KR20200117145A - Insect net window combined dustproof window - Google Patents

Abstract

The present invention relates to an insect net window combined with a vertical sliding type dustproof window for blocking fine dust. According to the present invention, an insect net and a fine dust blocking dustproof window are integrated with an insect net frame installed on an outdoor side of a sliding window, wherein a cover on an outdoor side and a cover type dustproof window on an indoor side are formed in upper and lower parts of the insect net frame, at least one dustproof window combined with a blocking filter is installed in upper and lower parts inside the cover, and the dustproof window is slid up and down to open or close the insect net window. Since such structure is formed, the fine dust blocking dustproof window can be installed in the insect net frame without creating a shape protruding out of the insect net frame, and the insect net window can enhance complex environment performance maintaining the cleanliness of the fine dust blocking filter, having durability, facilitating the opening and closing of the fine dust dust-proof window, and securing viewing.

Description

{Insect net window combined dustproof window}

The present invention relates to a screen, and more particularly, to a screen window in which the upper and lower sliding windows are combined to block fine dust inside the screen frame.

In general, the window screen installed on the outdoor side of the window serves to prevent flies, mosquitoes and other pests from entering the room.

Meanwhile, as the global warming phenomenon and environmental problems become serious, a filter net for blocking fine dust may be installed in a dual structure in the insect screen to prevent the inflow of yellow dust or fine dust that frequently occurs in the atmosphere.

However, such a fine dust blocking filter network is too fine to impede the viewing area of windows and doors, and has a problem in that performance such as contamination of the filter network, durability, and ventilation of the material is deteriorated due to constant exposure to the external environment.

In addition, in the case of opening the glass window for ventilation and humidity control, when it rains while the glass window is open, rain falls through the screens, causing rainwater to accumulate in the indoor space and rotting of finishing materials.

Patent Document 1 to be described below discloses a window screen to which a blind is combined, and Patent Document 2 discloses a screen assembly for windows and doors with a fine dust blocking net.

Looking at the functions of the screen window with reference to the above patent documents are as follows.

Patent Document 1 has an effect of preventing rainwater from entering the room by adjusting the angle of the blind wing even when it rains as a structure in which the blinds are combined with the screen window. However, when the wind blows, the blind wing shakes and the sound is generated. Due to the blinds being installed outside, dust continuously accumulates on the blinds, and fine dust accumulated in the blinds enters the room when ventilation through the window. there is a problem.

Published Patent Document 2 is a structure in which a fine dust blocking network in the form of a roll screen is coupled to the screen window, and there is no damage to the view area when the fine dust blocking network is not deployed, and a fine dust blocking network storage box is provided so that fine dust is continuously maintained. It has the advantage of preventing it from accumulating. However, the building in which the fine dust blocking filter net is installed varies from low to high floors, and the wind strength and amount are different depending on the height of the building, and as a result, the durability of damage to the roll screen-type dust blocking filter net, which is not resistant to strong winds. May cause problems. If the wind strength is strong, the filter with a fine network structure may deform and deteriorate performance. Also, it is difficult to control the amount of wind flowing into the room for each floor of the building because the entire roll screen is deployed. In addition, when the fine dust blocking filter network is deployed, the view area is also damaged.

In this way, it is possible to prevent the invasion of insects or rainwater, and to secure a view, and to ventilate the indoor space without being polluted from yellow dust and fine dust without fear of failure or performance degradation due to the influence of wind according to the installation height. In terms of countermeasures and maintenance, there is an urgent need for a countermeasure that users can easily repair and replace.

Korean patent registration number 10-1207102 Republic of Korea Patent Publication No. 10-2018-0012452

An object of the present invention has been proposed to solve the above-described conventional problems,

More specifically, a screen and a dustproof window to block fine dust are integrally formed on the screen frame installed on the outdoor side of the sliding window, but a cover is formed on the outdoor side and a cover-type dustproof window is formed on the upper and lower part of the screen frame, At least one anti-vibration window is installed in the upper and lower portions of the cover, respectively, in which fine dust blocking filters are combined, and by forming a structure capable of opening and closing the screen window by sliding the dust-proof window up and down, it protrudes out of the screen frame. It is possible to install a dustproof window that blocks fine dust inside the screen frame without any shape, and maintains the cleanliness of the filter of the fine dust screen while reinforcing the complex environmental performance that facilitates opening and closing of the dustproof window. Its purpose is to provide a screen window that can be used as both a dustproof window to block fine dust.

The screen window combined with the fine dust blocking dustproof window of the present invention for solving the above problems,

The vertical horizontal frame with rail grooves connected to the window frame rail and the horizontal vertical frame with two or more vertical rails or rail grooves formed equally on the left and right inside are combined into a rectangular screen frame And

In a screen window comprising a screen frame further formed on the upper and lower horizontal frames in the outdoor direction of the screen frame, and mounted on the rectangular screen frame or between the left and right vertical frames and the upper and lower cover frames,

In the interior direction based on the top and bottom cover frames,

Each of the rails or rail grooves sequentially formed in the left and right vertical frames is combined with one anti-vibration window at the upper and lower portions to form a lower anti-vibration window group and an upper anti-vibration window group,

In the lower anti-vibration window group,

The outdoor side of the dustproof window formed on the indoor side and the inside side of the lower cover frame and the outside side of the dustproof window are formed to engage each other, and when the lower part of the window is closed by sliding the indoor dustproof window upward, the outdoor dustproof window is also engaged. The screen window between the lower cover frame and the indoor dustproof window slid upward is sequentially closed.

In the upper anti-vibration window group,

The outdoor and outdoor dust-proof windows formed on the indoor side, and the indoor side of the upper cover frame are formed to engage each other, and when the upper part of the window is closed by sliding the indoor dust-proof window downward, the outdoor dust-proof window is also engaged. It forms a structure that sequentially closes the screen window between the upper cover frame and the indoor dustproof window sliding downward,

Rotating rollers are installed at the lower left and right sides of the upper horizontal frame,

The left side of the upper dustproof window and the left side of the lower dustproof window, and the right side of the upper dustproof window and the right side of the lower dustproof window formed by being connected up and down on the same rail are connected with a row, respectively,

When the connecting cord is wound around the rotary roller and the first lower dustproof window on the indoor side is slided upward, the first upper dustproof window on the indoor side is also interlocked and slides down to form a dustproof window that can close the screen.

In this case, the vibration-proof window includes a left and right vertical frame frame having a guide rail groove or a guide rail coupled to the left and right vertical frame rails or rail grooves of the screen frame, and the upper and lower horizontal frame frames coupled to the left and right vertical frame frames. Combined with a window frame, the at least one vibration isolator is integrally formed with a mesh net, a louver or a base plate composed of a perforated plate to which a board-type or sheet-type dust filter or dust filter can be attached to the dust-proof window frame. It is formed by being combined to allow detachment or detachment. Alternatively, in the case of a vibration-proof window in which the base plate is formed of a perforated plate, the frame frame of the vibration-proof window and the base plate may be formed in a shape of the same base plate.

In addition, in the first vibration isolating window on the interior side, which is formed up and down of the vibration isolating windows, a transparent plate having transparency such as glass, acrylic or polycarbonate, or a transparent plate combined with a mesh net, louver or perforated plate is integrally formed on the vibration isolating window frame, or Alternatively, it is characterized in that it is configured to be detachably coupled to form an indoor cover with a view function.

In addition, a cover having a'ㅗ' shape in cross section is further formed on the upper part of the first lower dustproof window on the indoor side, and one horizontal side in the interior direction among the shapes of the cover is integrally combined with the upper side of the lower dustproof window, One horizontal side toward the outdoor side serves as an upper cover of the dustproof window formed on the outdoor side than the first lower dustproof window on the indoor side, and the vertical protrusion of the cover shape is formed on the outdoor side than the outdoor side of the upper indoor first dustproof window, A lower locking device is provided between the vertical protrusion and one horizontal side of the indoor side, and an upper locking device is provided below the first upper vibration isolator on the indoor side, so that the lower vibration isolating window and the upper vibration isolating window slide up and down to make contact. In this case, a coupling structure is formed in which the locking device of the lower dustproof window and the locking device of the upper dustproof window are coupled.

According to the present invention described above, by configuring a screen together with a screen to block fine dust within the range of the screen frame, to maintain ventilation while preventing rainwater from entering the interior when it rains, a cover frame is provided on the outdoor side of the dustproof window, and a cover type is provided on the indoor side. The dustproof window is formed to maintain the cleanliness of the filter for the fine dust blocking net, and the view can be secured. It is easy to operate without damage, and easy to repair and repair, and provides a durable dustproof window even with changes in wind strength according to the installation height. Complex environmental performance can be obtained within a narrow screen frame. In addition, there is an advantage that can be easily replaced and applied even in the case of existing sliding windows.

1 is an overall cross-sectional view of a combined anti-vibration window window according to the present invention, showing a state in which the anti-vibration window is not deployed.
2 is an overall cross-sectional view of a screen window for both a dustproof window according to the present invention, and shows a state in which a dustproof window is deployed and a dustproof window is formed.
3 is a plan view of a lower vibrating window group for a vibrating window combined screen window according to the present invention.
Figure 4 is a cross-sectional view of the lower vibrating window group of the combined vibrating screen window according to the present invention.
5 is a plan view of the cover of the lower dustproof window group for the combined window screen window according to the present invention.
6 is a plan view of the upper part of the anti-vibration window for a combined anti-vibration window window according to the present invention.
7 is a cross-sectional view of the upper part of the anti-vibration window for the combined anti-vibration window window according to the present invention.
8 is a cross-sectional view showing a locking device that is a combination structure of a lower dustproof window and an upper dustproof window of the combined anti-vibration window window according to the present invention.

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

1 is an overall cross-sectional view of a screen window for combined use of a dustproof window according to the present invention, showing a state in which the dustproof window is not deployed, FIG. 2 shows a state in which the dustproof window is deployed and the dustproof window is formed and closed, and FIG. 3 is A plan view of the anti-vibration window group, FIG. 4 is a cross-sectional view of the lower anti-vibration window group, FIG. 5 is a plan view of the lower anti-vibration window group cover, FIG. 6 is a plan view of the upper anti-vibration window group, FIG. 7 is a cross-sectional view of the upper anti-vibration window group, and FIG. It is a cross-sectional view showing a locking device that is a combination structure of the lower dustproof window and the upper dustproof window.

As shown in FIGS. 1, 2 and 3, 4 and 6, and 7, the screen window for a combined anti-vibration window according to the present invention includes a screen screen 005, a screen frame 006, and a vertical horizontal frame 003, 004), left and right vertical frames (001, 002), left and right vertical frames inner rails (011, 012, 013), upper and lower cover frames (401, 402), upper dustproof windows (102, 202, 302), lower dustproof windows (101) , 201, 301), rotary rollers (103, 203, 303), connecting strings (104, 204, 304), the lower dustproof window cover 130, and a ring-shaped locking device 140.

In addition, two or more inner rails of the left and right vertical frames must be formed, and in this embodiment, three vertical rails (011, 012, 013) are formed, and as shown, the vertical rails (011, 012, 013) may be a protruding rail type or may be a case in which a rail groove is formed.

In addition, if different from the diagram shown, three rotary rollers 103, 203, 303 and three connecting lines 104, 204 and 304 are displayed, but only the first rotary roller 103 and connecting line 104 located in the interior are installed. However, it should be understood that the combined anti-vibration screen window according to the present invention can be implemented by the locking device of the indoor and outdoor anti-vibration windows.

The screen frame 006 is made by combining the upper and lower horizontal frames 003 and 004 and the left and right vertical frames 001 and 002 in a rectangular shape, and is a frame for fastening the conventional screen 005. Or the insect screen 005 is the upper and lower cover frames (401, 402) and the left and right vertical frames (001, 002) in a state in which the upper and lower cover frames (401, 402) are additionally coupled to the upper and lower horizontal frames (003, 004) It can also be fastened between.

The upper and lower cover frames 401 and 402 are installed by being coupled to the upper horizontal frame 004 and the lower horizontal frame 003 on the outdoor side of the screen frame 006, respectively, and the upper anti-vibration window 102 formed in the interior direction. It acts as an outer cover for the 202, 302 and lower dustproof windows 101, 201, and 301 to prevent the penetration of fine dust generated from the outside to prevent contamination of the fine dust filter performance of the upper and lower dustproof windows. In addition, in addition to the outer cover frames 401 and 402, a cover is formed indoors to more reliably prevent the penetration of fine dust, the upper dustproof windows 102, 202, 302 and the lower dustproof windows 101, 201, The upper and lower dustproof windows 102 and 101 formed at the most indoor side of 301 are formed in a structure in which air, not a fine dust filter, is not ventilated so that fine dust cannot penetrate. At this time, it is more preferable to configure the structure in which air is not ventilated with transparent plates 117 and 127 having transparency such as glass, acrylic, or polycarbonate to secure a view through the upper and lower dustproof windows 102 and 101.

The left and right vertical frame inner rails (011, 012, 013) are rails for combining vibration-proof windows, and one of the upper and lower dust-proof windows is combined with one rail, and the upper dust-proof windows 102, 202, 302 and the lower dust-proof windows (101, 201, 301) works by sliding up and down. In more detail, one vibration isolator (101, 102) is coupled up and down to the indoor rail (011), and one vibration isolator (201, 202) is coupled to the intermediate rail (012), respectively. , One vibration isolator (301, 302) is also coupled up and down to the outdoor rail (013) to form a group of lower vibration isolators (101, 201, 301) and an upper vibration isolator (102, 202, 302). . In addition, in the case where the inner rail of the vertical frame is formed as an inner cover consisting of a plate through which air is not ventilated, a dustproof window equipped with a fine dust filter may be installed on the other rails. It is necessary to install at least two rails to ensure that.

The anti-vibration windows (102, 202, 302, 101, 201, 301) are windows on which a filter is installed to block fine dust, and are coupled to the left and right vertical frame rails (011, 012, 013) of the screen frame 006. The left and right vertical frame frames in which the guide rail groove is formed and the upper and lower horizontal frame frames coupled with the left and right vertical frame frames are combined into a rectangular anti-vibration window frame, and the anti-vibration windows 102, 202, 302, 101, 201, 301, A dustproof plate formed of a base plate composed of a mesh net, a louver or a perforated plate to which a board-type or sheet-type dust filter or a dust filter can be attached to the dust-proof window frame is integrally formed or is formed by being combined to allow attachment and detachment.

The rotating rollers 103, 203, 303 and the connecting strings 104, 204, 304 are connected to each other so that the upper dustproof windows 102, 202, 302 and the lower dustproof windows 101, 201, 301 slide up and down, and are dustproof. As a component for forming a window, in more detail, the upper left and lower left portions of the upper and lower anti-vibration windows (101, 201, 301) are made into left connecting lines (104, 204, 304). In addition, the upper right of the upper dustproof windows 102, 202, 302 and the upper right of the lower dustproof windows 101, 201, 301 are connected with a right connecting line 104, 204, 304, and each of the connecting lines ( 104, 204, 304 are wound around the rotary rollers 103, 203, 303 respectively installed on the lower left and right sides of the upper horizontal frame 004 of the screen frame 006, and the lower anti-vibration windows 101, 201, 301 are upward. When sliding, the upper anti-vibration windows 102, 202, and 302 connected by the connecting strings 104, 204, and 304 are also caused to slide down by the action of gravity, thereby forming a dust-proof window that closes the screen window.

At this time, when the indoor dustproof window slides up and down due to the interlocking operation of the indoor dustproof window and the outdoor dustproof window, the outdoor dustproof window also interlocks to sequentially slide up and down.

In the group of the lower anti-vibration windows (101, 201, 301),

The bottom of the outdoor side of the vibration isolator 101 formed on the first vertical frame rail (011) on the indoor side, the upper interior of the vibration isolator 201 formed on the second vertical frame rail 012, and the second vibration isolator 201 A structure that engages with each other between the lower outdoor side of and the upper indoor side of the dustproof window 301 formed on the third vertical frame rail 013, and the lower outdoor side of the third dustproof window 301 and the upper part of the lower cover frame 401 Is formed, and when the lower part of the screen window is closed by sliding the first indoor dustproof window 101 upward, the outdoor dustproof windows 201 and 301 also slide upwards with the lower cover frame 401 by locking operation respectively The screen windows between the side anti-vibration windows 101 are sequentially closed.

In addition, in the upper anti-vibration window (102, 202, 302) group,

The top of the outdoor side of the vibration isolator 102 formed on the first vertical frame rail (011) on the indoor side, the lower indoor side of the vibration isolator 202 formed on the second vertical frame rail 012, and the second vibration isolator 202 The outer side of the upper and the lower indoor side of the anti-vibration window 302 formed on the third vertical frame rail 013, and the upper outer side of the third anti-vibration window 302 and the lower portion of the upper cover frame 402 Is formed and the first indoor dustproof window 102 is slid downward to close the upper part of the screen window, and the outdoor dustproof windows 202 and 302 are also slid to the upper cover frame 402 and the lower part by locking operation. The screen windows between the side anti-vibration windows 102 are sequentially closed.

When connecting the rotary roller (103, 203, 303) and the connecting cord (104, 204, 304) to each of the lower dustproof windows (101, 201, 301) and the upper dustproof windows (102, 202, 302), indoor upper and lower dustproofing When the windows 101 and 102 are slid, the second upper and lower dustproof windows 201 and 202 slide up and down, and then the third outdoor upper and lower dustproof windows 301 and 302 slide to form a dustproof window. Is done.

However, in the case of connecting the rotary roller 103 and the connection line 104 only to the indoor upper and lower dustproof windows 101, 102, sliding the indoor upper and lower dustproof windows 101, 102 causes the lower dustproof windows 101, 201, 301 to From the indoor dustproof window 101, the middle dustproof window 201 and the third outdoor dustproof window 301 sequentially slide upward, but the upper dustproof windows 102, 202, 302 are all downward. By sliding, the outdoor dustproof window 302 first stops due to the locking operation, and then the second intermediate dustproof window 202 stops due to the locking operation, and then the indoor dustproof window 102 finally stops due to the locking operation. It shows the way of operation to form a dustproof window.

That is, when the rotary rollers (103, 203, 303) and the connecting strings (104, 204, 304) are coupled to both the lower dustproof windows (101, 201, 301) and the upper dustproof windows (102, 202, 302) and the indoor side In the case of installing the rotary roller 103 and the connection line 104 only in the upper and lower dustproof windows 101 and 102, it should be understood that there is a difference in the operation method, but both the anti-vibration window combined screen window can be implemented in a possible manner.

In addition, since it is necessary to understand the components of the anti-vibration window in more detail for the locking structure, it will be described in more detail when the components of the anti-vibration window are described in FIGS. 3, 4, 6, and 7.

The lower dustproof window group cover 130 serves as a cover that covers the upper part of the dustproof windows 101, 201, and 301 formed at the bottom to prevent foreign matters such as rainwater or fine dust from penetrating downward. In addition, the lower dustproof window group cover 130 is formed by being coupled to the upper part of the indoor dustproof window 101 and has a lower locking device, and an upper locking device is provided under the indoor dustproof window 102 formed on the upper side. , The lower dustproof window 101 and the upper dustproof window 102 are slid up and down so that the locking operation is performed.

The upper and lower locking devices may use various known techniques, and in this embodiment, a locking-type locking device 134 is provided on the lower vibration-proof window 101, and an annular lock that operates according to gravity on the upper dust-proof window 102 The device 140 is provided to show a method in which the locking operation is performed in a simple manner.

In addition, the lower anti-vibration window 101 and the upper anti-vibration window 102 connected by the rotary roller 103 and the connection line 104 can achieve equilibrium without vertical sliding on their own by the operation of gravity. In such an equilibrium state, the lower anti-vibration window cover 130 adds weight to the lower direction, so that the lower anti-vibration windows 101, 201, and 301 naturally slide in a lower direction to stop.

3, 4, 6, and 7 show in more detail the configuration of the anti-vibration window.

3 and 4, the lower vibration isolation windows 101, 201, and 301 coupled to the inner rails 011, 012, 013 of the left and right vertical frames 001, 002 are left vertical frame 111 with a guide rail groove. 211, 311) and the right vertical frame (112, 212, 312), the upper horizontal frame (114, 214, 314) and the lower horizontal frame (113, 213, 313) are combined to form a rectangular shape, respectively. Dust-proof plates (217, 317) formed as a base plate composed of a mesh net or louver or perforated plate to which a board-type or sheet-type dust filter or dust filter can be attached to the frame frame are integrally formed or combined to enable attachment and detachment. Anti-vibration windows 201 and 301 are formed. In addition, the indoor dustproof window 101 may also be formed of the same dustproof plate, and may be formed in a structure in which air is not ventilated rather than a fine dust filter so that fine dust cannot penetrate. At this time, the structure in which air is not ventilated is composed of a transparent plate 117 having a transparency such as glass, acrylic, or polycarbonate, or a transparent plate combined with a mesh net, a louver or a perforated plate to secure a view through the dustproof window 101. It is more preferable.

In addition, a protruding ring 115, which is a locking device, is formed at the lower part of the outdoor side of the indoor dustproof window 101, and when sliding the dustproof window 101 upward, the protruding ring 115 is a second dustproof window. The second anti-vibration window 201 is also slid upwards by hanging on the lower end of the upper horizontal frame 214 of the 201. In addition, while the second dustproof window 201 slides upward, the second protruding ring 215 formed at the lower part of the outdoor side of the dustproof window 201 is located at the bottom of the horizontal frame 314 above the dustproof window 301 on the outdoor side. The outdoor anti-vibration window 301 is also slid upward and the outdoor anti-vibration window 301 slides upward, and a protruding ring 315 formed at the lower outdoor side of the anti-vibration window 301 is formed on the lower cover frame. The sliding of the anti-vibration windows 101, 201, and 301 is stopped by being caught under the upper locking structure of the 401.

In Fig. 3, the protruding rings 115, 215, 315 have a shape that is caught in the clasps 216, 316, 416 having a'b'-shaped cross section, and the locking operation of the protruding rings 115, 215, 315 It is an auxiliary component for more stable, and even if only the protruding ring (115, 215, 315) is configured without the clasp (216, 316, 416), which is the auxiliary component, the anti-vibration window (101, 201, 301) It is natural that the locking operation can be performed normally.

As shown in Figs. 6 and 7, the upper anti-vibration windows 102, 202, and 302 are also in the shape of a rectangular frame like the lower anti-vibration windows 101, 201, and 301, and the anti-vibration plates 227, 327 or the transparent plate 127 Is formed by combining.

In addition, a protruding ring 125, which is a locking device, is formed in the upper part of the outdoor side of the indoor dustproof window 102, and when sliding the dustproof window 102 downward, the protruding ring 125 is a second dustproof window. It hangs on the top of the lower horizontal frame 223 of 202 so that the second anti-vibration window 202 also slides downward. In addition, while the second vibration isolator 202 slides downward, the second protruding ring 225 formed on the outdoor side of the vibration isolator 202 is located at the top of the horizontal frame 323 under the vibration isolator 302 on the outdoor side. The outdoor anti-vibration window 302 also slides downward and the outdoor anti-vibration window 302 slides downward, and a protruding ring 325 formed on the outdoor upper part of the dust-proof window 302 is formed on the upper cover frame. The sliding of the anti-vibration windows 102, 202, and 302 is stopped by being caught on the upper portion of the lower locking structure of the 402.

In addition, the protruding ring (125, 225, 325) has a shape that is hooked on the clasps (226, 326, 426) having a'b'-shaped cross section, more than the locking operation of the protruding rings (125, 225, 325). It is an auxiliary component for stabilization, and even if only the protruding ring (125, 225, 325) is configured without the clasp (226, 326, 426), which is the auxiliary component, the anti-vibration window (102, 202, 302) is caught. It is natural that the operation can be performed normally.

In addition, the pressing bars 116 and 126 that can assist in the bonding of the transparent plates 117 and 127 are not required on the interior side of the anti-vibration windows 101 and 102 formed on the first vertical rail 011 on the interior side. Can also be installed.

In addition, although not shown in the drawing, the installation position of the lower anti-vibration window protruding ring (115, 215, 315) or the upper anti-vibration window protruding ring (125, 225, 325) and the lower anti-vibration window (101, 201, 301) It is natural that the upper anti-vibration windows 102, 202, and 302 can be operated by providing a vertical guide rail frame for a protruding ring in the middle part, not just the left and right sides.

Here, unlike the above-described method, the protruding ring is formed on the interior side of the lower dustproof windows 201 and 301, the lower cover frame 401, and the upper dustproof windows 202 and 302 and the upper cover frame 402. In the case of being formed, unlike the above, in the case of the lower dustproof windows 201 and 301 and the lower cover frame 401, a protruding ring is formed on the upper side of the interior side, and the upper dustproof windows 202 and 302 And in the case of the upper cover frame 402, it is natural in terms of the principle of the locking structure that a protruding ring must be formed at the lower part of the interior side.

In addition, a rotary roller (103, 203, 303) is provided on the upper part of the upper anti-vibration window (102, 202, 302), and the upper anti-vibration window (102, 202, 302) and the lower anti-vibration window ( 101, 201, and 301 are connected to enable the vertical sliding operation of the dustproof window.

In addition, in the connection line (104, 204, 304), one side is connected to the upper horizontal frame frame (124, 224, 324) of the upper anti-vibration window (102, 202, 302) to wind the rotating rollers (103, 203, 303). After turning, pass through the upper anti-vibration windows (102, 202, 302) again and connect one side of the connecting line (104, 204, 304) to the upper horizontal frame (114, 214, 314) of the lower anti-vibration windows (101, 201, 301) The connecting line (104, 204, 304) to be connected to the lower dustproof window (101, 201, 301) is vertically connected to the left vertical frame (121, 221, 321) of the upper dustproof window (102, 202, 302). It may be considered as an example that the frame frame 122, 222, 322 may pass through the guide rail groove and be connected to the lower anti-vibration windows 101, 201, and 301. In addition, it is natural that a method of penetrating the upper and lower horizontal frame frames of the upper anti-vibration windows 102, 202, and 302 instead of passing through the inside of the guide rail groove is possible.

5 is a top plan view of the cover 130 that is coupled to the upper horizontal frame 114 of the lower dustproof window 101 on the interior side and covers the lower dustproof windows 101, 201, and 301, in a'ㅗ' shape Including a cross section of the indoor side horizontal one side 131 is coupled to the upper rim frame 114, the outdoor side horizontal one side 132 is responsible for the cover role of the dustproof windows 201, 301 formed on the outdoor side, vertical The protrusion 133 is formed to have a length extending between the outdoor side and the vertical rails (011, 012) formed on the left and right vertical frames (001, 002) than the outdoor side of the upper indoor side dustproof window 102, and the upper indoor side dustproof window The gap between the part 102 and the lower interior vibration isolator 101 is in contact with each other.

In addition, except for the cover role of the outdoor-side dustproof windows 201 and 301, a gap plate having a'b'-shaped cross-section is placed outside or above the upper horizontal frame 114 of the lower indoor dustproof window 101. It is also possible to form outside the lower horizontal frame 123 of the anti-vibration window 102.

In addition, the upper horizontal frame (114, 214, 314) of the lower vibration isolator (101, 201, 301) and the lower horizontal frame (123, 223, 323) of the upper vibration isolator (102, 202, 302) It is also preferable to combine the gaps between the windows with vinyl or sheet-type gap barriers, so that the gap can be more completely blocked.

8 shows a hanging type locking device 134 formed on the lower dustproof window cover 130 and an annular locking device 140 formed under the upper indoor dustproof window 102, and a method of operating the locking device When sliding the lower dustproof window 101 upward or sliding the upper dustproof window 102 downward, the lower horizontal edge of the upper dustproof window 102 is in contact with the two dustproof windows 101 and 102. The hook 141 of the locking device 140 coupled with the hinge 142 at the bottom of the frame 123 is formed in the vertical protrusion 133 of the lower dustproof window cover 130, and a hanging-type locking device 134 The locking function is realized by going down along the slope of the slope and locking it at the bottom of the slope. In addition, if you want to release the locking function, you can release the lock by pulling the release string 143 coupled to the ring 141.

By synthesizing the above-described contents, the present invention can additionally configure a dustproof window that can prevent rainwater and fine dust from entering the interior between the narrow window frame, and prevent contamination of the fine dust filter due to constant external exposure. It can be protected by indoor and outdoor covers, and it can prevent damage to the visual view that occurs by deploying a fine dust filter, and damage to the dustproof window due to the intensity and amount of external wind and other external shocks according to the installation height of the window. It has the effect of increasing durability by enabling a variety of configurations to prevent the problem, saving resources and obtaining convenience in maintenance.

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.

005: insect screen 004, 003, 001, 002: upper, lower, left, right screen frame
101, 201, 301: lower dustproof window 011, 012, 013: vertical rail inside the screen frame
102, 202, 302: upper dustproof window 401, 402: window cover frame
103, 203, 303: rotary roller 104, 204, 304: connecting cord
130: lower dustproof window cover 140: ring-type locking device
117: lower dustproof window transparent plate 217, 317: lower dustproof window dustproof plate
127: upper dustproof window transparent plate 227, 327: upper dustproof window dustproof plate

Claims (7)

The vertical horizontal frame with rail grooves connected to the window frame rail and the horizontal vertical frame with two or more vertical rails or rail grooves formed equally on the left and right inside are combined into a rectangular screen frame And
In a screen window comprising a screen frame further formed on the upper and lower horizontal frames in the outdoor direction of the screen frame, and mounted on the rectangular screen frame or between the left and right vertical frames and the upper and lower cover frames,
In the interior direction based on the top and bottom cover frames,
Each of the rails or rail grooves sequentially formed in the left and right vertical frames is combined with one anti-vibration window at the upper and lower portions to form a lower anti-vibration window group and an upper anti-vibration window group,
In the lower anti-vibration window group,
The outdoor side of the dustproof window formed on the indoor side and the inside side of the lower cover frame and the outside side of the dustproof window are formed to engage each other, and when the lower part of the window is closed by sliding the indoor dustproof window upward, the outdoor dustproof window is also engaged. The screen window between the lower cover frame and the indoor dustproof window slid upward is sequentially closed.
In the upper anti-vibration window group,
The outdoor and outdoor dust-proof windows formed on the indoor side, and the indoor side of the upper cover frame are formed to engage each other, and when the upper part of the window is closed by sliding the indoor dust-proof window downward, the outdoor dust-proof window is also engaged. It forms a structure that sequentially closes the screen window between the upper cover frame and the indoor dustproof window sliding downward,
Rotating rollers are installed at the lower left and right sides of the upper horizontal frame,
The left side of the upper dustproof window and the left side of the lower dustproof window, and the right side of the upper dustproof window and the right side of the lower dustproof window formed by being connected up and down on the same rail are connected with a row, respectively,
A vibration-proof window, characterized in that when the first lower vibration-proof window on the indoor side is slid upward by winding the connecting cord around the rotating roller, the first upper vibration-proof window on the indoor side is also interlocked to form a vibration-proof window that can close the insect screen. Screen window. The method according to claim 1, wherein the dustproof window,
The left and right vertical frame frames having guide rail grooves or guide rails coupled to the left and right vertical frame rails or rail grooves of the screen frame and vertical horizontal frame frames coupled with the left and right vertical frame frames are combined into a rectangular dustproof window frame,
In the one or more dustproof windows, a dustproof plate formed of a base plate composed of a mesh net or louver or perforated plate to which a board-type or sheet-type dust filter or dust filter can be attached to the dust-proof window frame is integrally formed or detachable Combined anti-vibration window, characterized in that formed by being combined so as to. The method according to claim 2,
In the first indoor dustproof window formed up and down among the dustproof windows,
A transparent plate with transparency such as glass, acrylic or polycarbonate, or a transparent plate combined with a mesh net, a louver, or a perforated plate is integrally formed on the vibration-proof window frame, or can be detachably combined to form an indoor cover with a view function. Vibration screen combined window, characterized in that configured to be able to. The method according to claim 2,
In the case of a vibration-proof window in which the base plate is formed of a perforated plate, the frame frame of the vibration-proof window and the base plate are formed in the same shape of the base plate. The method according to claim 1,
A gap plate having a cross-section of a'b' shape is further formed outside the upper horizontal frame of the first lower dustproof window or the lower horizontal frame of the upper dustproof window,
The horizontal portion of the shape of the interstitial plate is integrally combined with the outside of the horizontal frame frame of the dustproof window, and the vertical protrusion is formed on the outdoor side than the outdoor side of the dustproof window,
A lower locking device is provided above the horizontal frame frame of the lower dustproof window, and an upper locking device is provided below the horizontal frame frame of the upper dustproof window,
When the lower dustproof window and the upper dustproof window slide up and down to make contact,
The interstitial plate prevents the intrusion of dust and forms a coupling structure in which the locking device of the lower vibration isolating window and the locking device of the upper vibration isolating window are combined. The method according to claim 1,
A cover having a'ㅗ' shape in cross section is further formed on the upper part of the first lower dustproof window on the indoor side, and one horizontal side in the indoor direction among the shapes of the cover is integrally combined with the upper side of the lower dustproof window, and outdoor The horizontal side in the lateral direction serves as an upper cover of the dustproof window formed on the outdoor side than the first lower dustproof window on the indoor side, and the vertical protrusion in the shape of the cover is formed on the outdoor side than the outdoor side of the first dustproof window on the upper indoor side. A lower locking device is provided between the vertical protrusion and the horizontal side of the indoor side, and an upper locking device is provided at a lower portion of the first upper dustproof window on the indoor side,
When the lower dustproof window and the upper dustproof window slide up and down to make contact,
A combined anti-vibration window window, characterized in that forming a coupling structure in which the locking device of the lower dust-proof window and the locking device of the upper dust-proof window are coupled. The method of claim 6,
The lower locking device has a vertical protrusion indoor side of the cover and a groove separated from a horizontal side integrally coupled with the upper side of the lower dustproof window, and an inclined surface that increases in height from the top to the bottom is added. Is formed,
The upper locking device has a cross section of'ㄴ' or '

It contains the shape of'Ja (translated)'
The upper end of the vertical part of the cross-sectional shape is hinge-coupled with the lower part of the upper vibration isolation window, and the lower horizontal shape of the cross-sectional shape is formed to serve as a ring of the locking device,
A ring hinged to the upper anti-vibration window descends along an inclined surface formed on the interior side of the lower anti-vibration window cover protrusion, and is coupled to a groove separated from a horizontal side of the lower anti-vibration window cover. Screen window.

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