KR101446096B1 - High sealing window system with covering rail - Google Patents

Abstract

The present invention relates to a rail covering window ensuring high airtightness, which presses a second inner extended vertical piece (23b) of an inner window (20) to a center vertical guide (14c) by using an inner tilt unit (71) when the inner window (20) is closed and presses a second outer extended vertical piece (33b) of an outer window (30) to the center vertical guide (14c) by using an outer tilt unit (81) when the outer window (30) is closed. Accordingly, the present invention can thoroughly block insects or dusts from the outside of the window by tight contact and support from side surfaces to block the dust, noise, and heat from being transferred through the window.

Description

{HIGH SEALING WINDOW SYSTEM WITH COVERING RAIL}

More particularly, the present invention relates to a rail covering high-tightness window, and more particularly, to a window covering structure for a rail-covered high-tightness window which can be easily cleaned by depositing foreign objects, And to a rail-covered high-tightness window which can prevent entrance and exit of indoor and outdoor air by close contact between an inner window and an outer window, and prevent a window from falling down.

Generally, a window is installed for indoor ventilation and dimming of a building. Such a window fixes a window frame in a space formed by a certain width and height on a wall, and sets a window in a sliding form inside a window frame.

1 is a cross-sectional view showing a window having a heat insulating and soundproofing structure according to the prior art document (Japanese Patent No. 1043068).

As shown in FIG. 1, a window having a heat insulating structure and a structure according to the prior art includes a window portion 20 which opens and closes indoor and outdoor by sliding in a sliding manner, and a window portion 20 which supports the window portion 20, And a window frame portion 10 provided on an inner circumferential surface of the space.

The window portion 20 is provided with a roller receiving portion 23 for receiving the rollers 5 for sliding the window portion 20 at a lower portion thereof with the glass windows 21 and 21 ' And the roller receiving portion 23 are provided with a first blocking wall portion 24 and a second blocking wall portion 25 with a predetermined spacing space.

The window frame portion 10 has an inner engaging portion 11 and an outer engaging portion 11 'for coupling the two window portions 20 and the inner engaging portion 11 and the outer engaging portion 11' A roller supporting portion 12 which is coupled to the inside of the roller accommodating portion 23, a first engaging protrusion 13 which engages with the inside of the first blocking wall portion and a second engaging protrusion 14 which engages with the inside of the second blocking wall portion do.

However, in the case of a window having a heat insulating and soundproof structure according to the prior art document, the inner joining portion 11, the outer joining portion 11 ', the first joining jaw 13, the second joining jaw 14, So that foreign matter is liable to be deposited, and insects and the like are easily infiltrated from the outside.

In addition, the window having the heat insulating and soundproofing structure according to the prior art document can block the inflow of foreign substances such as water and noise such as noise from the outside, but the window frame portion 10 together with the window portion 20 is composed of multiple structures Not only the manufacturing cost of the window portion 20 and the window frame portion 10 is excessively increased but also the occupied space is widened and the construction cost is rather increased.

Patent No. 1043068; Window with insulation and soundproofing structure Patent No. 1199450; Metal window chassis structure Patent No. 1044628; Insulated window with improved airtightness and water tightness

It is an object of the present invention to provide a hermetically sealed support for the inner window and the outer window when the inner vertical window and the outer window are closed by the inner vertical cap and the outer vertical window to thoroughly prevent infiltration of insects from outside or penetration of dust, To provide a rail-covering high-tightness window.

It is an object of the present invention to push the second inner outer vertical piece of the inner window toward the center vertical guide by the inner inclined portion when the inner window is closed and to push the second inner outer vertical piece toward the center vertical guide when the outer window is closed, The outer vertical piece is pushed so as to be close to the center vertical guide so that the intimate contact of the insulator and dust can be more thoroughly blocked from the outside as a close contact support on the side, And to provide a high airtight window.

SUMMARY OF THE INVENTION It is an object of the present invention to provide a rail-covering high-tightness window which can easily be cleaned when a foreign object is deposited, and particularly can prevent intrusion of insects and penetration of dust, .

An object of the present invention is to provide a rail-covered high-tightness window which can ensure smooth rolling of the inner window and the outer window.

The object of the present invention is to provide a rolling cover which can ensure the rolling of the inner window and the outer window at the time of opening the window and prevent the entrance and exit of the indoor and outdoor air by close contact between the inner window and the outer window at the time of closing the window, And to provide a high airtight window.

SUMMARY OF THE INVENTION An object of the present invention is to provide a rail-covered high-tightness window which can be manufactured with a simple construction to ensure airtightness.

According to an aspect of the present invention,

The first inner horizontal guide, the inner rail, the second inner horizontal guide, the first inner vertical guide and the second inner vertical guide, and the first outer horizontal guide, the outer rail, the second outer horizontal guide, the first outer vertical guide, An inner horizontal bar, an inner central vertical bar, an inner window having a first inner outer vertical and a second inner outer vertical, and an outer horizontal bar, an outer central vertical bar, a first outer outer vertical bar, And a window having an outer window having a second outer outer vertical, the rail covering high-tightness window comprising:

A center horizontal guide and a center vertical guide formed horizontally and vertically along the center of the window frame so as to receive and seal the inner window and the outer window,

An inner vertical cap which covers from the first inner vertical guide to the second inner vertical guide while closely supporting the inner window when the inner window is closed, and an inner vertical cap which covers from the first outer vertical guide to the second outer vertical guide, And an outer vertical cap for tightly supporting the cap when it is hung,

Wherein the inner vertical cap further comprises an inner inclined portion for urging the second inner outer vertical piece toward the center vertical guide when the inner window is closed,

The outer vertical cap further includes an outer inclined portion for urging the second outer outer vertical piece toward the center vertical guide when the outer window is closed.

The present invention is characterized in that when the inner side window and the outer side window are closed by the inner vertical cap and the outer vertical window, the intimate contact of the insects and the dust is prevented from intruding from the outside, It is effective.

The present invention relates to a method of manufacturing an inner window by pushing a second inner outer vertical piece of the inner window toward the center vertical guide by means of an inner inclined portion when the inner window is closed, It is possible to push against the center vertical guide so as to come close to the center vertical guide so that intrusion of insects or penetration of dust can be more thoroughly blocked from the outside as tightly adhered support on the side to maximize vibration isolation and heat insulation.

The present invention covers from the first inner horizontal guide to the second inner horizontal guide and covers from the first outer horizontal guide to the second outer horizontal guide to flatten the outer appearance of the window frame, thereby facilitating the cleaning when depositing foreign matter In particular, penetration of insects and penetration of dusts from the outside are thoroughly blocked, and dustproof soundproofing and insulation are improved.

The present invention has the effect of ensuring smooth rolling of the inner window and the outer window.

The present invention ensures the rolling of the inner window and the outer window at the time of opening the window, and closes the inner window and the outer window at the time of closing the window, thereby blocking entrance and exit of the indoor and outdoor air and preventing the window from falling completely.

In the present invention, the inner window and the outer window are closely contacted by the inner horizontal inclined piece and the inner horizontal supporting piece, the outer horizontal inclined piece and the outer horizontal supporting piece when the window is closed, It is possible to prevent the entrance and exit of air, and at the same time to prevent noise from falling down and windows.

The present invention provides an air-tightness between the inner window and the outer window when the window is closed, thereby preventing the indoor and outdoor air from entering and leaving the room, and also preventing the windows from falling down.

The present invention has the effect of increasing productivity by ensuring airtightness with a simple configuration.

1 is a sectional view showing a window having a heat insulating and soundproofing structure according to the prior art document (Japanese Patent No. 1043068).
2 is a perspective view illustrating a rail-covered high-tightness window according to the present invention.
FIGS. 3A to 3D are cross-sectional views taken along the line AA of FIG. 2, respectively, showing an inner window and an outer window opened or closed;
4 is a sectional view taken along line BB of Fig.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The preferred embodiments of the rail-covered high-tightness window according to the present invention will be described with reference to the drawings, and there can be a plurality of embodiments thereof, and the objects, features and advantages It becomes understandable.

3 is a cross-sectional view taken along the line AA in Fig. 2, and is a sectional view showing an inner window and an outer window opened or closed, respectively, and Fig. 4 Is a sectional view taken along line BB of Fig.

The rail covering high-tightness window according to the present invention comprises a window frame 100 and a window 200, as shown in FIGS.

More specifically, the window frame 100 includes a first inner horizontal guide 11b, an inner rail 11c, a second inner horizontal guide 11d, a first inner vertical guide 14a, and a second inner vertical guide 14b. And a second outer vertical guide 14e and a second outer vertical guide 14e and a second outer vertical guide 14b and a second outer vertical guide 14b. The first outer horizontal guide 13a, the outer rail 13b, the second outer horizontal guide 13c, An inner window 20 with an inner horizontal bar 21, an inner central vertical bar 22, a first inner outer vertical piece 23a and a second inner outer vertical piece 23b and an outer horizontal bar 31, And an outer window 30 having an outer central vertical bar 32, a first outer outside vertical piece 33a and a second outer outside vertical piece 33b.

The rail covering high-tightness window according to the present invention is horizontally disposed along the center of the window frame 100 so as to receive the sealing between the inner window 20 and the outer window 30, And a vertical center guide 12 and a center vertical guide 14c formed vertically and covering the inner vertical guide 14a from the first inner vertical guide 14a to the second inner vertical guide 14b while the inner window 20 is closed And an outer vertical cap 80 which is in close contact with and supports the outer side window 30 when the outer side window 30 is closed while covering from the first outer side vertical guide 14d to the second outer side vertical guide 14e, ).

More specifically, the inner vertical cap 70 further includes an inner inclined portion 71 for pushing the second inner outer vertical piece 23b toward the center vertical guide 14c when the inner window 20 is closed And the outer vertical cap 80 includes an outer inclined portion 81 for urging the second outer vertical piece 33b toward the center vertical guide 14c when the outer window 30 is closed .

When the inner window (20) and the outer window (30) are closed by the inner vertical cap (70) and the outer vertical cap (80), intrusion of the insects and penetration of the dust are prevented Thereby making it possible to improve sound insulation and insulation.

In particular, when the inner window 20 is closed, the second inner outer vertical piece 23b of the inner window 20 is urged toward the center vertical guide 14c by the inner inclined portion 71, When the window 30 is closed, the second outside outer vertical piece 33b of the outer window 30 is pushed by the outer inclined portion 81 so as to be closely contacted to the center vertical guide 14c, The penetration of insects and the infiltration of dusts from the outside can be more thoroughly blocked as a close contact support, thereby maximizing the dustproof soundproofing and heat insulation.

At this time, the center horizontal guide 12 and the center vertical guide 14c are connected to the inner horizontal bar 21, the outer horizontal bar 31, the second inner outer vertical piece 23b and the second outer outer vertical piece 33b So that the inner window 20 and the outer window 30 can be closely contacted with each other when they are closed.

Further, the rail-covered high-tightness window according to the present invention includes an inner rail 11c as a center and an inner side supporting the inner window 20 while covering the inner rail 11c from the first inner horizontal guide 11b to the second inner horizontal guide 11d A horizontal cap 50 and an outer horizontal cap 60 supporting the outer window 30 while covering the first outer horizontal guide 13a to the second outer horizontal guide 13c with the outer rail 13b as a center, .

The inner rail is covered with the inner rail 11c from the first inner horizontal guide 11b to the second inner horizontal guide 11d to the inner horizontal cap 50 and at the same time the first outer side The outer surface of the window frame 100 can be flattened by covering the outer horizontal cap 60 from the horizontal guide 13a to the second outer horizontal guide 13c. This makes it easy to clean when depositing foreign matter, Penetration and dust penetration can be thoroughly cut off, so that dustproof soundproofing and insulation can be improved.

The inner horizontal cap 50 has an inner projecting line 51 along the center line and the outer horizontal cap 60 has an outer projecting line 61 along the center line so that the inner window 20 and / So that smooth rolling of the outer window 30 can be ensured.

The rail covering high airtightness window according to the present invention further includes an innermost horizontal guide 11a spaced from the first inner horizontal guide 11b and an outermost horizontal guide 13d spaced from the first outer horizontal guide 13a And the inner horizontal support piece 41 is fixed in the middle of the innermost horizontal guide 11a so that the inner window 20 approaches the inner horizontal support piece 41 when the inner window 20 is closed And an inner horizontal inclined piece 42 fixed to the inner horizontal bar 21 so as to be pushed out in the outward direction while fixing the outer horizontal supporting piece 43 in the middle of the outermost horizontal guide 13d, And an outer horizontal inclined piece 44 fixed to the outer horizontal bar 31 so that the outer window 30 is pushed toward the indoor direction while approaching the outer horizontal supporting piece 43, The inner window 20 and the outer window 30 can be rolled when the window 200 is opened, The adhesion between the outer window 30 to block the entrance of the indoor and outdoor air cake and at the same time may be formed of a configuration to prevent the cake window 200 falls.

The inner window 20 and the outer window 30 are closed by the inner horizontal slant pieces 42 and the inner horizontal support pieces 41 and the outer horizontal slant pieces 44 and the outer horizontal support pieces 43 when the window 200 is closed. So that they are in close contact with each other, that is, they are in close contact with each other while being pushed outward in the outdoors direction and in the indoor direction, thereby preventing entrance and exit of the outside air, soundproofing and dustproofing, and preventing the falling of the window 200.

The inner central groove 22a and the inner central bend 22b and the outer central groove 32a and the outer central bend 32b are extended from the inner central vertical bar 22 and the outer central vertical bar 32, A packing 32b which is fitted in the inner central groove 22a and the outer central groove 32a and is in close contact with the inner central bending piece 22b and the outer central bending piece 32b respectively when the window 200 is closed, (P).

When the window 200 is closed, that is, the inner window 20 and the outer window 42 are closed by the inner horizontal inclined piece 42 and the inner horizontal holding piece 41, the outer horizontal inclined piece 44 and the outer horizontal holding piece 43 The inner central bending piece 22b is brought into close contact with the packing P sandwiched by the outer central groove 32a and the outer central bending piece 32b is fitted into the inner central groove 22a of the packing P So that it is possible to prevent entrance and exit of the indoor and outdoor air, as well as soundproofing and dustproofing, and to prevent the falling of the window 200.

The rail covering high airtightness window according to the present invention includes an inner inclined cushion C1 fixed to an inner central vertical bar 22 below an inner central bent piece 22b and an outer inclined cushion C1 fixed to an outer center An outer inclined cushion C2 fixed to the vertical bar 32 and a center inclined cushion C3 fixed to the center of the center horizontal guide 12 so that the inner inclined cushion C1 and the outer inclined cushion C2 are in close contact with each other ).

When the inner window 20 and the outer window 30 are brought into close contact with each other by the inner horizontal inclined piece 42 and the inner horizontal holding piece 41 and the outer horizontal inclined piece 44 and the outer horizontal holding piece 43, The inner inclined cushion C1 and the outer inclined cushion C2 are brought into close contact with the center inclined cushion C3 so as to prevent entrance and exit of the outside air as well as to prevent noise and vibration and prevent the falling of the window 200 .

As described above, the rail covering high-tightness window according to the present invention can smoothly realize the outer appearance of the window frame 100 by the inner horizontal cap 50 and the outer horizontal cap 60, In addition, it is possible to prevent the penetration of insects from outside or the infiltration of dust into the room, thereby improving the anti-vibration sound insulation and insulation. Further, when the window 200 is closed, the inner window 20 and the outer window 30 Thereby preventing the indoor and outdoor air from entering and leaving the room, soundproofing, and preventing the dust from further falling down and further preventing the window 200 from falling. In particular, the airtightness can be ensured by the simple configuration, thereby enhancing the productivity.

INDUSTRIAL APPLICABILITY The present invention can be applied to a window-related construction field for indoor ventilation and dimming of a building.

100: window frame 11a: innermost horizontal guide
11b: first inner horizontal guide 11c: inner rail
11d: second inner horizontal guide 12: center horizontal guide
13a: first outer lateral guide 13b: outer rail
13c: second outside horizontal guide 13d: outermost horizontal guide
14a: first inner vertical guide 14c: center vertical guide
14d: first outside vertical guide 200: window
20: inner window 21: inner horizontal bar
22: Inner central vertical bar 22a: Inner central groove
22b: Inner central bent piece 23a: First inside outer vertical piece
23b: second inner outside vertical piece 30: outer window
31: outer horizontal bar 32: outer central vertical bar
32a: outer central groove 32b: outer central bent piece
33a: first outside outside vertical piece 33b: second outside outside vertical piece
41: inner horizontal support piece 42: inner horizontal inclined piece
43: outer horizontal support piece 44: outer horizontal inclined piece
S: sealing member P: packing
C1: Inner slope cushion C2: Outside slope cushion
C3: Center slope cushion 50: Inner horizontal cap
51: inner projecting line 60: outer horizontal cap
61: outer projecting line 70: inner vertical cap
71: inner inclined portion 80: outer vertical cap
81: outer inclined portion

Claims (7)

The first inner horizontal guide 11b, the inner rail 11c, the second inner horizontal guide 11d, the first inner vertical guide 14a and the second inner vertical guide 14b and the first outer horizontal guide 13a, A window frame 100 having an outer rail 13b, a second outer horizontal guide 13c, a first outer vertical guide 14d and a second outer vertical guide 14e, and an inner horizontal bar 21, An inner window 20 having a vertical bar 22, a first inner outer vertical piece 23a and a second inner outer vertical piece 23b and an outer horizontal bar 31, an outer central vertical bar 32, A rail-covered high air tight window comprising a window (200) with an outer window (30) having an outer outer vertical piece (33a) and a second outer outer vertical piece (33b)
A center horizontal guide 12 and a center vertical guide 12 formed horizontally and vertically along the center of the window frame 100 so as to receive and seal the inner window 20 and the outer window 30, And a vertical guide 14c,
An inner vertical cap 70 for covering and supporting the inner window 20 from the first inner vertical guide 14a to the second inner vertical guide 14b when the inner window 20 is closed, And an outer vertical cap (80) for covering and supporting the outer window (30) from the first outer vertical guide (14d) to the second outer vertical guide (14e)
The inner vertical cap 70 includes an inner inclined portion 71 for pushing the second inner outer vertical piece 23b toward the center vertical guide 14c when the inner window 20 is closed Further included,
The outer vertical cap 80 includes an outer inclined portion 81 for pushing the second outer outer vertical piece 33b toward the center vertical guide 14c when the outer window 30 is closed Further comprising a rail-covered high-tightness window. The method according to claim 1,
The center horizontal guide 12 and the center vertical guide 14c are connected to the inner horizontal bar 21 and the outer horizontal bar 31 and the second inner outer vertical piece 23b and the second outer vertical piece 33b, Further comprising a sealing member (S) facing the rear side of the rail. 3. The method of claim 2,
An inner horizontal cap 50 for supporting the inner window 20 while covering the inner rail 11c from the first inner horizontal guide 11b to the second inner horizontal guide 11d,
And an outer horizontal cap 60 supporting the outer window 30 while covering the outer rail 13b from the first outer horizontal guide 13a to the second outer horizontal guide 13c Characterized in that the rail-covering high-tightness window. The method of claim 3,
The inner horizontal cap (50) has an inner protruding line (51) along the center line,
Characterized in that said outer horizontal cap (60) has an outwardly projecting line (61) along a centerline. The method of claim 3,
An innermost horizontal guide 11a spaced from the first inner horizontal guide 11b and an outermost horizontal guide 13d spaced from the first outer horizontal guide 13a,
The inner horizontal support piece 41 is fixed in the middle of the innermost horizontal guide 11a and the inner window 20 is moved outdoors while approaching the inner horizontal support piece 41 when the inner window 20 is closed. And an inner horizontal inclined piece 42 fixed to the inner horizontal bar 21 so as to be pushed in the direction of the horizontal inclined piece 42,
The outer horizontal support piece 43 is fixed to the middle of the outermost horizontal guide 13d and the outer horizontal window 43 is closed while the outer window 30 is closed, And an outer horizontal inclined piece (44) fixed to the outer horizontal bar (31)
When the window 200 is opened, rolling of the inner window 20 and the outer window 30 is ensured. When the window 200 is closed, the inner window 20 and the outer window 30 are closely contacted with each other, (200) is prevented from falling down while blocking the entrance and exit of the window (200). The method according to claim 1,
An inner central groove 22a and an inner central bend 22b which are respectively bent and extended from the inner central vertical bar 22 and the outer central vertical bar 32, (32b)
A packing P which is respectively fitted in the inner central groove 22a and the outer central groove 32a and is in close contact with the inner central bent piece 22b and the outer central bent piece 32b when the window 200 is closed Characterized in that the rail-covering high-tightness window. The method according to claim 6,
An inner inclined cushion C1 fixed to the inner central vertical bar 22 under the inner central bent piece 22b,
An outer inclined cushion C2 fixed to the outer central vertical bar 32 under the outer central bent piece 32b,
Further comprising a center inclined cushion (C3) fixed on the center of the center horizontal guide (12) so that the inner inclined cushion (C1) and the outer inclined cushion (C2) .

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