KR20210138903A - High efficiency sliding window with built-in sunshade and insect blocking screen - Google Patents

Abstract

The present invention relates to a high-efficiency sliding window with a built-in sunshade and insect blocking screen, which can improve an insulation function to prevent indoor or outdoor heat from moving to the interior or exterior and can reduce cooling and heating energy consumption in summer and winter. More specifically, the present invention relates to a high-efficiency sliding window with a built-in sunshade and insect blocking screen. The sliding window comprises: two window sashes installed in a building in the form of a rectangular frame, having a space formed therein, having an opening portion formed in inner surfaces thereof facing each other to be connected to the space, and having a rail formed in the space; a heat blocking connection member installed between the window sashes, and having a space therein; opening and closing windows having an insertion portion formed on the edge of the outer surface thereof and inserted into the space through the opening portion, installed in an insertion portion inserted into the space in which a roller guided by the rail is positioned below the inner surface of the window sash, having a cover frame installed on one surface facing the inner surface of the window sash to surround the insertion portion, having a first fitting groove formed on the outer surface of the cover frame, and having glass; and a first sunshade device installed in a space positioned beside the inner surface of the window sash. The first sunshade device includes: a winding roller which is installed in the space of the window sash and around which a sunshade and insect blocking screen for covering the glass is wound; a fixing member installed at one end of the sunshade and insect blocking screen and fitted into the first fitting groove; and a spring installed so that both sides are connected to the window sash and the winding roller, twisted by the rotated winding roller if the sunshade and insect blocking screen is pulled when the opening and closing windows are closed, and making the sunshade and insect blocking screen wound around the winding roller while being restored to the original state when the opening and closing windows are opened.

Description

{High efficiency sliding window with built-in sunshade and insect blocking screen}

The present invention relates to sliding windows, and in particular, a built-in awning insect screen that improves the insulation function to prevent outdoor heat or indoor heat from moving indoors or outdoors, and reduces cooling and heating energy consumption in summer and winter It relates to high-efficiency sliding windows.

Generally, windows are configured such that the window slides along the rails of the window frame.

However, although conventional windows and doors are made of materials that can withstand snow or rain, there is a problem in that the thermal conductivity to transmit cold or heat is high, so that the insulation function is deteriorated.

Accordingly, Patent Document 1 is made of a heat insulating material so that the inner rail coupling groove, the intermediate frame coupling groove, and the outer rail coupling groove are formed to be spaced apart from each other, and the window frame body and the heat insulating material are respectively coupled to the inner/outer rail coupling groove and the intermediate frame coupling groove. A window frame including the formed inner and outer rails and an intermediate frame, an inner window slidably coupled to the inner rail and having an inner window frame, and an outer window slidably coupled to the outer rail and having an outer window frame, wherein the The inner and outer window frames include an inner window frame facing indoors, an outer window frame facing outdoors, a gap frame interposed to form a gap between the inner and outer window frames and made of a heat insulating material, and a heat insulating material to be coupled to the inner window frame. Each of the finishing frames is included, and the first mohair is mounted on the intermediate frame so as to be in close contact with the inner and outer window frames when the inner and outer windows are closed, and one surface of the inner and outer window frames corresponding to overlap when the inner and outer windows are closed An inner middle panel and an outer intermediate panel made of a heat insulating material are respectively installed on the inner and outer intermediate panels, and packings are mounted on corresponding surfaces of the inner and outer intermediate panels, respectively, and the inner and outer intermediate panels are provided with panels.

Composite windows are provided, characterized in that each pressing piece is formed to press the king, and the elastic piece is integrally formed to maintain airtightness between the inner and outer window frames while being elastically deformed by the pressing piece in the packing.

However, at present, there is a demand for windows and doors having a structure different from that of Patent Document 1 for improving the insulation function.

And, in the case of Patent Document 1, since the incident ray of sunlight was directly introduced into the room through the inner and outer windows, there was a fear that cooling energy consumption would increase in summer.

In addition, since the inner and outer rails protrude from the window frame, a space is formed between the window frame and the inner and outer windows, and there is a risk that the airtightness may be deteriorated.

That is, there was a fear that the thermal insulation function may be lowered.

Patent Document 1: Domestic Registered Patent No. 10-1618281 (Registered on April 28, 2016)

Accordingly, the present invention improves the insulation function to prevent outdoor heat or indoor heat from moving indoors or outdoors, and reduces cooling and heating energy consumption in summer and winter. There is a purpose.

In order to achieve the above object, the present invention provides two installations in the form of a square frame in a building, a space is formed inside, an open part connected to the space is formed on the inner surface facing each other, and a window frame in which a rail is formed in the space; A space in which a heat-blocking connecting member installed between the window frames and having a space therein; It is installed in the insert inserted into the, and a cover frame surrounding the insert is installed on one side facing the inner surface of the window frame, a first fitting groove is formed on the outer surface of the cover frame, and an opening and closing window provided with glass; It includes a first shading device installed in a space located next to the inner surface of the awning, the first shading device is installed in the space of the window frame, and a winding roller with a awning screen to cover the glass is wound; and installed at one end of the awning screen It is installed so that both sides are connected to the window frame and the winding roller, respectively, and is twisted by the rotating winding roller when the awning screen is pulled when the opening and closing window is closed, and the original state when the opening and closing window is opened. It provides a high-efficiency sliding window with a built-in awning screen, characterized in that it includes a spring that allows the awning screen to be wound on the winding roller while being restored to the awning.

In the present invention, since the heat-blocking connection member is installed between the window frames, there is an effect of preventing the outdoor heat or the indoor heat from easily moving indoors or outdoors between the window frame and the window frame.

That is, there is an effect of improving the thermal insulation function.

In the present invention, since the insertion part and the roller of the opening/closing window are inserted into the space formed inside the window frame, there is an effect of sealing the space between the opening/closing window and the window frame.

That is, there is an effect of improving the thermal insulation function.

The present invention has an effect that does not cover the glass while the awning screen of the first shading device connected to the opening and closing window is automatically unfolded to cover the glass when the opening and closing window is closed, or the awning screen is automatically wound when the opening and closing window is opened.

That is, there is an effect that the awning screen of the first shading device is automatically interlocked when opening and closing the opening and closing window.

In addition, when the opening and closing windows are closed, only a part of the incident beam of sunlight is introduced into the room by the awning screen of the first shading device, thereby reducing cooling energy consumption in summer.

In addition, in winter, by winding the awning screen of the first shading device, the incident beam of sunlight is introduced into the room, thereby increasing the temperature of the room.

In other words, it has the effect of reducing heating energy consumption in winter.

The present invention has an effect of preventing glare from occurring due to light reflection of surrounding buildings with a awning screen.

The present invention has the effect of being able to ventilate by opening the opening/closing window without worrying that insects, etc. enter the room, because the awning insect screen blocks the inflow of insects into the room.

The present invention has the effect of maximally preventing the inflow of fine dust by the opening and closing windows while improving the watertightness and airtightness by the awning insect screen.

The present invention has the effect of being able to select whether or not to use the awning screen at any time because the fixing member of the awning screen can be fitted into and released from the first fitting groove of the cover frame.

The present invention has an effect of covering the glass in a flat unfolded state without the awning insect screen being crumpled by the elasticity of the spring.

The present invention has the effect of reducing the weight and volume, because the awning insect screen is formed in the form of a net.

That is, there is an effect that the pressure due to the load is reduced while the installation is simple.

The present invention has an effect of supporting the load of the opening and closing window with a window frame that is not made of an insulating material.

That is, there is an effect of preventing the deformation of the window frame due to the load of the opening and closing windows.

The present invention has the effect of making the sliding windows into a single-window or double-glazed structure because the heat-blocking connecting member is fitted into the second fitting groove of the first window frame and the fitting groove of the second window frame frame, so that each window frame is connected. .

That is, there is an effect that the structure of the sliding window can be selected according to the installation environment.

The present invention has an effect of preventing shaking when the awning screen is horizontally moved because the awning screen of the first shading device is guided to the guide hole of the guide member.

According to the present invention, since the guide of the moving member is guided to the rail of the guide member when the opening and closing window is opened and closed, it has an effect of holding the opening and closing window so as not to be shaken in the window frame.

In addition, since the moving member and the guide member are installed above and below the opening/closing window, there is an effect of further holding the opening/closing window so that it does not shake from the window frame.

In the present invention, since the guide of the movable member is sequentially guided to the first rail, the third rail, and the second rail of the rail part when the opening/closing window is closed, the window frame positioned close to the outdoor direction while the opening/closing window moves to the outdoor direction It has the effect of getting closer to one side of the opening.

That is, when the opening/closing window is closed, the opening/closing window is pushed in the outdoor direction, that is, to one side, thereby further sealing between one side of the window frame in the outdoor direction and one side of the opening/closing window.

In the present invention, since the sealing member is fitted into the fitting groove of the protrusion, there is an effect that the window frame and the opening/closing window are more sealed.

In addition, when the opening/closing window is pushed in the outdoor direction, that is, to one side, when the opening/closing window is closed, the sealing member located close to the outdoor direction is pressed against the opening/closing window.

That is, there is an effect of further sealing between one side of the window frame in the outdoor direction and one side of the opening/closing window.

In the present invention, since the heat-blocking connection member is installed between the first and second window frames, there is an effect of preventing the heat from the outside or the heat from moving from the inside of the opening/closing window to the inside or outside easily.

In the present invention, since the sealing member is fitted into the second fitting groove of the first window frame and the third fitting groove of the second frame frame, there is an effect of further sealing between the window frame and the opening/closing window.

According to the present invention, since the sealing member is fitted into the second fitting groove of the cover frame and closely adhered to the opening/closing window, there is an effect of sealing between the opening/closing windows in close contact with each other when the opening/closing window is closed.

In the present invention, since the sealing member installed in the heat insulating material is in close contact with the cover frame installed in the adjacent open/close window, there is an effect that the opening and closing windows that are in close contact with each other are more sealed when the opening/closing window is closed.

The present invention has the effect of increasing the insulating area of the opening and closing window by installing a heat insulating material between the opening and closing window and the cover frame.

That is, there is an effect of improving the thermal insulation function.

The present invention has an effect of reducing heat conduction to the air layer filled in the space of the window frame and the opening/closing window and the heat blocking connection member.

The present invention has the effect of shielding the glass from the outside with the awning insect screen of the second shading device installed outdoors.

That is, while further improving insulation and airtightness, watertightness, shading and sound insulation, there is an effect of further preventing the inflow of fine dust through the opening and closing windows.

In addition, there is an effect of covering the glass by selecting only one of the first and second shading devices.

Since the present invention can rotate the hinge groove of the cover around the hinge protrusion of the housing, there is an effect that it is easy to install and replace the operating member of the second shading device in the space of the housing.

That is, there is an effect that can easily install and replace the operating member of the second shading device outdoors.

In addition, if the handle groove of the cover is used, there is an effect that the hinge groove of the cover can be rotated more easily around the hinge protrusion of the housing.

That is, there is an effect that can more easily install and replace the operating member of the second shading device outdoors.

The present invention has an effect of preventing shaking when the awning screen screen moves vertically because the awning screen of the second awning device is guided to the rail of the guide member.

1 to 4 are installation state diagrams of sliding windows according to a first embodiment of the present invention;
5 to 9 are partially enlarged and detailed views of sliding windows according to the first embodiment of the present invention;
10 to 12 are views of the use of sliding windows according to the first embodiment of the present invention;
13 and 14 are views of the installation state of sliding windows according to another embodiment of the first embodiment of the present invention;
15 is a detailed view of a sliding window according to another embodiment of the first embodiment of the present invention;
16 is a state diagram of a sliding window according to another embodiment of the first embodiment of the present invention;
17 and 18 are views of an installation state of a sliding window according to a second embodiment of the present invention;
19 is an installation state diagram of a sliding window according to another embodiment of the second embodiment of the present invention.

Accordingly, an embodiment of the present invention as described above will be described in detail based on the accompanying drawings.

1 to 12, two sliding windows 1000 according to the first embodiment of the present invention are installed in the form of a square frame in the building 1, a space 110 is formed therein, and each other An opening 120 connected to the space 110 is formed on the inner surface facing the space 110 , and the window frame 100 on which the rail 131 is formed is included in the space 110 .

In addition, the sliding window 1000 is installed between the window frames 100 and includes a heat-blocking connection member 200 having a space 210 therein.

Here, the heat blocking connection member 200 is made of a polyamide (Polyamide) material.

In addition, in the sliding window 1000 , insertion parts 311 and 321 inserted into the space 110 through the opening 120 are formed on the outer edge of the roller 330 , which is guided to the rail 131 . is installed in the insertion parts 311 and 321 inserted into the space 110 positioned under the inner surface of the window frame 100, and the insertion parts 311 and 321 on one side facing the inner surface of the window frame 100 ) is installed, a first fitting groove 341 is formed on an outer surface of the cover frame 340 , and an opening and closing window 300 provided with a glass 350 is included.

And, the sliding window 1000 includes a first shading device 400 installed in the space 110 located next to the inner surface of the window frame 100 .

That is, the first shading device 400 is installed in the left and right spaces 110 of the two window frames 100 , respectively.

And, the first shading device 400 is installed in the space 110 of the window frame 100, and a winding roller 410 on which the awning insect screen 411 covering the glass 350 is wound; and the awning insect screen A fixing member 420 installed at one end of the 411 and fitted into the first fitting groove 341; 300) When the awning screen 411 is pulled during closing, it is twisted by the rotating winding roller 410, and when the opening and closing window 300 is opened, the awning screen 411 is wound around the winding roller 410 while being restored to its original state. A spring 430 is included.

Here, the awning insect screen 411 has one end positioned in the opposite direction of the fixing member 420 is connected to the winding roller 410, and the winding roller 410 rotates in the space 110 of the window frame 100. is installed, and while one side of the spring 430 is connected to the inside of the winding roller 410 , the other side of the spring 430 is connected to the window frame 100 .

That is, when the awning screen 411 is pulled when the opening/closing window 300 is closed and the winding of the winding roller 410 is released, the rotational force is transmitted from the winding roller 410, which rotates to one side of the spring 430, but the Since the opposite side of the spring 430 is fixed to the window frame 100 and no rotational force is transmitted, a torsion phenomenon occurs in the spring 430 to generate an elastic force.

So, when the opening and closing window 300 is opened, the awning screen 411 is wound around the winding roller 410 by the elastic force of the spring 430 to restore to its original state.

And, the first shading device 400 is installed in the opening 120 facing the cover frame 340, the guide member 440 provided with a guide hole 441 for guiding the awning insect screen 411 is Included.

Here, when one side of the guide hole 441 opens the opening and closing window 300 or when the fixing member 420 is disengaged from the first fitting groove 341 of the cover frame 340, the elastic force of the spring 430 is applied. The fixing member 420 moving together with the awning insect screen 411 is extended and formed to be inserted.

In addition, the sliding window 1000 is installed in the insertion parts 311 and 321 inserted into the space 110 located below the inner surface of the window frame 100, and a moving member having a guide 601 at one end ( 600), and a guide member 610 installed in the space 110 of the window frame 100 around the moving member 600 and having a rail part 611 guiding the guide 601 is formed on the outer surface. Included.

In addition, the moving member 600 is further installed in the insertion parts 311 and 321 inserted into the space 110 positioned on the inner surface of the window frame 100, and the guide member 610 is further installed in the moving member ( 600 is further installed in the space 110 of the window frame 100 around the periphery.

In addition, the rail portion 611 includes a first rail 611a formed on one side of the outer surface of the guide member 610; A second rail 611b formed on one side and a third rail 611c connecting the first and second rails 611a and 611b are included.

That is, when the opening and closing window 300 is closed, the guide 601 of the moving member 600 sequentially moves along the first rail 611a, the third rail 611c, and the second rail 611b, The opening and closing window 300 is moved to the outdoor direction.

And, the window frame 100 is installed in the form of a square frame in the building 1, rails 131 are protruded from the inner surfaces facing each other, and first fitting grooves 132 on both sides of the rails 131 on the inner surfaces. is formed, a second fitting groove 133 into which the heat-blocking connection member 200 is fitted is formed on the outer surface adjacent to the inner surface, and a first window frame 130 having a space 134 therein is included. .

Here, the first window frame 130 is made of an aluminum material.

In addition, the window frame 100 has a fitting groove 141 into which the heat-blocking connection member 200 is fitted is formed on one surface, and a first fitting groove is formed on one side adjacent to the one side where the fitting groove 141 is formed. A fitting portion 142 fitted to the 132 is formed to protrude, and a projecting portion 143 is formed to protrude from the other side adjacent to one side where the fitting groove 142 is formed on the opposite side of the fitting portion 142, A second window frame 140 having a space 144 formed therein is included.

Here, the second window frame 140 is installed on both sides of the rail 131 while the protrusions 143 face each other, and is made of an aluminum material.

In addition, in the window frame 100 , a space 110 is formed between the first and second window frame frames 130 and 140 , and an open portion 120 is formed between the protrusions 143 .

In addition, a fitting groove 143a is formed at one end of the protrusion 143 facing each other.

In addition, the window frame 100 includes a sealing member 150 that is inserted into the fitting groove 143a and is in close contact with the insertion portions 311 and 321 .

Here, the sealing member 150 is made of a gasket or the like.

In addition, the opening and closing window 300 has a first fitting groove 312 formed on one side thereof, and an insertion portion 311 is formed to protrude from one side adjacent to one side on which the first fitting groove 312 is formed. , a first window frame frame in which a protrusion 313 is formed to protrude from the other side adjacent to one side where the first fitting groove 312 is formed opposite to the insertion portion 311, and a space 314 is formed therein. (310) is included.

Here, a second fitting groove 315 is formed on one side of the first window frame 310 facing the window frame 100 , and the first window frame frame 310 is made of an aluminum material.

In addition, the opening and closing window 300 has a first fitting groove 322 formed on one side facing the first fitting groove 312 , and one side adjacent to one side on which the first fitting groove 322 is formed. The insertion part 321 is formed to protrude from the insertion part 321, and the second fitting groove 323 is formed on the other side adjacent to one side where the first fitting groove 322 is formed on the opposite side of the insertion part 321, and the inside A space 324 is formed in the second window frame frame 320 is included.

Here, a third fitting groove 325 is formed on one side of the second window frame frame 320 facing the window frame 100 , and the second window frame frame 320 is made of an aluminum material.

In addition, the opening and closing window 300 includes a third window frame frame 360 in which a fitting portion 361 into which the second fitting groove 323 is fitted protrudes from one side, and a space 362 is formed therein. do.

Here, the third window frame frame 360 is made of an aluminum material.

In addition, the opening and closing window 300 is fitted in the first fitting grooves 312 and 322 and includes a heat-blocking connection member 370 having a space 371 therein.

Here, the heat-blocking connection member 370 is made of a polyamide material.

In addition, the opening and closing window 300 has a glass 350 in a space 350a formed between the first, second, and third window frame frames 310 , 320 , 360 and the heat-blocking connection member 370 with a gasket. And it is installed through silicone, etc., the roller 330 is installed between the insertion parts 311 and 321.

In addition, the opening and closing window 300 includes a sealing member 380 that is inserted into the second and third fitting grooves 315 and 325 and is in close contact with the window frame 100 .

Here, the sealing member 380 is made of mohair or the like.

In addition, a second fitting groove 342 is formed on the outer surface of the cover frame 340 .

In addition, the opening/closing window 300 includes a sealing member 390 fitted into the second fitting groove 342 to be in close contact with the adjacent opening/closing window 300 .

Here, the sealing member 390 is in close contact with the adjacent opening and closing window 300 when the opening and closing window 300 is closed, and is made of mohair or the like.

In addition, the opening and closing window 300 is installed between the first and second window frame frames 310 and 320 of the opening and closing window 300 and the cover frame 340, and a space 391a is formed therein. (391) is included.

Here, a part of the insulating material 391 and a part of the cover frame 340 protrude from the opening/closing window 300 .

In addition, a fitting groove 391b is formed on the outer surface of the protruding heat insulating material 391 .

In addition, the insulating material 391 is made of a polyamide (Polyamide) material.

In addition, the opening and closing window 300 includes a sealing member 392 that is inserted into the fitting groove 391b and is in close contact with the cover frame 340 installed in the adjacent opening and closing window 300 .

Here, the sealing member 392 is in close contact with the cover frame 340 installed on the adjacent opening and closing window 300 when the opening and closing window 300 is closed, and is made of a gasket or the like.

And, as shown in Figs. 13 to 16, the sliding window 1000 according to another embodiment of the first embodiment of the present invention is the outer surface of the upper side of the window frame 100 installed closest to the outside in the building (1). The second shading device 500 is installed.

And, the second shading device 500 is installed on the outer surface of the window frame 100, a space 511 is formed inside, and the front facing the outside and one side adjacent to the front are open, and the A housing 510 in which a hinge protrusion 512 is protruded from one side of the near outer surface, and a cover 520 in which a hinge groove 521 to which the hinge protrusion 512 is rotatably fitted and coupled is formed on the outer surface; and the housing; An outlet 530 formed when the space 511 is closed by rotating the hinge groove 521 of the cover 520 around the hinge protrusion 512 of the 510; and the space 511 of the housing 510 It is installed in, and includes an operating member 540 provided with a awning insect screen 541 that passes through the outlet 530 to cover the glass 350.

Here, the operation member 540 includes a motor for forward/reverse rotation of the rotating shaft, and a winding roll installed on the rotating shaft to release or wind the awning insect screen 541 .

In addition, the operation member 540 is manually operated by a remote control or the like, or includes a sensor for detecting sunlight and is automatically operated.

In addition, a handle groove 522 is formed on the outer surface of the cover 520 .

And, the second shading device 500 is installed on the left and right outer surfaces of the window frame 100, and the rail 551 for guiding the awning insect screen 541 includes a guide member 550 formed on the outer surface.

And, as shown in FIGS. 17 and 18 , the sliding window 1000 according to the second embodiment having an overall similar configuration to the first embodiment of the present invention has a window frame 100 in a building 1 and a square frame. Two more are installed in the form, and the heat-blocking connection member 200 and the opening/closing window 300 and the first shading device 400 are further included.

In addition, the sliding window 1000 includes a guide member 440 installed in the opening part 120; a movable member 600 installed in the insertion parts 311 and 321; and the movable member 600. a guide member 610 installed in the space 110 of the window frame 100 around ), a sealing member 380 fitted in the second fitting groove 342, and a sealing member 390 fitted in the second fitting groove 342, and a heat insulating material 391 installed between the opening/closing window 300 and the cover frame 340. And;, a sealing member 392 fitted to the fitting groove 391b is further included.

And, as shown in Figure 19, the sliding window 1000 according to another embodiment of the second embodiment of the present invention is the second on the outer surface of the upper side of the window frame 100 installed closest to the outdoors in the building (1). A shading device 500 is installed.

And, the second shading device 500 is installed on the left and right outer surfaces of the window frame 100, and the rail 551 for guiding the awning insect screen 541 includes a guide member 550 formed on the outer surface.

That is, the sliding windows 1000 according to another embodiment of the second embodiment of the present invention have a similar configuration to the sliding windows 1000 according to another embodiment of the first embodiment.

The operation of the present invention configured as described above will be described as follows.

1 to 12, in the sliding window 1000 according to the first embodiment of the present invention, two window frames 100 are installed in the building 1 in the form of a square frame, and the window frame 100 A heat blocking connection member 200 is installed between the , and the opening/closing window 300 is installed to slide and guide the rail 131 of the window frame 100 .

Here, in the window frame 100 , the fitting part 142 of the second window frame 140 is fitted into the first fitting groove 132 of the first window frame frame 130 installed in the building 1 , and the first A space 110 is formed between the sash frame 130 and the second sash frame 140 , and an open portion 120 is formed between the protrusions 143 .

In addition, the heat-blocking connection member 200 is fitted in the second fitting groove 133 of the first window frame 130 and the fitting groove 141 of the second window frame 140 adjacent to each other, respectively.

In addition, the opening and closing window 300 is a heat-blocking connection member 370 in the first fitting groove 312 of the first window frame 310 and the first fitting groove 322 of the second window frame 320 . is fitted, the fitting part 361 of the third window frame 360 is fitted into the second fitting groove 323 of the second window frame frame 320, and the heat blocking connection member 370 and the first The glass 350 is installed in the space 350a formed between the 1, 2, 3 window frames 310, 320, and 360, and the roller 330 is installed between the inserts 311 and 321. is installed

In addition, on one side of the opening and closing window 300 facing the inner surface of the window frame 100, a cover frame 340 is installed to surround the insertion parts 311 and 321, and the opening and closing window 300 and the cover frame Between the 340, the insulator 391 is installed on both sides of the insertion part 311 and 321.

In addition, the insertion parts 311 and 321 and the roller 330 are inserted into the space 110 of the window frame 100 .

In addition, the guide member 610 is installed in the space 110 of the window frame 100 , that is, the protrusion 143 of the second window frame frame 140 .

In addition, while the moving member 600 is installed in the insertion parts 311 and 321 around the guide member 610 , the guide 601 of the moving member 600 is the rail part of the guide member 610 . 611 is inserted.

Here, the moving member 600 and the guide member 610 are installed in the space 110 located below and above the inner surface of the window frame 100 .

Then, the sealing member 150 is fitted into the fitting groove 143a of the protrusion 143 , and the second fitting groove 315 of the first window frame 310 and the second fitting groove 315 of the second window frame frame 320 are inserted. 3 The sealing member 380 is fitted in the fitting groove 325 , the sealing member 390 is fitted in the second fitting groove 342 of the cover frame 340 , and the sealing member 390 is fitted in the fitting groove 391b of the heat insulating material 391 . The sealing member 392 is fitted.

Here, the sealing member 150 is in close contact with the insertion parts 311 and 321 of the opening and closing window 300, and the sealing member 380 is in close contact with the second window frame 140 of the window frame 100, Between the window frame 100 and the opening and closing window 300 is sealed.

And, the winding roller 410 of the first shading device 400 is installed in the space 110 located next to the inner surface of the window frame 100, and in the opening 120 around the winding roller 410. A guide member 440 is installed.

Here, the awning screen 411 passes through the guide hole 441 of the guide member 440 , and the fixing member 420 installed at one end of the awning screen 411 is the first fitting groove of the cover frame 340 . (341) is fitted and fixed.

So, the sliding window 1000 according to the first embodiment of the present invention is made of a single window structure.

In addition, when the opening and closing window 300 is closed, the guide 601 of the moving member 600 is guided to the first rail 611a, and then the direction is changed from the third rail 611c to the outdoor direction, and the first rail It is guided to the second rail 611b formed on the outer surface of the guide member 610 so as to be closer to the outdoors than the 611a.

Then, the opening/closing window 300 moves in the outdoor direction, and the window frame 100 presses the sealing member 150 installed close to the outdoor.

That is, the space between the window frame 100 and the opening and closing window 300 is further sealed.

And, when the opening/closing window 300 is closed, the closing member 390 installed on the cover frame 340 is in close contact with the adjacent opening/closing window 300, and the closing member 392 installed on the insulating material 391 is adjacent to the opening/closing member 392. It is in close contact with the cover frame 340 installed on the window 300 .

That is, the space between the opening and closing windows 300 is sealed.

And, when the opening and closing window 300 is closed, when the awning screen 411 is pulled from the winding roller 410 of the first shading device 400, the awning screen 411 is a guide hole 441 of the guide member 440. ) while being guided to the winding is released from the winding roller 410 .

Here, the spring 430 is twisted by the rotating winding roller 410 .

Then, the awning screen 411 will cover the glass 350, and the incident rays of sunlight are mostly blocked by the awning screen 411 and only a part is introduced into the room.

In addition, the awning insect screen 411 prevents insects such as mosquitoes and moths from entering the room.

On the other hand, when the opening and closing window 300 is opened or the fixing member 420 is released from the first fitting groove 341 of the cover frame 340, the awning screen 411 is a spring 430 that is restored to its original state. It is wound on the winding roller 410 by the elasticity of the.

Then, the incident beam of sunlight is introduced into the room.

And, as shown in Figs. 13 to 16, the sliding window 1000 according to another embodiment of the first embodiment of the present invention is a second shading device on the outer surface of the upper side of the window frame 100 installed closest to the outdoors. 500 is installed.

Here, the housing 510 is fixed to the window frame 100, and through the handle groove 522 of the cover 520, a hinge groove ( The space 511 is opened by rotating 521 .

In addition, when the installation of the operating member 540 in the open space 511 is completed, the cover 520 centered on the hinge protrusion 512 of the housing 510 through the handle groove 522 of the cover 520 . ) to close the space 511 by rotating the hinge groove 521 .

Here, when the space 511 is closed, an outlet 530 is formed between the housing 510 and the cover 520 .

In addition, guide members 550 are installed on the left and right outer surfaces of the window frame 100 .

So, when the operating member 540 of the second shading device 500 is operated, the awning screen 541 passes through the outlet 530 and is guided to the rail 551 of the guide member 550 while descending.

Then, the shading screen screen 541 of the second shading device 500 will double cover the glass 350 together with the awning screen screen 411 of the first shading device 400 .

In addition, the incident beam of sunlight is partially introduced into the room while being mostly blocked by the awning screen 541 of the second shading device 500 and the awning screen 411 of the first shading device 400 .

In addition, the awning insect screen 541 of the second shading device 500 is to double prevent insects such as mosquitoes and moths from entering the room together with the awning insect screen 411 of the first shading device 400 .

On the other hand, when the incident beam of sunlight is required, the operating member 540 is operated so that the awning screen 541 of the second shading device 500 rises while being guided by the rail 551 of the guide member 550 .

Here, the awning insect screen 411 of the first shading device 400 is wound around the winding roller 410 by the elasticity of the spring 430 .

Then, the incident beam of sunlight is introduced into the room.

And, as shown in Figures 17 and 18, the sliding window 1000 according to the second embodiment having an overall similar configuration to the first embodiment of the present invention has four window frames 100 in the building (1) is installed in the form of a rectangular frame, and a heat blocking connection member 200 is installed between the window frames 100 more than in the first embodiment, and the opening and closing window 300 is sliding on the rail 131 of the window frame 100 . It is further installed than the first embodiment to be guided.

Here, the sliding window 1000 includes a guide member 440 installed in the opening part 120; a movable member 600 installed in the insertion parts 311 and 321; and the movable member 600. a guide member 610 installed in the space 110 of the window frame 100 around ), a sealing member 380 fitted in the second fitting groove 342, and a sealing member 390 fitted in the second fitting groove 342, and a heat insulating material 391 installed between the opening/closing window 300 and the cover frame 340. Wow, the sealing member 392 fitted in the fitting groove 391b is further included than in the first embodiment.

Thus, the sliding window 1000 according to the second embodiment of the present invention is made of a double-glazed window structure, unlike the first embodiment.

And, when the opening/closing window 300 is closed, the opening/closing window 300 moves in the outdoor direction, and the window frame 100 presses the sealing member 150 installed close to the outdoor.

That is, more spaces between the window frame 100 and the opening/closing window 300 than in the first embodiment are sealed.

And, when the opening/closing window 300 is closed, the closing member 390 installed on the cover frame 340 is in close contact with the adjacent opening/closing window 300, and the closing member 392 installed on the insulating material 391 is adjacent to the opening/closing member 392. It is in close contact with the cover frame 340 installed on the window 300 .

That is, more spaces between the opening and closing windows 300 than in the first embodiment are sealed.

And, when the opening and closing window 300 is closed, the awning screen 411 of the first shading device 400 will cover more glass 350 than the first embodiment, and the incident beam of sunlight is on the awning screen 411. Most of it is blocked by the air, and only a part flows into the room.

In addition, the awning insect screen 411 more than the first embodiment prevents insects such as mosquitoes and moths from entering the room.

And, as shown in Figure 19, the sliding window 1000 according to another embodiment of the second embodiment of the present invention is the second on the outer surface of the upper side of the window frame 100 installed closest to the outdoors in the building (1). A shading device 500 is installed.

In addition, guide members 550 are installed on the left and right outer surfaces of the window frame 100 .

So, when the operating member 540 of the second shading device 500 is operated, the awning screen 541 passes through the outlet 530 and is guided to the rail 551 of the guide member 550 while descending.

Then, the shading screen screen 541 of the second shading device 500 will cover the glass 350 with the awning screen screen 411 of the first shading device 400 in a triple.

In addition, the incident beam of sunlight is mostly blocked by the awning screen screen 541 of the second shading device 500 and the awning screen screen 411 of the first shading device 400 made of a triple, while only a portion is introduced into the room.

In addition, the shading insect screen 541 of the second shading device 500 is triple-blocked from the introduction of insects such as mosquitoes and moths into the room together with the awning insect screen 411 of the first shading device 400 .

In the above, the present invention has been illustrated and described with reference to specific preferred embodiments, but the present invention is not limited to the above-described embodiments and common knowledge in the technical field to which the invention pertains within the scope not departing from the spirit of the present invention Various changes and modifications will be possible by the possessor.

100: window frame 110: space
120: opening 130: first window frame frame
131: rail 132: first fitting groove
133: second fitting groove 134: space
140: second window frame frame 141: fitting groove
142: fitting portion 143: protrusion
143a: fitting groove 144: space
150: sealing member 200: heat blocking connection member
210: space 300: open and close window
310: first window frame frame 311: insertion part
312: first fitting groove 313: protrusion
314: space 315: second fitting groove
320: second window frame frame 321: insert
322: first fitting groove 323: second fitting groove
324: space 325: third fitting groove
330: roller 340: cover frame
341: first fitting groove 342: second fitting groove
350: glass 350a: space
360: third window frame frame 361: fitting part
362: space 370: heat blocking connection member
371: space 380: sealing member
390: sealing member 391: insulating material
391a: space 391b: fitting groove
392: sealing member 400: first shading device
410: winding roller 411: awning insect screen
420: fixing member 430: spring
440: guide member 441: guide hole
500: second shading device 510: housing
511: space 512: hinge projection
520: cover 521: hinge groove
522: handle groove 530: exit
540: operation member 541: awning screen
600: moving member 601: guide
610: guide member 611: rail part
611a: first rail 611b: second rail
611c: third rail 1000: sliding windows

Claims (16)

Two are installed in the building (1) in the form of a square frame, a space 110 is formed inside, an open part 120 connected to the space 110 is formed on the inner surface facing each other, and the space 110 A rail 131 is formed on the window frame 100 and;
It is installed between the window frame 100, and the heat-blocking connection member 200 having a space 210 therein;
Insertion parts 311 and 321 inserted into the space 110 through the opening 120 are formed on the outer edge, and the roller 330 guided to the rail 131 is located below the inner surface of the window frame 100 . The cover frame 340 is installed in the inserts 311 and 321 inserted into the space 110 located in the window frame 100 and surrounds the inserts 311 and 321 on one side facing the inner surface of the window frame 100 . is installed, the first fitting groove 341 is formed on the outer surface of the cover frame 340, and the opening and closing window 300 provided with the glass 350;
It includes a first shading device 400 installed in the space 110 located next to the inner surface of the window frame 100,
The first shading device 400 is installed in the space 110 of the window frame 100, and a winding roller 410 on which a awning insect screen 411 covering the glass 350 is wound; and the awning insect screen 411 ) and a fixing member 420 installed at one end and fitted into the first fitting groove 341; and installed so that both sides are connected to the window frame 100 and the winding roller 410, respectively, and the opening and closing window 300 When the awning screen 411 is pulled at the time of closing, it is twisted by the rotating winding roller 410, and when the opening and closing window 300 is opened, it is restored to its original state and the awning screen 411 is wound on the winding roller 410. A high-efficiency sliding window with a built-in awning insect screen, characterized in that it includes a spring (430). According to claim 1,
The window frame 100 is installed two more in the form of a square frame in the building 1,
The awning insect screen built-in high-efficiency sliding window, characterized in that it further comprises the heat-blocking connection member 200 and the opening/closing window 300 and the first shading device 400. 3. The method of claim 1 or 2,
The first shading device 400 is installed in the opening portion 120 facing the cover frame 340, and includes a guide member 440 having a guide hole 441 for guiding the awning insect screen 411. A high-efficiency sliding window with built-in awning insect screen. 3. The method of claim 1 or 2,
A second shading device 500 is installed on the outer surface of the window frame 100 installed closest to the outdoors in the building 1,
The second shading device 500 is installed on the outer surface of the window frame 100, a space 511 is formed therein, the front facing the outdoors and one side adjacent to the front are open, and the outer surface close to the outdoor A housing 510 in which a hinge protrusion 512 protrudes from one side; a cover 520 in which a hinge groove 521 to which the hinge protrusion 512 is rotatably fitted and coupled is formed on the outer surface; and the housing 510 ) and an outlet 530 formed when the space 511 is closed by rotating the hinge groove 521 of the cover 520 around the hinge protrusion 512 of the housing 510, and installed in the space 511 of the housing 510 and an operating member 540 provided with a awning insect screen 541 that passes through the outlet 530 and covers the glass 350. 5. The method of claim 4,
The second shading device 500 is installed on the outer surface of the window frame 100, and the rail 551 for guiding the awning insect screen 541 includes a guide member 550 formed on the outer surface. Type high-efficiency sliding windows. 5. The method of claim 4,
A high-efficiency sliding window with a built-in awning insect screen, characterized in that a handle groove (522) is formed on the outer surface of the cover (520). 3. The method of claim 1 or 2,
a moving member 600 installed in the insertion portions 311 and 321 inserted into the space 110 positioned under the inner surface of the window frame 100 and having a guide 601 formed at one end thereof; and the moving member Installed in the space 110 of the window frame 100 around the periphery of 600, the rail portion 611 for guiding the guide 601 is a awning screen, characterized in that it includes a guide member 610 formed on the outer surface Built-in high-efficiency sliding windows. 8. The method of claim 7,
The moving member 600 is further installed in the insertion parts 311 and 321 inserted into the space 110 positioned on the inner surface of the window frame 100,
The guide member 610 is a high-efficiency sliding window with a built-in awning insect screen, characterized in that it is further installed in the space 110 of the window frame 100 around the moving member 600 that is further installed. 8. The method of claim 7,
The rail portion 611 includes a first rail 611a formed on one side of the outer surface of the guide member 610; A second rail 611b is formed, and a third rail 611c connecting the first and second rails 611a and 611b is included.
When the opening and closing window 300 is closed, the guide 601 of the movable member 600 sequentially moves along the first rail 611a, the third rail 611c, and the second rail 611b, and the opening and closing Window 300 is built-in high-efficiency sliding window, characterized in that the window 300 is moved to the outdoor direction.
3. The method of claim 1 or 2,
The window frame 100 is installed in the building 1 in the form of a square frame, rails 131 are protruded from inner surfaces facing each other, and first fitting grooves 132 are formed on both sides of the rails 131 on the inner surfaces. and a first window frame 130 having a second fitting groove 133 into which the heat-blocking connection member 200 is fitted on the outer surface adjacent to the inner surface and having a space 134 therein;
A fitting groove 141 into which the heat-blocking connection member 200 is fitted is formed on one side, and the fitting to be fitted into the first fitting groove 132 on one side adjacent to one side on which the fitting groove 141 is formed. The part 142 is formed to protrude, and the projection 143 is formed to protrude from the other side adjacent to one side where the fitting groove 142 is formed opposite to the fitting part 142, and a space 144 is formed therein. It includes a formed second window frame (140),
A space 110 is formed between the first and second window frames 130 and 140, and an open part 120 is formed between the protrusions 143. window. 11. The method of claim 10,
A fitting groove (143a) is formed at one end of the protrusion (143) facing each other,
The window frame 100 is fitted in the fitting groove (143a) to the insertion portion (311, 321) characterized in that it comprises a sealing member 150 to be in close contact with the built-in high-efficiency sliding window window. 3. The method of claim 1 or 2,
The opening and closing window 300 has a first fitting groove 312 formed on one side thereof, and an insertion portion 311 protrudes from one side adjacent to one side on which the first fitting groove 312 is formed, and the A first window frame frame 310 with a space 314 formed therein and a protrusion 313 protruding from the other side adjacent to one side on which the first fitting groove 312 is formed opposite to the insertion unit 311 . )class;,
A first fitting groove 322 is formed on one side facing the first fitting groove 312, and the insertion part 321 protrudes from one side adjacent to the one side where the first fitting groove 322 is formed. is formed, the second fitting groove 323 is formed on the other side adjacent to one side on which the first fitting groove 322 is formed opposite to the insertion part 321, and a space 324 is formed therein. 2 window frame frame 320 and;
A third window frame frame 360 in which the fitting portion 361 into which the second fitting groove 323 is fitted protrudes from one side and has a space 362 therein;
It is fitted in the first fitting grooves 312 and 322 and includes a heat-blocking connection member 370 having a space 371 therein,
The glass 350 is installed in the space 350a formed between the first, second, and third window frames 310, 320, 360 and the heat-blocking connection member 370, and the insertion part 311 ( 321), a high-efficiency sliding window with a built-in awning screen, characterized in that the roller 330 is installed between them.
13. The method of claim 12,
A second fitting groove 315 is formed on one side of the first window frame frame 310 facing the window frame 100,
A third fitting groove 325 is formed on one side of the second window frame frame 320 facing the window frame 100,
The opening/closing window 300 is fitted in the second and third fitting grooves 315 and 325 and includes a sealing member 380 that is in close contact with the window frame 100. 3. The method of claim 1 or 2,
A second fitting groove 342 is formed on the outer surface of the cover frame 340,
The opening/closing window 300 is fitted in the second fitting groove 342 and includes a sealing member 390 that is in close contact with the adjacent opening/closing window 300. 3. The method of claim 1 or 2,
The opening/closing window 300 is installed between the opening/closing window 300 and the cover frame 340, and includes a heat insulating material 391 having a space 391a therein. window. 16. The method of claim 15,
A fitting groove (391b) is formed on the outer surface of the insulating material (391),
The opening/closing window 300 is fitted in the fitting groove 391b and includes a sealing member 392 that is in close contact with the cover frame 340 installed on the adjacent opening/closing window 300. window.

Images