KR101930728B1 - One Body Type Mosquito Net Window - Google Patents

Abstract

According to an aspect of the present invention, a one body type mosquito net window comprises: a window frame; a window slidably coupled to an internal side of the window frame; and a mosquito net coupled to one end portion of the window, and accommodated in the type of a roll in the window frame to be opened in accordance with movement of the window.

Description

{One Body Type Mosquito Net Window}

More particularly, the present invention relates to an integrated insect-protection net window, and more particularly, to an integrated insect-net window, which is formed integrally with a window frame of a window and does not require an insect nets when installing a window, thereby shortening the working time, It is possible to improve the workability and the insect screen is inserted into the window frame and is not exposed to the outside. Both ends of the insect screen are inserted into the window frame, so that the exterior appearance can be neatly arranged, To a window screen of an integral type insect screen.

Generally, it is common that various buildings are provided with windows of various sizes and shapes for indoor ventilation and mining and scenery.

In this case, the window installed on the boundary between the inside and outside of the window is provided with an insect control net for preventing various insects, insects and foreign substances from entering from outside, and the insect control net is directly coupled to the window frame frame to be opened / A separate guide rail is fixed to the outer surface of the window frame frame so that a separate screen guard is opened and closed along the guide rail.

Here, the insect-control net is typically a rectangular net-like body having a size corresponding to that of one window frame of a sliding window made of two window frames, and is formed by fixing a net in a rectangular frame.

Therefore, most of the insect-control net is provided on the outdoor side of the window frame, which is often opened and closed, so that insects and insects can not enter the room from the outside by the screen net even when the window frame is opened. In addition, when the insect control net needs to be opened as required, the insect net in the exposed state is slid to one side in a state in which the window frame is opened, so that the indoor and the outdoor can be completely opened.

However, since the window having the above-described existing screen net is always kept closed by the window frame frame, when it is desired to open the window, it is necessary to perform a separate opening operation for the screen net after opening the window, It has the following abandonment. In addition, not only the insect screen in the open state must be pulled and closed by hand, but also, when the insect screen is closed incorrectly, a gap between the window frame frame and the screen screen leaves room for various insects and foreign substances to enter the room.

Particularly, the insect screen as described above is always in an exposed state from outdoors, and thus the appearance of the building is not beautiful and exposed to sunlight, air, various pollution and foreign substances, and thus the life span is very short. In addition, since the insect-control net is always exposed to the atmosphere and is in a state of being contaminated with various dusts and pollutants, when it is touched with a hand or comes into contact with other objects, a large amount of dust and foreign matter may come off, When they interfere with the screening process in the process of shaking off clothes or clothes, dirty pollutants are buried in bed sheets or clothes and become soiled.

In addition, the insect-shielding net may be manufactured by inserting a net in a synthetic resin or an aluminum frame, and fixing the net to a soft rubber through a fitting, wherein the rubber-made fitting is exposed to a long- Curing or deformation of the netting causes the weakening and loss of the fixing force to the netting, thereby causing a gap between the netting and the netting as time elapses and the effect of the insecticide is weakened.

Korean Patent Laid-Open Publication No. 10-2012-0128802 (disclosed on November 28, 2012)

SUMMARY OF THE INVENTION The present invention has been made to solve the above-mentioned problems, and it is an object of the present invention to provide an insect-proof screen which is integrally formed with an indoor side window frame of a window, Thereby providing an integrated screen guard window.

It is a further object of the present invention to provide an interior decoration effect in which the case having a roll-shaped screen inserting therein is inserted into the window frame and is not exposed to the outside, and both side ends of the screen screen are inserted into the window frame, Which is capable of preventing breakage due to an impact of the screen door.

Another object of the present invention is to provide an integrated insect screen window which can prevent insects and foreign matter from being infiltrated by the end portion of the insect screen web in the form of a roll being coupled to a window so that the insect screen can be wound or unwound inside the case according to the opening and closing of the window .

According to an aspect of the present invention, there is provided an integrated insect-protection net window according to one aspect of the present invention includes a window frame, a window slidably coupled to the inside of the window frame, And an insect screen which is accommodated and opened according to the movement of the window.

The window may include an outdoor window fixedly and slidably coupled to the outdoor side of the window frame, and an indoor window slidably coupled to the indoor side of the outdoor window.

Wherein the window pane has a fixed frame formed at a position where the window frame is tangent to the window frame and fixed to an end of the window frame, the projecting bar extending from the fixed frame and received in the window frame, And a fixing bar to which the end portion of the fixing bar is fixed.

The protruding bar may have a coupling protrusion coupled to an end of the insecting net.

The window frame may include a first window frame having a receiving space in which the side of the window is coupled and the insect screening network is fixed, and a second window frame to which the side of the outdoor window is coupled.

The window frame includes a third window frame having an accommodation space in which the insect screening network is fixed to the upper indoor and outdoor of the window and a fourth window frame in contact with the end portion of the insect control net falling downward as the window frame rotates inside the third window frame can do.

The insect control network may include a rotating shaft accommodated in the accommodating space and rotating according to the opening and closing of the indoor window, and a fixing body coupled to the end of the insecting net and fixed to the indoor window.

The fixing body may include an engaging body coupled to the window, an engaging body protruding from one side of the engaging body, and an elastic body provided inside the engaging body for elastically moving the engaging body.

According to the integrated insect-protection net window according to the present invention, the case in which the insect-control net is wound in a roll form is accommodated in the receiving space of the window frame, so that a separate screen net can not be installed and the aesthetic appearance can be avoided.

The end portion of the insect-control net is coupled to the inside window so that the insect-control net is wound or unwound inside the case according to opening and closing of the inside window, thereby preventing foreign matter from entering.

1 is a perspective view of an integral screen guard window according to an embodiment of the present invention;
BACKGROUND OF THE INVENTION 1. Field of the Invention [0001]
FIG. 3 is a plan sectional view showing the integrated insect screen window shown in FIG. 1. FIG.
4 is a longitudinal sectional view showing the integral insect screen window shown in Fig.
5 to 8 are top and cross-sectional views illustrating an insect screen window according to another embodiment of the present invention.
FIG. 9 is a perspective view illustrating an integrated screenwalk window window according to another embodiment of the present invention. FIG.
10 is a longitudinal sectional view showing the insect screen web window shown in Fig.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings. However, it is needless to say that the present invention is not limited to these embodiments and can be modified into various forms.

In the drawings, the same reference numerals are used for the same or similar parts throughout the specification. In the drawings, the thickness, the width, and the like are enlarged or reduced in order to make the description more clear, and the thickness, width, etc. of the present invention are not limited to those shown in the drawings.

Wherever certain parts of the specification are referred to as "comprising ", the description does not exclude other parts and may include other parts, unless specifically stated otherwise.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The present invention will be described in detail below with reference to the accompanying drawings.

FIG. 1 is a perspective view illustrating an insect screen window according to an embodiment of the present invention, and FIG. 2 is a perspective view illustrating a state in which an insect screen window is opened according to an embodiment of the present invention.

1 and 2, an integrated insect control window according to an embodiment of the present invention includes a window frame 1000, a window 2000 slidingly coupled to the inside of the window frame 1000, And an insecting net 3000 which is coupled to one end of the window frame 1000 and is received in a roll form inside the window frame 1000 and is opened according to the movement of the window 2000.

The window frame 1000 of the integral insect-protection window according to the present embodiment can be used as a frame of a curtain wall or a glass window. Generally, when installing a door opener in a curtain wall, a window frame 1000 of a shutter window is installed inside the curtain wall frame in addition to the frame of the curtain wall. When the integral door screen window of the present embodiment is installed in a curtain wall, This window frame 1000 serves to enhance the openness when the window 2000 is opened.

In the general insect screening network 3000, a separate rail is installed in a frame of a curtain wall and a shutter window, or an insect screening network 3000 is installed on the indoor and outdoor sides. The insect screening network 3000 of the present invention is accommodated inside the frame, The design element can be further improved, and the openness can be further enhanced when the window 2000 is opened.

Hereinafter, the concrete structure of the integral insect screen window for achieving the above effect will be described in detail.

3, the window frame 1000 includes a vertical window frame 1000 to which both side surfaces of the window 2000 are in contact and a lower window frame 1000 that connects the upper and lower portions of the vertical window frame 1000 provided on both sides of the window 2000, A horizontal window frame 1000 is provided.

At this time, the vertical window frame 1000 includes a first window frame 1100 having a receiving space 1500 to which the side of the indoor window 2200 is coupled and in which the insect control network 3000 is fixed, And a second window frame 1200 to which the sides of the first window frame 2100 are coupled. A center window frame 1600 may be further provided between the first window frame 1100 and the second window frame 1200 to support the center of the window 2000.

The first window frame 1100 and the second window frame 1200 may be respectively provided with an indoor frame 1110 having a hollow portion and a cover 1120 for fixing the window 2000 to the outdoor side Respectively. And a heat bridge member 1140 is provided between the inner frame 1110 and the cover 1120 so as to face each other.

The central window frame 1600 is provided on the indoor side of the window 2000 and has a hollow portion inside and a mohair 20 is provided on the outdoor side.

The interior frame 1110 of the first window frame 1100 may be provided with a receiving space 1500 to allow the insect control network 3000 to be inserted therein and a heat insulating material 30 such as azon And an outdoor frame 1130 provided according to the partitioning. A receiving recess 1700 is formed at a position where the outdoor frame 1130 and the indoor frame 1110 are in contact with each other and the window 20000 is protruded from the receiving recess 1700, The effect can be enhanced.

The outdoor frame 1130 is provided at its outdoor side with an insulating plate protruding from the window 2000 and contacting the outdoor side of the window 2000.

A tightening plate 1150 may be provided between the inner frame 1110 and the cover 1120 of the first window frame 1100. The fastening plate 1150 may have a locking protrusion 1160 at both ends thereof, (1110) and the cover (1120).

The horizontal window frame 1000 includes a third window frame 1300 connecting the first window frame 1100 and the upper portion of the second window frame 1200 and maintaining a gap between the first window frame 1100 and the second window frame 1200, And a fourth window frame 1400 provided at a position corresponding to the third window frame 1300 and connecting the first window frame 1100 and the lower portion of the second window frame 1200.

4, the third window frame 1300 and the fourth window frame 1400 are provided with an indoor frame 1110 having a hollow portion on the indoor side and a cover 1120 and a thermal bridge member 1140 on the outdoor side . The indoor frame 1110 may be provided with a guide groove 1800 for guiding the insecting net 3000 to move horizontally.

The upper and lower ends of the insecting net 3000 may be inserted into the guide groove 1800 to guide the insecting net 3000 and the mohair 20 may be provided on the outer side of the guide groove 1800 so as to surround the insecting net 3000 do. In addition, the guide groove 1800 may be provided with a partition plate between the insertion space through which the upper and lower ends of the insect control network 3000 are inserted and the mohair 20.

The window 2000 includes an outdoor window 2100 fixed to an outdoor side of the window frame 1000 for fixing a glass wall formed of double and triple windows and an outdoor window 2100 slidably coupled to the indoor side of the outdoor window 2100 An indoor window 2200 may be provided.

The outdoor window 2100 can be fixed at an end between the indoor frame 1110 and the cover 1120 of the second window frame 1200 and can be fixed to the indoor window 2200 between the center window frame 1600 and the outdoor window 2100. [ Can be horizontally moved.

5, the outdoor window 2100 may be slid without being fixed, and one end may be inserted into the second window frame 1200 to enhance the heat insulation effect.

The indoor window 2200 may be provided with an engaging frame 2210 surrounding one end of the glass wall and the engaging frame 2210 may include a first engaging frame 2211 and a second engaging frame 2212 surrounding the glass wall, And the heat insulating material 30 such as azon can be interposed therebetween.

In addition, a coupling cover 2213 for forming a hollow portion between the coupling frames 2210 may be provided outside the coupling frame 2210.

A fixed frame 2220 is provided at a position where the first window frame 1100 and the third window frame 1300 and the fourth window frame 1400 are coupled to the side edges of the window 2200 in contact with the window frame 1000 . The fixed frame 2220 includes a protruding bar 2221 which is coupled to the fixing frame 2220 through a heat insulating material 30 such as an azon or the like and extends from the fixed frame 2220 toward the window frame 1000, And a fixing bar 2223 coupled to the indoor side of the fixed frame 2220 and fixing the end of the screening net 3000 is provided.

The protruding bar 2221 includes a first protruding bar 2221a extending obliquely from the fixed frame 2220 on the side of the window frame 1000 and a second protruding bar 2221b extending from the first protruding bar 2221a to the window frame 1000, And the second protruding bar 2221b is inserted into the receiving groove 1700 formed in the first protruding bar 2200. [

The fixing bar 2223 is coupled to the inside of the fixing frame 2220 and is bent into the room from the first window frame 1100 and fixed to the fixing groove 2224 formed by bending the fixing bar 2223, 3000 may be inserted and then fixed.

At the fixing groove 2224 and the other end of the fixing bar 2223, the indoor window 2200 is bent toward the indoor side so as to be caught by the central window frame 1600,

The insect control network 3000 includes a rotating shaft 3200 accommodated in a receiving space 1500 formed inside the first window frame 1100 and rotating according to the opening and closing of the indoor window 2200, And a fixing body 3300 coupled to the interior window 2200.

Such an insect control network 3000 is further provided with a case 3100 to be accommodated in the accommodating space 1500 and the case 3100 is fixed to the accommodating space 1500 so that the insect- And the end portion of the screening net 3000 is protruded to the outside of the case 3100.

The insect-proofing net 3000 is formed on the inner side of the receiving groove 1700 to which the protruding bar 2221 of the indoor window 2200 is coupled and when the indoor window 2200 is in contact with the first window frame 1100, One end of the insecting net 3000 protruding outwardly of the indoor window 2200 can be caught by the fixing bar 2223 provided on the indoor side of the indoor window 2200.

When the insect screen 3000 is caught by the fixing bar 2223 of the indoor window 2200 and the indoor window 2200 is opened, the insect control net 3000 can be rotated and opened.

The rotation shaft 3200 is rotated in one direction by the indoor window 2200 when the indoor window 2200 is opened and the end of the insect control network 3000 is opened to the opening of the window 1000 and is separated from the indoor window 2200 When the indoor window 2200 is closed, the insecting net 3000 is wound inside the case 3100 as it is rotated in one direction due to elasticity.

As the insect control network 3000 is fixed to the indoor window 2200, it is possible to prevent the entry of foreign matter and insects due to the opening of the indoor window 2200 and the rotation axis 3200 of the insect control network 3000 can be prevented from entering the first window frame 1100 So that the aesthetic effect of the aquarium 3000 can be prevented.

The stopper 3300 is provided so as to be caught by the stopper protrusion 1160 after the stopper 3300 is inserted into the fixing groove 2224 of the stationary bar 2223.

6, the fixing body 3300 may include a coupling body 3310 coupled to the interior window 2200 and a fixing body 3310 protruding from one side of the coupling body 3310 and engaged with the interior window 2200. [ And a resilient body 3323 provided in the coupling body 3310 and elastically moving the retaining body 3320. [

The coupling body 3310 is coupled to one end of the insect control network 3000 and inserted into the fixing groove 2224 of the indoor window 2200. The coupling body 3310 is provided with a latching body 3320 on one side opened and on the opened side.

The stopper 3320 includes at least one stopper 3321 which is hooked on one side of the coupling body 3310 and a release preventing protrusion 3322 which protrudes outwardly from the stopper 3321.

As the elastic body 3323 is provided in the space between the stopper body 3320 and the coupling body 3310, the stopper body 3320 moves into the coupling body 3310 by the elastic body 3323.

When the fixing member 3300 is inserted into the fixing groove 2224, the locking member 3320 moves to the inside of the coupling body 3310 by the elastic body 3323 and is not caught by the locking projection 1160, (2224). When the stopper 3320 is inserted into the fixing groove 2224 and then moved by the elastic body 3323, the stopper protrusion 1160 and the release preventing protrusion 3322 are engaged with each other and fixed.

7, the first protruding bar 2221a and the second protruding bar 2221b may be arranged so that the fixing body 3300 of the insecting net 3000 is caught by the protruding bar 2221 of the indoor window 2200. In other words, (Not shown).

In this case, the receiving groove 1700 of the first window frame 1100 is provided between the case 3100 accommodating the insecting net 3000 and the inside window 2200 and the mohair 20 is provided in the receiving groove 1700 When the protruding bar 2221 of the indoor window 2200 is inserted between the receiving recesses 1700, the heat insulating effect can be enhanced.

When the fixing body 3300 is seated in the receiving recess 1700 and the protruding bar 2221 of the indoor window 2200 is received in the receiving recess 1700, Can be combined.

8, one end of the insecting net 3000 is hooked on the inside of the first window frame 1100, which is in contact with the indoor window 2200 of a typical Missing window, like the curtain wall, .

Such a base window may not be provided with the protruding bar 2221 but may be inserted into the window pane 1000 at the end of the window 2100 and the window 2200.

As the fixing bar 2223 is projected on the indoor side of the indoor window 2200 and the stopper 3320 of the indoor window 2200 is coupled to the fixing bar 2223, 2200, respectively.

In this case, the window frame 1000 may be formed with a rail protruding from the side of the window 2000 and having a hollow portion, and a thermal bridge member 1140 for blocking thermal bridging between the outdoor side and the indoor side.

Hereinafter, the same reference numerals will be used to refer to the same components as those of the integrated insect control window according to another embodiment of the present invention, and a detailed description thereof will be omitted.

FIG. 9 is a perspective view of an integrated insect screen window according to another embodiment of the present invention, and FIG. 10 is a longitudinal sectional view illustrating the integrated insect screen window shown in FIG.

9-10, an integrated insect control window according to an embodiment of the present invention includes a window frame 1000, a window 2000 slidingly coupled to the inside of the window frame 1000, And an insect screen 3000 which is received in a roll form on the window frame 1000 provided at the upper part and is lowered after the window 2000 is opened.

The window frame 1000 has a first window frame 1100 and a second window frame 1200 which are in contact with both sides of the window 2000 and a receiving space 1500 in which the upper part of the window 2000 is in contact with and the screen guard 3000 is accommodated And a fourth window frame 1400 with which a lower portion of the window 2000 is in contact.

The first window frame 1100 and the second window frame 1200 are each provided with a guide groove 1800 for guiding the insecting net 3000 according to the position of the accommodation space 1500 in which the insect control net 3000 is accommodated, Receiving grooves 1700 for receiving the protruding bars 2221 formed on both sides of the base plate 2200 are formed.

The third window frame 1300 may be provided in the case where the insect control network 3000 is provided on the outdoor side of the window 2000 as shown in Figure 9A or on the indoor side of the window 2000 as shown in Figure 9B, A space 1500 is formed on the outdoor side and the indoor side of the window 2000 and a sliding door is provided on the upper side of the window 2000 to guide the sliding of the window 2000.

The fourth window frame 1400 is provided with a fixing bar 2223 for fixing the end of the insect control network 3000 after descending from the third window frame 1300, The end portion can be contacted.

In this case, when the end portion of the screening net 3000 is fixed to the fourth window frame 1400, the fixing body 3300 is provided at the end of the screening net 3000. When the upper portion of the fourth window frame 1400 is in contact with the screen, The fourth window frame 1400 and the fourth window frame 1400. The gasket 10 may be provided to prevent heat bridging between the first window frame 1400 and the fourth window frame 1400.

When the screen 2000 is lowered in the third window frame 1300 and the window 2000 is opened by the controller in the screening screen 3000, the end of the screening screen 3000 can be automatically lowered have.

While the present invention has been described with reference to the exemplary embodiments, it is to be understood that the invention is not limited to the disclosed exemplary embodiments. Those skilled in the art, who understands the spirit of the present invention, can readily suggest other embodiments by adding, changing, deleting, adding, or the like of components within the scope of the same idea, I would say.

1000: window frame 1100: first window frame
1200: Second window frame 1300: Third window frame
1400: Fourth window frame 1500: Capacity space
1600: central window frame 1700: receiving groove
1800: guide home 2000: window
2100: Outdoor window 2200: Indoor window
2210: Joining frame 2220: Fixing frame
3000: insect screen 3100: case
3200: rotating shaft 3300: fixed body

Claims (8)

The window frame,
A window slidably coupled to the inside of the window frame,
And an insect screen coupled to one end of the window and being accommodated in a roll form inside the window frame and being opened according to the movement of the window,
Wherein the window comprises an outdoor window which is fixedly and slidably coupled to an outdoor side of the window frame,
And an interior window formed at a position in contact with the window frame and having a fixed frame to which an end portion of the screen net is fixed, the indoor window being slidably coupled to the indoor side of the outdoor window,
Wherein the fixed frame includes a protruding bar extending from the fixed frame and received in the window frame, and a fixed bar coupled to the inner side of the fixed frame to fix the end of the screen net,
Wherein the insect-proofing network comprises a rotating shaft that rotates according to opening and closing of the indoor window,
And a fixing body coupled to an end of the insect control net and fixed to the indoor window,
Wherein the fixed body includes a coupling body coupled to the indoor window,
An engaging member having an engaging plate for engaging with one side of the engaging member and an escape preventing projection projecting outward from the engaging plate;
And an elastic body provided inside the coupling body for elastically moving the holding body,
Wherein the protruding bar has a first protruding bar extending in the shape of an oblique line from the fixed frame on the indoor side to the window frame side,
And a second protruding bar inserted into the receiving groove formed in the window frame in the first protruding bar,
Wherein the fixing bar is coupled to the inside of the fixing frame and includes a fixing groove formed by bending the fixing bar toward the room side,
And an engaging protrusion provided to be fixed after the end portion of the insecting net is inserted into the fixing groove.
delete delete delete The method according to claim 1,
The window frame includes a first window frame coupled to a side surface of the window and having an accommodation space in which the window screen is fixed,
And a second window frame to which the side of the outdoor window is coupled.
The method according to claim 1,
Wherein the window frame has a third window frame having an accommodation space in which the insect screening network is fixed to the upper indoor and the outdoor of the window,
And a fourth window frame having an end of the insecting net falling downward as it rotates inside the third window frame.


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