KR102251879B1 - Horuzomtally sliding window apparatus for improvement sealing - Google Patents

Abstract

The present invention relates to a window structure in which airtightness is improved to improve heat insulation, sound insulation, and earthquake resistance.
Specifically, in the conventional non-seogi window structure, by installing an elastic member in the space generated by being spaced apart between the window frame and the window sill, the thermal insulation, sound insulation, and shock when vibration and impact are applied to the window frame from outside air are caused by the decrease in airtightness by installing an elastic member It has an improved structure to overcome the problem of a window that can be absorbed and buffered easily by seismic resistance, and has an improved airtightness to improve heat insulation, sound insulation and earthquake resistance.

Description

Secret window structure with improved airtightness {HORUZOMTALLY SLIDING WINDOW APPARATUS FOR IMPROVEMENT SEALING}

The present invention relates to a window structure in which airtightness is improved to improve heat insulation, sound insulation, and earthquake resistance.

Specifically, in the conventional non-seogi window structure, by installing an elastic member in the space generated by being spaced apart between the window frame and the window sill, the thermal insulation, sound insulation, and shock when vibration and impact are applied to the window frame from outside air are caused by the decrease in airtightness by installing an elastic member. It has an improved structure to overcome the problem of easily shaking the window due to the absorption and buffering of the seismic, improved airtightness to improve the heat insulation, sound insulation and earthquake resistance to a miseogi window structure.

Among the aluminum windows, products with excellent insulation properties have been released, and research is constantly being conducted to increase not only insulation properties but also sound insulation and earthquake resistance.

Currently, there is a structure in which aluminum and polyamide (heat conduction barrier) are bonded even among windows sold on the market.

We will look at the technology related to the conventional polyamide-containing aluminum window.

First, in Unexamined Patent Publication No. 10-2017-0039915, an insulating material for a curtain wall frame (prior art 1) is described.

The prior art 1 describes an insulating material for a curtain wall frame with improved insulating performance and strength, including glass bubbles or glass beads.

However, prior art 1 is not only different from the technology that the applicant intends to propose because only a part of the insulation cover 240 is polyamide material, and only some components are decomposed, and the entire composition is not fluidly decomposed (separated). , It is not easy to change the window.

On the other hand, in the case of the present invention proposed by the present applicant, with respect to the glass window that is joined to both sides, the configuration of one side is to wrap the window, while the configuration of the other side is to support only two sides of the window, and the other side is By allowing the separate configuration to be supported, the window on the other side can be separated first, and the window on the other side (one side) can be separated, making the replacement work very easy.

Next, in Korean Patent Publication No. 10-1470909, functional insulation windows (prior art 2) are described.

The prior art 2, the inner profile installed to cover the inner surface of the spaced space between the glass windows arranged at regular intervals; An outer profile fastened to the inner profile and installed to cover an outer surface of the spaced space; It is fastened to cover the outer surface of the outer profile, and it describes that it includes a finishing cap into which an insulating material is inserted.

Next, Korean Patent Publication No. 10-1543455 discloses a prefabricated curtain wall insulation reinforcing structure (prior art 3).

The prior art 3 describes a prefabricated curtain wall insulation reinforcing structure in which insulation performance is improved by mounting an insulation reinforcing panel in order to secure the insulation properties of the curtain wall constituting the exterior of a building.

Finally, Korean Patent Publication No. 10-1610195 discloses a window for a curtain wall (prior art 4).

The prior art 4 prevents the inflow of cold air or heat from the outside into the interior to improve the heat insulation effect, and when the window frame is opened or closed, the window frame is easily distorted due to the weight of the tempered glass or the opening and closing impact. It describes windows and doors for curtain walls that can prevent bending or bending.

Unexamined Patent Publication No. 10-2017-0039915 (2017.04.12.) Registered Patent Publication No. 10-1470909 (announced on Dec. 10, 2014) Registered Patent Publication No. 10-1543455 (Announcement on Aug. 10, 2015) Registered Patent Publication No. 10-1610195 (announced on April 12, 2016)

An object of the present invention is to overcome the problems in which the windows are easily shaken due to the decrease in airtightness by installing an elastic member in the space generated by being spaced apart between the window frame and the window in the conventional miseogi window structure. It is to provide a window structure with improved airtightness and improved heat insulation, sound insulation, and earthquake resistance.

Specifically, if the elastic member is manufactured in close contact with the four sides of the rail to effectively block airtightness, the heat insulation is greatly improved, the sound insulation that can prevent noise is high, and when vibration and shock are applied to the window frame from outside air, it will be shocked. Because the elastic member can absorb and buffer, it is excellent in seismic resistance by improving the vulnerable problem of the window swaying easily due to earthquake resistance, and the installation of the elastic member is completed simply by inserting and inserting, so the construction is easy. The purpose is to provide this neat and luxurious window system.

In order to achieve the above-described object, the improved airtightness according to the present invention is improved to improve heat insulation, sound insulation, and earthquake resistance so that the windows do not easily shake due to earthquake resistance.

A window frame formed by combining the aluminum profile 10 and the polyamide material coupling member 20, and the window frames 31, 32, 33, which are implemented as a window frame in the window frame along the rail wall 10a of the profile. 34, 35, 36), including the window structure,

The profile 10 is composed of a'ㅁ'-shaped bar, and the profile 10 and the coupling member 20 are sequentially coupled to form a window frame,

The profile 10 constitutes a groove on each side of the two profiles 10 facing each other, and two coupling members 20 are coupled through each of the grooves of the two profiles 10 facing each other to form two profiles ( 10),

The rail wall 10a extends in the window frame inner direction of the profile 10 constituting the window frame,

It is characterized in that the window is opened and closed along the rail wall (10a).

At this time, the rail wall 10a,

A first rail wall protrusion (10b) formed in a symmetrical direction toward the lower side and formed in a'b' shape; A second rail wall protrusion 10c formed in a symmetrical direction under the first rail wall protrusion 10b and formed in a'b' shape; Including; a third rail wall projections (10d) formed in a symmetrical direction under the second rail wall projections (10c) and formed in a'b' shape,

The third rail wall protrusion 10d is formed at the end of the rail wall 10a and is configured to further include a convex portion 10e protruding convexly to one side of the two third rail wall protrusions 10d. It is characterized.

In addition, the windowpane is completed by combining one side of the windowpan 31 and the other side of the windowpan 32, and a glass window was combined between them,

One side of the window 31 is,

'자 형상의 ㄷ자프레임(31c)과; 상기 외벽(31a)의 다른 단부에서 수직된 방향으로 타측방향을 향해 연장된 수직프레임(31d)과; 상기 수직프레임(31d)의 하방으로 중공(31e')을 포함도록 연장 형성된 연장체(31e)와; 상기 연장체(31e)의 단부에서 하방으로 연장된 창문고정벽(31f)과; 상기 창문고정벽(31f)의 단부에서 수직된 방향으로 연장된 창문걸림벽(31f');을 포함하도록 구성된 것을 특징으로 한다.An outer wall 31a; A vertical finishing wall (31b) extending in a direction perpendicular to one end of the outer wall (31a) in the profile (10) direction toward the other side; 'Mohair is coupled to the end of the vertical finishing wall (31b)

'C-shaped frame (31c) and; A vertical frame 31d extending from the other end of the outer wall 31a in a vertical direction toward the other side; An extension body (31e) extending downwardly from the vertical frame (31d) to include a hollow (31e'); A window fixing wall 31f extending downward from an end of the extension 31e; It characterized in that it is configured to include a; window hanging wall (31f') extending in a direction perpendicular to the end of the window fixing wall (31f).

In addition, the other side of the window 32,

'자 형상의 ㄷ자프레임(32c)과; 상기 외벽(32a)의 다른 단부에서 수직된 방향으로 타측방향을 향해 연장된 수직프레임(32d)과; 상기 수직프레임(32d)의 하방으로 중공(32e')을 포함도록 연장 형성된 연장체(32e);를 포함하되,An outer wall 32a; A vertical finishing wall 32b extending in a direction perpendicular to an end of the outer wall 32a in the profile 10 direction; 'Mohair is coupled to the end of the vertical finishing wall (32b)

'C-shaped frame (32c) and; A vertical frame 32d extending from the other end of the outer wall 32a in a vertical direction toward the other side; Including; an elongated body (32e) extending downward to include a hollow (32e') of the vertical frame (32d);

It is characterized in that a first protruding protrusion 32e ″ and a second protruding protrusion 32e ″ are formed below the extension body 32e.

In addition, the other side of the window 32 is coupled to the first protruding protrusion 32e'' and the second protruding protrusion 32e''', together with the window hanging wall 31f' of the one side 31 Further comprising a fixing means for fixing the window,

The fixing means,

A window fixing wall 32f having a direction extending downward;

A window hanging wall 32f' extending in a vertical direction from the lower end of the window fixing wall 32f to fix the window;

A protrusion formed at the other end of the window fixing wall 32f and bent to be coupled to the first protruding protrusion 32e ″ of the extension body 32e is formed,

One side of the window fixing wall 32f is formed with an inclined support wall 32f'' configured to incline toward the second protruding protrusion 32e''', and a second inclined support wall 32f'' is formed at an end of the inclined support wall 32f''. It characterized in that it is configured to form a protrusion coupled to the protruding protrusion (32e'").

In addition, a plurality of grooves are formed on each of the facing surfaces of the extensions 31e and 32e of the one side 31 and the other side 32 so that the coupling member 20a made of polyamide can be coupled,

The combination of the coupling member 20a is characterized in that it is possible to stably couple the one side of the window 31 and the other side 32 of the window.

In addition, when the one side of the window 31 and the other side of the window 32 are combined, a hollow is formed in the space between the outer walls 31a and 32a,

A pressing member is further included in a space corresponding to the upper side of the space between the outer walls 31a and 32a of the window sill.

In addition, the pressing member,

A closing protrusion 33b formed perpendicular to the open end of the connection box 33 and two connection protrusions 33a formed to be bent in a'b' shape on the lower surface of the connection box 33 to face the bent direction A connection box (33) having a cross-sectional structure of a box with an open top surface;

It characterized in that it is configured to include; a rising body 34 which is coupled to the connection box 33 and functions to rise or fall.

In addition, the riser 34,

Consisting of a combination of the fixed frame (34a) and the connection frame (34b),

The fixed frame (34a),

Two first frames 34a' having a horizontal direction; Two second frames 34a ″ extending downward from each of the two first frames 34a ′; Consists of including two third frames (34a''') extending vertically from the other ends of the two second frames (34a'') in a direction opposite to the first frame (34a'),

The connection frame 34b is configured in a'└┘' shape, and each of the two vertical ends connects each of the two first frames 34a',

The connection frame (34b) is configured to be connected inward than the end of the first frame (34a'), and the open area is partially closed between the two first frames (34a'). .

In addition, the third frame (34a''') is configured to be caught on the closing protrusion (33d) from the inside of the connection box (33) so that the lifter (34) is not separated from the connection box (33). It is characterized by playing a role.

In addition, the flexible pressing unit 36 is inserted and fixed to the connection frame 34b, and one side of the flexible pressing unit 36 is exposed from the groove portion by the connection frame 34b, so that the convex portion of the rail wall 10a It is characterized in that it abuts against (10e).

In addition, the lower surface of the connection frame 34b of the riser 34 from the inner bottom of the connection box 33 is connected and coupled by a spring 35, so that the rise and fall of the riser 34 is possible. and,

When the lifter 34 is raised, the flexible pressing portion 36 always contacts the convex portion 10e of the rail wall 10a to improve airtightness.

According to the secret window structure that improves the airtightness according to the present invention to improve heat insulation, sound insulation and earthquake resistance, the space generated by being separated between the window frame and the window sill is easily shaken by heat insulation, sound insulation and seismic resistance caused by the decrease in airtightness by installing an elastic member. Allows you to overcome the weak problem of the window.

1 is a view showing the structure of the window structure by improving the airtightness according to the present invention to improve heat insulation, sound insulation and earthquake resistance.
Figure 2 shows the configuration of the upper side of the window that is coupled to the profile of the window structure that improves heat insulation, sound insulation and earthquake resistance by improving the airtightness according to the present invention.
3 shows a configuration in a downward direction corresponding to the lower side of the window of FIG. 2.
FIG. 4 shows the configuration of a pressing member that improves the airtightness of the spaced space between the upper side of the window and the profile of the upper side of the window structure in which the insulation, sound insulation, and earthquake resistance are improved by improving the airtightness according to the present invention.
4A shows another example of the spring of FIG. 4.

Terms or words used in this specification and claims should not be construed as being limited to their usual or dictionary meanings, and that the inventor can appropriately define the concept of terms in order to describe his own invention in the best way. Based on the principle, it should be interpreted as a meaning and concept consistent with the technical idea of the present invention.

Therefore, the embodiments described in the present specification and the matters shown in the drawings are only the most preferred embodiments of the present invention, and do not represent all the technical ideas of the present invention, and various equivalents that can replace them at the time of application It should be understood that there may be variations and variations.

Hereinafter, prior to description with reference to the drawings, matters that are not necessary to reveal the gist of the present invention, that is, known configurations that can be obviously added by those skilled in the art are not shown or specifically described. Make the note clear.

The present invention relates to a window structure in which airtightness is improved to improve heat insulation, sound insulation, and earthquake resistance.

Specifically, in the conventional window structure, the improved structure to overcome the shortcomings of the window sill easily shaken due to the decrease in airtightness by installing an elastic member in the space generated by being spaced apart between the window frame and the window sill. It relates to a window structure having improved airtightness and improved heat insulation, sound insulation and earthquake resistance.

1 is a view showing the structure of the window structure by improving the airtightness according to the present invention to improve heat insulation, sound insulation and earthquake resistance.

As shown in FIG. 1 of the accompanying drawings, the miseogi window structure having improved airtightness according to the present invention has a window frame formed by combining a profile 10 made of aluminum and a coupling member 20 made of polyamide, It is configured to include a window frame (31, 32, 33, 34, 35, 36) that is implemented as a window frame along the rail wall (10a) of the profile.

At this time, the profile 10 is composed of a'ㅁ'-shaped bar, and the profile 10 and the coupling member 20 are sequentially coupled to form a window frame.

At this time, one of the profiles 10 located on the outermost side of the window frame is referred to as the outermost profile 11, which may include a protruding wall protruding toward the end.

This profile 10 constitutes a groove on each side of the two profiles 10 facing each other, and combines the two coupling members 20 through each groove of the two profiles 10 to face two profiles. Connect (10).

In this way, as the coupling member 20 is composed of two between the two profiles 10 and connected, a hollow is formed to secure thermal insulation performance, and the profile 10 also has a hollow like a conventional window. It is configured so that insulation performance can be secured.

The rail wall 10a extends toward the inside of the window frame of the profile 10 constituting the window frame.

These rail walls (10a) are formed in a symmetrical direction toward the bottom of the two, and a first rail wall protrusions (10b) formed in a'b' shape; A second rail wall protrusion 10c formed in a symmetrical direction under the first rail wall protrusion 10b and formed in a'b' shape; Including; a third rail wall projections (10d) formed in a symmetrical direction under the second rail wall projections (10c) and formed in a'b' shape,

The third rail wall protrusion 10d is formed at the end of the rail wall 10a and is configured to further include a convex portion 10e protruding convexly to one side of the two third rail wall protrusions 10d. .

In addition, a conventional mohair for controlling the inflow of foreign substances by a window frame may be coupled to a groove formed by the formation of the first and second rail bricks 10b and 10c.

On the other hand, since the window frame is generally formed in the'ㅁ' direction, it should be understood that the above-described structure is expressed in a symmetrical direction as shown in FIG. 1 when viewed in a cross section or a longitudinal section.

The inside of such a window frame may be configured with a window panel that is coupled to the rail wall 10a to be opened and closed by operating in the form of a sliding door. Such a window panel will be described with reference to FIGS. 2 and 3 of the accompanying drawings.

Figure 2 shows the configuration of the upper side of the window sill coupled to the profile of the window structure in which the airtightness is improved by improving the heat insulation, sound insulation and earthquake resistance according to the present invention, and Fig. 3 is a downward direction corresponding to the lower side of the window sill of Fig. It shows the composition of.

The windowpane is completed by combining one side of the windowpan 31 and the other side of the windowpan 32, and a glass window (window) between them is bonded by a combination of caulking and silicone.

First, the one side of the window 31,

'자 형상의 ㄷ자프레임(31c)과; 상기 외벽(31a)의 다른 단부에서 수직된 방향으로 타측방향을 향해 연장된 수직프레임(31d)과; 상기 수직프레임(31d)의 하방으로 중공(31e')을 포함도록 연장 형성된 연장체(31e)와; 상기 연장체(31e)의 단부에서 하방으로 연장된 창문고정벽(31f)과; 상기 창문고정벽(31f)의 단부에서 수직된 방향으로 연장된 창문걸림벽(31f');을 포함하도록 구성된다.An outer wall 31a; A vertical finishing wall (31b) extending in a direction perpendicular to one end of the outer wall (31a) in the profile (10) direction toward the other side; 'Mohair is coupled to the end of the vertical finishing wall (31b)

'C-shaped frame (31c) and; A vertical frame 31d extending from the other end of the outer wall 31a in a vertical direction toward the other side; An extension body (31e) extending downwardly from the vertical frame (31d) to include a hollow (31e'); A window fixing wall 31f extending downward from an end of the extension 31e; It is configured to include a window hanging wall (31f') extending in a direction perpendicular to the end of the window fixing wall (31f).

In addition, the other side of the window 32,

'자 형상의 ㄷ자프레임(32c)과; 상기 외벽(32a)의 다른 단부에서 수직된 방향으로 타측방향을 향해 연장된 수직프레임(32d)과; 상기 수직프레임(32d)의 하방으로 중공(32e')을 포함도록 연장 형성된 연장체(32e);를 포함하되,An outer wall 32a; A vertical finishing wall 32b extending in a direction perpendicular to an end of the outer wall 32a in the profile 10 direction; 'Mohair is coupled to the end of the vertical finishing wall (32b)

'C-shaped frame (32c) and; A vertical frame 32d extending from the other end of the outer wall 32a in a vertical direction toward the other side; Including; an elongated body (32e) extending downward to include a hollow (32e') of the vertical frame (32d);

It is configured such that two protruding protrusions 32e" and 32e"' are formed below the extension body 32e. These are referred to as a first protruding protrusion 32e" and a second protruding protrusion 32e"'.

The above-described configuration of one side of the window and the other side of the window should be compared to the configuration of the window from the drawing shown in cross section, so that the structure can be analyzed. This will be sufficiently interpreted by those of ordinary skill in the art.

In addition, the other side of the window 32 is coupled to the first protruding protrusion 32e'' and the second protruding protrusion 32e''', together with the window hanging wall 31f' of the one side 31 It may further include a fixing means for fixing the window,

The fixing means,

A window fixing wall 32f having a direction extending downward; A window hanging wall 32f' extending in a vertical direction from the lower end of the window fixing wall 32f to fix the window; A protrusion formed at the other end of the window fixing wall 32f and bent to be coupled to the first protruding protrusion 32e ″ of the extension body 32e is formed.

In addition, an inclined support wall 32f ″ configured to incline toward the second protruding protrusion 32e″′ is formed on one side of the window fixing wall 32f, and at an end of the inclined support wall 32f″ It is configured such that a protrusion coupled to the second protruding protrusion 32e''' is formed.

In addition, a plurality of grooves are formed on each of the facing surfaces of the extensions 31e and 32e of the one side 31 and the other side 32 so that the coupling member 20a made of polyamide can be coupled, The coupling of the coupling member 20a makes it possible to stably couple the one side of the window 31 and the other side 32 of the window.

When the one side of the window 31 and the other side of the window 32 are combined in this way, a hollow is formed in the space between the outer walls 31a and 32a, and this space has conventionally been used as a blank space for the window to be coupled to the window frame.

In addition, as shown in FIG. 3 of the accompanying drawings, a wheel (wheel) means is coupled to the space so that the wheel is engaged with the rail wall 10a so that the window can be opened and closed according to an external force.

However, the presence of such a space lowers the airtightness and affects the insulation performance, sound insulation performance, and seismic performance of the windows. However, there was a problem in that it was difficult to combine the window with the window frame to eliminate the space.

In the present invention, the configuration of the pressing member as shown in FIG. 4 is further included in the space corresponding to the upper side of the space between the outer walls 31a and 32a of the window.

It is preferable that such a pressing member is provided on the upper side of the window sill, because when provided on the lower side, it may interfere with the operation of the Miseogi window.

FIG. 4 shows the configuration of a pressing member that improves the airtightness of the spaced space between the upper side of the window and the profile of the upper side of the window structure in which the insulation, sound insulation, and earthquake resistance are improved by improving the airtightness according to the present invention.

The pressing member,

A closing protrusion 33b formed perpendicular to the open end of the connection box 33 and two connection protrusions 33a formed to be bent in a'b' shape on the lower surface of the connection box 33 to face the bent direction A connection box (33) having a cross-sectional structure of a box with an open top surface;

It is coupled to the connection box (33) and a rising body (34) functioning to rise or fall; it is configured to include.

At this time, the end portions of each of the vertical frames 31d and 32d are formed in a symmetrical direction so that protrusions bent in a'L' shape are bent in opposite directions to each other.

It is coupled to the connection protrusion 33a of the pressing member to each protrusion formed at each end of the vertical frames 31d and 32d.

The connection box 33 is coupled with a lifter 34, wherein the lifter 34 is composed of a combination of a fixing frame 34a and a connection frame 34b.

At this time, the fixing frame (34a),

Two first frames 34a' having a horizontal direction; Two second frames 34a ″ extending downward from each of the two first frames 34a ′; And two third frames 34a ″′, each extending vertically in a direction opposite to the first frame 34a ′ at the other end of the two second frames 34a″.

In addition, the connection frame 34b is configured in a'└┘' shape, and each of the two vertical ends is integrally configured to connect each of the two first frames 34a'.

At this time, the connection frame 34b is configured to be connected inward than the end of the first frame 34a', so that an open area between the two first frames 34a' has a configuration of a partially closed groove. .

In addition, the third frame (34a''') is configured to be caught on the closing protrusion (33d) from the inside of the connection box (33) so that the lifter (34) is not separated from the connection box (33). Plays a role.

In addition, a flexible pressing unit 36 made of a flexible material (rubber, silicon, etc.) is inserted and fixed to the connection frame 34b, and one side of the flexible pressing unit 36 is a groove part by the connection frame 34b. It is exposed from and can contact the convex portion 10e of the rail wall 10a.

In addition, the lower surface of the connection frame 34b of the riser 34 from the inner bottom of the connection box 33 is connected and coupled by a spring 35, so that the riser 34 rises and the flexible pressurization part 36 always abuts against the convex portion 10e of the rail wall 10a so that the airtightness can be improved.

In addition, when the window leaf opens and closes along the window frame, an easy opening and closing operation is possible on the window leaf due to the flexible material of the flexible pressing unit 36.

On the other hand, the spring 35 may be configured as a conventional coil spring, but may have the shape of a plate spring as shown in FIG. 4A.

4A shows another example of the spring of FIG. 4.

Specifically, the shape of the plate spring is configured to be curved and convex, but a flat plate is formed at the lower end, and a through hole is formed in the plate to be fastened to the inner bottom surface of the connection box 33 using bolts. Combined in a way.

In this case, there is an advantage in that the number of use of springs can be reduced as the use area of the springs 35 is increased while making the coupling of the springs 35 more robust.

On the other hand, depending on the design conditions, the connection box 33 and the riser 34 may further include the configuration of [Table 1].

The configuration of [Table 1] is due to friction with the flexible pressing unit 36 and the convex portion 10e of the rail wall 10a when the window is opened and closed along the window frame, so that the rising body 34 is connected to the box 33 ) To prevent the phenomenon of being pushed.

According to [Table 1], a'convex'-shaped protrusion protrudes on each of the facing surfaces of the closing protrusion 33b, and a ring is coupled to the protrusion in a small diameter area.

An elastic body such as a spring or a leaf spring is coupled to one side of the ring to extend, and an elastic plate capable of maintaining a shape while having a predetermined strength and elasticity, such as rubber, is coupled and extended to the other end of the elastic body.

In this case, bonding may be in various forms such as attachment, adhesion, welding, and the like.

In addition, the end of the elastic plate is to have a hook shape curved toward the inside of the connection box (33).

According to the configuration according to this [Table 1], when the riser 34 is coupled into the connection box 33, the third frame 34a''' of the riser 34 is a hook of the elastic plate When the connection box 33 and the lifter 34 are coupled as shown in FIG. 4 while being caught on the end of the shape, a ring from the protrusion of the closing protrusion 33b to the third frame 34a''' of the lifter 34, It can be connected by an elastic body and an elastic plate.

In this case, if the window frame is moved from the window frame, the flexible pressing unit 36 is pressed against the convex portion 10e of the rail wall 10a to generate a frictional force so that the rising body 34 is pushed in the connection box 33 Even if a phenomenon occurs, the ring coupled to the protrusion of the closing protrusion 33b, the elastic body and the elastic plate extending from the ring intercept (stop) the movement of the lifting body 34, and are coupled to the protrusion of the closing protrusion 33b at the same time. Since the ring can move freely from the protrusion, it is possible to increase the efficiency of intermittent movement, so that it is possible to prevent damage such as the pushing action of the lifter 34 and the resulting separation from the connection box 33.

What has been described with reference to the drawings above is a description of only the main matters of the present invention, and it is obvious that the present invention is not limited to the configuration of the drawings as various designs are possible within the technical scope.

10: Profile (aluminum)
11: outermost profile
10a: rail wall
10b: the first rail wall protrusion
10c: second rail wall protrusion
10d: 3rd rail wall protrusion
10e: convex
20: coupling member (polyamide)
21: bulkhead
20a: coupling member
31: one side of the window
31a: outer wall
31b: vertical closing wall
31c: C-shaped frame
31d: vertical frame
31e: extension
31e': hollow
31f: Window fixing wall
31f': Window hanging wall
32: the other side of the window
32a: outer wall
32b: vertical closing wall
32c: C-shaped frame
32d: vertical frame
32e: extension
32e': hollow
32e'': 1st protrusion
32e''': 2nd protrusion
32f: Window fixing wall
32f': Window hanging wall
32f'': inclined support wall
33: connection box
33a: connecting protrusion
33b: closing protrusion
34: riser
34a: fixed frame
34a': first frame
34a'': 2nd frame
34a''': 3rd frame
34b: connection frame
35: spring
36: flexible pressing unit

Claims (12)

A window frame formed by combining the aluminum profile 10 and the polyamide material coupling member 20, and the window frames 31, 32, 33, which are implemented as a window frame in the window frame along the rail wall 10a of the profile. 34, 35, 36) in the window structure consisting of,
The profile 10 is composed of a'ㅁ'-shaped bar, and the profile 10 and the coupling member 20 are sequentially coupled to form a window frame,
The profile 10 constitutes a groove on each side of the two profiles 10 facing each other, and two coupling members 20 are coupled through each of the grooves of the two profiles 10 facing each other to form two profiles ( 10),
The rail wall 10a extends in the window frame inner direction of the profile 10 constituting the window frame, so that the window panel is opened and closed along the rail wall 10a,
The window pane,
One side of the window (31) and the other side of the window (32) are combined, and a glass window is combined between them to be completed,
One side of the window 31 is,
An outer wall 31a;
A vertical finishing wall (31b) extending in a direction perpendicular to one end of the outer wall (31a) in the profile (10) direction toward the other side;
'Mohair is coupled to the end of the vertical finishing wall (31b)

'C-shaped frame (31c) and;
A vertical frame 31d extending from the other end of the outer wall 31a in a vertical direction toward the other side;
An extension body (31e) extending downwardly from the vertical frame (31d) to include a hollow (31e');
A window fixing wall 31f extending downward from an end of the extension 31e;
It is configured to include a window hanging wall (31f') extending in a direction perpendicular from the end of the window fixing wall (31f),
The other side of the window 32,
An outer wall 32a;
A vertical finishing wall 32b extending in a direction perpendicular to an end of the outer wall 32a in the profile 10 direction;
'Mohair is coupled to the end of the vertical finishing wall (32b)

'C-shaped frame (32c) and;
A vertical frame 32d extending from the other end of the outer wall 32a in a vertical direction toward the other side;
An extension body (32e) extending downwardly of the vertical frame (32d) to include a hollow (32e') and having a first protruding protrusion (32e'') and a second protruding protrusion (32e''') below the vertical frame (32d) Wow;
Including; a fixing means that is coupled to the first protruding protrusion 32e ″ and the second protruding protrusion 32e ″′ to fix the window together with the window hanging wall 31f′ of the one side 31 of the window. ,
The fixing means,
A window fixing wall 32f having a direction extending downward;
A window hanging wall 32f' extending in a vertical direction from the lower end of the window fixing wall 32f to fix the window;
A protrusion formed at the other end of the window fixing wall 32f and bent to be coupled to the first protruding protrusion 32e ″ of the extension body 32e is formed,
One side of the window fixing wall 32f is formed with an inclined support wall 32f'' configured to incline toward the second protruding protrusion 32e''', and a second inclined support wall 32f'' is formed at an end of the inclined support wall 32f It is configured to form a protrusion coupled to the protrusion (32e'"),
A plurality of grooves are formed on each of the facing surfaces of the extensions 31e and 32e of the one side of the window 31 and the other side of the window 32 so that the coupling member 20a made of a polyamide material can be coupled,
The coupling of the coupling member (20a) makes it possible to stably couple the one side of the window 31 and the other side of the window 32,
When the one side of the window 31 and the other side of the window 32 are combined, a hollow is formed in the space between the outer walls 31a and 32a, and a pressing member is provided in the space corresponding to the upper side of the space between the outer walls 31a and 32a of the window. More included,
The pressing member,
A closing protrusion (33b) formed perpendicular to the open end of the connection box (33) and two connecting protrusions (33a) formed to be bent in a'b' shape on the lower surface of the connection box (33) so that the bent directions face each other. A connection box (33) having a cross-sectional structure of a box with an open top surface;
A riser (34) coupled to the connection box (33) and functioning to rise or fall; characterized in that it comprises a window structure with improved airtightness.
The method according to claim 1,
The rail wall 10a,
A first rail wall protrusion (10b) formed in a symmetrical direction toward the lower side and formed in a'b'shape; A second rail wall protrusion 10c formed in a symmetrical direction under the first rail wall protrusion 10b and formed in a'b'shape;Including; a third rail wall projections (10d) formed in a symmetrical direction under the second rail wall projections (10c) and formed in a'b' shape,
The third rail wall protrusion 10d is formed at the end of the rail wall 10a and is configured to further include a convex portion 10e protruding convexly to one side of the two third rail wall protrusions 10d. Characterized by the secret window structure with improved airtightness.
delete delete delete delete delete delete The method according to claim 1,
The riser 34,
Consisting of a combination of the fixed frame (34a) and the connection frame (34b),
The fixed frame (34a),
Two first frames 34a' having a horizontal direction; Two second frames 34a ″ extending downward from each of the two first frames 34a ′; Consists of including two third frames (34a''') extending vertically from the other ends of the two second frames (34a'') in a direction opposite to the first frame (34a'),
The connection frame 34b is configured in a'└┘' shape, and each of two vertical ends is configured to connect each of the two first frames 34a',
The connection frame (34b) is configured to be connected inward than the end of the first frame (34a'), characterized in that the open area between the two first frames (34a') has a configuration of a partially closed groove. , A secret window structure with improved airtightness.
The method of claim 9,
The third frame (34a'") is configured to be caught by the closing protrusion (33d) from the inside of the connection box (33) so that the lifter (34) is not separated from the connection box (33). It is characterized in that the secret window structure with improved airtightness.
The method of claim 9,
The flexible pressing part 36 is inserted and fixed to the connection frame 34b, and one side of the flexible pressing part 36 is exposed from the groove by the connection frame 34b, and the convex part 10e of the rail wall 10a ), characterized in that it is in contact with, a secret window structure with improved airtightness.
The method of claim 11,
The lower surface of the connection frame 34b of the riser 34 from the inner bottom of the connection box 33 is connected and coupled by a spring 35, so that the rise and fall of the riser 34 is possible,
When the lifter 34 is raised, the flexible pressing unit 36 always contacts the convex portion 10e of the rail wall 10a to improve the airtightness. rescue.

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