KR101390690B1 - Frame and window Closure Duration - Google Patents

Abstract

The present invention relates to a gap opening of a window that closes a gap formed between a lower window frame and a lower frame of a window positioned on the outdoor side to improve insulation and sound insulation, and the front of a rail positioned to the outdoor side of the lower frame In a space formed by a through-hole, a body having a hollow tube shape formed on an upper surface is fixed to a bottom surface, and placed on an upper portion of an elastic member inserted into the body, and aligned with the through-hole to the upper portion where a fitting groove is formed. Consists of a movable port in which a through-hole is formed, and a packing port consisting of a closed end exposed through the through-hole and through-hole in order to form an upper end where a fitting end is fitted and fixed in the fitting groove of the movable port is formed. When closed, the lower window frame is configured to close a gap at the end of the lower window frame when the window is closed by contact with the upper portion of the packing port supported by the elastic member; There is an effect of improving the sound insulation and heat insulation by sealing the gaps generated in the lower frame and the lower window frame using the sealing hole.

Description

Frame and window closure duration}

The present invention relates to a crevice closure of a window, and more particularly, to a crevice closure of a window that closes a gap formed between a lower window frame and a lower frame of a window located on the outdoor side to improve insulation and sound insulation.

In general, in buildings, windows and doors serve as a wall for isolating indoors and outdoors, and at the same time, they become a supply passage for sunlight and fresh outside air.

In addition, it is an essential component that allows a person in the room to feel a sense of view and openness, but heat loss and heat absorption through windows increase the cost of heating and heating by a factor of tens to tens of times, compared to a heat-insulating wall. Is ordered.

Therefore, to improve the insulation and sound insulation performance of windows, high-performance insulation windows such as vacuum windows have been developed, but because they are expensive, they are not widely used in windows, and in general windows and doors, two pieces of glass are used for minimum insulation and sound insulation. A simple double-layered window, also called a paired glass, is widely used.

In addition, due to the gap formed between the lower window frame and the lower frame of the window located on the outdoor side, there is a problem that the indoor and outdoor air is ventilated and not soundproofed.

Due to this, there is an urgent need for a seal that seals the gap formed between the lower window frame and the lower frame without replacing the window frame to increase sound insulation and insulation.

Domestic registered patent No. 10-1116643 (2012. 03. 07. registration notice) Domestic Registration Utility Model No. 20-0449143 (Announcement of registration on June 21, 2010)

Accordingly, the present invention has been devised in view of the problems of the prior art as described above, and provides a crevice seal of a window that improves sound insulation and insulation by sealing a crevice generated in a lower frame and a lower window frame using a seal. There is a purpose.

In addition, another object of the present invention is to be able to install and use an additional seal without a separate frame replacement for sound insulation and insulation, so that it can be applied to existing windows and at the same time to reduce costs.

In addition, another object of the present invention is to prevent the sealing function from being deteriorated even if it is repeatedly pressed by the elastic means.

In order to achieve the above object, the present invention constructs a window frame in all directions of the installation space on the wall of a building, and a lower portion located on the outdoor side of the window frame in which the window frame of the window opened and closed in a sliding manner along the window frame contacts In the closing hole for sealing the gaps generated at the ends of the frame and the lower window frame of the window, the window is fitted to the upper portion of the windshield frame, where the ventilation holes are coupled to both sides to close the gap between the outer and inner windows. Consisting of a closed shape, fixing one end of the spring from the window frame to the inside of the upper window frame located at the top, and fixing the other end of the spring to the lower surface of the upper sealing hole inserted into the upper window frame When the window frame is inserted into the upper part of the window frame, the rail placed at the top is inserted into the interior of the upper cover, and at the same time, the upper cover closes the spring and moves to the lower part. It provides a clearance between the window frame and the window frame, characterized in that the upper sealing port is located by the elastic force of the original position so that a gap does not occur between the upper window frame and the window frame.

As described above, the present invention has an effect of improving sound insulation and heat insulation by sealing a gap generated in the lower frame and the lower window frame using a sealing hole.

In addition, it is possible to install and use an additional seal without a separate frame replacement for sound insulation and insulation, so that it can be applied to existing windows and at the same time has the effect of reducing costs.

In addition, even if it is repeatedly pressed by the elastic means, there is an effect of restoring and preventing the sealing function from deteriorating.

10 is a perspective view of the closure,
11 is a cross-sectional view of a window using an upper clearance gap between the upper frame and the window according to the embodiment;
12 is an operation diagram of FIG. 11.
13 and 14 is a cross-sectional view and an operation view of the window to which the clearance gap of the window is applied according to another embodiment,
15 and 16 is a cross-sectional view and an operation view of the window to which the clearance gap of the window is applied according to another embodiment,
17 and 18 is a cross-sectional view and an operation view of the window to which the clearance gap of the window is applied according to another embodiment,
19 and 20 is a cross-sectional view and an operation view of the window to which the clearance gap of the window is applied according to another embodiment,
21 and 22 is a cross-sectional view and an operation view of the window to which the clearance gap of the window is applied according to another embodiment,
23 and 24 are cross-sectional views and operation diagrams of windows and doors to which a clearance gap of windows is applied according to another embodiment,
25 and 26 are cross-sectional views and operation diagrams of windows and doors to which a clearance gap of a window is applied according to another embodiment,
27 and 28 are cross-sectional views and operation diagrams of windows and doors to which a clearance gap of windows is applied according to another embodiment,
29 and 30 are cross-sectional views and operation views of windows and doors to which a clearance gap of windows and doors is applied according to another embodiment.

Accordingly, a preferred embodiment of the present invention as described above will be described in detail with reference to the accompanying drawings.

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10 to 12, as another embodiment, the window 30 is a windshield frame 11b in which vents are coupled to both sides to close the gap between the outer window 35 and the inner window 36. ) Is configured to fit into the upper portion of the dissemble-shaped seal 80.

In addition, one end of the spring 91 is fixed to the inside of the upper window frame 37 positioned at the upper part of the window frame 31, and the other end of the spring 91 is inserted into the upper window frame 37. It is fixed to the lower surface of the upper sealing port (90).

And, when the upper window frame (37) is inserted into the upper portion of the window frame (10), the rail (12) located at the upper side is inserted into the interior of the upper sealing port (90), and at the same time the upper cover is closed. When the installation of the window 30 is completed after the sphere 90 pressurizes the spring 91 and moves to the lower portion, the upper sealing member 90 is returned to its original position by the elastic force of the spring 91, and thus the upper window frame 37 It is configured so that a gap does not occur between the window frame 10 and the window.

In addition, an installation groove 14a is formed at one side of the upper window frame 37 of the window 30 facing the rail 12.

Here, when the installation groove 14a is installed in the window frame 10, the lower end of the window 30 should be partially inserted into the upper portion of the window frame 10 to be seated on the rail 12. , It is configured to prevent the upper end of the window 30 from contacting the rail 12 located at the top.

And, the first spring (92a) is inserted and fixed into the installation groove (14a), the first spring (92a) is in contact with the contact closure (92) to be in contact with the closure 80 is closed and sealed It consists of a sphere (80).

In addition, the movable tool is formed on the upper portion of the elastic member 22 inserted into the body 20 and the through hole 21 is formed in line with the through hole 21 to the upper portion where the fitting groove 41 is formed ( 40).

In addition, the inside exposed through the passage hole 21 and the through hole 42 sequentially to the upper portion where the fitting end 51 is inserted and fixed into the fitting groove 41 of the movable tool 40 is closed ( 52) is made of a packing (50) made of close contact (100D).

13 and 14, as another embodiment, the window 30 is a close contact (applying the closure 80) to close the gap between the outer window 35 and the inner window 36 ( The structure of 100E) is as follows.

First, the locking jaw end 14c having the locking jaw 14b formed at the end thereof toward the lower surface of the upper window frame 37 is spaced apart from each other and projected downward.

Then, the compression spring (14d) is inserted between the pair of locking jaw end (14c), the'H' shape of the closed fastener (14f) is formed with a locking end (14e) that is engaged with the locking jaw (14b) at both ends of the upper ) Slides.

In addition, the sealing fastener (14f) and the compression spring (14d) is fastened with a screw, and then configured by combining a'U'-shaped sealing opening (80) to the sealing fastener (14f).

15 and 16, as another embodiment, the window 30 is a close contact (applying the closure 80) to close the gap between the outer window 35 and the inner window 36 ( The structure of 100F) is as follows.

First, it is inserted between a pair of rails 12 installed on the upper frame 14 and is hooked to the end with the lower surface of the auxiliary frame 15 of the'┏┓' shape fastened to the ceiling with the upper frame 14 The engaging jaw ends 14c on which the jaws 14b are formed are spaced apart from each other and are formed to face each other.

At this time, inserting a compression spring (14d) between the pair of locking jaw end (14c), the locking ends (14f) of the'H' shape is formed with a locking end (14e) is engaged with the locking jaw (14b) at both ends of the upper ) Slides.

Then, the sealing fastener (14f) and the compression spring (14d) is fastened with a screw, and then configured by combining the'U'-shaped sealing opening (80) with the sealing fastener (14f).

17 and 18, as another embodiment, the window 30 is a close contact (applying the closure 80) to close the gap between the outer window 35 and the inner window 36 ( The structure of 100G) is as follows.

First, it is inserted between the upper frame 14 and the rail 12 and between the rail 12 and the rail 12, respectively, and is fastened with screws on the ceiling of the upper frame 14, bent inward at both ends. A fixed frame 16 having a '16' shape with a fixed engaging jaw 16a is formed.

And, the windshield frame is coupled to the inside of the fixed frame 16 inserted between the rail 12 and the rail 12, the sealing port 80 is coupled to the lower surface in the form of a plate hooked to the fixed jaw (16a) (11b) constitutes a movable frame 17 installed to protrude downward.

In addition, it is configured by inserting a compression spring (14d) between the fixed frame 16 and the movable frame (17).

19 and 20, as another embodiment, the window 30 is a close contact (applying the closure 80) to close the gap between the outer window 35 and the inner window 36 ( The structure of 100H) is as follows.

First, the opposite side of the pair of rails 12 installed on the upper frame 14 and the inner wall surface of the upper frame 14 and the outer wall surface of the rail 12 face the locking jaws 14b facing each other ( 12b) are formed respectively.

Then, the upper frame 14 and the rail 12 and between the rail 12 and the rail 12 is sandwiched between each of the locking projections (14b) (12a) of the plate-shaped movable frame (17) To form.

On the other hand, the windshield frame 11b to which the sealing hole 80 is coupled to the lower surface of the movable frame 17 sandwiched between the rail 12 and the rail 12 protrudes downward.

In addition, it is configured by inserting a compression spring (14d) between the upper frame 14 and the movable frame (17).

As shown in FIGS. 21 and 22, as another embodiment, the window 30 is a close contact (applying the closure 80) to close the gap between the outer window 35 and the inner window 36 ( The structure of 100I) is as follows.

First, between the pair of rails 12 installed in the upper frame 14 and between the rails 12 and the rails 12 are respectively inserted into the ceiling of the upper frame 14 and screwed, but at both ends A fixed frame 16 in the shape of a'┏┓' having a locking jaw 14b bent inward is formed.

And, to form a movable frame 17 in the form of a plate that is fitted into the fixing frame 16 and is engaged with the locking jaw 14b, the fixed frame sandwiched between the rail 12 and the rail 12 ( 16) It is configured such that the closing hole 80 is fitted into the'T'-shaped fitting groove 17a which is opened to the lower side of the movable frame 17 to be fitted.

In addition, it is configured by inserting a compression spring (14d) between the fixed frame 16 and the movable frame (17).

As shown in FIGS. 23 and 24, as another embodiment, the window 30 is a close contact (applying the closing hole 80) to close the gap between the outer window 35 and the inner window 36 ( The structure of 100J) is as follows.

First, locking jaws 14b are formed on both inner wall surfaces of the upper frame 14.

And, the upper frame 14 is a movable frame 17 formed by protruding the windshield frame 11b to which the seal 80 is coupled to the lower surface between the rail frames 18a on which the rail 12 is fitted. It is configured to be inserted into the inside of the engaging projection (14b).

In addition, it is configured by inserting a compression spring (14d) between the upper frame 14 and the movable frame (17).

As shown in FIGS. 25 and 26, as another embodiment, the window 30 is a close contact (applying the closure 80) to close the gap between the outer window 35 and the inner window 36 ( The structure of 100K) is as follows.

First, a locking jaw 14b is formed on an opposite side wall surface of a pair of rail frames 18a that are respectively fitted into a pair of rails 12 formed on the upper frame 14 and fastened with screws.

In addition, the windshield frame 11b to which the seal 80 is coupled to the lower surface in the form of a plate hooked to the locking jaw 14b of the rail frame 18a constitutes a movable frame 17 installed downwardly.

In addition, it is configured by inserting a compression spring (14d) between the upper frame 14 and the movable frame (17).

As shown in FIGS. 27 and 28, as another embodiment, the window 30 is a close contact (applying the closure 80) to close the gap between the outer window 35 and the inner window 36 ( The structure of 100L) is as follows.

First, the upper frame 14 is formed in the shape of a dejaja open to the bottom, and a locking jaw 14b protruding inward is formed at one end extending downward, and a'U' shaped rail is provided at the other end extending downward. 12 is formed.

In addition, a bracket coupling end 17a bent inward is formed at one end of the de-shape shape that is opened downward while being inserted into the upper frame 14.

In addition, the movable rail 17b is formed on the opposite side where the bracket coupling end 17a is formed.

In addition, an extended end formed with the movable rail 17b is formed with a hooked bending end 17c bent downward so as to be inserted and locked inside the rail 12.

In addition, the windshield frame 11b to which the closing hole 80 is coupled to the rear side of the movable rail 17b constitutes a movable frame 17 installed to protrude downward.

Meanwhile, the compression spring 14d is inserted and connected between the upper frame 14 and the movable frame 17.

As shown in FIGS. 29 and 30, as another embodiment, the window 30 is a close contact (applying the closing hole 80) to close the gap between the outer window 35 and the inner window 36 ( The structure of 100M) is as follows.

First, the upper frame 14 has a pair of'U'-shaped rails 12 spaced apart from the bottom in the form of a de-shaped open to the bottom.

In addition, both ends of the de-shaped shape opened to the bottom while being inserted into the upper frame 14 are inserted into the rail 12, and in the center of the lower surface between the both ends. The windshield frame 11b to which the closing hole 80 is coupled constitutes a movable frame 17 installed to protrude downward.

Such, it is to be configured by inserting and connecting the compression spring (14d) between the movable frame 17 that is slide-coupled into the interior of the upper frame (14).

When explaining the operation and operation of the present invention configured as described above are as follows.

First, the window frame 10 is constructed in all directions of the installation space on the wall of the building.

Then, a window 30 that is opened and closed in a sliding manner along the window frame 10 is installed.

At this time, in the present invention, the window 30 is described as an example of a single window, and when the window 30 is closed, the vertical window frames 33 of the windows 30 positioned inside and outside the room are in close contact with each other. .

1A and 3, a rail 11a is formed in the lower frame 11 of the window frame 10, and a roller 32a is provided in the lower window frame 32 of the window 30. As it is formed, the rollers 32a of the window 30 are put on the rails 11a and sliding.

In addition, the lower window frame 32 is coupled to the air vents (32b) are in contact with both sides of the rail (11a).

Next, the contact hole (100A) passes through the screw through the through-hole (21) in a state in which the body (26) is in close contact with the bottom surface of the space (13) formed in the lower frame (11), the lower frame (11 ) And the body 26 are fixed.

Subsequently, the elastic member 22 is inserted into the body 26, and the fitting end 51 of the packing port 50 is inserted into the fitting groove 41 of the movable port 40, and the sealing end ( 52) is exposed through the through-hole 42 in sequence.

Next, the movable port 40 to which the packing port 50 is coupled is placed on the upper part of the elastic member 22, and then the sealing end 52 is passed through the passage hole 21 to protrude upward. 100A) is completed.

In this way, when closing the window 30 located on the outdoor side of the completed closing hole 100A, the lower window frame 32 is pushed while rising to the upper portion of the closing end 52, so that the movable port 40 is an elastic member. (22) is compressed.

At this time, the sealing end 52 is inserted into the window frame groove 34 formed on the lower surface of the lower window frame 32 to seal the gap, thereby blocking outdoor air from entering the room.

In addition, the packing port 50 is installed on the window frame 10 where the outer window 35 and the inner window 36 of the window 30 are located, on the upper surface of the sealing end 52 of the packing port 50. The outer window 35 and the lower surface of the window frame 31 of the inner window 36 are in contact with each other to increase the sealing force.

5 and 7, the sealing hole 100B is a space 13 in which the fixed end 61 of the working tool 60 in which the packing coating layer 70 is wrapped is formed in the lower frame 11. It is fixed to the lower frame 11 by using a screw in a state in close contact with the bottom surface of the.

In this way, when closing the window 30 located on the outdoor side of the completed closing hole 100B, the lower surface of the lower window frame 32 is pressed against the upper surface of the packing coating layer 70 while pressing the elastic end 62. This maximizes the adhesion.

In addition, when the packing protrusion end 71 is formed on the packing coating layer 70, it is packed in the window frame groove 34 formed on the lower surface of the lower window frame 32 like the sealing end 52 of the sealing hole 100A. The protruding end 71 is inserted to seal the gap, thereby blocking outdoor air from entering the interior.

Thus, the sealing holes (100A, 100B) has the advantage of improving the insulation and sound insulation by sealing the gap formed between the lower window frame 32 and the lower frame 11 of the window 30 located on the outdoor side. It is.

9 and 10, the contact hole (100C) is inserted and coupled to both sides of the protrusion (80a) of the airtight frame (11b).

At this time, the position where the closing hole 80 is coupled is coupled to the point located at the lower end of the rear end of the window frame 31 when the window 30 is closed.

That is, when the window 30 is closed, when the lower window frame 32 is in contact with the upper portion of the closing port 80 to close the window 30, the gap between the ends of the lower window frame 32 is sealed.

11 and 12, the contact hole (100D) is inserted and coupled to both sides of the protrusion (80a) of the airtight frame (11b).

At this time, the position where the closing hole 80 is coupled is coupled to the point located at the lower end of the rear end of the window frame 31 when the window 30 is closed.

Then, one end of the spring 91 is fixed to the inside of the upper window frame 37, and the other end of the spring 91 is inserted into the upper window frame 37, the lower surface of the upper sealing port 90 Fix it on to complete the installation.

Then, when the upper window frame (37) is inserted into the upper portion of the window frame (10), the rail (12) located at the top is inserted into the interior of the upper sealing port (90), and at the same time the upper cover is closed. The sphere 90 presses the spring 91.

At this time, the contact closure opening 92 is in close contact with the restoring force of the first spring 92a to the closing opening 80 to close the gap due to the installation groove 14a.

Next, when the installation is completed by seating the window 30 on the rail 12 located at the bottom, the upper sealing member 90 is returned to the original window frame 37 and the window by the elastic force of the spring 91 There is no gap between the molds 10, so that soundproofing is increased and indoor and outdoor cooling and heating efficiency is reduced.

In addition, the sealing end 52 of the packing port 50 is in contact with the upper surfaces of the outer window 35 and the inner window 36 by installing the packing port 50 on the ceiling of the upper window frame 37, thereby sealing force. This is increased.

Next, look at the operation of the close contact (100E ~ 100K) according to another embodiment using the closure 80 is as follows.

13 and 14, the contact hole (100E) is a lower surface of the upper window frame (37), the locking jaw end (14c) having a locking jaw (14b) formed at the end is spaced apart from each other to protrude downwardly. Install it.

Thereafter, a compression spring 14d is inserted between the pair of locking jaw ends 14c.

Next, the'H'-shaped sealing fasteners 14f having the engaging ends 14e engaged with the engaging jaws 14b at both ends of the upper ends are slide-coupled.

Then, the sealing fastener (14f) and the compression spring (14d) is fastened with a screw, and then the'U'-shaped seal (80) is coupled to the sealing fastener (14f).

First, when the outer window 35 or the inner window 36 is installed on the window frame 10, the upper side of the outer window 35 or the inner window 36 is first inserted into the window frame 10. When the sealing hole 80 is in contact with the window 35 or the inner window 36, the sealing fastener 14f is pushed upward and presses the compression spring 14d while pressing the sealing hole 80 and the sealing fastener 14f Is pushed upwards to move.

Then, when the installation of the outer window 35 or the inner window 36 is completed, the sealing fastener 14f is pushed downward due to the restoring force of the compression spring 14d, and when the closing hole 80 returns to its original position, Both sides of the closing port 80 are in close contact with the window frame of the outer window 35 or the inner window 36, so that the window frame 10 and the outer window 35 or the inner window 36 are separated from each other by indoor or outdoor. It has a feature to prevent the circulation of air.

15 and 16, the contact hole (100F) is inserted into the auxiliary frame (15) between a pair of rails (12) installed on the upper frame (14) and the upper frame (14) Screw on the ceiling.

Thereafter, a compression spring 14d is inserted between the pair of locking jaw ends 14c formed in the auxiliary frame 15.

Next, the engaging opening (14e) of the closing opening (14f) to which the closing opening (80) is coupled is slide-engaged so as to be engaged with the locking jaw (14b).

Then, the sealing fastener 14f and the compression spring 14d are fastened with screws.

First, when the outer window 35 or the inner window 36 is installed on the window frame 10, the upper side of the outer window 35 or the inner window 36 is first inserted into the window frame 10. When the sealing hole 80 is in contact with the window 35 or the inner window 36, the sealing fastener 14f is pushed upward and presses the compression spring 14d while pressing the sealing hole 80 and the sealing fastener 14f Is pushed upwards to move.

Then, when the installation of the outer window 35 or the inner window 36 is completed, the sealing fastener 14f is pushed downward due to the restoring force of the compression spring 14d, and when the closing hole 80 returns to its original position, Both sides of the closing port 80 are in close contact with the window frame of the outer window 35 or the inner window 36, so that the window frame 10 and the outer window 35 or the inner window 36 are separated from each other by indoor or outdoor. It has a feature to prevent the circulation of air.

17 and 18, the contact hole (100G) of the upper frame 14 and the rail 12, the fixed frame 16 is formed with a fixed locking jaw (16a) bent inward at both ends. Between and between the rail 12 and the rail 12 are respectively inserted and fastened with screws to the ceiling of the upper frame 14.

At this time, the closing frame 80 is a movable frame 17 coupled to the windproof frame (11b) is inserted into the interior of the fixed frame 16 is inserted between the rail 12 and the rail 12, the locking jaw (16a) Put it on and let it jam.

In addition, the movable frame 17 to which the closing hole 80 is not coupled is inserted into the inside of the fixed frame 16 coupled between the upper frame 14 and the rail 12 and put on the locking jaw 16a to be locked. Order.

Then, the compression spring 14d is inserted between the fixed frame 16 and the movable frame 17 to complete it.

First, when the outer window 35 or the inner window 36 is installed on the window frame 10, the upper side of the outer window 35 or the inner window 36 is first inserted into the window frame 10. When the sealing hole 80 is in contact with the window 35 or the inner window 36, the movable frame 17 is pushed upward, and the pressing hole 80 and the movable frame 17 are pressed while pressing the compression spring 14d. Is pushed to move.

Thereafter, when the installation of the outer window 35 or the inner window 36 is completed, when the movable frame 17 is pushed downward by the restoring force of the compression spring 14d, the seal 80 is returned to the original position. Both sides of the sealing port 80 are in close contact with the window frame of the outer window 35 or the inner window 36, so that the indoor and outdoor air through the gap between the window frame 10 and the outer window 35 or the inner window 36 is spaced apart. There is a feature to prevent the circulation of.

In addition, the movable frame 17 to which the closing hole 80 is not coupled is in close contact with the upper surface of the upper window frame 37 and has a feature of double blocking.

19 and 20, the contact hole (100H) is a pair of rails (12) installed on the upper frame 14 facing the opposite wall and the inner wall and rails of the upper frame (14) ( On the outer wall surface of 12), locking jaws 14b and 12b facing each other are formed.

Then, the movable frame 17 is raised between the upper frame 14 and the rail 12 and between the rail 12 and the rail 12 so as to be engaged with the locking jaws 14b and 12a. .

At this time, the sealing hole 80 is coupled to the windshield frame 11b of the movable frame 17 that is sandwiched between the rail 12 and the rail 12.

In addition, a compression spring 14d is inserted and installed between the upper frame 14 and the movable frame 17.

First, when the outer window 35 or the inner window 36 is installed on the window frame 10, the upper side of the outer window 35 or the inner window 36 is first inserted into the window frame 10. When the sealing hole 80 is in contact with the window 35 or the inner window 36, the movable frame 17 is pushed upward, and the pressing hole 80 and the movable frame 17 are pressed while pressing the compression spring 14d. Is pushed to move.

Thereafter, when the installation of the outer window 35 or the inner window 36 is completed, when the movable frame 17 is pushed downward by the restoring force of the compression spring 14d, the seal 80 is returned to the original position. Both sides of the sealing port 80 are in close contact with the window frame of the outer window 35 or the inner window 36, so that the indoor and outdoor air is separated by a gap between the window frame 10 and the outer window 35 or the inner window 36. There is a feature to prevent the circulation of.

In addition, the movable frame 17 to which the closing hole 80 is not coupled is in close contact with the upper surface of the upper window frame 37 and has a feature of double blocking.

21 and 22, the contact hole 100I is a fixed frame between a pair of rails 12 installed on the upper frame 14 and between the rails 12 and the rails 12. After inserting each of the (16), fasten the screws to the ceiling of the upper frame (14).

Then, the movable frame 17 in the form of a plate is inserted into the fixing frame 16 and is engaged with the locking jaw 14b.

At this time, the sealing hole 80 is fitted to the fitting groove 17a of the movable frame 17 fitted to the fixed frame 16 sandwiched between the rail 12 and the rail 12.

In addition, a compression spring 14d is inserted between the fixed frame 16 and the movable frame 17.

First, when the outer window 35 or the inner window 36 is installed on the window frame 10, the upper side of the outer window 35 or the inner window 36 is first inserted into the window frame 10. When the sealing hole 80 is in contact with the window 35 or the inner window 36, the movable frame 17 is pushed upward, and the pressing hole 80 and the movable frame 17 are pressed while pressing the compression spring 14d. Is pushed to move.

Thereafter, when the installation of the outer window 35 or the inner window 36 is completed, when the movable frame 17 is pushed downward by the restoring force of the compression spring 14d, the seal 80 is returned to the original position. Both sides of the sealing port 80 are in close contact with the window frame of the outer window 35 or the inner window 36, so that the indoor and outdoor air through the gap between the window frame 10 and the outer window 35 or the inner window 36 is spaced apart. There is a feature to prevent the circulation of.

In addition, the movable frame 17 to which the closing hole 80 is not coupled is in close contact with the upper surface of the upper window frame 37 and has a feature of double blocking.

As shown in FIGS. 23 and 24, the contact hole (100J) is coupled by raising the movable frame (17) to be hung on the locking jaws (14b) formed on both inner wall surfaces of the upper frame (14).

Thus, when the movable frame 17 is coupled to the upper frame 14, the rail 12 is inserted into the rail frame 18a.

In addition, a compression spring 14d is inserted between the upper frame 14 and the movable frame 17.

First, when the outer window 35 or the inner window 36 is installed on the window frame 10, the upper side of the outer window 35 or the inner window 36 is first inserted into the window frame 10. When the sealing hole 80 is in contact with the window 35 or the inner window 36, the movable frame 17 is pushed upward, and the pressing hole 80 and the movable frame 17 are pressed while pressing the compression spring 14d. Is pushed to move.

Thereafter, when the installation of the outer window 35 or the inner window 36 is completed, when the movable frame 17 is pushed downward by the restoring force of the compression spring 14d, the seal 80 is returned to the original position. Both sides of the sealing port 80 are in close contact with the window frame of the outer window 35 or the inner window 36, so that the indoor and outdoor air through the gap between the window frame 10 and the outer window 35 or the inner window 36 is spaced apart. At the same time, while preventing the circulation, the lower surface of the movable frame 17, to which the closing port 80 is not coupled, is in close contact with the upper surface of the outer window 35 and the inner window 35, and has a double blocking function. There is a feature to do.

25 and 26, the contact holes 100K are fastened with screws after fitting the rail frames 18a to the pair of rails 12 formed on the upper frame 14, respectively.

Subsequently, the movable frame 17 to which the closing hole 80 is coupled is mounted on the locking jaw 14b of the rail frame 18a.

In addition, a compression spring 14d is inserted and installed between the upper frame 14 and the movable frame 17.

First, when the outer window 35 or the inner window 36 is installed on the window frame 10, the upper side of the outer window 35 or the inner window 36 is first inserted into the window frame 10. When the sealing hole 80 is in contact with the window 35 or the inner window 36, the movable frame 17 is pushed upward, and the pressing hole 80 and the movable frame 17 are pressed while pressing the compression spring 14d. Is pushed to move.

Thereafter, when the installation of the outer window 35 or the inner window 36 is completed, when the movable frame 17 is pushed downward by the restoring force of the compression spring 14d, the seal 80 is returned to the original position. Both sides of the sealing port 80 are in close contact with the window frame of the outer window 35 or the inner window 36, so that the indoor and outdoor air through the gap between the window frame 10 and the outer window 35 or the inner window 36 is spaced apart. There is a feature to prevent the circulation of.

As shown in FIGS. 27 and 28, the contact hole (100L) is inserted into the locking end (17c) of the movable frame (17) into the rail (12), the bracket coupling end (17a) is a locking jaw (14b), but by inserting a compression spring (14d) between the upper frame (14) and the movable frame (17), one end of the compression spring (14d) is connected to the upper frame (14), the compression spring The other end of (14d) is completed by connecting to the movable frame (17).

In addition, when the outer window 35 or the inner window 36 is installed on the window frame 10, the upper side of the outer window 35 or the inner window 36 is first inserted into the window frame 10. When the sealing hole 80 is in contact with the window 35 or the inner window 36, the movable frame 17 is pushed upward, and the pressing hole 80 and the movable frame 17 are pressed while pressing the compression spring 14d. Is pushed to move.

Thereafter, when the installation of the outer window 35 or the inner window 36 is completed, when the movable frame 17 is pushed downward by the restoring force of the compression spring 14d, the seal 80 is returned to the original position. Both sides of the sealing port 80 are in close contact with the window frame of the outer window 35 or the inner window 36, so that the indoor and outdoor air through the gap between the window frame 10 and the outer window 35 or the inner window 36 is spaced apart. There is a feature to prevent the circulation of.

29 and 30, both ends of the movable frame 17 are inserted into the inside of the rail 12 into the inside of the upper frame 14 in the contact hole 100M.

Here, the closing hole 80 is coupled to the windproof frame (11b).

At this time, the compression spring 14d is inserted into the upper frame 14 by inserting the compression spring 14d between the movable frames 17 that are slide-coupled into the interior of the upper frame 14 to complete the connection.

And, when installing the outer window 35 or the inner window 36 to the window frame 10 , the upper side of the outer window 35 or the inner window 36 is It is first inserted into the window frame 10. At this time, when the sealing hole 80 is in contact with the outer window 35 or the inner window 36, the movable frame 17 is pushed upward, and the compression spring 14d is pressed while being closed. The 80 and the movable frame 17 are pushed upward to move.

Thereafter, when the installation of the outer window 35 or the inner window 36 is completed, when the movable frame 17 is pushed downward by the restoring force of the compression spring 14d, the seal 80 is returned to the original position. Both sides of the sealing port 80 are in close contact with the window frame of the outer window 35 or the inner window 36, so that the indoor and outdoor air through the gap between the window frame 10 and the outer window 35 or the inner window 36 is spaced apart. There is a feature to prevent the circulation of.

In the above, the present invention has been illustrated and described with reference to specific preferred embodiments, but the present invention is not limited to the above-described embodiments and is common knowledge in the technical field to which the present invention pertains without departing from the spirit of the present invention. Various changes and modifications will be possible by those who have.

10: window frame 11: lower frame
11a: Rail 20: Body
21: through hole 22: elastic member
30: window 31: window frame
32: lower window frame 32a: roller
33: vertical window frame 34: window frame groove
40: movable port 41: fitting groove
50: packing port 51: fitting end
52: closed end 60: operating tool
61: fixed end 62: elastic end
70: packing coating layer 71: packing protrusion end
80: airtight
100A, 100B, 100C, 100D, 100E, 100F, 100G, 100I, 100J, 100K: close contact

Claims (18)

delete delete delete delete delete The window frame (10) is constructed in all directions on the installation space of the building wall, and the outdoor side of the window frame (10) in which the window frame (31) of the window (30) is opened and closed in a sliding manner along the window frame (10). In the sealing frame for sealing the gap generated at the ends of the lower window frame (32) of the lower frame (11) and the window (30) located in the lower part,
The window 30 is fitted with a deguza-shaped seal 80, which is fitted into the upper part of the windshield frame 11b in which the air vents are coupled to both sides in order to close the gap between the outer window 35 and the inner window 36. Composing,
The upper end of the spring 91 is fixed to the inside of the upper window frame 37 positioned above the window frame 31, and the other end of the spring 91 is inserted into the upper window frame 37. Fixing to the lower surface of the closure 90,
When the upper window frame (37) is inserted into the upper window frame (10) of the window frame (31), the rail (12) located at the upper side is inserted into the interior of the upper sealing port (90), and at the same time, the upper sealing port ( 90) When the installation of the window (30) is completed after the spring (91) presses and moves to the bottom, the upper sealing member (90) is positioned by the elastic force of the spring (91), and the upper window frame (37) and window A gap seal between the window frame and the window frame, characterized in that the gap is not formed between the frames (10). The method of claim 6, wherein the installation groove (14a) is formed on one side of the upper window frame (37) of the window frame (30) facing the rail (12), and the first spring ( 92a) is inserted and fixed, the first spring (92a) is a gap between the window frame and the window frame, characterized in that the contact closure (92) in contact with the closing hole (80) is configured. The method of claim 6, wherein the body 20 is inserted into the upper portion of the elastic member (22) inserted into the interior of the fitting groove (41) is formed through the through-hole 21 and the through-hole 42 is formed in line Constitutes a movable tool 40,
The inside that is exposed through the through-hole 21 and the through-hole 42 sequentially to the upper part where the fitting end 51 is inserted and fixed into the fitting groove 41 of the movable tool 40 is formed, the closed end 52 The sealing end (52) of the packing (50) is formed on the upper surfaces of the outer window (35) and the inner window (36) by constructing a packing (50) made of, and installed on the ceiling of the upper window frame (37). A gap seal between the window frame and the window frame, characterized in that it is configured to contact. delete The method according to claim 6, wherein the locking jaw end (14c) having a locking jaw (14b) formed at the end of the upper window frame (37) is spaced apart from each other and projected downward to face each other,
A compression spring (14d) is inserted between the pair of locking jaws (14c), the'H' shape of the closed fastener (14f) is formed with a locking end (14e) that is engaged with the locking jaw (14b) at both ends of the upper Combine slides,
Window frame characterized in that the sealing fastener (14f) and the compression spring (14d) is fastened with a screw, and then the sealing fastener (14f) is formed by combining a'U'-shaped sealing opening (80). And window openings. According to claim 6, The upper surface 14 is inserted between the pair of rails (12) is installed between the upper frame 14 and the bottom surface of the'┏┓' shaped auxiliary frame 15 is fastened to the ceiling The locking jaw end (14c) is formed with a locking jaw (14b) at the end is spaced apart from each other is formed to face,
A compression spring (14d) is inserted between the pair of locking jaws (14c), the'H' shape of the closed fastener (14f) is formed with a locking end (14e) that is engaged with the locking jaw (14b) at both ends of the upper Combine slides,
Window frame characterized in that the sealing fastener (14f) and the compression spring (14d) are fastened with screws, and then the sealing fastener (14f) is formed by combining a'U'-shaped sealing opening (80). And window openings. The method of claim 6, wherein the upper frame 14 and the rail 12 is inserted between each of the rail 12 and the rail 12 is fastened with screws to the ceiling of the upper frame 14, at both ends. A fixed frame 16 of'┏┓' shape is formed with a fixed engaging jaw 16a bent inward,
Windshield frame (11b) is fitted into the inside of the fixed frame (16) inserted between the rail 12 and the rail (12) to the lower surface in the form of a plate hooked to the fixed jaw (16a) (80) ) Constitutes a movable frame (17) installed to protrude downward,
The gap between the window frame and the window frame, characterized in that characterized in that the configuration by inserting a compression spring (14d) between the fixed frame 16 and the movable frame (17). The method according to claim 6, wherein the upper wall (14) of the pair of rails (12) facing the opposite wall and the inner wall surface of the upper frame (14) and the outer wall surface of the rail (12) are facing each other. (14b) (12b) are formed respectively,
The upper frame 14 and the rail 12 and between the rail 12 and the rail 12 are respectively fitted to form a movable frame 17 in the form of a plate that is engaged with the locking jaw (14b) (12a), ,
The lower surface of the movable frame 17, which is sandwiched between the rail 12 and the rail 12, the windshield frame 11b to which the seal 80 is coupled protrudes downward,
A gap seal between the window frame and the window frame, characterized in that the compression frame (14d) is inserted between the upper frame (14) and the movable frame (17). The method of claim 6, wherein between the pair of rails (12) installed in the upper frame (14) and between the rail (12) and the rail (12) are respectively inserted into the ceiling of the upper frame (14) with a screw However, a fixed frame 16 in the shape of'┏┓' is formed with locking jaws 14b bent inward at both ends,
A movable frame 17 in the form of a plate that is inserted into the fixing frame 16 and is engaged with the locking jaw 14b, but comprises a fixing frame 16 sandwiched between the rail 12 and the rail 12 The closing hole 80 is fitted into the'T' type fitting groove 17a opened to the lower side of the movable frame 17 fitted in the
The gap between the window frame and the window frame, characterized in that characterized in that the configuration by inserting a compression spring (14d) between the fixed frame 16 and the movable frame (17). The method of claim 6, wherein the upper jaw (14) is formed with locking jaws (14b) on both inner wall surfaces,
A movable frame 17 formed by protruding the windshield frame 11b to which the seal 80 is coupled to the lower surface between the rail frames 18a on which the rail 12 is fitted is formed, and the inner side of the upper frame 14 Is inserted into the engaging jaw (14b),
A gap seal between the window frame and the window frame, characterized in that the compression frame (14d) is inserted between the upper frame (14) and the movable frame (17). The method according to claim 6, wherein the engaging jaw (14b) is formed on the opposite side wall surface of the pair of rail frames (18a) that are fastened with screws by being fitted to a pair of rails (12) formed on the upper frame (14). Is formed,
The windshield frame (11b) is coupled to the lower surface in the form of a plate that is engaged with the locking jaw (14b) of the rail frame (18a) (11b) constitutes a movable frame (17) installed protruding downward,
A gap seal between the window frame and the window frame, characterized in that the compression frame (14d) is inserted between the upper frame (14) and the movable frame (17). According to claim 6, The upper frame (14) is formed in the shape of a distally opened downward, and a locking jaw (14b) protruding inward is formed at one end extending downward, and'U is provided at the other end extending downward. 'The shape of the rail 12 is formed,
A bracket engaging end 17a bent inward to be engaged with a locking jaw 14b is formed at one end of the de-shape shape that is opened downward while being inserted into the upper frame 14, and the bracket engaging end 17a A movable rail 17b is formed on the opposite side of the formed side, and an extended end formed with the movable rail 17b is formed with a hooked bending end 17c bent downward so as to be inserted and inserted inside the rail 12, and the movable The windshield frame 11b to which the airtight opening 80 is coupled to the rear of the rail 17b constitutes a movable frame 17 installed to protrude downward,
A gap seal between the window frame and the window frame, characterized in that the compression frame (14d) is inserted and connected between the upper frame (14) and the movable frame (17). According to claim 6, The upper frame (14) is a pair of'U'-shaped rails (12) spaced downwardly in the form of a deguza (opened downward).
While being inserted into the upper frame 14, both ends of the de-shaped open to the bottom are inserted into the rail 12, and in the center of the lower surface between the both ends Windproof frame (11b) is coupled to the closing port 80 constitutes a movable frame 17 installed to protrude downward,
A gap seal between the window frame and the window frame, characterized in that the compression frame (14d) is inserted and connected between the upper frame (14) and the movable frame (17).

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