KR200196494Y1 - Heat insulating structure of double windows - Google Patents

Abstract

The present invention relates to a double-window insulating structure, between the frame 11 forming the boundary between the outdoor and indoor so that heat transfer is blocked between one surface of the frame 11 exposed to the outdoors and the other surface of the frame 11 exposed to the interior. The double-window heat insulation structure provided with the heat insulation layer 26 was provided.

Therefore, the upper, middle, and lower inner frames 13, 15, 17, and the left and right inner frames 19, 21, with one surface exposed to the interior, and the upper, middle, and lower sides with one surface exposed to the outside. Insulation layer 26 is provided between the outer frame 12, 14, 16, and the left and right outer frame 18, 20 to insulate between the frame 11 forming the boundary between the outside and the inside. Since the heat inside or outside is not conducted to the opposite side through the frame 11, the thermal insulation effect is improved.

Description

Heat insulating structure of double windows

The present invention relates to a double window, and more particularly, to a double window insulation structure for preventing heat loss by insulating the frame of the double window.

In addition to the function of allowing the windows to enter the sunlight outside the room, it also serves to circulate the air inside, but it has become a major factor in reducing the cooling efficiency in hot summer and the heating efficiency in winter.

Therefore, the insulation of the window is very important, because a relatively large gap is generated between the guide rail of the frame and the roller of the window, the outside cold or hot air is introduced into the room through it, the heat loss is caused by the frame and the window itself.

In order to solve this problem, the windows of each home or office are usually provided with a double structured window (hereinafter referred to as 'double window') as shown in FIG. 1, which is provided with a pair of guide rails 2. The frame 1 is provided with window frames on all sides, and inner window 4 and outer window 3 are provided inside and outside the guide rail 2, respectively.

In the conventional double window structure, the indoor and outdoor windows are blocked by the inner window 4 and the outer window 3, so that the indoor and outdoor windows are separated by the cold air or heat or the heat insulating space 5 between the inner window 4 and the outer window. Shearing is blocked.

However, the conventional double-window structure, the frame 1 is formed integrally or the two frames of aluminum material is installed in contact with each other, the heat from the outside is transferred to the frame exposed to the outside in the summer, flowed into the room, the inside of the winter There was a problem that the heat is released to the outside through the frame (1) exposed to the inside, thereby lowering the heating and cooling efficiency of the room.

An object of the present invention for solving the above problems is to provide a double window insulation structure to block the heat transfer path transmitted through the frame.

Double window insulation structure of the present invention for achieving the above object is a double window consisting of an inner window located on the indoor side, an outer window located on the outdoor side, and a frame installed on the window frame to guide the inner window and the outer window. In the window insulation structure, the heat insulation layer is provided between the frame forming the boundary between the outdoor and the indoor so that heat transfer is blocked between one surface of the frame exposed to the outdoor and the other surface of the frame exposed to the indoor.

Therefore, a heat insulation layer is provided between the upper, middle, lower inner frame, and the left and right inner frames, which are exposed at one side of the room, and the upper, middle, lower outer frames, and the left and right outer frames, which are exposed at one side. Insulation is performed between the frame forming the boundary between the outside and the inside, so that the outside or inside heat is not conducted to the opposite side through the frame, thereby improving the heat insulating effect.

1 is a cross-sectional view showing a conventional double window structure

Figure 2 is a front view showing a double window according to the present invention

3 is a cross-sectional view taken along the line AA ′ of FIG. 2;

4 is a cross-sectional view taken along the line B-B 'of FIG.

* Description of the symbols for the main parts of the drawings *

11; Frame 12; Upper outer frame

13; Upper inner frame 14; Middle Outer Frame

15; Middle inner frame 16; Bottom outer frame

17; Lower inner frame 18; Left outer frame

19; Left inner frame 20; Right outer frame

21; Right inner frame 26; Insulation layer

27; Insulation space

Referring to the drawings, the configuration, operation, and effects of the present invention will be described.

Figure 2 is a front view showing a double window according to the present invention, Figure 3 is a cross-sectional view taken along the line A-A 'of Figure 2, Figure 4 is a cross-sectional view taken along the line B-B' of Figure 2, which is the upper outer window 22 and The upper inner window 23, and the lower outer window 24 and the lower inner window (25).

Frame 11 is provided on all sides of the window frame to support these windows, and an intermediate frame is installed in the middle of the frame, and the frame 11 includes an upper inner window 23 and an upper outer window 22 and a lower outer window ( 24 and the lower inner window 25, the upper inner frame 13 and the upper outer frame 12, the middle outer frame 14 and the middle inner frame 15, the lower outer frame 16 and lower It consists of an inner frame 17, a right outer frame 20 and a right inner frame 21, a left outer frame 18 and a left inner frame 19.

And between the frame forming the boundary between the outside and the inside is provided with a heat insulating layer 26 in accordance with the features of the present invention.

That is, the upper outer frame 12 and the upper inner frame 13 is provided with a heat insulating layer 26 which is a feature of the present invention, and the middle outer frame 14 and the middle inner frame 15 are also provided with a heat insulating layer 26. The lower outer frame 16 and the lower inner frame 17 are similarly provided with a heat insulating layer 26.

In addition, as shown in FIG. 4, the left outer frame 18 and the left inner frame 19 are provided with the heat insulating layer 26, and the right outer frame 20 and the right inner frame 21 are also provided with the heat insulating layer 26. have.

The double-window heat insulation structure of the present invention has a heat insulation layer 26 between the frames forming the boundary between indoor and outdoor, so that the heat of the room transmitted to the indoor frame in winter is heat-induced by the heat insulation layer 26. Since it is not transmitted to the room to protect the heat, and the outside heat transmitted to the outdoor frame in the summer season is also not transmitted to the indoor frame by the heat insulating layer 26 it is possible to maintain the cooling of the room as it is.

Therefore, the double-window heat insulation structure of the present invention is provided with an insulation space 27 by the upper outer window 22 and the upper inner window 23, the lower outer window 24 and the lower inner window 25 as in the prior art. As well as the interior and the interior is heat-insulated, in particular, the heat conduction of the interior and exterior through the frame is blocked by the heat insulation layer 26 between the frame 11 it is possible to reliably prevent heat loss.

According to the double-window insulation structure according to the present invention as described above, the upper, middle, lower inner frame (13) (15) (17), and the left, right inner frame (19) (21) with one surface exposed in the room And a heat insulation layer 26 between the upper, middle, and lower outer frames 12, 14, 16, and the left and right outer frames 18, 20 having one surface exposed to the outside. Since the heat treatment between the frames 11 forming the boundary of the heat, the heat of the outside or inside is not conducted to the opposite side through the frame 11 has the effect of improving the heat insulating effect.

Claims (1)

In the double window insulation structure consisting of an inner window located on the indoor side, an outer window located on the outdoor side, and a frame installed on the window frame to guide the inner window and the outer window, The heat insulation layer 26 is provided between the frame 11 forming the boundary between the outdoor and the indoor so that heat transfer is blocked between the one surface of the frame 11 exposed outdoors and the other surface of the frame 11 exposed indoors. Double window insulation structure.