KR20200024561A - Green building middle window system - Google Patents

Abstract

The present invention relates to a middle window system for green construction, which can alleviate indoor air quality problems and environmental problems caused by global warming and provide a resident with a convenient and pleasant environment. The middle window system includes a plurality of window rails on a window frame. Outer windows are formed on two rails from an outdoor side towards an indoor side, and a first indoor window which is a glass window with a screen and a blind coupled to an indoor side thereof and a second indoor window which is a glass window with a blind coupled together to an indoor side thereof are sequentially mounted on the next two rails to be opened and closed in a sliding manner. The window system is installed by sequentially mounting inner windows by selectively adding window rails on a more indoor side. The window system can provide cooling energy reduction, heating energy reduction, resident privacy protection, insect intrusion prevention, indoor air quality improvement, building appearance elevation improvement, window operation convenience, and ease of maintenance and management.

Description

Green building middle window system

The present invention relates to a window system for achieving a green building is installed on the outer wall of the building, and more specifically, one window of the interior sliding window formed on the inside of the exterior window is a glass window on the interior side, blind on the outside side And window screen combined with a window screen, and the other window is fitted with a glass window on the interior side and a blind window on the outside side is inserted into the window system to form an interior window with cooling and heating energy saving and fine into the room It is about a green building intermediary window system that reduces the possibility of dust inflow and prevents global warming and makes living space comfortable.

As global warming and environmental problems are increasing, measures to save energy and improve indoor air quality in buildings have emerged as important tasks.

The exterior wall of the building consists of walls and windows. Among them, the windows are steadily thickened due to their poor insulation performance. As the development of single window to double window, the thermal insulation performance for thermal conductivity has been improved. Recently, double windows have been developed that combine privacy protection and blinds that can block solar radiation.

However, the main role of windows is to consider not only the saving of heating and cooling energy, protection of privacy, and prevention of invasion such as insects, but also reduction of indoor inflow of (ultra) fine dust, which has a serious impact on the health of indoor residents, and improvement of exterior appearance of buildings. There is still much to be improved.

The following patent document 1 and patent document 2 disclose the double-window structure in which the blinds were couple | bonded, and the patent document 3 discloses the multilayer glass-window structure in which the blinds were built in between glass windows.

In patent document 1, a blind is provided between an inner window and an outer window, and the insect screen is separately installed to the outdoor side of an outer window.

In Patent Document 2, an external blind is coupled to an insect screen window separately installed on the outside of the outer window, and an intermediate blind is installed to cover a portion where the outer blind is not installed by installing one rail between the inner window and the outer window. .

In patent document 3, the blind is built in between a multilayer glass window, and the operation button is provided in the room side outside the glass window.

However, the double-window system combined with the blinds discussed in the patent document would be preferable for saving the heating and cooling energy of the building, but the insect screen is exposed to the outside and the (ultra) fine dust accumulated in the insect screen is introduced into the room, which worsens the indoor air quality. In addition, dusty external insect screens are adversely affecting the facade of the building. In particular, the (s) fine dust severity of the external insect screen and the external blind of Patent Document 2, which is closely installed in the outer window may be greater.

On the other hand, when blinds are installed between glass windows, there is an advantage in that the installation space can be saved. On the other hand, when the user's preference is changed or the built-in blind is broken, repair and replacement are difficult.

It can save the heating and cooling energy of the building and protect the privacy of the residents while preventing the deterioration of indoor air quality, and can help improve the exterior appearance of the building, and it can be repaired and replaced more easily according to the failure of the blind or changes in user preferences. Development of improved windows is likely to take place.

Republic of Korea Patent Registration No. 10-1762067 Republic of Korea Patent Registration No. 10-1575708 Republic of Korea Patent Registration No. 10-0731987

An object of the present invention is a sliding window system consisting of an outer window and an inner window or an outer window and an intermediate window and an inner window, the interior of the indoor window which is an intermediate window or an inner window formed on the indoor side immediately after the outer window. The window is installed on the side and the blind and the insect screen are installed on the outdoor side to protect the energy of the inhabitants and the privacy of the indoor occupants through the blind, and the blind operation is convenient by installing the integrated blind on the sliding window. Increasing the performance and installing a screen between the exterior window and the interior window, the ultrafine dust that has a lot of bad effects on the indoor air quality is greatly reduced by the accumulation of dust accumulated in the existing exterior insect screen and entering the interior. To prevent damage to the exterior image of the building caused by an external screen. Which is the window system to provide.

In the window system for solving the above problems, in a window system in which a plurality of rails for window mounting are provided in a window frame, the first outer window and the second outer window are provided on two outer window rails from the outdoor side to the indoor side direction. It can be mounted sequentially and can be opened and closed by sliding method,

Then, the two window rails are sequentially coupled with a first indoor window, which is a window screen combined with an insect screen and a blind, and a second indoor window, which is a glass window combined with a blind, to the outdoor side to open and close in a sliding manner.

The first interior window is a glass coupled to the interior side inside the four-sided window frame, the blind is installed on the outdoor side at the bottom of the upper window frame, the blind has a plurality of blind wings, to adjust the angle of the blind wing An angle adjusting device and an opening and closing rope for adjusting the winding and unwinding of the blind are installed on the indoor side of the glass window to enable operation.

In addition, the guide rail is formed on the outer surface of the upper and lower window frames, and the insect screen is installed to be coupled to the rail and slide left and right.

Insect screen window is composed of a rectangular frame by combining the horizontal frame and the left and right vertical frame, the insect screen is installed in the square frame. In addition, one of the vertical frame is located on the outside of the vertical window frame opposite the vertical window frame for opening and closing with the window frame, while acting as an outer cover of the vertical window frame and serves to open and close with the window frame located opposite the window frame. In addition, the vertical frame coupled to the upper and lower frames and the rectangular frame coupled to the guide rails installed on the upper and lower window frames are coupled to the upper and lower window rails so as to slide left and right.

The window system according to the present invention is different from the existing window system having only a thermal insulation effect on the outside temperature and the window system combined with the blind, only the effect of reducing the cooling energy due to privacy protection and sun protection in occupants is added. In addition to reducing cooling energy, ② saving heating energy, ③ protecting residents' privacy, and ④ preventing invasion of insects, ⑤ indoor air quality problems, which have a detrimental effect on the health of residents due to deteriorating environmental problems, are becoming more important. Minimize the indoor inflow of (second) fine dust delivered through ⑥ by eliminating the negative factors that adversely affect the appearance of buildings, and achieve the development of the city's aesthetics by improving the exterior appearance of buildings. Convenience and ease of maintenance There is an effect that can provide a comfortable environment for the residents.

1 is a plan view of a window system according to the present invention.

Hereinafter, exemplary embodiments of the present invention will be described with reference to the accompanying drawings.

1 is a plan view of a window system according to the present invention.

In the window system according to the present invention, two or more window rails 101, 102, 103, and 104 are sequentially provided in the window frame 100 from the outdoor side to the indoor side, and in this embodiment, four rails are provided. Describe the case.

The present embodiment describes the premise that the left window is mainly opened in the exterior windows 210 and 220 and the interior windows 230 and 240 based on the interior.

The window rail of the window frame 100 has a right outer window 210 on the first window rail 101, a left outer window 220 on the second window rail 102, and a third window rail 103 on the window rail. The right indoor window 230 is installed on the fourth window rail 104, the left indoor window 240.

The right indoor window 230 installed on the third window rail has a glass window 231 coupled to the inside of the rectangular window frame consisting of upper, lower, left and right window frames 233, 234, 235, and 236, and a blind 232 coupled to the bottom of the upper window frame to the outside.

The blind 232 has a plurality of blind wings, the angle adjusting device for adjusting the angle of the blind wing and the opening and closing rope for adjusting the winding and unwinding of the blind is installed to be adjustable from the interior side of the glass window. .

In addition, the upper and lower window frames (235, 236) to the guide rail to the outdoor side, the horizontal rails (254, 255) and the left and right vertical frames (252, 253) to form a rectangular frame, the insect screen 251 is installed on the rectangular frame Up and down horizontal frames 254 and 255 of the insect screen window 250 is coupled to allow the left and right sliding.

In addition, the left vertical frame 252 is coupled to open and close with the window frame, and in order to prevent the usual opening is installed a locking device coupled to the window frame to the left vertical frame 252.

In addition, the upper and lower outside of the left vertical frame 252 is combined with the third window rail 103 to serve as a guide when the insect screen 250 slides from side to side.

In addition, the left vertical frame 252 may be provided with a folding perforated plate 257 extending along the window rail therein. At this time, the folding hole plate 257 serves to allow ventilation while preventing rain from entering the room when it rains outside.

The left indoor window 240 installed on the fourth window rail 104 has a glass window 241 coupled to the inside of the rectangular window frame consisting of upper, lower, left and right window frames 243, 244, 245, 246, and a blind 242 at the bottom of the upper window frame to the outside. Combined.

The blind 242 has a plurality of blind wings, the angle adjusting device for adjusting the angle of the blind wing and the opening and closing rope for adjusting the winding and unwinding of the blind is installed to be adjustable from the interior side of the glass window. .

Hereinafter, exemplary embodiments of the present invention have been described with reference to the accompanying drawings. However, it will be understood by those skilled in the art that the technical configuration of the present invention may be implemented in other specific forms without changing the technical spirit or essential features of the present invention. Therefore, the embodiments described above are to be understood in all respects as illustrative and not restrictive, and the scope of the present invention is defined by all changes or modifications derived from the meaning and scope of the claims and their equivalent concepts. It should be construed as being included in the scope of the invention.

100: Green construction window system window frame
101, 102, 103, 104: window rail
210, 220: exterior window
230, 240: Indoor window
231, 241: indoor window glass window
232, 242: blinds
250: insect screen

Claims (6)

Window Frame,
A plurality of rails are horizontally spaced apart from each other in the upper and lower sides of the window frame, and an outer window is coupled to the first window rail and the second window rail which are formed in the direction from the outdoor side to the indoor side,
The window window system is coupled to the third window rail is coupled to the window screen, the window window system, characterized in that the window window is coupled to each of the rails in order to enable a sliding method sequentially. The method according to claim 1,
The window system coupled to the third rail and the fourth rail, the glass window is installed on the inside side, the window system is characterized in that the blind is installed on the lower side of the window frame on the interior window to the outside. In the indoor window combined with the insect screen of claim 1,
The indoor window is provided with a guide rail on the outside of the upper and lower window frames,
The insect screen is composed of a vertical horizontal frame and the left and right vertical frame to combine the vertical frame with a square screen, the screen is installed on the rectangular frame, one vertical frame on the opposite side of the window frame to open and close the window frame It is located on the outside of the window frame located, and acts as an outer cover frame of the window frame to open and close inside the window frame opposite the window frame,
The upper and lower horizontal frames are coupled to the guide rail of the window frame and the vertical frame to open and close the window frame coupled to the window system, characterized in that coupled to the upper and lower rails to be able to slide left and right. The method according to claim 2,
The blind has a plurality of blind wings, the window system, characterized in that the angle adjustment device for adjusting the angle of the blind wing and the opening and closing rope for adjusting the winding and unwinding of the blind is installed on the interior side of the glass window. The method according to claim 3,
The vertical frame serving as the cover frame is a window system, characterized in that consisting of a folding plate that extends along the window rail to which the frame is coupled. Window Frame,
A plurality of rails are horizontally spaced apart from each other in the upper and lower sides of the window frame, and a first outer window is coupled to a first window rail formed from an outdoor side to an indoor side, and a second outer window is coupled to a second window rail. In the window system in which the first interior window is connected to the third window rail, and the second interior window is sequentially coupled to the rails, respectively, to the fourth window rail,
Guide rails are respectively installed on the upper and lower window frames of the second outer window and the upper and lower window frames of the first indoor window, and the horizontal frames of the upper and lower horizontal frames and the left and right vertical frames that are coupled to the upper and lower horizontal frames are respectively formed in a quadrangular shape. The upper and lower horizontal frames are respectively coupled to the guide rails of the window frame, and a blind is coupled to a lower end of the upper frame coupled to the second outer window guide rail, and a lower end of the upper frame coupled to the first indoor window guide rail. The blinds are combined or the screen is blinded to the outside and the blinds are coupled to the indoor side. One vertical frame in each rectangular frame is located outside the window frame located on the opposite side of the window frame to open and close the window frame. Along with the frame role, the opening and closing of the window frame opposite to the window frame, Group each vertical frame window system characterized in that the coupling so that it is possible that the left and right sliding coupled to each of the upper and lower rails.

Images