KR20150098165A - Al-PVC integrated window - Google Patents

Abstract

The present invention relates to an aluminum-PVC integrated type complex double window which improves watertightness and airtightness. To achieve this, according to the present invention, an aluminum-PVC integrated type complex window comprises: an external window frame (100) made of an aluminum material and a PVC material; an external aluminum window pane (200); an internal window frame (300) integrated with the external window frame (100); an internal PVC pane (400); an external window vertical frame (500) made of an aluminum material; an upper end portion insert frame (600); an external window horizontal frame (700); a middle portion insert frame (800); and an external aluminum frame (110) supporting the upper end portion insert frame (600).

Description

Al-PVC integrated window < RTI ID = 0.0 >

The present invention was devised so as to be able to be manufactured using a combination of an aluminum material and a PV material. Recently, the importance of the material of the window has become more important as the building has become more high-floor and the window is occupied with the function and appearance of the building. Aluminum single material windows have advantages of durability, but they have disadvantages of external heat radiation and condensation, and single PV material has advantages of heat radiation and condensation, but it has disadvantages of wind resistance. In order to complement the disadvantages of these two materials and to highlight their merits, the outer side is made of aluminum material to ensure the wind pressure resistance, while the inside is made of PVC material to improve watertightness and airtightness, The present invention relates to an aluminum-PVC composite double window which improves the water-tightness and airtightness by improving the performance, that is, the structure and also the dew condensation phenomenon.

In recent years, the strength of windows has become more important as the number of buildings has increased and the proportion of window windows occupying the functions and appearance of buildings has become more important. Apartments, which are typical residential buildings, have more than 30 floors and the number of floors is increasing, and accordingly, the requirements for changing windows are becoming more difficult. Especially, it is possible to improve the strength of the wind pressure by changing the outer window from PVC to aluminum material and applying the vertical frame and horizontal frame to the window.

Generally, the window plays a role of introducing the outside light into the room and ventilating the room air appropriately, and in the closed state, it blocks the heat flow in the room and the outside to maintain the cooling and heating effect of the room . It is also an important part of the interior. Even if you do not consciously appreciate the outside of the window, your desire for a beautiful appearance is getting bigger when you are looking through the window from outside or viewing the building from the outside, and the beauty of the appearance is also required. In order to satisfy this, aluminum was used as a material. However, the window made of aluminum material has a strength in the inner wind pressure property and the appearance, but the weak point is shown in the condensation phenomenon and the heat radiation, and the window made of the PV material has a problem in the wind pressure resistance and appearance.

In addition, the existing composite material window has a structural problem that the aluminum part is difficult to be separated from the inside of the window. Therefore, even though the aluminum window is a composite window, the heat generated in the aluminum frame is completely transmitted to the PVC frame, A large problem of deformation has occurred. In order to solve this problem, aluminum is formed into a rectangular insert structure, and an insulating member is used between the aluminum frame and the inner frame of the window to cut off the outside and the inside, and the inner frame and the PVC seam frame are firmly coupled to the broken aluminum Prevents deformation due to heat and eliminates adiabatic deterioration and condensation in winter. In addition to having the strength possessed by aluminum materials, aluminum-P V seams composite dual windows with insert frame structure are required by combining the advantages of aluminum and PVC.

The present invention relates to an aluminum-PVC composite double window, and more particularly to an aluminum-PVC double composite window which includes a first vertical window frame, a second vertical window frame and a plurality of horizontal window frames fixedly installed on a wall The aluminum-PVS composite double glazing according to the present invention provides a beautiful appearance after installation, and the airtight performance, water tightness performance And the wind pressure performance is improved.

The present invention has been made in view of the problems of the prior art, and it is an object of the present invention to provide a method of manufacturing a metal plate, which is different from an aluminum window or a PVC window, , The waterproofness, and the airtightness of the aluminum material.

Still another object of the present invention is to provide an aluminum-PVC double composite window which can increase the length of the outer window horizontal frame 700 in the external window or improve the wind pressure resistance by adding a vertical frame .

And insert frame structure is applied to prevent the deformation due to heat by joining firmly with the weak V-seam frame with heat, to solve the wind pressure performance and condensation phenomenon of the window and to improve watertightness and airtightness. .

According to an aspect of the present invention, there is provided an aluminum-PVC composite window comprising: an outer window frame (100) comprising an aluminum material and a PVC material; Outer aluminum window (200) including aluminum material and glass; An inner window frame (300) integral with the outer window frame (100) of PVC material fixed to a building wall; Inner PVC tube (400) containing PVC material and glass; An aluminum outer window vertical frame 500 connecting adjacent glass portions of the outer aluminum window frame 200; An upper insert frame 600 made of aluminum material inside the outer window frame 100; An outer window horizontal frame 700 connecting an upper window and a lower window of the outer aluminum window frame 200; An intermediate insert frame 800 corresponding to an upper end insert frame 600 inside the outer aluminum panel 200; And an outer aluminum frame (110) exposed to the outdoor side to support the FV frame portion of the outer window frame (100) and the upper insert frame (600). Provide windows.

The aluminum-pvc composite double glazing of the present invention has advantages such as heat insulation, sound insulation, airtightness, watertightness and resistance to wind pressure by using an aluminum material on the outer side and a PV material on the inner side. It is lower price than aluminum single material double window and can also have the advantage of airtightness difference sound. It improves durability more than PVC single material double window and uses outer appearance as aluminum, Since the high strength can be obtained, a wide field of view can be obtained by using a frame having a thinner structure than that of the PV.

In addition, the aluminum window which is fixed to the outer side is formed as an insert structure and the outside and inside aluminum are disconnected through the connecting member (heat insulating material), so that the heat insulating property is good. Therefore, the watertightness and airtightness are improved and the condensation phenomenon can be minimized. The joint portion of the frame 700 may be formed as an insert frame structure to solve the structural problem and the height of the vent may be designed to be the same to improve the appearance of the building facade.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is an enlarged view of an upper part of a vertical section of an aluminum-PVC composite double window. FIG.
FIG. 2 is an enlarged view of an outer window horizontal frame 700 among vertical sections of an aluminum-P V seam composite double window.
Fig. 3 is an enlarged view of a lower portion of a vertical section of an aluminum-pVy composite double window.
4 is a vertical sectional view of an aluminum-PVS composite double window.
5 is a top partial view of a horizontal section of an aluminum-PVC composite double window.
FIG. 6 is a lower side view of a horizontal section of an aluminum-PVC composite double window. FIG.
7 is an explanatory view showing an opening / closing manner of the outer aluminum pan 200;
8 is an explanatory diagram showing a process of multiplying the number of condensation.

BRIEF DESCRIPTION OF THE DRAWINGS The above and other objects, features and advantages of the present invention will become more apparent from the following detailed description taken in conjunction with the accompanying drawings, in which: FIG. It can be easily carried out. In the following description, well-known functions or constructions are not described in detail since they would obscure the invention in unnecessary detail. Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

2 is a cross-sectional view of an outer side window horizontal frame 700 of a vertical section of an aluminum-PVC double composite window, and FIG. 3 is a cross-sectional view of an aluminum- FIG. 4 is a vertical cross-sectional view of an aluminum-PVC composite double window, FIG. 5 is an upper cross-sectional view of a horizontal cross-section of an aluminum-PVC composite double window, 7 is an explanatory view showing a manner of opening and closing the outer aluminum window panel 200, and FIG. 8 is an explanatory view showing a process of multiples of the number of condensation windows. FIG. 6 is a bottom cross-sectional view of a horizontal cross section of the aluminum- to be.

In the present invention, an outer window frame 100 made of an aluminum material and a PVC material, an outer aluminum window 200 made of an aluminum material and a glass, an outer window frame 200 made of a PVC material fixed to the building wall, 100, an inner window frame 300 integrated with the inner window frame 300, an inner window frame 400 formed of a glass material and glass, an aluminum outer window vertical frame 500 connecting the adjacent windows of the outer window portion, An upper window frame 100 that is made of a rectangular aluminum material, an outer window horizontal frame 700 that connects the upper window and the lower window of the outer aluminum window 200, An intermediate insert frame 800 corresponding to the upper end insert frame 600 in the inner window frame 200, It is composed of aluminum and the outer portion being the frame 110 that supports the upper end insert frame 600.

The window frame fixed to the wall is connected to the outer window frame 100 and the inner window frame 300 to form a single form, but is divided for convenience of explanation.

The outer window frame 100 includes an outer aluminum frame 110, an outer PVC frame 120 and a fixing part 130. The fixing part 130, which is connected to and fixed to the outer aluminum frame 110, And the fixing part 130 may be integrally formed with the outer aluminum frame 110 and used.

The inner window frame 300 is formed of only a PVD frame and has protrusions for fixing the inner PVC window panel 400.

The outer aluminum window frame 200 is divided into an upper window and a lower window by the horizontal horizontal window frame 700. The upper window is openable and closable and the lower window is fixed and can not be opened or closed. The inner side panel 400 is not separated into the upper side and the lower side. Depending on the size of the window, only the right side can be opened and closed, only the left side can be opened and the left side can be opened or closed. The outer window vertical frame 500 separates the window of the lower end of the outer aluminum window 200 from the left and right and the outer window horizontal frame 700 separates the outer aluminum window 200 and the lower fixed window up and down, The performance of the wind pressure can be enhanced. The middle insert frame 800 is positioned at the lower end of the openable upper portion of the outer aluminum pan 200 and is positioned to correspond to the upper insert frame 600 and fixed to the lower outer pan horizontal frame 700.

In the outer window frame 100, aluminum is combined with a PVC sheath using an aluminum frame, a PVC frame, and a joining member, but in some cases, the aluminum frame and the PVC sheath frame may be directly joined .

The upper end insert frame 600 includes a top inward member 610, a top outward member 620, and a top connecting member 630 as a heat insulating material. The top end insert frame 630 includes a reinforcing member as a part of an upper end of the outer window frame 100 And is combined with a PVS frame. The upper insert frame 600 is bolted to the upper inward member 610 and the outer PVC frame 120 and includes a top inward member 610, a top outward member 620, a top inward member 610, And an upper connecting member 630 for connecting the upper outward member 620. A gap may be formed in a portion where the upper outer member 620 and the outer aluminum frame 100 which are in contact with the outer contacting portion abut, Is sealed with a sealant to improve airtightness and watertightness. By constructing such an insert type frame structure in the outer window frame 100, the performance of the wind pressure can be effectively enhanced in a high-rise building window, and since aluminum can have high rigidity, the frame size can be minimized, And the connection member connecting the upper inward member 610 and the upper outward member 620 can minimize the disadvantages of the aluminum having high thermal conductivity and can reduce the condensation phenomenon.

The outer window horizontal frame 700 includes a horizontal frame inward member 710, a horizontal frame outward member 720, and a horizontal frame connecting member 730 as a heat insulating material. The outer window horizontal frame 700 and the intermediate insert The frame 800 is coupled and the outer frame horizontal frame 700 is separated into the horizontal frame outward member 720 and the horizontal frame inward member 710 to enhance the heat insulating property by using the horizontal frame connecting member 730, And minimizes the condensation phenomenon.

The outer window frame 100 includes an outer aluminum frame 110, an outer PVC frame 120 and a fixing part 130. The fixing part 130 connected to the outer aluminum frame 110 The outer frame 120 may be fixed with a bolt and the outer frame 110 and the fixing part 130 may be integrally formed.

The middle insert frame 800 is composed of an intermediate inward member 810, a middle outward member 820 and a middle connecting member 830 which is a heat insulating material and is located in the lower part of the outer aluminum window 200 The aluminum insert structure enhances the wind pressure performance, improves the heat insulation through the intermediate connecting member 830 which is a heat insulating material, and minimizes the condensation phenomenon.

Aluminum can have a high rigidity, and it has the advantage of being able to construct various colors of the exposed part of the building, but aluminum itself causes severe condensation due to temperature difference due to severe thermal conduction in winter. However, in the aluminum-P V seam composite double window of the present invention, the outer window frame 100 is composed of an upper insert frame 600, a PVC frame, and a frame supporting part 900, It is composed of V-shaped frame. It combines PV material with aluminum material to enhance windproofness, watertightness, airtightness and beauty of appearance.

The upper and lower portions of the outer aluminum window frame 200 are divided with respect to the outer window horizontal frame 700 and the left and right portions are divided with respect to the outer window vertical frame 500, The upper part of the outer aluminum pan 200 is openable and closable in a predetermined manner and the lower part is fixed and the upper part of the outer aluminum pan 200 is opened and closed by a casement project, ), Lift & sliding, tilt & turn, tilt only, turn only, tilt & sliding.

In order to enhance the adiabatic effect, the heat insulating material uses one or more materials selected from a polyamide type, an azon type, and a rubber.

An air passage may be formed at an upper end portion of the inner side of the inner window frame 400 coupled with the protrusion of the inner window frame 300, thereby causing external heat to enter and exit, It is installed to prevent cracks and dents from entering and leaving inside and outside. In this case, the material is generally made of mohair.

The drain hole 900 is formed in the lower left end of FIG. 8, and condensation water or condensation water can be added to drain the condensation water generated inside, while minimizing deterioration in appearance quality and deterioration in airtightness and watertight performance of the window .

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it should be understood that various changes and modifications will be apparent to those skilled in the art. It is to be understood that the present invention is not limited to the above-described embodiments. Accordingly, the scope of the present invention should be construed according to the scope of the following claims, and all technical ideas within the scope of equivalence thereof by way of alteration, substitution, substitution, . In addition, it should be clarified that some configurations of the drawings are intended to explain the configuration more clearly and are provided in an exaggerated or reduced size than the actual configuration.

100: outer window frame
110: outer aluminum frame
120: outer pivot seam frame
130:
200: Outside aluminum window
300: inner window frame
400: Inner P V.
500: outer window vertical frame
600: upper insert frame
610: upper inward member
620: upper outward member
630: upper connecting member
700: Outside window horizontal frame
710: Horizontal frame inward member
720: Horizontal frame outward member
730: Horizontal frame connecting member
800: Middle insert frame
810: intermediate inward member
820: Middle part outward member
830: intermediate connecting member
900: Lower end drain hole

Claims (6)

In an aluminum-PVA composite window,
An outer window frame 100 made of an aluminum material and a PVC material;
Outer aluminum window (200) including aluminum material and glass;
An inner window frame (300) integral with the outer window frame (100) of PVC material fixed to a building wall;
Inner PVC tube (400) containing PVC material and glass;
An aluminum outer window vertical frame 500 connecting adjacent glass portions of the outer aluminum window frame 200;
An upper insert frame 600 made of aluminum material inside the outer window frame 100;
An outer window horizontal frame 700 connecting an upper window and a lower window of the outer aluminum window frame 200;
An intermediate insert frame 800 corresponding to an upper end insert frame 600 inside the outer aluminum panel 200;
An outer aluminum frame 110 exposed on the outdoor side to support the FV frame portion of the outer window frame 100 and the upper insert frame 600;
And an aluminum-PVC composite double window.
The method according to claim 1,
Wherein the upper insert frame (600) is formed by an upper inward member (610), a upper outward member (620), and a top connecting member (630) which is a heat insulating material.
The method according to claim 1,
The outer window horizontal frame 700 is formed by a horizontal frame inward member 710, a horizontal frame outward member 720, and a horizontal frame connecting member 730, which is a heat insulating material. .
The method according to claim 1,
The outer window frame 100 includes an outer aluminum frame 110, an outer PVC frame 120 and a fixing part 130. The fixing part 130 connected to the outer aluminum frame 110 And the outer PVC frame (120) is connected with a bolt.
5. The method of claim 4,
A lower portion and an upper portion of the outer aluminum window set 200 are divided into the outer window horizontal frame 700 and a left portion and a right portion of the outer aluminum window set 200 are divided into the outer window vertical frame 500 Aluminum-pvc composite double window.
The method according to claim 1,
The opening and closing method of the upper part of the outer aluminum pan 200 may be selected from the group consisting of a casement, a project, a sliding window, a lift & sliding, a tilt & turn, a tilt & wherein the lower window is openable and closable by using at least one method selected from the group consisting of an aluminum-only, a turn only, a tilt and a sliding, Mr. Composite Double Window.

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