second lower end of the outer window frame is further stepped so as to be equal to the height of the rail on which the rolling wheel of the screen screen frame,
Balcony double windows.
The method of claim 1,
The second lower end of the outer window frame,
And at the second lower end of the outer window frame adjacent to the first lower end of the outer window frame, a partition wall parallel to a rail on which a cloud wheel of the moving window frame adjacent to the screen screen window frame of the pair of moving window frames is placed. doing,
Balcony double windows.
The method of claim 3,
Characterized in that the drain is formed along the corner formed between the second lower end of the outer window frame and the partition wall, characterized in that for discharging the water flowing from the outside to the outside,
Balcony double windows.
5. The method of claim 4,
The second lower end portion of the outer window frame is inclined to have a lower height toward the drain,
Balcony double windows.
5. The method of claim 4,
The drainage port is provided with a plurality of drainage holes communicating with the outside through the first lower end of the outer window frame, characterized in that for discharging the water flowing from the outside to the outside,
Balcony double windows.
5. The method of claim 4,
Under the drain is characterized in that the reservoir is provided for temporarily receiving the water flowing from the outside,
Balcony double windows.
5. The method of claim 4,
In order to block the inflow of air and water through the second lower end of the outer window frame, a hermetic holding zone between the rail and the partition wall on which the rolling wheel of the moving window frame adjacent to the screen screen window frame of the pair of the moving window frame is placed Characterized in that,
Balcony double windows.
9. The method of claim 8,
The hermetic zone,
A plurality of wings intersecting between the partition wall and the rail on which the wheel of the moving window frame adjacent to the window screen is placed;
A water film portion which is connected to any one of the plurality of wing portions to cover the upper side,
An opening portion provided below the water film portion adjacent to the partition wall to discharge water introduced into the water film portion below;
It characterized in that it comprises a discharge hole provided between any one of the plurality of wings that are not covered by the water film portion to discharge the water introduced between the plurality of wings,
Balcony double windows.

Images