KR102289121B1 - Mosquito net unit and window comprising the same - Google Patents

Abstract

The present invention relates to a screen unit and a window including the same, which effectively prevent foreign substances or insects from entering indoor space since a screen is automatically moved to doubly cover a window-opened portion. According to one embodiment of the present invention, the screen unit is used on a window frame on which windows moved to both sides are installed and comprises: a first screen coupled to the window frame to be slid and moved in front of the windows; a second screen crossing the first screen and slid, moved, and coupled to the window frame; a driving unit formed to be coupled to the window frame to move the second screen; and a sensor unit formed in front of the window frame, and measuring illumination. When night is sensed through the sensor unit, the driving unit moves the second screen to arrange the second screen in front of the first screen.

Description

Insect screen unit and window including same {MOSQUITO NET UNIT AND WINDOW COMPRISING THE SAME}

The content disclosed in the present specification relates to an insect screen unit for preventing the inflow of pests and windows including the same.

Unless otherwise indicated herein, the contents described in this identification are not prior art to the claims of this application, and the description in this identification is not admitted to be prior art.

In general, windows installed in houses, restaurants, and hospitals use a single insect screen, so contamination of the windows around the screen is serious, and foreign substances or insects are introduced into the room through a single insect screen.

In addition, in the case of the existing insect screen, since it is disposed on the outside of the window, a dangerous situation may occur in the installation process, and if you go out with the screen open, foreign substances or insects are introduced into the room at night.

In this regard, Korean Utility Model Publication No. 20-0392780 discloses an insect screen, and Korean Utility Model Publication No. 20-0371915 discloses an accordion-type insect screen.

However, the existing inventions do not disclose a technique for improving user convenience and preventing contamination of windows.

An object of the present invention is to provide an insect screen unit and a window including the same that effectively prevent foreign substances or insects from entering the room because the insect screen is automatically moved to cover the double-open portion of the window.

In addition, it is not limited to the technical problems as described above, and it is obvious that another technical problem may be derived from the following description.

According to an embodiment of the disclosure, the insect screen unit used for a window frame in which windows moving to both sides are installed is a first screen coupled to the window frame slidingly from the front of the window, the first screen crosses the first screen and the window frame It includes a sliding movement coupled second screen, a driving unit coupled to the window frame to move the second screen frame, and a sensor unit that is formed in front of the window frame and measures illuminance, and when night is detected through the sensor unit , The driving unit moves the second insect screen to be disposed in front of the first insect screen.

In addition, the insect screen unit may further include a spraying unit coupled to the front of the window frame and periodically spraying insect repellent with a predetermined time therebetween.

In addition, the injection unit may include a pump, a container in which the insect repellent is stored and connected to the pump, and nozzles that are spaced apart from each other on one side or the other side on the front upper part of the window frame and are connected to the pump and the hose through a hose. .

In addition, the driving unit is coupled to any one of pulleys pivotally coupled to the window frame at one side and the other side of the lower part of the window frame, a belt coupled to the pulleys and partly coupled to the second insect screen, and the pulleys. It may include a motor that becomes

The window frame, first and second windows that cross and move to both sides at the rear of the window frame, and first and second windows coupled with the window frame to cross and move to both sides in front of each of the first and second windows and an insect screen unit in which second insect screens, a driving unit for moving the second insect screen through driving, and a sensor unit for measuring the front illuminance of the window frame are formed, and when night is detected through the sensor unit, the driving unit is the second The insect screen is moved and placed in front of the first insect screen.

In addition, the insect screen unit may further include a spraying unit coupled to the front of the window frame and periodically spraying insect repellent with a predetermined time therebetween.

According to one embodiment disclosed in the present specification, the insect screen unit can be installed to be detachable or attached to the existing windows, and has the advantage of double blocking external foreign substances through a plurality of insect screens.

In addition, windows including the insect screen unit have the advantage of remarkably reduced pollution generated inside the windows and doors through the double insect screen and automatic insect repellent spraying function, and can deodorize the room through the insect repellent that is harmless to the human body.

In addition, since the effects of the present invention described as described above are naturally exhibited by the configuration of the described contents regardless of whether the inventor recognizes them, the above-described effects are only a few effects according to the described contents, and all effects recognized or actual by the inventor should not be accepted as having been described.

In addition, the effect of the present invention should be further grasped by the overall description of the specification, and even if it is not described in an explicit sentence, a person of ordinary skill in the art to which the described content belongs through this specification has such an effect. If it is an effect that can be recognized as the effect, it should be viewed as the effect described in the present specification.

1 and 2 are perspective views of a window according to an embodiment of the present specification.
FIG. 3 is a cross-sectional view taken along line I-I' of FIG. 1;
Figure 4 is a cross-sectional view taken along II-II' of Figure 1;

Hereinafter, with reference to the accompanying drawings, the operation and effect of the insect screen unit and the window including the same according to a preferred embodiment will be described. For reference, in the following drawings, each component is omitted or schematically illustrated for convenience and clarity, and the size of each component does not reflect the actual size. Also, the same reference numerals refer to the same components throughout the specification. and reference numerals for the same components in individual drawings will be omitted.

1 to 4 , the window 100 includes a window frame 200 , a first window 300 , a second window 310 , and an insect screen unit 500 .

The window 100 is installed in the house and used for lighting, securing the view of the resident, or ventilation of the space inside the house, and is driven according to the density of external light to double-arrange a plurality of insect screens to improve the insect repellent effect.

In addition, the window 100 detects day or night according to the density of external light, automatically doubles the insect screen at night, and periodically sprays insect repellent to the outside corresponding to the front of the insect screen to prevent the inflow of insects. It has the advantage of effectively blocking it.

The window frame 200 includes a first horizontal frame 210 , a second horizontal frame 220 , a first vertical frame 230 , and a second vertical frame 240 .

The first horizontal frame 210 is disposed under the window frame 200 , and the second horizontal frame 220 is disposed on the upper portion of the first horizontal frame 210 between the first and second windows 300 and 310 . and spaced apart.

Each of the first horizontal frame 210 and the second horizontal frame 220 is a first rail 211 , a second rail 212 , a third rail 213 , a fourth rail 214 , and a horizontal plate 215 . ) is included.

The horizontal plate 215 is formed in the form of a plate extending to one side or the other side, and one end and the other end are processed to be tapered to form an inclined surface, and the inclined surface formed in the first and second vertical frames 230 and 240 and adhered and bonded.

The first to fourth rails 211 are formed in the form of a square stick extending to one side or the other on the upper or lower portion of the horizontal plate 215, and are spaced apart from each other in order from the rear to the front at a predetermined distance to be parallel to each other. 212, 213, 214 are formed.

One end and the other end of each of the first to fourth rails 211 , 212 , 213 , and 214 are connected to inclined surfaces formed on one side and the other side of the horizontal plate 215 and are processed to be tapered so as to be flat.

The first vertical frame 230 is disposed between one side of each of the first and second horizontal frames 210 and 220, and upper and lower ends of the first vertical frame 230 are processed to be tapered to form the first and second horizontal frames. 2 The horizontal frames (210, 220) are in close contact with the inclined surface formed on one side of each of the combined.

The second vertical frame 240 is disposed between the other side of each of the first and second horizontal frames 210 and 220, and upper and lower ends of the second vertical frame 230 are tapered to process the first and second frames. 2 The horizontal frames (210, 220) are each in close contact with the inclined surface formed on the other side is coupled.

The first window 300 is composed of a central rectangular glass and a rectangular frame surrounding the glass, and the front and rear surfaces of the first rails 211 formed in each of the first and second horizontal frames 210 and 220 . The first rail 211 and the first rail 211 through the legs in close contact with the sliding movement to one side or the other side is coupled to be possible.

The second window 310 is formed in the same structure as the first window 300 , and is formed in the upper and lower portions of each of the first and second horizontal frames 210 and 220 in front of the first window 300 , respectively. The second rail 212 and the second rail 212 and the sliding movement to one side or the other side through the legs in close contact with the front and rear surfaces of the second rails 212 are coupled.

The insect screen unit 500 includes a first insect screen 510 , a second insect screen 520 , a driving unit 600 , a sensor unit 700 , and an injection unit 800 .

The insect screen unit 500 is detachably coupled to one side or the other side of the window frame 200, and automatically detects day and night, and automatically drives the insect screens to be double placed in front of the window that is mainly opened. There is an advantage of blocking the contamination of the insect screen and the window 100 by spraying the insect repellent in the front.

The first insect screen 510 is composed of a square frame coupled to the rim of the mesh and the mesh in the form of a square in the center, and the front and back surfaces of the third rails 213 at a position corresponding to the front of the first window 300 and The third rails 213 and the third rails 213 are slidably coupled to one side or the other through the close-fitting legs.

A blocking plate 512 extending up to the second insect screen 520 is attached to one side or the other front of the first insect screen 510, and the blocking plate 512 corresponds to any one of a brush, rubber, or sponge with low friction, , to prevent insects or foreign substances that may be introduced between the first and second insect screens 510 and 520 .

The second insect screen 520 is composed of a square frame coupled to the rim of the mesh and the mesh of a square shape in the center, and the front and back surfaces of the fourth rails 214 at a position corresponding to the front of the second window 310 and The fourth rails 214 and the fourth rails 214 are slidably coupled to one side or the other through the close-fitting legs.

The driving unit 600 includes a case 610, a display 612, an armband 614, a front door 616, a door 620, a control unit 630, a plug 640, a first pulley 650, a first 2 includes a pulley 660 , a belt 670 and a motor 680 .

The driving unit 600 is coupled to the other side of the second vertical frame 240, is connected to the second insect screen 520 and the belt, and when the belt is moved by driving a motor installed therein, the second insect screen 520. It is moved to one side or the other.

The case 610 is formed in the form of a square tube in which the first space 1 inside is opened upward, and the rear and front spaces of the case 610 and the rear and front spaces of the first space 1 through driving at the rear and front. A door 620 and a front door 616 for connecting or sealing are respectively formed.

The wankanggi 614 is coupled to the back surface of the case 610 , and in the state in which the second window 310 and the second insect screen 520 are open, the resident may fall to the outside using the wankanggi 614 .

The wire connected to the handle of the wankanggi 614 extends downward in the first space 1 through the case 610 and may be connected to a winding device connected to the drive shaft of the motor 680 and the gear.

Therefore, when a fire occurs in the room and the pusher button is pressed through the display 612, the motor 680 is operated to adjust the strength of the wire of the armband 614 unwinding, and in the case of a heavy dweller, the motor 680 ) by strengthening the driving force to increase the strength in which the wire of the wankanggi 614 is released.

The front door 616 is connected to the sensor unit 700, and when a resident is detected through a fingerprint, iris or face recognition device formed in the sensor unit 700, the front door 616 is opened, and the front door 616 is opened. When closed, it automatically locks.

The front door 616 is rotatably coupled with a reference extending to one side or the other side to the case 610 as an axis of the lower edge portion, and when the front door 616 is opened, the first space ( 1) is opened forward.

The front door 616 can be used as a docking station for the drone, and the resident can use it by moving the keys or belongings stored in the first space 1 to the outside through the opening formed while the front door 616 is rotated.

In addition, the front door 616 is connected to the control unit 630 so that the resident can wirelessly control the opening and closing of the front door 616 using a terminal, and the front door 616 remotely in a situation where the delivery box is delivered. can be opened to safely collect the delivery box.

The door 620 is connected to the control unit 630 and can be opened and closed remotely through the terminal, and the resident can open both the door 620 and the front door 616 to remotely ventilate the room.

The control unit 630 is disposed in the first space 1, is connected to a terminal through a wireless communication module or can be connected to an indoor terminal by wire, and is connected to indoor power through a plug 640. The chair controls the opening and closing of the front door 616 and the door 620 through the terminal and the control unit 630 .

The first pulley 650 is rotatably coupled to an axis extending up and down on the upper portion of the horizontal plate 215 in a space corresponding to one side of each of the third rail 213 and the fourth rail 214 .

The second pulley 660 is rotatably coupled to the other side of the first pulley 650 and an axis extending upward and downward from the bottom of the case 610 in the interior of the first space 1, and the belt 670 is While surrounding the first and second pulleys 650 and 660 between the third and fourth rails 213 and 214, the first and second pulleys 650 and 660 are engaged and coupled.

A portion of the other side of the belt 670 passes through the front side of one side of the case 610 and is coupled to the second pulley 660, and a portion positioned between the third and fourth rails 213 and 214 is a fourth rail It is coupled with the leg of the second insect screen 520 located in the rear of the (214).

The motor 680 is disposed on the upper portion of the second pulley 660 in the first space 1, is coupled to the central upper portion of the second pulley 660 through a drive shaft formed in the lower portion, and the motor 680 rotates the drive shaft. The rotation direction of the belt 670 is switched according to the direction.

Therefore, according to the driving of the motor 680, the second insect screen 520 is slidingly moved to one side and disposed in front of the first insect screen 510, or is moved to the other side and is disposed in front of the second window 310. can

The display 612 is coupled to the rear surface of the case 610 , is electrically connected to the control unit 630 , is touchable, and outputs the external weather and temperature at all times so that a curtain is disposed behind the windows and doors 100 . It is possible to conveniently grasp the external situation in the state of being

In addition, the display 612 is connected to a terminal or the Internet, and can be used as a tablet device such as an iPad, which is manufactured to be detachable or attached to the case 610 .

On the other hand, in front of the second horizontal frame 220, cameras for capturing the external state of the first and second insect screens 510 and 520 in real time may be combined, and the resident may view the images of the cameras through the display 612. After checking, a gap between the first and second insect screens 510 and 520 and the window frame 200 may be checked or a contamination state may be checked.

In particular, it is possible to check the movable state of the second insect screen 520 by identifying foreign substances that may be generated in the space between the third rail 213 and the fourth rail 214 corresponding to the front of the first insect screen 510. In this way, it is possible to prevent an accident of being damaged or falling to the outside while the second insect screen 520 is moved excessively.

The second insect screen 520 is disposed on the other side of the fourth rail 214 during the day to cover the front of the second window 310, and at night, the sensor unit 700 reduces the density of light. Upon detection, the motor 680 is automatically driven to move the second screen 520 toward one side to double cover the front space of the first window 300 that is mainly opened at night together with the first screen 510. make it

Conversely, when the second window 310 is moved to one side at night to ventilate through the inner space of the other side of the window frame 200 , the resident combines a portion corresponding to the rear of the belt 670 with the first insect screen 510 . After separating the belt 670 from the second insect screen 520 and adjusting the rotation direction of the motor 680 drive shaft and the rotation time of the drive shaft through the terminal, the first insect screen 510 automatically moves to the other side at night. It can be moved to double cover the space where the second window 310 is located together with the second insect screen 520 .

While the first and second insect screens 510 and 520 cover the space in front of the open first or second window 300 , 310 , an external insect or foreign substance is a window frame corresponding to the rear of the fourth rail 214 . Since the inflow into the inner space of 200 is restricted, contamination inside the window frame 200 is prevented, and there is an advantage that foreign substances or insects are effectively prevented from entering the room.

The sensor unit 700 is formed on the front surface of the case 610, recognizes a fingerprint, iris and face, an illuminance sensor is formed to detect the day or night of the external space, and the density of light is lowered to detect the night When the signal is transmitted to the control unit 630, the motor 680 is rotated to slide the first or second insect screens 510 and 520.

The spray unit 800 includes a container 810 , a pump 820 , a hose 830 , and nozzles 840 .

The spraying unit 800 is coupled to the window frame 200, and periodically sprays insect repellent to the front of the first and second insect screens 510 and 520 over a predetermined time interval of insects approaching the window 100. Block access.

The container 810 is formed in a cylindrical shape in which the insect repellent is stored therein and is disposed in the first space 1 , and is connected to the pump 820 disposed on one side through a hose to supply the insect repellent to the pump 820 .

The insect repellent stored in the container 810 contains any one of citronella components (orange, lemon), penny royal mint component, diethyltoluamide component (lemon eucalyptus), gumchocho or pyrethrin component (chrysanthemum flower). It is in the form of a liquid that is included or combined, and is harmless to the human body and can be used as a perfume that provides a fragrance to the room even if it is introduced into the room through the first and second insect screens 510 and 520 .

The pump 820 supplies the insect repellent moved from the container 810 toward the upper opening of the case 610 through the hose 830 connected to the upper part, and the insect repellent is the second horizontal frame 220 in the extending direction. It is moved to the upper part of one side of the window frame 200 along the inner space of the hose 830 that is bent and extended accordingly.

Each of the nozzles 840 is coupled to the hose 830 in a state in which they are spaced apart from each other at the same distance from each other along the extension direction of the hose 830 in front of the second horizontal frame 220 , and is separated from the hose 830 . The supplied insect repellent is sprayed obliquely into the front space of the window (100).

Meanwhile, the cross-sectional view of FIG. 4 is a cross-sectional view in a state in which the second vertical frame 240 is separated.

Although the preferred embodiment of the present invention has been described with reference to the accompanying drawings, the embodiments described in the present specification and the configuration shown in the drawings are only the most preferred embodiment of the present invention and represent all of the technical spirit of the present invention. Therefore, it should be understood that there may be various equivalents and modifications that can be substituted for them at the time of filing the present application. Therefore, the embodiments described above are to be understood as illustrative and not restrictive in all respects, and the scope of the present invention is indicated by the following claims rather than the detailed description, and the meaning and scope of the claims and their All changes or modifications derived from the concept of equivalents should be construed as being included in the scope of the present invention.

100: window 200: window frame
300: first window 310: second window
500: insect screen unit 600: driving unit
700: sensor unit 800: injection unit

Claims (6)

In the insect screen unit used for the window frame installed with windows moving to both sides,
a first insect screen coupled to be slidably moved from the front of the window to the window frame;
a second insect screen intersecting the first insect screen and slidingly coupled to the window frame;
a driving unit coupled to the window frame and formed to move the second insect screen; and
a sensor unit formed in front of the window frame and measuring the illuminance; and
A spraying unit coupled to the front of the window frame and periodically spraying an insect repellent that is harmless to the human body and smells over a predetermined period of time;
When night is sensed through the sensor unit in a state in which the window behind the first screen is open, the driving unit moves the second screen and places it in front of the first screen,
The driving unit includes pulleys rotatably coupled to the window frame at one side and the other side of the lower portion of the window frame, a belt coupled to the pulleys and partly coupled to the second insect screen, and a motor to which a drive shaft is coupled to any one of the pulleys And Insect screen unit, characterized in that it comprises a gripper connected through a wire to the winding device connected to the gear and the drive shaft of the motor.
delete According to claim 1, wherein the injection unit,
Insect net unit comprising a pump, a container in which the insect repellent is stored and connected to the pump, and nozzles that are spaced apart from each other on one side or the other side on the front upper part of the window frame and are connected to the pump and the hose through a hose.
According to claim 3, wherein the driving unit,
Pulleys rotatably coupled to the window frame at one side and the other side of the lower portion of the window frame;
a belt coupled to the pulleys and partially coupled to the second insect screen; and
The insect screen unit comprising a; a motor to which a drive shaft is coupled to any one of the pulleys.
window frame;
first and second windows that cross and move from the rear of the window frame to both sides; and
First and second insect screens coupled with the window frame to cross each other in front of each of the first and second windows and move to both sides, a driving unit for moving the second screen through driving, and the front illuminance of the window frame Including; insect screen unit in which the sensor unit to measure is formed;
When night is sensed through the sensor unit in a state in which the window behind the first screen is open, the driving unit moves the second screen and places it in front of the first screen,
The insect screen unit is coupled to the front of the window frame, and periodically over a predetermined period of time therebetween, a spraying unit that sprays an insect repellent that is harmless to the human body and smells more;
The driving unit includes pulleys rotatably coupled to the window frame at one side and the other side of the lower portion of the window frame, a belt coupled to the pulleys and partly coupled to the second insect screen, and a motor to which a drive shaft is coupled to any one of the pulleys And Window and door characterized in that it comprises a ganggonggi handle connected through a wire to the winding device connected to the gear and the drive shaft of the motor.










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