KR20200108625A - Eco-friendly green building window system - Google Patents

Abstract

The present invention relates to a window system installed on an outer wall of a building to achieve a green building. More specifically, two or more blind windows formed by combining a rectangular window frame and blinds are installed, in a sliding manner, between inner and outer windows constituting an existing sliding type double window system, and at least one of the blind windows has a dustproof window installed thereon to block the inflow of fine dust into a room while ensuring a view, so that energy for cooling and heating is saved, privacy is protected, crime prevention and viewing functions are achieved, and the possibility of fine dust inflow into the room is reduced, thereby preventing global warming, protecting the health and safety of residents, facilitating the operations of the blind and the dustproof window, and blocking the infiltration of external rainwater during ventilation. The configuration of the dustproof window for ventilation can be varied in response to the strength of outside wind varying according to an installation location, so that a living space becomes comfortable. Therefore, complex environmental performance can be enhanced with a small installation space.

Description

Eco-friendly green building window system

The present invention relates to a window system for achieving a green building installed on the outer wall of a building, and more particularly, formed by combining a rectangular window frame and blinds between the inner and outer windows constituting the existing sliding-type double window system. Two or more blind windows are installed in a sliding door manner, and at least one of the blind windows is equipped with a dustproof window that blocks fine dust from entering the room while ensuring a view, thereby saving energy for cooling and heating and protecting privacy. Of course, it prevents global warming and protects the health and safety of residents by reducing the possibility of inflow of fine dust into the room along with security and viewing functions, making the operation of blinds and dustproof windows convenient, and blocking the intrusion of external rainwater during ventilation. Eco-friendly green building window system that can reinforce complex environmental performance with a small installation space, such as making living space comfortable by variably changing the composition of the ventilation dustproof window in response to the appearance of different external wind strength depending on the location. About.

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

The exterior wall of the building is composed of walls and windows. Among them, representatively important functions that must be achieved through the window are as follows. First, a heating insulation function that saves energy by reducing the heating load by reducing heat conduction; second, a cooling insulation function that saves energy by reducing the cooling load through sun protection; third, securing a view and protecting privacy; fourth, insects Intrusion prevention and rainwater protection function, fifth, ventilation function for preventing the inflow of yellow dust and fine dust and improving indoor air quality, sixth, security function and fire spread delay function to protect from theft and danger, seventh, design It is an element, such as design function. In addition, it must be equipped with economical efficiency, convenience, durability, safety, and variability that can adapt to environmental changes to perform these representative functions.

Patent Document 1 and Patent Document 2 described below have a double-glazed window configuration in which blinds are combined, Patent Document 3 has a double-layered glass window configuration with a built-in blind between the windows, and Patent Document 4 has a fine dust prevention window installed on the indoor side. It is disclosed.

In Patent Document 1, a blind is installed between the inner window and the outer window, and a screen window is separately installed on the outdoor side of the outer window.

In Patent Document 2, an intermediate blind is installed by combining an external blind with a screen window separately installed on the outside of the external window, and one rail is installed between the internal window and the external window to cover the part where the external blind is not installed. Installed.

In Patent Document 3, a blind is built between the double-layered glass windows, and an operation button is installed outside the glass window toward the interior.

In Patent Document 4, a sliding door-type fine dust prevention window is installed on two window rails on the indoor side.

The contents in which the functions of the window are performed are as follows with reference to the patent documents.

First, it can be seen that the double window system is the most widely applied to save energy by reducing the heating load, which is the basic function of the window. In addition, insect screens are installed on the outside of windows to prevent the invasion of pests such as insects. In some windows, through the installation of middle blinds, sun protection and privacy protection are obtained, but the reality is that the other important functions described above are not playing a role. Therefore, it is necessary to supplement other functions that the existing double window system cannot perform.

Second, as shown in the drawing of Patent Document 1 below, in order to save energy and protect privacy that can reduce cooling load through sun protection, a blind installation space is created between the exterior and interior windows to install the blinds. You can see that the middle blind window system is applied. The above can play a positive role in protecting privacy, and has the advantage of saving some of the cooling load through sun protection. However, the intermediate blind method proposed in the drawings of the patent document has a limit in energy saving because the blind and the window frame are not airtight, and the opening and closing of the blind is a method in which the opening and closing of the blind is made of a vertical pull line, so the convenience of use is very low. There are drawbacks. Even when trying to open the exterior window for ventilation of the interior space, or when opening the exterior window to dissipate the heat generated between the exterior window and the interior window, the operation of the blinds installed on the interior side rather than the exterior window In the uncomfortable case, a situation occurs in which ventilation or hot air accumulated between windows is not discharged at convenient times. Therefore, there is a need to supplement the way blinds can be operated more conveniently according to lifestyle.

Third, it is necessary to regularly ventilate not only the external environment but also the indoor air quality in a very bad situation. However, the external environment is continuously seriously deteriorating such as yellow dust and fine dust causing danger to the human body, and thus ventilation is difficult, and the importance of natural ventilation among the functions of the window is very desperately required. As a result, dust nets are being used to prevent the inflow of yellow dust and fine dust, which are fatal to the human body. However, in the existing window system, there is no separate installation space for the dustproof net, so most of the cases where a dustproof net is mixed with the existing external screen is used, and some outside windows are opened to install a dustproof window between the window rails. In the case that the original purpose of the dustproof net is not achieved due to the continuous increase in the degree of pollution caused by the mixed installation of the screen and the screen, there is a problem of impairing the sealing function of the outside window. Looking at the problems of the mixed installation of the insect screen and the dust net is as follows.

When the dustproof net is installed together with the external screen, it is exposed to the outside for 24 hours a day, so even when indoor ventilation is not performed, yellow dust or fine dust from the external environment is continuously accumulated. In this case, the function of the dustproof net rapidly deteriorates, and the inflow of dust into the room cannot be prevented, or rather, the inflow of dust is promoted, resulting in deterioration of the indoor air quality or the rapid replacement of the dustproof net, resulting in waste of resources.

In addition, since the dustproof net installed together with the screen performs the dustproof function only in one step, not the dustproof function by step, there is a problem that the function of the dustproof net is deteriorated and damage is accelerated due to the impact of external foreign substances that do not fit the dustproof net.

In addition, the dustproof network is a very disadvantageous configuration for securing the field of view due to the fact that it is composed of dense filters between the networks. Installing such a dustproof net on the outside screen is intended to suppress the inflow of dust, but on the other hand, it is not possible to secure the view and view, which is an important role of the window. In particular, in order to secure the view, it is not possible to open a screen for both dustproofing and causing a lot of inconvenience to the living environment due to damage to important functions of the window.

In addition, in the case of ventilation through a dust-proof net, the installation location of the dust-proof net may vary from the lower to the upper part of the building, and the amount and strength of the wind in the lower and higher parts are different, so if the ventilation type of the same shape and size is taken, the There is a risk of breakdown easily, and each has a different effect on the interior, which can cause differences between living spaces and reduce the comfort of the living environment.

Patent Document 4 constructs an indoor dustproof window in order to solve the problem of a dustproof net installed outside. However, the method according to Patent Document 4 causes a serious problem in securing the view right pointed out above, and there is an inconvenience of separating the dustproof window to secure the view. In addition, there is a problem that the thickness of the window frame is increased because a window rail to which a dustproof window window for preventing fine dust is separately added to the existing window frame is required.

Patent Document 2 below proposes a window system for the purpose of blocking solar radiation and protecting privacy by installing an external blind integrally inside the external screen frame and installing only a part of the intermediate blind between the external window and the internal window. According to this method, there is an advantage of reducing a part of the blind installation space. However, in the ventilation part, which is an important function of the window, the method according to Patent Document 2 adds to the fine dust accumulated in the external insect screen, and according to the contamination of the blinds where much more fine dust accumulates, the ventilation process through the external window installed very close. There is a serious problem in which dust can directly enter the room and the indoor air quality can be very deteriorated. Even if the installation space is partially reduced, if it is a way to worsen the environment, this is a fundamental problem in terms of the function of the window.

In addition, the intermediate blinds installed between the inner and outer windows have a limit in energy saving due to poor airtightness with the window frame.

Fourth, the need for crime prevention and safety is constantly expanding. However, since a separate installation space is not provided on the window itself, it is often installed by exposing the security window to the outside.This appearance damages the exterior of the building and the composition of the security window is exposed as it is, so that it cannot function properly. It is a situation. In addition, when a separate security function window is installed inside the window, additional space is required, which causes the problem of increasing the thickness of the window frame. In addition, fire safety functions are also required, and measures are also required to make the living environment comfortable by reducing external noise.

Fifth, durability and convenience of maintenance are very important review items for installing and applying windows. From that point of view, in the case of Patent Document 3, a blind is built between the windows, so that installation space can be saved, whereas, unlike a solid structural material, a blind that has the characteristics of a consumer product that can be easily replaced is a user There are problems that are difficult to repair and replace, such as that the entire window on one side of the window must be removed and repaired when the preference of the window is changed or the built-in blind is broken, and that it is difficult for general users to repair themselves. There is this. Therefore, more convenient maintenance and replacement and repair methods should be reviewed. In particular, in the case of products with the characteristics of consumer goods, it is more economical to secure and maintain economical efficiency than to make it difficult for users to participate by configuring them in a complex structure, but to use popular products that the user can directly select and repair and replace. It is very important in terms of management convenience.

As mentioned in the function of the window above, installation space is added for each function, and the windows are not thickened, but even in a small installation space, it is possible to save energy for cooling and heating the building, secure a view, and protect the privacy of residents, while preventing deterioration of indoor air quality. There is an urgent need for the development of improved windows that can be done, can be changed appropriately and variably according to differences in environment, are safe, and can be repaired and replaced more easily in case of changes in user preferences, breakdowns, or replacements.

Korean patent registration number 10-1762067 Korean patent registration number 10-1575708 Korean patent registration number 10-1092902 Korean patent registration number 10-1905955

An object of the present invention was proposed to solve the above-described conventional problems, and more particularly, formed by combining a rectangular window frame and blinds between the inner and outer windows constituting the existing sliding door system. Two or more blind windows are installed in a sliding door manner, and at least one of the blind windows has a dustproof window that blocks fine dust from entering the room while securing a view, so as to save cooling and heating energy and protect privacy. It prevents global warming and protects the health and safety of residents by reducing the possibility of inflow of fine dust into the room along with security and viewing functions, making the operation of blinds and dustproof windows convenient, blocking the intrusion of external rainwater during ventilation, and external wind. It is to provide a window system that can reinforce complex environmental performance with a small installation space, such as making the living space comfortable by allowing the composition of the ventilation dustproof window to be variably changed according to the strength of the system.

The window system for solving the above problem includes a window frame, and a plurality of window rails horizontally spaced apart from each other in the upper and lower sides of the window frame, and at least two windows are formed as a glass window on the interior side and are coupled to the window rails. The inner window is formed in a sliding method, and the outdoor side is also formed as a glass window, and two or more outer windows that are coupled to the window rails are formed in a sliding method, and a screen on the outdoor side than the outer window and on one or less window rails A window is formed, and two or more blind windows are coupled to the window rail or the window frame between the inner window and the outer window to form a sliding method.

In addition, for each of the blind windows, the upper and lower horizontal window frame frames and the left and right vertical window frame frames are combined in a square shape, and a blind is installed inside the rectangular window frame frame, and the blind installation method includes a plurality of blind wings at the bottom of the upper window frame frame. And an angle adjusting device for adjusting the angle of the blind blade and an opening/closing rope device for adjusting the winding and unwinding of the blind are connected to each other.

In addition, on the outdoor side of the one or more blind windows, a dustproof window formed by a board-type or sheet-type dust filter or by attaching a fine dust filter to a base plate composed of a mesh net, louver or perforated plate is formed on the rectangular window frame frame, and It is integrally formed so that it can be opened and closed by sliding from side to side or assembled to be detachable, so that while opening and ventilating the outer window, the outer screen serves as a primary dust filter, and the inner dust window serves as a secondary dust filter. , When the external window is closed, the dustproof window is opened to secure an external view.

In addition, the anti-vibration window is formed by combining at least one elevational partition frame, and at least one of the elevations divided into the elevational partitioning frames is formed by combining a plate or sheet made of transparent glass, acrylic or polycarbonate, and the like. At least one of the other elevations is formed by inserting or attaching a board-type or sheet-type dust filter to the frame forming the rim of the elevation, or by attaching a dust filter to a base plate composed of a mesh net, louver, or perforated plate. The plate is formed by being combined, so that the anti-vibration window can perform both the anti-vibration function and the view function at the same time.

In addition, the upper and lower border frames and the left and right border frames are combined to form a rectangular frame, and at least one horizontal divided frame and at least one vertical divided frame for dividing the elevation of the dustproof window are provided inside the rectangular frame, The horizontal division frame and the vertical division frame are combined to form a base frame as an elevation division grid frame that is divided into a plurality of elevations vertically and horizontally, and a dust filter is attached to at least one frame in the grid frame, or A dust-proof plate or dust filter board formed by combining a dust filter to a base plate composed of a mesh net, a louver or a perforated plate inside the frame is formed integrally or detachably, and the other frame is made of transparent glass or acrylic. Alternatively, a transparent plate made of polycarbonate or the like is formed to be integrally or detachable, and is formed so as to perform both a dust blocking ventilation function and a view function at the same time.

In addition, it is more preferable that each of the blind windows is provided with a locking device, and the base plate of the dust-proof window is made of a non-combustible metallic material, and is installed in a structure having a function of delaying fire spread as well as a security function.

Through the configuration of the sliding-type blind window as described above, the function of opening and closing the blind is easily performed from side to side, as well as the convenience of making it easy to open and close, as well as the cooling energy saving effect through sun protection and heat transfer through the composite configuration of the blind and the dustproof window. It is possible to obtain the effect of saving heating energy and protecting the privacy and securing the view by blocking the system.

In addition, it is possible to install a safety anti-crime function, a fire spread delay function, and a dustproof window capable of blocking fine dust in the blind window without a separate additional installation space, so that the installation space can be drastically reduced. In addition, the external screen window functions as a primary dust filter that filters insects, yellow dust, and external impacts, and the indoor dust window functions as a secondary dust filter that filters fine dust. Therefore, when a dustproof window is installed outside, it is always exposed to the outside for twenty-four hours a day and receives an external shock.It is contaminated with dust in a short period of time due to the accumulation of dust, and the dustproof net is damaged and replacement time is accelerated, which wastes resources. Although a situation occurs, the dustproof window installed in the room uses the dustproof function only while ventilating by opening the window, thus maintaining the effective dustproof function, maintaining the cleanliness of the dustproof filter, and maintaining the period of use of the dustproof filter for a long time to save resources There are advantages to be gained.

In addition, through the two-step installation of the screen and the dustproof window, it is possible to control the intensity of the wind even if the window is opened for ventilation when wind blows and rain outside, and to obtain a rainwater blocking effect in which rainwater does not enter the interior. The effect of reducing the inflow of noise into the room can be obtained.

In addition, the installation location of the anti-vibration window can be varied from the lower to the upper part of the building, and the amount and intensity of the wind in the lower and upper parts are different, so the residents can variably adjust the ventilation part of the anti-vibration window by themselves in response to differences in the external environment. You can get the effect that you can.

In addition, the anti-vibration window installed indoors is formed on the outdoor side of the rectangular frame window frame of the blind window and is formed to be opened and closed by sliding up and down or left and right, or forming a dust-proof window as a grid frame, and a dust-proof net or dust-proof on the grid frame. By installing a plate and a transparent plate together, it solves the problem of damage to the view function, which causes difficulty in securing the view due to the characteristic of a dustproof net with close spacing, so that the resident can select and adjust the view security.

In addition, there is an effect that can be used as a design element that enhances the design of windows by changing the composition and color of the dustproof window base plate.

The window system according to the present invention is that the double window system, which was previously composed only of inner and outer windows, obtained only the conductive insulation effect against the outside temperature, and one line of blinds between the inner and outer windows of the double window system. In the window system incorporating, it is not only the effect of reducing cooling energy by protecting the privacy of residents and blocking sunlight, but also reducing cooling energy and heating energy, protecting the privacy of residents, securing views, and preventing the intrusion of pests and foreign substances. In addition, it can be configured to minimize the indoor inflow of fine dust, which has a fatal adverse effect on the health of residents due to deteriorating environmental problems, and to perform safety crime prevention functions and fire spread delay functions, and rainwater blocking effect and noise during ventilation. The effect of reducing inflow and securing variability that can be adjusted by variably adjusting to external environmental conditions, and providing a healthy and pleasant environment to residents through the convenience of window operation, ease of maintenance, and design effects of windows. There is.

1 is a plan view of Method 1 of a window system according to the present invention, and FIG. 2 is a side cross-sectional view.
3 is a plan view of Method 2 of the window system according to the present invention, and FIG. 4 is a side cross-sectional view.
5 is a plan view of Method 3 of the window system according to the present invention, and FIG. 6 is a side cross-sectional view.
7 is a plan view of Method 4 of the window system according to the present invention, and FIG. 8 is a side cross-sectional view.
9 is a plan view of Method 5 of the window system according to the present invention, and FIG. 10 is a side cross-sectional view.
FIG. 11 is a diagram of Method 1 among blind windows for both vibration isolation windows that are installed between an inner window and an outer window according to the present invention, and are formed by combining the vibration isolation window and the blind together.
12 is a view of Method 2 of the combined use of a dustproof window according to the present invention.
15 is a view of Method 3 of a blind window for use as a dustproof window according to the present invention.
16 is a view of Method 4 of a blind window for both vibrating and dustproof windows according to the present invention.

Hereinafter, preferred embodiments according to the present invention will be described with reference to the accompanying drawings.

1 is a plan view of Method 1 of a window system according to the present invention, and FIG. 2 is a side cross-sectional view of Method 1. In addition, Figure 3 is a plan view of Method 2 of the window system according to the present invention, Figure 4 is a side cross-sectional view of Method 2. In addition, Figure 5 is a plan view of Method 3 of the window system according to the present invention, Figure 6 is a side cross-sectional view of Method 3. 7 is a plan view of Method 4 of the window system according to the present invention, and FIG. 8 is a side cross-sectional view of Method 4. 9 is a plan view of Method 5 of the window system according to the present invention, and FIG. 10 is a side cross-sectional view of Method 5.

A preferred embodiment described below will be described with a double sliding door system as an example.

The window system, which is the first embodiment shown in FIGS. 1 and 2, comprises a window frame (001, 002), a first inner window (100) and a second inner window (200), an inner window, a first blind window (600). ) And a second blind window 700, an outer window made of the first outer window 300 and the second outer window 400, and an outer screen window 500.

The upper and lower horizontal window frames and the left and right vertical window frames have a rectangular shape, and inside the upper and lower window frames, rails (010, 020, 030, 040, 050, 060) are combined with each of the windows to enable a sliding method. , 070) is formed, and the first inner window 100 and the second inner window 200, the first outer window 300 and the second outer window 400 are formed on the outside of the window rails of the upper and lower window frames ( 010, 020, 030, 040), the horizontal upper and lower window frames having rail grooves coupled to the upper and lower horizontal window frames, and the left and right vertical window frames coupled to the upper and lower horizontal window frames form a rectangular shape, and a glass window is formed inside the rectangular shape. In addition, the first blind window 600 and the second blind window 700 are also coupled to the window rails 060 and 070 of the upper and lower window frames, and the external screen window 500 is a window rail formed on the outermost side ( 050).

The first blind window 600 includes upper and lower horizontal window frame frames 612 and 613 formed with rail grooves coupled to the window rails 060 of the upper and lower window frames, and left and right vertical window frame frames coupled to the upper and lower horizontal window frame frames ( 610 and 611 are combined to form a rectangular shape, and a dustproof window 630 for blocking fine dust is installed on the outdoor side of the rectangular window frame frame, and a plurality of blind blades at the bottom of the upper horizontal window frame 613 indoors And a blind 620 to which an angle adjusting device for adjusting the angle of the blind blade and an opening/closing rope device for adjusting winding and unwinding of the blind is connected. In addition, the base plate of the anti-vibration window 630 is composed of a mesh net or louver having a shape such as an insect screen, or various types of perforated plates, and is configured by attaching a dust filter to the indoor or outdoor side, or It can be composed of a dust filter board that performs the function of a dust filter at the same time, or a sheet-type dust filter, and the base plate is made of a material with high strength such as metal, so that it can perform a security function and a fire spread delay function.

In addition, the second blind window 700 includes upper and lower horizontal window frame frames 712 and 713 having rail grooves coupled to the window rails 070 of the upper and lower window frames, and left and right vertical window frame frames coupled to the upper and lower horizontal window frame frames. (710, 711) is combined to form a rectangular shape, and has a plurality of blind blades at the lower end of the upper horizontal window frame 713, an angle adjusting device for adjusting the angle of the blind blades, and winding and unwinding of the blinds. A blind 720 to which an opening and closing rope device to be adjusted is connected is installed. In addition, in order to perform a security function and a fire spread delay function, a vibration-proof window or a base plate having the same configuration as the vibration-proof window formed on the first blind window 600 may be installed.

The window system, which is the second embodiment shown in FIGS. 3 and 4, comprises a window frame (001, 002), a first inner window (100) and a second inner window (200), an inner window, and a first blind window (600). ) And a second blind window 700, an outer window made of the first outer window 300 and the second outer window 400, and an outer screen window 500.

The upper and lower horizontal window frames and the left and right vertical window frames have a rectangular shape, and inside the upper and lower window frames, rails (010, 020, 030, 040, 050, 060) are combined with each of the windows to enable a sliding method. ) Is formed, and the first inner window 100 and the second inner window 200, the first outer window 300 and the second outer window 400 have a window rail 010 of the upper and lower window frames on the outside. 020, 030, 040) and the horizontal upper and lower window frames with rail grooves coupled to the upper and lower horizontal window frames and the horizontal vertical window frames coupled to the upper and lower horizontal window frames form a rectangular shape, and a glass window is formed inside the rectangular window frame.

In addition, the first blind window 600 and the second blind window 700 are connected by a single window and are formed by being combined with one window rail 060 of the upper and lower window frames to expand in the left and right opposite directions. In addition, the external screen window 500 is formed by being coupled to the window rail 050 formed on the most outdoor side.

4-1 and 4-2 show the same function as the configuration in which the lower horizontal window frame 612 of the first blind window 600 and the lower horizontal window frame 712 of the second blind window 700 are connected. However, as detailed drawings showing examples in various forms, the first blind window 600 includes upper and lower horizontal window frame frames 612 and 613 having rail grooves coupled to the window rails 060 of the upper and lower window frames, and the The left and right vertical window frame frames 610 and 611 coupled to the upper and lower horizontal window frame frames are combined to form a rectangular shape, and a dustproof window 630 for blocking fine dust is installed on the outdoor side of the rectangular window frame frame, and the upper horizontal A blind 620 having a plurality of blind blades at the lower end of the window frame frame is installed, to which an angle adjusting device for adjusting the angle of the blind blades and an opening and closing rope device for adjusting the winding and unwinding of the blinds are connected. In addition, the base plate of the anti-vibration window 630 is composed of a mesh net or louver having the same shape as an insect screen, or various types of perforated plates, and a dust filter is attached to the indoor or outdoor side, or It can be composed of a dust filter board that performs the function of a filter at the same time, or a sheet-type dust filter, and the base plate is made of a material with high strength such as metal, so that it can perform a security function and a fire spread delay function.

In addition, the second blind window 700 is the upper and lower horizontal window frame frames 712 and 713 that are coupled to the window frame rails 640 and 641 formed on the upper and lower horizontal window frame frames 612 and 613 of the first blind window 600. The same window rail as the window rail 060 to which the first blind window 600 is coupled to the outer side of the vertical window frame 711 and the upper and lower ends of the one side of the end coupled to the upper and lower horizontal window frame frames 712 and 713 Combined with (060), the vertical window frame (002) on one side of the vertical window frame (002) sliding from side to side and opening and closing is formed in a rectangular shape with a vertical window frame frame (710), and a plurality of bottoms of the upper horizontal window frame (713) A blind 720 is installed that has blind blades and connects an angle adjusting device for adjusting the angle of the blind blades and an opening and closing rope device for adjusting winding and unwinding of the blinds. In addition, in order to perform a security function and a fire spread delay function, a vibration-proof window or a base plate having the same configuration as the vibration-proof window formed on the first blind window 600 may be installed.

4-1 and 4-2 will be described in more detail with reference to the above, the upper and lower horizontal window frame frames 612 and 613 of the first blind window are coupled to the window frame rail 060 in a left and right sliding manner. The window frame rail (640, 641), which is operated and is formed inside or outside the upper and lower horizontal window frame frames (612, 613), is formed outside or inside the horizontal window frame frames (712, 713) of the second blind window. The rail grooves are combined so that the first blind window 600 and the second blind window 700 are connected to one window, and are combined with the same one window rail 060 to develop in the opposite direction to the left and right.

The window system, which is the third embodiment shown in FIGS. 5 and 6, comprises a window frame (001, 002), a first inner window 100, and a second inner window 200, an inner window, and a first blind window 600. ) And a second blind window 700, an outer window made of the first outer window 300 and the second outer window 400, and an outer screen window 500.

The upper and lower horizontal window frames and the left and right vertical window frames have a rectangular structure, and inside the upper and lower window frames, rails (010, 020, 030, 040, 050) are combined with each of the windows to enable a sliding method. Is formed, and the first inner window 100 and the second inner window 200, the first outer window 300 and the second outer window 400 have window rails 010 and 020 of the upper and lower window frames on the outside. The upper and lower horizontal window frames with rail grooves coupled to the 030 and 040) and the left and right vertical window frames coupled to the upper and lower horizontal window frames form a rectangular shape, and a glass window is formed inside the rectangular window frame.

In addition, the first blind window 600 is connected to the second inner window 200 by a single window, and both the first blind window 600 and the second inner window 200 are one window of the upper and lower window frames. Each is coupled to the rail 020 and is formed to be deployed in the left and right opposite directions. In addition, the second blind window 700 is also connected to the first external window 300 by one window, and both the second blind window 700 and the first external window 300 are one window of the upper and lower window frames. Each is coupled to the rail 030 is formed to be deployed in the left and right opposite directions.

6-1 and 6-2 illustrate a configuration in which a lower horizontal window frame 242 of the first blind window 600 and a lower horizontal window frame 212 of the second inner window 200 are connected and the second This is a detailed drawing showing an example in which the lower horizontal window frame 342 of the blind window 700 and the lower horizontal window frame 312 of the first outer window 300 are connected is the same function, but shows examples in various forms. 1 The blind window 600 is a vertical horizontal window frame (242, 243) and the upper and lower horizontal window frame (242, 243) and the upper and lower horizontal window frames (212, 213) coupled to the window frame rail (212a) formed on the outdoor side of the second inner window (200). The window rail 020 that is the same as the window rail 020 to which the second inner window 200 is coupled to the outer side of the vertical window frame frame 241 and the upper and lower ends of one side that is coupled to the horizontal window frame frames 242 and 243 Combined with the vertical window frame 001 of one side and sliding from side to side and opening and closing, the vertical window frame frame 240 forms a rectangular shape, and a dustproof window for blocking fine dust to the outside of the rectangular window frame frame 250 is installed, and has a plurality of blind blades at the bottom of the upper horizontal window frame 243 on the interior side, an angle adjusting device for adjusting the angle of the blind blades, and opening and closing for adjusting the winding and unwinding of the blinds A blind 230 to which the rope device is connected is installed. In addition, the base plate of the anti-vibration window 250 is composed of a mesh net or louver having the same shape as an insect screen, or various types of perforated plates, and is configured by attaching a dust filter to the indoor or outdoor side, or It can be composed of a dust filter board that performs the function of a dust filter at the same time, or a sheet-type dust filter, and the base plate is made of a material with high strength such as metal, so that it can perform a security function and a fire spread delay function.

In addition, the second blind window 700 is the upper and lower horizontal window frame frames 342 and 343 coupled to the window frame rails 312a formed inside the upper and lower horizontal window frames 312 and 313 of the first outer window 300 The same window rail as the window rail 030 to which the first outer window 300 is coupled to the outside of the vertical window frame frame 341 and the upper and lower ends of the one side that is coupled to the upper and lower horizontal window frame frames 342 and 343 Combined with the vertical window frame 002 on one side of the 030, the vertical window frame frame 340 that slides and opens and closes with the inside of one side has a rectangular shape, and is formed at the bottom of the upper horizontal window frame 343 A blind 330 is installed that has a blind wing and connects an angle adjusting device for adjusting the angle of the blind wing and an opening and closing rope device for adjusting winding and unwinding of the blind. In addition, in order to perform a security function and a fire spread delay function, a vibration-proof window or a base plate having the same configuration as the vibration-proof window formed on the first blind window 600 may be installed.

6-1 and 6-2 will be described in more detail with reference to the above, the upper and lower horizontal window frames 212 and 213 of the second inner window are coupled to the window frame rail 020 to operate in a left and right sliding manner. And, the window frame rail 212a formed inside or outside the upper and lower horizontal window frames 212 and 213 is formed outside or inside the horizontal window frame frames 242 and 243 of the first blind window 600. The rail grooves are combined so that the second inner window 200 and the first blind window 600 are connected by one window, and are formed by being combined with the same one window rail 020 to develop in the opposite direction left and right.

In addition, the upper and lower horizontal window frames 312 and 313 of the first outer window are coupled to the window frame rail 030 to operate in a left and right sliding manner, and a window frame formed inside or inside the upper and lower horizontal window frames 312 and 313 A rail groove formed outside or outside the horizontal window frame frames 342 and 343 of the second blind window 700 is coupled to the rail 312a to provide the first outer window 300 and the second blind window 700. It is connected by one window, and is combined with the same one window rail 030 to expand and form in the left and right opposite directions.

In addition, when there is a possibility that dust may flow into the room due to a distance between the inside of the upper and lower horizontal window frames and the upper and lower horizontal window frame frames 242 and 243 of the blind window 600 on which the dustproof window 250 is installed, the upper and lower horizontal window frame frames 242, It is desirable to install dust caps on the outside of 243).

A window system, which is a fourth embodiment shown in FIGS. 7 and 8,

Window frames (001, 002), an inner window composed of a first inner window 100 and a second inner window 200, a blind window composed of a first blind window 600 and a second blind window 700, the first It comprises an outer window made of an outer window 300 and a second outer window 400 and an outer screen window 500.

The upper and lower horizontal window frames and the left and right vertical window frames have a rectangular structure, and inside the upper and lower window frames, rails (010, 020, 030, 040, 050) are combined with each of the windows to enable a sliding method. Is formed, and the first inner window 100 and the second inner window 200, the first outer window 300 and the second outer window 400 have window rails 010 and 020 of the upper and lower window frames on the outside. The upper and lower horizontal window frames with rail grooves coupled to the 030 and 040) and the left and right vertical window frames coupled to the upper and lower horizontal window frames form a rectangular shape, and a glass window is formed inside the rectangular window frame.

In addition, the second blind window 700 is coupled to the second inner window 200 coupled to the window rail 020 so as to be overlapped with one window, and may be separated from each other to the left and right and deployed. In addition, the first blind window 600 is also overlapped with the first outer window 300 coupled to the window rail 030 as a single window, and can be separated and deployed in left and right directions.

8-1 shows a configuration in which a lower horizontal window frame 712 of the second blind window 700 and a lower horizontal window frame 212 of the second inner window 200 are connected and the first blind window 600 This is a detailed drawing showing a configuration in which the lower horizontal window frame 612 of and the lower horizontal window frame 312 of the first outer window 300 are connected as an example, and the upper and lower horizontal window frame frames of the second blind window 700 ( 712 and 713 are coupled to the window frame rail 212a formed on the outer side of the upper and lower horizontal window frames 212 and 213 of the second inner window 200 through a connecting core horizontal bar 212b, and a second blind window The 700 and the second inner window 200 may slide left and right while being connected to overlap each other. When the second blind window 700 and the second inner window 200 are separated and unfolded in the left and right opposite directions, the connecting core horizontal bar 212b has the second blind window 700 and the second inner window It serves as a supporting connector that prevents unstable shaking that occurs as the connection part of 200) is reduced. In addition, a stopper for stopping the left and right sliding at a certain position is provided at the connection part to which the connection core horizontal bar 212b is coupled, so that the second blind window 700 and the second inner window 200 are opened to each other and deployed in the opposite direction. When it becomes possible to stop at a fixed position.

In addition, the second blind window 700 has a rectangular shape with vertical horizontal window frame frames 712 and 713 and left and right vertical window frame frames 710 and 711 coupled to the vertical and horizontal window frame frames 712 and 713. The interior side of the window frame frame has a plurality of blind blades at the bottom of the upper horizontal window frame 713, an angle adjusting device for adjusting the angle of the blind blades, and an opening and closing rope device for adjusting the winding and unwinding of the blinds. A blind 720 to be connected is installed.

In addition, the upper and lower horizontal window frame frames 612 and 613 of the first blind window 600 are connected to a window frame rail 312a formed inside the upper and lower horizontal window frames 312 and 313 of the first outer window 300 It is coupled through the core horizontal bar 312b, and the first blind window 600 and the first outer window 300 may be slid left and right while being connected to overlap each other. When the first blind window 600 and the first outer window 300 are separated and unfolded in the left and right opposite directions, the connecting core horizontal bar 312b has the first blind window 600 and the first outer window ( It serves as a supporting connector that prevents unstable shaking that occurs when the connection part of 300) is reduced. In addition, a stopper for stopping the left and right sliding at a certain position is provided at the connection portion to which the connection core horizontal bar 312b is coupled, so that the first blind window 600 and the first outer window 300 open to each other and expand in the opposite direction. When it becomes possible to stop at a fixed position.

In addition, the first blind window 600 is formed of a rectangular shape with vertical horizontal window frame frames 612 and 613 and left and right vertical window frame frames 610 and 611 coupled to the horizontal upper and lower window frame frames 612 and 613. A dustproof window 630 for blocking fine dust is installed on the outdoor side of the window frame frame, and has a plurality of blind wings at the bottom of the upper horizontal window frame 613 on the indoor side, and an angle for adjusting the angle of the blind wing A blind 620 to which an adjustment device and an opening/closing rope device for controlling winding and unwinding of the blind are connected is installed. In addition, the base plate of the anti-vibration window 630 is composed of a mesh net or louver having a shape such as an insect screen, or various types of perforated plates, and is configured by attaching a dust filter to the indoor or outdoor side, or It can be composed of a dust filter board that performs the function of a dust filter at the same time, or a sheet-type dust filter, and the base plate is made of a material with high strength such as metal, so that it can perform a security function and a fire spread delay function. In addition, the second blind window 700 may also be provided with a dustproof window or a base plate having the same configuration as the dustproof window formed on the first blind window 600 in order to perform a security function and a fire spread delay function.

8-1 is described in more detail, the upper and lower horizontal window frames 212 and 213 of the second inner window 200 are coupled to the window frame rail 020 to operate in a left and right sliding manner, and the upper and lower horizontal window frames ( The guide-shaped window frame rail 212a formed on the outdoor side of the 212 and 213 is the second blind window when the second blind window 700 and the second inner window 200 are separated and unfolded in the left and right opposite directions. The top and bottom of the second blind window 700 through the connecting core horizontal bar 212b serving as a supporting connector that prevents unstable shaking that occurs as the connection portion between the 700 and the second inner window 200 is reduced. It is connected to the horizontal window frame frames 712 and 713, and the second blind window 700 and the second inner window 200 may slide left and right while being connected to overlap each other.

In addition, the upper and lower horizontal window frames 312 and 313 of the first outer window 300 are coupled to the window frame rail 030 to operate in a left and right sliding manner, and are formed in the interior side of the upper and lower horizontal window frames 312 and 313 When the first blind window 600 and the first outer window 300 are separated and unfolded in the left and right opposite directions, the guide-type window frame rail 312a is the first blind window 600 and the first outer window ( It is connected to the upper and lower horizontal window frame frames 612 and 613 of the first blind window 600 through a connection core horizontal bar 312b that serves as a supporting connector that prevents unstable shaking that occurs as the connection part of 300) is reduced. , The first blind window 600 and the first outer window 300 may slide left and right while being connected to overlap each other.

In addition, when there is a possibility that dust may enter the room due to the distance between the upper and lower horizontal window frame frames 612 and 613 of the blind window 600 installed with the anti-vibration window 630 and the inner side of the upper and lower horizontal window frames, the upper and lower horizontal window frame frames 612, It is desirable to install dust caps on the outside of 613).

The window system, which is the fifth embodiment shown in FIGS. 9 and 10, comprises a window frame (001, 002), a first inner window 100 and a second inner window 200, and an inner window, a first blind window 600. ) And a second blind window 700, an outer window made of the first outer window 300 and the second outer window 400, and an outer screen window 500.

The upper and lower horizontal window frames and the left and right vertical window frames have a rectangular shape, and inside the upper and lower window frames, rails (010, 020, 030, 040, 050, 060) are combined with each of the windows to enable a sliding method. , 070) is formed, and the first inner window 100 and the second inner window 200, the first outer window 300 and the second outer window 400 are formed on the outside of the window rails of the upper and lower window frames ( 010, 020, 030, 040), the horizontal upper and lower window frames having rail grooves coupled to the upper and lower horizontal window frames, and the left and right vertical window frames coupled to the upper and lower horizontal window frames form a rectangular shape, and a glass window is formed inside the rectangular shape. In addition, the first blind window 600 and the second blind window 700 are also coupled to the window rails 060 and 070 of the upper and lower window frames, and the external screen window 500 is a window rail formed on the outermost side ( 050).

The first blind window 600 includes upper and lower horizontal window frame frames 612 and 613 formed with rail grooves coupled to the window rails 060 of the upper and lower window frames, and left and right vertical window frame frames coupled to the upper and lower horizontal window frame frames ( 610 and 611 are combined to form a rectangular shape, and have a plurality of blind blades at the lower end of the upper horizontal sash frame 613 of the rectangular sash frame, and an angle adjusting device for adjusting the angle of the blind blades and the blind A blind 620 to which an opening and closing rope device for controlling winding and unwinding is connected is installed.

In addition, the second blind window 700 includes upper and lower horizontal window frame frames 712 and 713 having rail grooves coupled to the window rails 070 of the upper and lower window frames, and left and right vertical window frame frames coupled to the upper and lower horizontal window frame frames. (710, 711) is combined to form a rectangular shape, and has a plurality of blind blades at the lower end of the upper horizontal window frame 713, an angle adjusting device for adjusting the angle of the blind blades, and winding and unwinding of the blinds. A blind 720 to which an opening and closing rope device to be adjusted is connected is installed. In addition, a window frame rail according to various known technologies is formed on the outdoor side of the upper and lower horizontal window frame frames 712 and 713, and a vibration-proof window 730 is connected to the window frame rail by a single window, and is formed in the opposite direction to the left and right. do.

The anti-vibration window 730 has a rectangular frame shape with vertical horizontal frames 730c and 730d and vertical frames 730a and 730b, and the base plate inside the rectangular frame is a mesh net or louver having a shape such as a screen Consisting of a type of perforated plate, etc., formed as a dustproof window constructed by attaching a dustproof filter to the indoor or outdoor side, or composed of a dust filter board that simultaneously performs the functions of a base plate and a dust filter, or a sheet-type dust A dustproof window composed of a filter is formed.

In addition, both the vibration-proof window 730 and the second blind window 700 may be formed by being combined with one window rail 070 of the upper and lower window frames, respectively, to be developed in the left and right opposite directions.

10-1 and 10-2 show the same function as the configuration in which the horizontal frames 730c and 730d of the vibration-proof window 730 and the horizontal window frame frames 712 and 713 of the second blind window 700 are connected. It is a detailed drawing showing examples in various forms.

As in the above-described embodiments, the window system according to the present invention comprises one sliding window formed by having two or more blind windows 600 and 700 between the inner windows 100 and 200 and the outer windows 300 and 400 By configuring a set, while maintaining airtightness with the window frames (001, 002), the effect of solving the inconvenience of the blind operation of the upper and lower pull line method according to the conventional method is obtained.

FIG. 18 is an effect of more saving energy of a building with convenience of life through the formation of two intermediate air layers 600a and 600b formed between the inner window 100 and the outer window 300 according to the present invention It is a cross-sectional conceptual diagram explaining about.

In the conventional double window system, only one intermediate air layer is formed between the inner window 100 and the outer window 300. In the case of installing the upper and lower pull-line type blinds in the intermediate air layer, the formation of the air layer in terms of air flow is similar to the formation of one air layer. However, according to the present invention, a blind 620 is installed inside a rectangular window frame frame in an indoor direction, and a dust filter is combined with a base plate formed of a mesh net or a louver or a perforated plate in the outdoor direction. The air in the middle air layer is dust-proofed by forming a blind window 600 for use as a dust-proof window in which a dust-proof window 630 is installed, which is composed of a dust filter board that simultaneously performs the function of a dust filter. In the process of passing through the window 630 and the blind 620, the amount and speed of the air flow is lowered, so that the intermediate air layer has an indoor intermediate air layer 600a and an outdoor intermediate air layer 600b in which air flow is slowly formed. It is divided into

When both the inner window 100 and the outer window 300 are closed in the state in which the dual-use blind window 600 is deployed, the intermediate air layer is the indoor intermediate air layer 600a and the outdoor intermediate air layer 600b. It is formed by reducing the ratio of the indoor side to be affected by external temperature, and when the blind 620 is operated by opening the inner window 100 from the indoor side, the effect of the temperature of the outdoor space (000-b) The outdoor middle air layer 600b together with the outer window 300 plays a role of additionally alleviating, and on the contrary, when the air temperature in the middle air layers 600a and 600b is increased, the outer window 300 is opened, or Although not shown in the drawing, an exterior window according to a known technology in which ventilation windows are installed at the top and bottom is used, and even when the air in the intermediate air layers 600a and 600b is discharged to the outside by opening the ventilation window of the exterior window The intermediate air layer (600a) together with the inner window (100) further alleviates the influence of the external temperature, thereby reducing the energy loss of the indoor space (000-a) along with the comfort of life that minimizes the external influence. You get the effect.

In the case of natural ventilation by opening both the inner window 100 and the outer window 300 together with the sun protection function, it not only functions to block rainwater intrusion and to block dust, but also to the sudden change of the inner and outer spaces in the process of opening and closing the window. It has the effect of playing the role of a transition space that minimizes the discomfort of life and energy loss caused by differences.

In addition, when only some of the blind windows (600, 700) are installed with a dustproof window, it is mentioned above to install a sealed window frame coupling structure or dust cap between the window frames in order to reduce the airflow in the gap with the blind window without the dustproof window installed. It is desirable to be able to maintain the functions more effectively.

11 is a plan view, a cross-sectional view, and an elevation view of Method 1 among blind windows for both vibration isolation windows that are installed between an inner window and an outer window according to the present invention and are formed by combining a vibration isolation window and a blind together. In addition, FIG. 12 is a plan view, a cross-sectional view, and an elevation view of Method 2 of a blind window for use with a dustproof window according to the present invention. In addition, Figure 15 is a plan view, a cross-sectional view, and an elevation view of Method 3 of the combined use of a vibrating window blind window according to the present invention. In addition, FIG. 16 is a plan view, a cross-sectional view, and an elevation view of Method 4 among the blind windows for both vibration isolation and use according to the present invention.

Hereinafter, with reference to the accompanying drawings, a preferred embodiment of a blind window combined with a dustproof window according to the present invention will be described.

FIG. 11 is a more specific first embodiment of a blind window for use as a dustproof window, and includes FIGS. 11-1, 11-2, 11-3, and 11-4.

11-1 is a plan view of a blind window for use with a dust filter attached, and FIG. 11-2 is a cross-sectional view. The dustproof window 630 to which the dust filter is attached blocks dust because the gap through which air passes is very close, but on the contrary, there is a problem of blocking the view, which is an important function of securing the visibility of the window. 11 shows a method of securing a field of view while the dustproof window 630 blocks fine dust. In FIGS. 11-1 and 11-2, it can be seen that a dustproof window 630 is formed on the outdoor side of the window frame frames 610, 611, 612, and 613, and a blind 620 is installed on the indoor side.

Inside the left and right vertical window frame frames 610 and 611 of the dual-use blind window, one vertical guide rail 631 to which the anti-vibration plates 630b and 630c and the rail groove 632 can be coupled is formed, and the vibration-proof The window 630 is composed of two or more anti-vibration plates 630a, 630b, 630c, 630d arranged vertically, and the left and right vertical sash frames 610 and 611 and the upper horizontal sash frame 613 ) And the left and right vertical window frame frame (610, 611) and the lower horizontal window frame frame 612 is installed integrally or detachably assembled and formed vibration isolation plates (630a, 630d),

Two anti-vibration plates (630b, 630c) sliding up and down to cover an open area without installing a dust-proof plate from the dust-proof window 630 formed on the outdoor side are combined with the vertical guide rail 631 formed in the indoor direction. To form an open-type vibrating window and a blind window for opening and closing the dustproof window 630. In addition, when the entire elevation of the vibration isolator is divided into two, it is naturally possible to install one vibration isolating plate (630a or 630d) on the outdoor side and another vibration isolating plate (630b or 630c) on the indoor side. . In addition, the anti-vibration plates 630b and 630c, which are opened by sliding up and down, may be opened by operating individually, or two may be opened by interlocking with each other. In this embodiment, a method of interlocking will be described.

In the opening and closing operation of the two anti-vibration plates 630b and 630c coupled to the vertical guide rail 631 and sliding up and down, a rotary roller 634 is installed at the lower left and right sides of the upper horizontal window frame 613, and the upper anti-vibration plate The left side of the 630c and the left side of the lower vibration isolating plate 630b, and the right side of the upper vibration isolating plate 630c and the right side of the lower vibration isolating plate 630b are connected to each other by a string 635, and the connection line 635 is connected to each other. When each of the rotating rollers 634 is wound and rotated, the upper anti-vibration plate 630c is simultaneously opened up when the lower anti-vibration plate 630b is pulled downward and the upper anti-vibration plate is closed when the lower anti-vibration plate 630b is pushed upward. (630c) is configured to be closed down simultaneously by gravity. In addition, locking devices 633a and 633b are installed at portions where the two anti-vibration plates 630b and 630c contact each other.

13 is a cross-sectional view showing a coupling relationship between the locking devices 633a and 633b and the rotary roller 634 installed on the anti-vibration plates 630b and 630c. As shown in the drawing, a ring-type locking device 633a is installed on the upper part of the lower anti-vibration plate 630b, and regardless of the deployment of the blind 620 installed in the front of the anti-vibration window 630, the left and right sides The ring-type locking device 633a is pushed upward so that it is coupled to the hanging-type locking device 633b installed under the upper anti-vibration plate 630c. In addition, the upper anti-vibration plate 630c and the lower anti-vibration plate 630b are coupled to the rotary roller 634 through a connection line 635 and operate to open and close at the same time in the opposite direction, respectively. The annular locking device (633a) is a structure consisting of a hinge (633a-4) and a spring (633a-3) to enable rotation of the base plate (633a-1) and the pressing plate (633a-2) is coupled However, in addition to the above locking device, it is natural that various known locking devices can be used.

In addition, the anti-vibration plates 630a, 630b, 630c, 630d are formed by attaching a dust filter (b) to one side of a rectangular plate-shaped base plate (a) composed of a mesh net, louver, or perforated plate.

11-3 is an elevation view of the vibration isolating window 630 closed from the indoor side, and FIG. 11-4 is a view of the vibration isolating window 630 opened by sliding the vibration isolating plates 630b and 630c up and down. It is an elevation view seen from. In addition, it can be seen from the elevation view that the angle adjusting device 622 and the opening and closing rope device 621 are coupled to the blind 620. When the dust isolator 630 is installed as described above, all the dustproof plates 630a, 630b, 630c, 630d are closed to block dust during ventilation operation to prevent dust from entering the room, and if dust blocking is not required Some of the anti-vibration plates 630b and 630c may be opened to secure a view.

12 is a second more specific embodiment of a blind window for both vibration isolation and is composed of FIGS. 12-1, 12-2, 12-3, and 12-4.

12-1 is a plan view of a blind window for use with a dust filter attached, and FIG. 12-2 is a cross-sectional view. The dustproof window 630 to which the dust filter is attached blocks dust because the gap through which air passes is very close, but on the contrary, there is a problem of blocking the view, which is an important function of securing the visibility of the window. 12 shows a second method of securing a field of view while the dustproof window 630 blocks fine dust. In FIGS. 12-1 and 12-2, it can be seen that a dustproof window 630 is formed on the outdoor side of the window frame frames 610, 611, 612, and 613, and a blind 620 is installed on the indoor side.

The anti-vibration window 630 is formed by integrally combining a base plate (a) made of a mesh net, a louver or a perforated plate on the outdoor side of the upper and lower left and right window frame frames 610, 611, 612, 613, and the base plate ( In the interior direction of a), one vertical guide rail 631 is formed inside each of the left and right vertical window frame frames 610 and 611, and the vertical guide rail 631 has a square shape and rail grooves 632 are formed on the left and right sides. The dust filter (b) is attached to one side of the base plate (a) made of a mesh net, louver or perforated plate, and two anti-vibration plates (630b, 630c) are connected so that they can slide up and down. Combine. In addition, when the two indoor dustproof plates 630b and 630c are connected to each other and are closed, a portion where no dust filter is formed on the upper and lower portions of the dustproof plate is dust on one side of the outdoor base plate (a). The filter (b) is attached to form the vibration isolating plate 630a, and the entire vibration isolating window 630 is formed together with the two indoor vibration isolating plates 630b and 630c. In addition, the anti-vibration plates 630b and 630c, which are opened by sliding up and down, may be opened by operating individually, or two may be opened by interlocking with each other. In this embodiment, a method of interlocking will be described.

In the opening and closing operation of the two anti-vibration plates 630b and 630c coupled to the vertical guide rail 631 and sliding up and down, a rotary roller 634 is installed at the lower left and right sides of the upper horizontal window frame 613, and the upper anti-vibration plate The left side of (630c) and the left side of the lower vibration isolating plate 630b, and the right side of the upper vibration isolating plate 630c and the right side of the lower vibration isolating plate 630b are connected to each other by a string 635, respectively, and the connecting strings 635 are respectively When the lower vibration isolating plate 630b is pulled down and opened by winding it around the rotary roller 634, the upper vibration isolating plate 630c is simultaneously opened upward, and when the lower vibration isolating plate 630b is pushed upward and closed, the upper vibration isolating plate ( 630c) is configured to be closed down simultaneously by gravity. In addition, locking devices 633a and 633b are installed at portions where the two anti-vibration plates 630b and 630c contact, respectively, and for more detailed information on the locking devices 633a and 633b, the locking device is described in detail in FIG. Same as one content.

12-3 is an elevation view of a closed state of the dustproof window 630 made of a mesh net, and FIG. 12-4 is an indoor side by sliding the dustproof plates 630b and 630c up and down. It is an elevation view looking at the state where the vibration isolation plates 630b and 630c are open. In this case, it is possible to secure a field of view for an outside view through an open portion of the interior vibration isolation plates 630b and 630c. In addition, it can be seen from the elevation view that the angle adjusting device 622 and the opening and closing rope device 621 are coupled to the blind 620.

11 and 12 show an embodiment of an open-type vibrating window combined blind window consisting of two layers of vibration isolating windows 630, and one of them is composed of vibration isolating plates 630b and 630c that slide up and down. 14 is a perspective view of FIG. 11 as viewed from an outdoor side to an indoor side.

According to the drawing, a screen window 500 is formed on the outermost side, and a second outer window 400, a first outer window 300, a second blind window 700, and a first blind window 600 in a more interior direction. ), it can be seen that the second inner window 200 and the first inner window 100 are formed. In addition, it can be seen that from the second blind window 700 and the first blind window 600, a part of the vibration isolating plate of the vibration isolating window 630 formed on the outdoor side is opened to secure a view. In addition, it can be seen that the blind 620 is formed on the interior side of the dustproof window 630.

15 is a third more specific embodiment of a blind window for dual use of a dust-proof window, unlike FIGS. 11 and 12, in which a dust-proof window is configured as a single layer, and FIGS. 15-1, 15-2, 15-3, and 15- It consists of 4.

FIG. 15-1 is a plan view of a blind window for both vibration isolation windows constituting the vibration isolation window 630 with a transparent plate 630e and a dust isolation plate 630a attached with a dust filter, and FIG. 15-2 is a cross-sectional view.

In accordance with FIGS. 15-1 and 15-2, a vibration-proof window 630 is formed on the outdoor side of the rectangular window frame frame (610, 611, 612, 613) and a blind window with a vibration-proof window in which a blind 620 is installed on the indoor side. In the case, the vibration isolating window 630 is provided with a vibration isolating window 630 divided into three elevations vertically, and the elevational division frames 636a and 636b are installed, and the inside of the upper divided elevation formed by the divisional frames 636a and 636b A transparent plate 630e made of transparent plates such as glass, acrylic or polycarbonate can be attached and detached inside the intermediate divided elevation formed by the upper and lower divided frames 636b. A lower vibration isolation plate 630a is coupled to the inside of the lower divided elevation formed by the lower divided frames 636a and 636b, and a dust filter function and a convection phenomenon through the vibration isolation plates 630a and 630d. The ventilation function is performed using and the viewing function can be performed through the transparent plate 630e. In addition, the anti-vibration plates 630a and 630d are formed by inserting or attaching a board-type or sheet-type dust filter to a frame forming the edge of the elevation, or a rectangular plate-shaped or sheet-shaped base made of a mesh net, louver, or perforated plate. It is formed by attaching a dust filter (b) to the plate (a), the upper vibration isolating plate (630d) and the lower vibration isolating plate (630a) may be formed of a vibration isolating plate composed of the same base plate (a), or The plate 630d and the lower anti-vibration plate 630a may be formed by using other base plates capable of varying the amount and speed of air passing.

In addition, the anti-vibration window elevation divided frames 636a and 636b are formed by dividing the upper and lower elevations into two elevations, and a vibration-proof plate is coupled to the inside of one frame, and a transparent plate is coupled to the inside of the other frame. You can also configure.

15-3 is an elevation view of the dustproof window 630 viewed from the indoor side, and FIG. 15-4 is an elevation view of the dustproof window 630 viewed from the outdoor side. In addition, it can be seen that the angle adjusting device 622 and the opening and closing rope device 621 are coupled to the blind 620 in FIG. 15-3.

FIG. 16 is a fourth more specific embodiment of a blind window for use as a dustproof window in which a dustproof window is configured as a single layer as shown in FIG. 15, and is composed of FIGS. 16-1, 16-2, 16-3, and 16-4. Has been. 16-1 is a plan view of a blind window for both vibration isolation windows constituting the vibration isolation window 630 with a transparent plate 630e and a dust isolation plate 630a attached with a dust filter, and FIG. 16-2 is a cross-sectional view.

Yet, the difference between the vibration isolation window of FIG. 16 from FIGS. 15, 11 and 12 is the free variability of the configuration of the vibration isolation window. The free variability can represent the characteristic that the design of the dustproof window composition is varied according to the user's taste, and in a more functional aspect, the blind window for both dustproof window can be installed at various heights from a low-rise location of a building to a high-rise location. In addition, since the difference between the amount and intensity of external wind is different depending on the height of the installation, when using the same blind window, the wind pressure generated in the ventilation process varies depending on the height of the installation. There are many differences in space, which can create an unpleasant feeling of residence. In particular, the dust-proof window is composed of only the dust filter screen without the base plate, and the possibility of failure is very high if it is not controlled according to the wind pressure. In order to overcome these differences, there is an urgent need for residents to freely configure dustproof windows according to the installation location and wind strength to provide comfortable ventilation and dust blocking functions. In addition, it has the advantage of being able to form various window designs through the composition of free dustproof windows.

In accordance with FIGS. 16-1 and 16-2, a vibration-proof window 630 is formed on the outdoor side of the rectangular window frame frame (610, 611, 612, 613) and a blind window with a vibration-proof window in which a blind 620 is installed on the indoor side. In the anti-vibration window 630, a rectangular frame 637c is formed by combining the upper and lower frame frames and the left and right border frames, and at least one horizontal divided frame 637a dividing the elevation of the dust-proof window inside the rectangular frame frame ) And at least one vertical divided frame 637b, and the horizontal divided frame 637a and the vertical divided frame 637b are combined to be divided into a plurality of elevations vertically and horizontally. The base frame is composed of, and in the elevation divided grid frame 637, at least one vibration isolating plate 630a and one or more transparent plates 630e are detachably coupled to each of the grid frames so that the entire vibration isolating window 630 is Is formed.

In addition, a dust filter function and a ventilation function are performed through the dustproof plate 630a, and a viewing function is performed through the transparent plate 630e. The anti-vibration plate 630a is configured by attaching a dust filter (b) to a base plate (a) made of a mesh net, a louver, or a perforated plate, or composed of a dust filter board that simultaneously functions as a base plate and a dust filter, or It is formed by attaching a sheet-type dust filter to the transparent plate 630e, and the transparent plate 630e is made of a transparent plate such as glass, acrylic or polycarbonate. In addition, a fitting groove or other coupling structure for coupling the vibration isolating plate 630a and the transparent plate 630e is provided at the lower inner side of the upper and lower frame frames and the upper and lower inside and outside or left and right sides of the horizontal division frame 637a. It is desirable.

The elevation of the dustproof window 630 can be freely configured according to the taste of the occupant and the design of the window, and more functionally, in order to promote the convection phenomenon, the upper and lower part of the elevational grid frame 637 is used for ventilation. It is preferable to install by combining the anti-vibration plate (630a), and to install the transparent plate (630e) in the middle part. In addition, it is preferable to install a dust-proof plate (630a) in which the size and number of perforations are adjusted according to the amount and intensity of external wind, or to adjust the installation area of the dust-proof plate (630a) and the transparent plate (630e).

16-3 is an elevation view of the dustproof window 630 viewed from the indoor side, and it can be seen that the angle adjusting device 622 and the opening/closing rope device 621 are coupled to the blind 620 installed in the indoor direction. . In addition, Fig. 16-4 is an elevation view of the dustproof window 630 viewed from the outdoor side, and various window designs (Figs. 16-4a to 16-4f) by freely configuring the dustproof plate 630a and the transparent plate 630e Shows what can be formed. In addition, as shown in Fig. 16-4, when the vibration isolating plate 630a and the transparent plate 630e are standardized, the advantage of obtaining more convenient and efficient economics in the maintenance and repair and replacement steps of the vibration isolating window 630 There is this.

17 is a perspective view of FIG. 16 viewed from an outdoor side to an indoor side. According to the drawing, a screen window 500 is formed on the outermost side, and a second outer window 400, a first outer window 300, a second blind window 700, and a first blind window 600 in a more interior direction. ) Is formed. Although not shown in the drawing, the blind 620 is installed on the interior side of the first blind window 600, and the second inner window 200 and the first inner window 100 are located in the interior direction than the blind 620 It is self-evident that this is formed. In addition, it can be seen that one or more anti-vibration plates 630a and one or more transparent plates 630e are coupled to the inside of the elevation division grid frame from the second blind window 700 and the first blind window 600.

In addition, in the left and right vertical window frame frames of each of the blind windows 600 and 700 according to the present invention, a vertical guide frame 623 that prevents the blind wing from deviating from the window frame frame when the blind wing is slid and wound or released. It is preferable that each of the left and right vertical frames is integrally formed or assembled to the window frame.

In addition, as shown in FIG. 16, in order to prevent the blind wing from escaping from the window frame frame when the elevation division grid frame 637 is coupled to the left and right vertical window frame frames of the blind window, and when the blind wing is slid to be wound or released, It is also possible to integrally form or assemble vertical guide frames 623 on the left and right sides of the elevation split grid frame so that the cross-section in the inner direction of the left and right vertical window frame frames has a'U' shape.

FIG. 19 is a three-dimensional view of an exploded view of the constituent elements of the dual-use blind window according to FIG. 16, and is composed of FIGS. 19-1 and 19-2.

In FIG. 19, a blind 620 in which an angle adjusting device 622 and an opening/closing rope device 621 are combined is provided in the interior direction of the rectangular window frame frames 610, 611, 612, 613 of the blind window for dual use. It is joined to the upper horizontal sash frame of the rectangular sash frame. In addition, it is composed of an elevational division grid frame (637a, 637b, 637c) in the outdoor direction of the rectangular window frame frame (610, 611, 612, 613) of a blind window for use as a vibration-proof window, and the transparent plate 630e and the dust-proof plate 630a are formed. The combined vibration isolator 630 is formed.

As a result, a single independent anti-vibration window and blind window can obtain the result of installing the blind 620 when viewed from the indoor side, and have two-sided features that can obtain the effect of installing the anti-vibration window 630 when viewed from the outdoor side. A window is formed.

In addition, as shown in FIG. 19, when the external screen window 500 is formed on the outdoor side, the outside screen window 500 acts as a primary dust filter, and the dust window 630 installed indoors acts as a secondary dust filter. By doing so, it is possible to keep the indoor air quality more clean, and it is preferable because it can more effectively block the inflow of rainwater by combining with the blind 620.

19-1 shows a vertical guide frame 623 that prevents the blind blades from escaping from the window frame frame when the blind blades are slid to be wound or released, and the rectangular window frame frames 610, 611, 612, 613) is provided on the interior side, and FIG. 19-2 shows the vertical guide frame 623 being integrally coupled to the elevation division grid frames 637a, 637b, and 637c. In the installation of the vertical guide frame 623, Fig. 19-1 and Fig. 19-2 are all possible configuration methods, and the elevation division grid frames 637a, 637b, 637c are used as the rectangular window frame frames 610, 611, 612, Figure 19-2 may be more preferable considering the method of coupling to 613).

In the case of installing the existing blinds and dustproof windows separately through the above-described contents, the blinds 620 and the dustproof windows 630 are combined in a single installation space, which is a square window frame, unlike the case where only a single effect should be expected. The features and effects obtained additionally and comprehensively through the present invention to be installed are summarized as follows.

First, the aspect of convenience of operation is that the operation of the blind 620 is made possible by a vertical pull line method and a left and right sliding method at the same time, so that the convenience of the blind operation is dramatically increased.

Second, in terms of energy saving, additional heating energy is saved by blocking conductive heat through the dustproof window 630 and the blind 620 and airtightness between the window frame frame of the first blind window 600 and the second blind window 700, The cooling energy is saved by the sun protection effect through the blind 620, and the intermediate air layer on the indoor side and the middle of the outdoor side between the inner window 100 and the outer window 300 through the anti-vibration window 630 and the blind 620 By dividing it into an air layer, it is possible to obtain an air layer insulation effect.

Third, the view and privacy protection effect protects the privacy through the blind 620, and the view function can be maintained through the open structure of the dustproof window 630 or the installation of a transparent plate.

Fourth, the yellow dust and dust blocking function allows the external screen window 500 to act as a primary dust filter, and the inner dust window 630 installed on the blind window to function as a secondary dust filter, thereby maintaining the performance and cleanliness of the inner dust window. And it is possible to provide clean natural ventilation by blocking dust, so that the indoor air quality can be made comfortable, and the effect of saving resources can be obtained by prolonging the replacement period of the dustproof filter.

Fifth, in the rainwater blocking function during ventilation, an external screen window 500 and an inner dust window 630 are installed, and a blind 620 is installed indoors. In the process of opening and ventilating the window when it rains, the outside screen window and the The internal anti-vibration window first controls the intensity of the wind and the amount of rainwater flowing into the room, and the indoor blind that works in combination secondly blocks the inflow of the remaining rainwater to keep the room clean and ventilation possible. .

Sixth, it is possible to obtain an effect of reducing the transmission of external noise generated from the outside during ventilation by opening the outer window 300 and the inner window 100 by the combined action of the dustproof window 630 and the blind 620.

Seventh, in configuring the dustproof window 630, the base plate of the dustproof plate to which the dustproof filter is attached may be composed of a mesh net, a louver, or a perforated plate of various shapes and colors, and can be used as a design element of the window. Since the blinds are configured to be used as a popular product, it is easy to repair and economically available in case of product failure. It is installed between the inner windows (100, 200) and the outer windows (300, 400) so that it can be used for repair and replacement. There is an advantage in that there is no risk of falling during the maintenance stage.

Eighth, in the case where the base plate in the vibration-proof window 630 of FIGS. 11 and 12 is composed of a perforated plate made of a material of high strength such as metal, and installed in both the left and right blind windows 600 and 700, the function of the security window is It can also play a role of delaying the spread of fire.

Ninth, as shown in Fig. 16, in the case of forming a dustproof window 630 by combining a transparent plate for a viewing function and a dustproof plate for a dust blocking and ventilation function to a grid frame having a plurality of frame frames, 630) is a variable type that adjusts the size and quantity of the perforations of the vibration isolator according to the intensity and pressure of the external wind that is different depending on the installation location and height of the 630), or the installation area. Since there is no need, it is possible to reduce the cost of manufacturing the product of the present invention and to maintain a comfortable indoor space and various configurations of dustproof windows according to the taste of the resident.

A preferred embodiment of the present invention has been described through the above drawings. However, it can be understood that the technical configuration of the present invention can be implemented in other specific forms without changing the technical spirit or essential features of the present invention by those skilled in the art. Therefore, it should be understood that the embodiments described above are illustrative in all respects and not limiting, and the scope of the present invention is the meaning and scope of the claims, and all changes or modified forms derived from the concept of equivalents thereof. It should be construed as being included within the scope of the invention.

001, 002: window frame
010, 020, 030, 040, 050, 060, 070: Window rail
100, 200: 1st inner window, 2nd inner window
300, 400: 1st exterior window, 2nd exterior window
600, 700: the first blind window, the second blind window
500: external screen window
620, 720: blind
630: anti-vibration window
630a, 630b, 630c, 630d: anti-vibration plate
630e: transparent plate
633a, 633b: locking device
637: grid frame

Claims (18)

Window frames,
A plurality of window rails are horizontally spaced apart from each other on the upper and lower sides of the window frame, and at least two inner windows are formed as a glass window on the interior side and coupled to the window rails in a sliding manner,
The outdoor side is also formed as a glass window, and two or more exterior windows that are coupled to the window rails are formed in a sliding manner,
A screen window is formed on one or less window rails on the outdoor side than the outside window,
Between the inner window and the outer window, two or more blind windows are combined with the window rail or the window frame to form a sliding door,
The blind window, the upper and lower horizontal window frame frames and the left and right vertical window frame frames are combined in a square shape, and has a plurality of blind wings at the bottom of the upper horizontal window frame frame,
A window system, characterized in that the window system is formed by combining an angle adjusting device for adjusting an angle of the blind blade and a blind having an opening and closing rope device for adjusting winding and unwinding of the blind. Window frames,
A plurality of window rails are horizontally spaced apart from each other in the upper and lower sides of the window frame,
The first two window rails formed from the indoor side to the outside side each have a first inner window and a second inner window formed of glass windows,
The next two window rails have a first blind window and a second blind window,
The next two window rails have a first outer window and a second outer window each formed of a glass window,
In the next one or less window rails, an external screen window is sequentially formed by being coupled to the rails in a sliding manner,
The blind window, the upper and lower horizontal window frame frames and the left and right vertical window frame frames are combined in a square shape, and has a plurality of blind wings at the bottom of the upper horizontal window frame frame,
A window system, characterized in that the window system is formed by combining an angle adjusting device for adjusting an angle of the blind blade and a blind having an opening and closing rope device for adjusting winding and unwinding of the blind. Window frames,
A plurality of window rails are horizontally spaced apart from each other in the upper and lower sides of the window frame,
The first two window rails formed from the indoor side to the outside side each have a first inner window and a second inner window formed of glass windows,
The next one of the window rails is coupled to a first blind window and an upper and lower horizontal window frame frame on the indoor or outdoor side of the blind window, and is coupled to a window rail to which the first blind window is coupled from one side to move left and right. A second blind window that is formed and developed in a direction opposite to the first blind window,
The next two window rails have a first outer window and a second outer window each formed of a glass window,
In the next one or less window rails, an external screen window is sequentially formed by being coupled to the rails in a sliding manner,
The blind window includes an upper and lower horizontal window frame frame and a left and right vertical window frame frame in a rectangular shape, and has a plurality of blind wings at the bottom of the upper horizontal window frame frame, and an angle adjusting device for adjusting the angle of the blind wing and the blind Window system, characterized in that formed by combining the blinds in which the opening and closing rope device is installed to control the winding and unwinding of. Window frames,
A plurality of window rails are horizontally spaced apart from each other in the upper and lower sides of the window frame,
The first two window rails formed from the indoor side to the outdoor side are coupled to a first inner window formed as a glass window, a glass window and the upper and lower window frames on the outdoor side of the glass window,
At one side, the glass window is combined with the window rail to which the window is combined, so that it can be moved left and right,
A blind window composite second inner window formed by connecting a blind window formed by being expanded in a direction opposite to the glass window by one window,
The next two window rails are coupled to a glass window and to the upper and lower window frames of the interior side of the glass window, and from one side to the window rail to which the glass window is coupled, it is possible to move left and right, and is formed to be developed in a direction opposite to the glass window. The blind window composite first outer window formed by connecting the blind window to one window, and the second outer window formed by a glass window,
In the next one or less window rails, an external screen window is sequentially formed by being coupled to the rails in a sliding manner,
The blind window includes an upper and lower horizontal window frame frame and a left and right vertical window frame frame in a rectangular shape, and has a plurality of blind wings at the bottom of the upper horizontal window frame frame, and an angle adjusting device for adjusting the angle of the blind wing and the blind Window system, characterized in that formed by combining the blinds in which the opening and closing rope device is installed to control the winding and unwinding of. Window frames,
A plurality of window rails are horizontally spaced apart from each other in the upper and lower sides of the window frame,
The first two window rails formed from the indoor side to the outdoor side include a first inner window formed as a glass window, and a blind window that is separated from the glass window by being coupled to the window frame and the upper and lower window frames on the outdoor side of the glass window. The blind window composite second inner window formed by overlapping with this one window,
In the next two window rails, a blind window composite first outer window formed by combining a glass window and a blind window that is separated from the glass window by being combined with the upper and lower window frames on the interior side of the glass window and movable to the left and right are overlapped with one window. , A second outer window formed of a glass window,
In the next one or less window rails, an external screen window is sequentially formed by being coupled to the rails in a sliding manner,
The blind window includes an upper and lower horizontal window frame frame and a left and right vertical window frame frame in a rectangular shape, and has a plurality of blind wings at the bottom of the upper horizontal window frame frame, and an angle adjusting device for adjusting the angle of the blind wing and the blind Window system, characterized in that formed by combining the blinds in which the opening and closing rope device is installed to control the winding and unwinding of. The method according to claim 1, 2, 3, 4, 5,
The one or more blind windows are formed of a board-type or sheet-type dust filter, or a dust-proof window formed by attaching a dust filter to a base plate composed of a mesh net, louver, or perforated plate is integrally formed in the exterior side of the rectangular window frame frame of the blind window. A window system, characterized in that it is formed or assembled to be detachable, to form a blind window for both dustproof windows. The method of claim 6,
A locking device is provided in the interior of the vertical window frame frame on one side of the blind window for both vibrating window and the vertical window frame and open and close by sliding left and right,
A window system, characterized in that the base plate of the anti-vibration window is made of a non-flammable metallic material, and has a function of a security window and a fire spread delay function. The method of claim 6,
One vertical guide rail is formed inside the left and right vertical window frame frames of the dual-use blind window, and the dust-proof window is formed of a dust filter board or a dust filter is attached to a base plate composed of a mesh net, louver, or perforated plate. The vibration isolator is formed by arranging two or more vertically, and in the vibration isolating plate, it is integrally or detachably attached to the left and right vertical window frame and the upper horizontal window frame or the left and right vertical window frame and the lower horizontal window frame frame in the outer direction of the rectangular window frame frame. One or two anti-vibration plates that are assembled and formed as possible are installed at the same time, and the vertical guide rail formed in the indoor direction is one that slides up and down to cover the open area without installing the dust-proof plates from the dust-proof windows formed on the outdoor side. A window system, characterized in that the above anti-vibration plates are combined to form an open-type anti-vibration window and a blind window for opening and closing the anti-vibration window. The method of claim 6,
The dustproof window is divided into two or more elevations vertically, and a dust filter is attached to the upper elevation or the upper and lower elevations to form a dustproof surface,
One vertical guide rail is formed on the inside of the left and right vertical window frame frames in the interior direction of the vibration isolator, and the vertical guide rail is formed of a dust filter board so as to cover the area where the dust filter is not attached from the outdoor vibration isolator. Or by combining one or more anti-vibration plates that slide up and down formed by attaching a dust filter to a base plate composed of mesh nets, louvers, or perforated plates to form an open-type anti-vibration window and double-use blind window to operate the anti-vibration function. Window system. The method of claim 6,
The anti-vibration window is formed by combining one or more elevation split frames, and at least one of the elevations divided into the elevation split frames is formed by combining a plate or sheet made of transparent glass, acrylic or polycarbonate, and the like, At least one of the elevations has a dustproof plate formed by inserting or attaching a board-type or sheet-type dust filter to a frame forming the rim of the elevation, or attaching a dust filter to a base plate composed of a mesh net, louver, or perforated plate. A window system, characterized in that it is formed by being combined, to form a blind window for both vibration isolation windows that enables the vibration isolation window to perform both a vibration isolation function and a view function at the same time. The method of claim 6,
The upper and lower border frames and left and right border frames are combined to form a rectangular frame, and at least one horizontal divided frame and at least one vertical divided frame for dividing the elevation of the dustproof window are provided inside the rectangular frame. The horizontal division frame and the vertical division frame are combined to form an elevation division grid frame that is divided into a plurality of elevations vertically and horizontally, and a dust filter is attached to one or more frames in the grid frame, or a frame The dust filter or dust filter board is integrally formed by combining the dust filter to the base plate composed of a mesh net, louver or perforated plate on the inside, and is formed integrally or detachably, and the other frame is made of transparent glass or acrylic or A window system, characterized in that a transparent plate made of polycarbonate or the like is formed so as to be integrally or detachably detachable, and is formed to simultaneously perform a view function as well as a dust blocking ventilation function. The method of claim 8, 9,
In the case where the two anti-vibration plates that slide up and down are coupled up and down to a vertical guide rail formed inside the left and right vertical window frames of the open dual-use blind window, a rotary roller is installed at the lower left and right sides of the upper horizontal window frame frame, The left side of the anti-vibration plate and the left side of the lower anti-vibration plate, and the right side of the upper anti-vibration plate and the right side of the lower anti-vibration plate are connected to each other with a string, and the connecting line is wound around the rotary roller, and the lower part is pulled down to open the upper part. A window system, characterized in that the vibration isolating plate is simultaneously opened upwards, and when the lower vibration isolating plate is pushed upward and closed, the upper vibration isolating plate can be closed down at the same time by gravity. The method according to claim 8, 9, 12,
A window system, characterized in that a locking device capable of being fixedly coupled to the inside of the left and right vertical window frame frame or with another vibration isolating plate that slides up and down is provided in the interior direction of the left and right sides of the vertically sliding vibration isolating plate. The method according to claim 2,
The upper and lower horizontal frames and the left and right vertical frames constitute a rectangular frame, and a vibration-proof window having a configuration related to the vibration-proof window described in claim 6, 8 or 9 or 10 or 11 is formed inside the rectangular frame,
The upper and lower horizontal frames on the indoor side of the dustproof window and the horizontal upper and lower frame frames on the outdoor side of the second blind window are combined to move left and right, and the second blind window is developed in the opposite direction to be connected to one window. Window system, characterized in that the. The method of claim 14,
A window system, characterized in that the vertical frame on one side of the vibration-proof window is coupled to the same window rail as the window rail to which the second blind window is coupled, so as to be movable left and right. Claim 6, claim 8, or on the outdoor side of a rectangular window frame frame composed of a window frame and a vertical horizontal window frame and left and right vertical window frame frames that are coupled to a window rail formed in the upper and lower sides of the window frame or are coupled to the vertical horizontal window frames of a glass window. Forming a configuration related to the anti-vibration window described in claim 9 or 10 or 11,
The rectangular window frame has a plurality of blind blades at the bottom of the upper horizontal frame frame, and an angle adjustment device for adjusting the angle of the blind blades and an opening and closing rope device for controlling the winding and unwinding of the blinds are connected. It is, a blind window for both dustproof windows, characterized in that the opening and closing operation. The method according to claim 1, 2, 3, 4, 5, 16,
In the left and right vertical window frame frames of the blind window, a vertical guide frame that prevents the blind wing from escaping from the window frame frame when the blind wing is slid and wound or released is integrally formed or assembled with the left and right vertical window frame frames. Window system, characterized in that the. The method of claim 11,
In order to prevent the blind wing from leaving the window frame frame when the blind wing is slid to be wound or released, the elevation division grid frame is coupled to the left and right vertical window frame frames. A window system, characterized in that a vertical guide frame is integrally formed or assembled so that a cross section of each of the left and right vertical window frame frames has a'C' shape.

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