KR100725854B1 - Automatic sliding type window roof - Google Patents

Abstract

An automatic sliding type window roof is provided to transmit much sunshine to an inner garden or hothouse by forming a frame having a slim shape to thereby display a beautiful appearance. An automatic sliding type window roof includes a frame(100). The frame includes both sides support frames(110,110a), a rear support frame(120), and a center support frame(130). A plurality of first guide portions(111,111a) are formed in the both sides support frames. The rear support frame is connected to respective one sides of the both sides frames. A side of a first roof window(210) is fixed to a rear frame. A second roof window(220) is disposed at a front side of the frame. A third roof window(230) is disposed between the first roof window and the second roof window. A driver includes a moving bracket, a moving belt, a fixing bracket, and a support bracket. The moving bracket is engaged with a lower end of the second roof window. The moving belt is fixed to one surface of the moving bracket. A gutter is formed at a lower end of the second roof window.

Description

Automatic Sliding Dormer {AUTOMATIC SLIDING TYPE WINDOW ROOF}

1 is a longitudinal sectional view showing a conventional sliding roof window structure.

Figure 2 is a cross-sectional view showing a conventional sliding dormer structure.

Figure 3 is a perspective view showing an example of the present invention the automatic sliding dormer is installed.

Figure 4 is a longitudinal cross-sectional view showing the configuration of the present invention automatic sliding dormer.

Figure 5 is a cross-sectional view showing the configuration of the present invention automatic sliding dormer.

Figure 6a, 6b, 6c is a perspective view and a block diagram showing the configuration of the two side support frame, which is a component of the present invention automatic sliding dormer.

Figure 7a, 7b is a perspective view and a block diagram showing the configuration of the central support frame that is the main component of the automatic sliding dormer of the present invention.

Figure 8 is a block diagram showing an installation state of the moving bracket which is the main component of the present invention automatic sliding dormer.

9 is a configuration diagram showing another embodiment of the automatic sliding dormer window according to the present invention.

10 is a configuration diagram showing another embodiment of the automatic sliding dormer window according to the present invention.

11 is a configuration diagram showing another embodiment of the automatic sliding dormer window according to the present invention.

12A and 12B are diagrams illustrating still another embodiment of the automatic sliding dormer according to the present invention.

Figures 13a, 13b, 13c is a perspective view and a configuration diagram showing another embodiment of the automatic sliding dormer window according to the present invention, respectively.

14A and 14B are respectively a perspective view and a plan view of another embodiment of an automatic sliding dormer according to the present invention.

14C and 14D are conceptual views illustrating an operating state of another embodiment of the present invention shown in FIG. 14A.

FIG. 14E is a configuration diagram illustrating a coupling state of components of another embodiment of the present invention illustrated in FIG. 14A.

<Description of the symbols for the main parts of the drawings>

100: frame body 110, 110a: support frame on both sides

111, 111a: first guide portion 120: rear support frame

130: center support frame 131: second guide part

140: side frame 141: recessed portion

142: subframe

210: first roof window 220: second roof window

230: third roof window 240: fixed window

300: driving unit 310: moving bracket

320: moving belt 330: fixing bracket

331: winding roller 340: support bracket

341: support roller 400: drip tray

The present invention relates to a dormer window installed on the roof of a greenhouse or an indoor garden, and more particularly, having a slim frame frame and a slim dormer formed inside the frame frame, wherein the dormer is made of transparent glass having light transparency. In addition to increasing the amount of sunshine due to the slimming of the dormer windows, it is possible not only to create a beautiful appearance, but also to automatically open the dormer windows in strong winds or rainy weather, and to automatically open the dormer windows that are closed in the event of a fire. will be.

In general, the roof of a building, such as an indoor garden or a greenhouse, is made of transparent material such as transparent glass in order to allow outside sunlight to flow into the interior, and has a translucent structure. In addition, the frame is composed of a roof window having a frame body which is arranged at equal intervals inside the frame body and the plate glass is fitted therein.

In addition, the dormer is configured so that one side of the dormer is hinged from the upper side of the frame body constituting the rim of the roof in order to allow the outside wind to ventilate inside the building, such as a greenhouse.

Therefore, the outside sunlight is introduced into the interior through the dormer window so that enough sunlight can be supplied to the indoor garden or the trees or plants in the greenhouse, so that the trees or flowers can grow well, and the internal temperature of the greenhouse is increased by the hot weather. In case of rising, the roof window is opened from the upper side of the frame body so that the outside wind flows into the greenhouse, thereby inducing the natural circulation of air inside the greenhouse.

However, in the case of dormer windows installed in indoor gardens or greenhouses in the related art, since one side is hinged from the upper side of the frame body, when the dormer is opened, the dormer is vertically maintained with a constant inclination angle of the inclined roof frame body When the roof window is shaken or severely opened due to the large resistance to external wind, the roof window may be damaged by strong wind.

In order to solve this problem, the roof window is configured to be slidable along the frame frame in the inner side of the frame frame of the roof which is installed inclined.

1 and 2 are a longitudinal cross-sectional view and a cross-sectional view showing the structure of the roof window configured to slide open and close the inside of the frame of the inclined roof window.

As shown in the related art, the structure of the dormer is provided with a frame frame 10 and a guide rail 11 inserted into the frame frame 10 and inserted into the frame frame 10 step by step. It consists of a dormer 20 consisting of a plate glass 22 is fixed to the interior of the dormer frame 21, the dormer 20a located at the rear side of the frame 10 of the plurality of dormer 20 is It is comprised so that it may be fixed from the frame 10.

In addition, the upper and lower sides of the roof frame 21 corresponding to each other, the engaging pieces 23, 23 are respectively provided to correspond to each other, the front side of the frame 10, the drain box 30 in which rain water is drained ) Is further provided.

In addition, the roof window (20b) located on the side of the frame frame 10 of the plurality of roof windows 20 formed in the inner side of the frame frame 10 is a moving wire wound one side of the separate drive motor (40) ( One side is connected to 41).

Accordingly, when the driving motor 40 is driven, the roof window 20b located at the front side of the frame body 10 is slid by the movement of the moving wire 41 wound around the driving motor 40. Accordingly, the engaging piece 23 formed on the upper side of the dormer 20 and the engaging piece 23 of the other dormer 20 corresponding to each other are caught by each other so that the plurality of dormer 20 can be sequentially slid. The roof of the greenhouse or indoor garden is opened and closed, and the roof windows 20 to be opened and closed are installed at the same inclination angle as the frame frame 10 in which the roof windows 20 are inclined so as to slide and open from one side and the other side from the inner side of the frame frame 10. Since it does not receive any resistance from the wind, problems such as damage to the roof windows due to strong winds are prevented.

However, as shown in FIGS. 1 and 2, the conventional dormer structure is proportional to the width of the dormer frame 21 that forms the dormer 20 and supports the pane 22. Since the width of the plate glass 22 must be configured to be narrow, there is a problem that the amount of sunlight transmitted through the greenhouse or the indoor garden is significantly reduced.

In addition, since the width of the dormer frame 21 constituting each of the dormer 20 is wide, the overall appearance is very dull, the overall appearance of the indoor garden or greenhouse is not produced beautifully There is a problem.

In addition, rainwater flows to one side of the dormer 21 in rainy weather by the wide dormer 21 constituting the dormer 10, and is collected in the sump 30 formed at the front side of the frame 10. There is a problem that it is very slow so that the rain water is accumulated at the top of the roof window 20 as it is.

In addition, there is a problem that the worker is exposed to the risk of safety accidents such as injury to the worker if the roof window is automatically closed by the drive of the motor at the time of installation of the roof window is not provided with a separate safety device.

The present invention has been devised to solve the problems of the conventional opening and closing structure of the sliding window opening, the dormer sliding and opening, and the frame is formed in a slim shape of the frame that is supported by the dormer sliding in the interior of the garden or greenhouse The large amount of sunlight penetrates the inside to increase the amount of sunshine, and the beautiful appearance makes it possible to create aesthetics of the entire exterior of the indoor garden or the greenhouse. The purpose is to provide an automatic sliding dormer which allows it to flow down.

Still another object of the present invention is to further include a wind speed detection device electrically connected to a driving motor to enable the sliding of the roof window, and a rainwater detection device, a flame detection device, and a safety device to open when a strong wind blows or rains. In addition to allowing the dormer to close automatically, the closed dormer can be opened automatically in the event of a fire, and the safety device allows the operator to stop the dormer that is closed at the time of installation. The purpose is to provide an automatic sliding dormer to prevent accidents in advance.

In order to achieve the above object, the present invention is an automatic sliding dormer, a plurality of first guide portion is formed to be bent inwardly extending in the longitudinal direction and forming both edges of the roof and one side of both sides of the frame A frame having a rear support frame connected to the rear support frame and a center support frame having a plurality of second guide parts extending in the longitudinal direction by being fixed to one side of the rear support frame and being bent on both sides, respectively, which are positioned inside the support frames; The framework; Both sides of the first guide part and the second guide part of the center support frame are bent and formed in the sliding and multi-step respectively provided in the frame of both sides of the frame frame body, one side is fixed to the rear frame of the frame body A second roof window which is located on the front side of the frame and the frame body and has a locking portion at the tip side, and is located between the first roof window and the second roof window, and a locking part of the lower side of the first roof window and the second roof window A third roof window having a stopper hanging on the door; Fixed and fixed to the drive bracket coupled to the lower end of the second roof window, a moving belt is fixed to one side of the movable bracket by a fixing piece, and a winding roller on which one side of the moving belt is wound A drive unit having a bracket and a support bracket on which the other side of the movable belt is wound; And a drip tray provided at a lower end of the second roof window positioned at the front side of the frame frame and fixed to both upper ends of both side support frames of the frame frame.

The first roof window, the second roof window, and the third roof window may include a first guide part formed on an inner side of one of the supporting frames of both of the frame frames and a second guide formed on the inner side of the central support frame. It is composed of a window frame in which both sides are interpolated and slid into the part, and a light-transmitting part is fixed to the inside of the window frame and formed of a transparent material.

An outer side of the frame body may be further provided with a wind volume detection device that is electrically connected to the drive motor of the drive unit to automatically close the roof window opened during a strong wind.

A rainwater detection device may be further provided at an upper end of the frame body to be electrically connected to the driving motor of the driving unit to automatically close the roof window opened during rain.

In addition, the inner side of the frame body may be further provided with a flame detection device that is electrically connected to the drive motor of the drive unit to automatically open the closed roof window by detecting a flame when a fire occurs.

In addition, the support frame on both sides of the frame frame body may be further provided with a safety device for preventing the operator from closing the roof window arbitrarily during installation and repair work.

In addition, a sunshade may be further provided on the upper side of the frame body.

The automatic sliding dormer of the present invention having the above-described features is beautiful in appearance as the frame body and the dormer of the roof are formed in a slim shape, and the transmissive portion of the dormer can be formed wide, so that the amount of sunlight emitted It can be increased, and further equipped with a flow rate detection device electrically connected to the drive motor, rainwater detection device, flame detection device and safety device so that the open roof window can be closed automatically in case of strong wind or rain. In addition, the closed dormer can be opened automatically in the event of a fire, and the safety device can prevent the safety accident by allowing the operator to stop the dormer that is closed at the time of installation.

The features and advantages of the present invention will become more apparent from the following detailed description based on the accompanying drawings, and the terminology or words used in the specification and claims are used to explain the invention in its best way. Based on the principle that the concept of can be properly defined, it should be interpreted as meaning and concept corresponding to the technical idea of the present invention.

Figure 3 is a perspective view showing a state in which the automatic sliding dormer of the present invention is installed, Figure 4 is a longitudinal sectional view showing the configuration of the automatic sliding dormer of the present invention, Figure 5 is a cross-sectional view showing the configuration of the automatic sliding dormer of the present invention.

As shown, the present invention, the automatic sliding dormer, constituting the roof of the indoor garden and the greenhouse installed in an independent place or one side of the house or the roof, etc., a plurality of first guide portion bent inwardly extending in the longitudinal direction (111) (111a) is formed on both sides of the support frame (110) (110a) and both sides of the frame forming a side edge of the roof, and the rear support frame (120) connected to one side of each side of the frame (110) (110a), respectively. And a plurality of second guide parts 131 positioned inside the support frames 110 and 110a, and having one side fixed to the rear support frame 120 and being bent at both sides to extend in the longitudinal direction. Frame body 100 having a formed center support frame 130, the first guide portion 111 (111a) and the center support frame formed bent inside the frame 110, 110a of both sides of the frame frame 100 Second guide portion 13 of 130 1) both sides are interpolated to each other and are provided in a multistage manner, the first roof window 210 having one side fixed to the rear frame 120 of the frame frame 100 and the front side of the frame frame 100 And a second roof window 220 having a locking portion 220a formed at a tip side thereof, and positioned between the first roof window 210 and the second roof window 220, and the lower side of the first roof window 210 and the second roof window 220. A third roof window 230 having a stopper 230a that is caught by the locking portion 220a of the second roof window 220, a movement bracket 310 coupled to a lower end of the second roof window 220, and the movement; One side of the bracket 310 is fixed to the moving belt 320 is fixed by the fixing piece 321, and the drive motor 332, the winding roller 331, one side of the moving belt 320 is rolled up and fixed A driving part 300 having a fixed bracket 330 and a support bracket 340 in which the support roller 341 on which the other side of the movable belt 320 is wound is built up; It is provided at the lower end of the second roof window 220 is located on the front side of the frame frame 100 and consists of a drip tray 400 is fixed to both sides of the upper support frame 110, 110a of the frame frame body 100 do.

In addition, the first roof window 210, the second roof window 220 and the third roof window 230, the inner side of the support frame of any one of the support frame 110, 110a of both sides of the frame body (100). Window frames 211, 221 and 231 which are inserted into and slide on both sides of the first guide portions 111 and 111a formed in the second guide portion 131 formed inside the central support frame 130; The fitting part is fixed to the inside of the window frame and is formed of a transparent portion 212, 222, 232 formed of a transparent material.

Both support frames 110 and 110a constituting the frame body 100 extend in the longitudinal direction of the both support frames 110 and 110a inward as shown in FIGS. 6A, 6B and 6C. The first guide part 111 (111a) bent inward is further extended, the center support frame 130 is the length of the center support frame 130 on both sides as shown in Figure 7a and 7b The second guide part 131 extending in the direction and bent to both sides is formed to extend, and the first guide parts 111 and 111a and the central support formed on the inner side of the both side frames 110 and 110a. The window frames 211, 221, 231 of the first roof window 210, the second roof window 220, and the third roof window 230 are respectively formed on the second guide parts 131 formed on both sides of the frame 130. It is interpolated and guided by the first guide part 111 (111a) and the second guide part 131 to slide.

In addition, the roof windows 210 and 220 which are fitted to the first guide parts 111 and 111a and the second guide part 131 of the both support frames 110 and 110a and the center support frame 130. Brush members 201 are further inserted into the ends of the window frames 211, 221, 231 of the 230 to prevent external dust from entering the interior or rainwater from the interior.

In addition, the fixing bracket 330 of the driving unit 300 is fastened by a bolt 330a to the lower end side of the central support frame 130 as shown in FIG. 7B.

In addition, the movable bracket 310, as shown in Figure 8, the bolt 310a is fastened to both sides of the lower end of the second roof window 220 and the movable belt 320 is on one surface of the movable bracket 310 By interpolating and fastening and fastening the bolt 320a by the moving belt 320 and the fixing piece 321, the moving bracket 310 is moved by the moving of the moving belt 320, and thus the second roof window 220 is moved. ) Is slidingly moved.

The moving belt 320 of the driving part 300 is rotated by the driving of the driving motor 332 of the driving part 300, and one side of the moving belt 320 is rotated by the moving belt 320. The movable bracket 310 fastened and fixed by the fixing piece 321 is moved to the left or right, and accordingly, the second roof window 220 in which one side of the movable bracket 310 is fastened and fixed is slid. The first roof window 210, the second roof window 220, and the third roof window 230 provided in a multi-stage type in the frame body 100 are opened and closed.

When the automatic sliding roof window of the present invention configured as described above transmits a signal to the driving motor by a remote controller or a manual operation, the driving motor 332 is rotated forward or reverse and the roof window 210 (220) ( 230 are opened and closed by sliding.

That is, when the driving motor 332 of the drive unit 330 is rotated forward or reverse, the winding roller 331 built in the drive motor 332 is rotated and thus the winding roller 331 and the support The moving belt 320 wound around the support roller 341 of the bracket 340 is moved in one or the other direction, and the moving belt 320 and the fixed piece 321 are moved by the movement of the moving belt 320. As the movable bracket 310 fixed by () moves, the second roof window 220 in which one side of the movable bracket 310 is fastened and fixed is slidably moved.

Therefore, while the second roof window 220 is slid and moved, the engaging portion 220a formed on the second roof window 220 is caught by the stopper 230a of the third roof window 230, thereby forming the second roof window 220 and the first roof window 220. While the three roof windows 230 are moved in the same direction at the same time, opening and closing of the roof window is made.

The first roof window 210 provided at a position in contact with the rear frame 120 of the frame body 100 is fixed to the rear frame 120, and the second roof window 220 when the roof window is opened and closed. And only the third roof window 230 is slid to open and close the roof window.

According to the present invention, the automatic sliding dormer, as shown, the number of the dormer is shown in three, such as the first roof window 210, the second roof window 220, the third roof window 230, but is not limited thereto. Of course, a plurality of third roof windows 230 may be installed and used in a multistage fashion between the first roof window 210 and the second roof window 220.

In the automatic sliding dormer window of the present invention driven and opened as described above, each of the roof windows 210, 220, 230 formed in the frame body 100 and the inside of the frame body 100 is formed in a slim shape. In addition, as the window frames 211, 221, 231 of each of the roof windows 210, 220, 230 are formed in a slim shape, the window frames 211, 221, 231 are formed on the window frames 211, 221, 231. The light-transmitting parts 212, 222 and 232 to be fitted can be formed wide, so that the light transmittance is improved, thereby increasing the amount of sunlight transmitted through the interior garden or the greenhouse.

Transmitting parts 212, 222, 232 of the roof windows 210, 220, 230 may be made of, for example, transparent glass, or may be formed of a transparent resin material. It's okay.

In addition, as shown in FIG. 4, both side support frames 110 and 110a constituting the frame body 100 and the center frame 130 and the roof windows 210 and 220 and 230 fitted thereto. ) Is formed in a slim shape and is installed in close proximity to the drip tray 400 provided at the front side of the frame body 100, the rainwater during rain can be easily drained.

An outer side of the frame body 100 may be further provided with a wind amount detecting device 510 electrically connected to the driving motor 332 of the driving unit 300 to automatically close the roof window opened during a strong wind, the bar As shown in FIG. 9, the air volume detecting device 510 is provided at one side of the controller 511 and the controller 511 which are electrically connected to the driving motor 332 and interfere with driving of the driving motor 332. Consists of a pinwheel 512 for detecting the air volume.

Therefore, when the pinwheel 512 is strongly rotated by the strong wind, the rotation speed of the pinwheel 512 is transmitted to the controller 511, the roof window opened by driving the drive motor 332 by the controller 511. Is closed.

10 is a configuration diagram showing another embodiment of the present invention the automatic sliding dormer, as shown in the upper end of the frame body 100 is electrically connected to the drive motor 332 of the drive unit 300 in the rain Rainwater detecting device 520 for automatically closing the open roof window may be further provided.

Therefore, when the dormer is open, the rainwater falling by the rainwater detection device 520 is detected when it rains to drive the driving motor 332 to close the dormer.

11 is a configuration diagram showing another embodiment of an automatic sliding dormer of the present invention as shown in the inner portion of the frame body 100 is electrically connected to the drive motor 332 of the drive unit 300 when a fire occurs The flame detection device 530 for automatically opening the closed roof window by detecting the flame may be further provided.

Therefore, when a fire occurs in an indoor garden or a greenhouse, the flame detection device 530 detects a flame and automatically opens a closed dormer so that smoke can be drawn out.

12A and 12B are diagrams each showing another embodiment of the present invention, the automatic sliding detection device, as shown in the installation of the roof window on both sides of the support frame (110) (110a) of the frame body (100) And a safety device 540 for preventing the roof window from being randomly closed during the repair operation.

The safety device 540 is fastened to the upper end of the hook portion 541 and the central support frame 130 is fastened to the upper side on both side support frames 110, 110a constituting the frame frame body 100, A cord operated switch 542 electrically connected to the drive motor 332 of the drive unit 300, and a wire 543 connecting the hook unit 541 and the safety switch 542.

Therefore, when the worker installs the dormer or performs the maintenance work of the dormer, when the dormer is closed arbitrarily, when the safety switch 542 is operated by pulling the wire 543, the safety switch 542 is electrically connected to the dormer. As the roof window which is closed by driving of the driving motor 332 which is connected to the stop is no longer slidingly moved, it prevents a safety accident in which an operator is injured.

Figure 13 is a block diagram showing another embodiment of the present invention automatic sliding dormer. As shown, the sunshade film 550 is further provided on the upper side of the frame body 100.

The sunshade 550 is to extend the sunshade 550 to adjust the amount of sunlight appropriately when the amount of sunlight transmitted to the indoor garden or the greenhouse is too large, provided on one side of the sunshade 550 It is preferable that the sunshade 550 is automatically spread or rolled up by the driving motor 551. When the wind blows badly or a fire occurs, the sunshade 550 is automatically rolled up when it rains. Do.

13A, 13B, and 13C are perspective and structural views showing another embodiment of the present invention, the automatic sliding dormer, respectively, as shown, both sides of the dormer constituted by the frame body 100 is not sliding opening and closing It is shown that the fixed window 240 is configured.

That is, the frame frame 100 is further provided with a side frame 140 in which the indentation portion 141, which is inserted into the fixing window 240 which is not opened and closed at both sides of the roof window, is formed in the indentation at the upper end thereof. It is made by inserting and fixing a fixed window 240 that is not sliding opening and closing to the inlet 141 formed on one side of the upper side of the side frame 140, in this case the fixed window 240 is fixed to make the sliding opening and closing Only the inner roof windows are opened and closed without being supported.

In addition, when the fixing window 240 is not interpolated and fixed to the concave inlet 141 formed on the top of the side frame 140, the concave inlet 141 is closed to frame the body ( When the fixing window 240 is not interpolated and fixed to the concave portion 141 of the side frame 140 by the sub-frame 142 which makes the appearance of 100 beautifully interpolated, the side frame 140 By inserting the sub-frame 140 in the concave portion 141 of the frame body 100 can be produced in a beautiful appearance.

14A and 14B are a perspective view and a plan view showing another embodiment of an automatic sliding dormer according to the present invention, respectively, and FIGS. 14C and 14D are conceptual views showing an operating state of another embodiment of the present invention shown in FIG. 14A. FIG. 14E is a configuration diagram illustrating a coupling state with respect to components of another embodiment of the present invention illustrated in FIG. 14A.

As shown, the fixing portion 213 formed on one side of the fixing piece 213a is further coupled to both sides of one surface of the first roof window 210, and the center frame 130 constituting the frame body 100 and In any one of the two side frames 110, 110a located on both sides of the center frame 130, further coupled to both sides of one surface of the first roof window 210, the fixing piece 213a is formed on one side The guide frame of the insect repellent screen opening and closing device 500 is further coupled to the fixing portion 213 having a insect repellent screen that is automatically opened and closed by opening and closing the first roof window 210.

In addition, the screen opening and closing device 500, any one of the center frame 130 constituting the frame body 100 on one side and both side frames 110, 110a located on both sides of the center frame 130. Coupling portions 513 through which the coupling hole 512 to be coupled to the frame of the pin 511 is fitted, respectively, the guide frame 510 on both sides each formed with a guide groove 514 corresponding to each other, and the Both sides are inserted into the guide groove 514 of the guide frame 510 and the sliding frame 520 is coupled to one side of the insect screen 521 on the rear end, and the upper side is seated on the upper end of the sliding frame 520 The lower side is interpolated inside the sliding frame 520, and the lower side is connected to the lower portion of the locking portion 532 and the lower portion of the locking portion 532 and the connecting portion 533 by which the locking piece 531 is extended. The upper side is seated on the top of the sliding frame 520 and the upper Two fasteners 530 and 530a having a pushing portion 534 on one side, and a spring 540 interpolated inside the sliding frame 520 and positioned between the two fasteners 530 and 530a. ) And the insect screen housing 550 wound therein with the insect screen 521 having one side coupled to the rear end side of the sliding frame 520.

Therefore, the locking part (1) is provided and fixed to the sliding frame 520, one side of the insect screen 214 is coupled to the fixing piece 213a of the fixing part 213 coupled to both sides of the first roof window 210 ( When the locking piece 531 of 532 is fitted as shown in FIG. 14C, the sliding frame 520 opens the first roof window 210 by the sliding operation of the first roof window 210. Since it is moved along, one side is coupled to the rear end side of the sliding frame 520 and the insect repellent screen 521 which is wound inside the insect repellent screen housing 550 is unfolded.

In this way, the insect screen 521 is naturally spread by the sliding operation of the first roof window 210 to automatically prevent mosquitoes or pests from entering the room.

In addition, as shown in FIG. 14D, when the insect screen 521 is not expanded, the locking piece 531 of the locking part 532 may be separated from the fixing piece 213a of the fixing part 213. At this time, when the pushing portion 534 connected by the engaging portion 532 and the connecting piece 533 is pushed inward, the fitted fixing piece 213a and the engaging piece 531 are separated from each other, The interference of the insect screen 521 from the first roof window 210 disappears and the movement of the insect screen 521 is stopped regardless of whether the first roof window 210 is opened or closed.

On the upper surface of the sliding frame 520, the handle 560 for randomly sliding the sliding frame 520 to draw out the insect screen 521 having one side coupled to the rear end side of the sliding frame 520 is further Pin 561 is coupled.

The handle 560 is a means for randomly pulling out the sliding frame 520 to which one side of the insect screen 521 is coupled. The handle 560 is partially drawn out of the sliding frame 520 by using the handle 560. The locking piece 531 of the locking portion 532 provided in the sliding frame 520 in accordance with the fixing piece 213a of the fixing portion 213 coupled to both sides of the first roof window 210 The locking piece 531 and the fixing piece 213a are coupled to each other.

In addition to the present invention, the automatic sliding dormer is capable of various modifications, and unless departed from the scope of the present invention, all modified embodiments should be interpreted as being included in the scope of the present invention.

As described above, according to the present invention, the automatic sliding dormer, since the frame and the dormer constituting the roof are formed in a slim shape, the appearance is beautiful and the light transmitting portion of the dormer can be formed wide, so that the amount of sunlight emitted It can be increased, and further provided with a flow rate detection device electrically connected to the drive motor, rainwater detection device, flame detection device and safety device so that the open roof window can be closed automatically in case of strong wind or rain. In the event of a fire, not only the closed dormer can be opened automatically, but also the safety device prevents the accident from being closed by allowing the operator to stop the improperly closed dormer. It is expected.

Claims (12)

A plurality of first guide parts 111 and 111a are formed to be bent inwardly and extend in the longitudinal direction, and both support frames 110 and 110a forming both edges of the roof and the both frames 110 and ( One side of 110a is connected to both ends, respectively, and the rear support frame 120 is positioned inside the two support frames 110 and 110a so that one side is fixed to the rear support frame 120 and bent on both sides. A frame body (100) having a central support frame (130) having a plurality of second guide portions (131) extending in the longitudinal direction; Both sides are interpolated into the first guide part 111 (111a) and the second guide part 131 of the central support frame 130, respectively, which are bent inside the frame 110 (110a) of both sides of the frame body (100). Sliding and provided in a multi-stage, the first roof window 210, one side is fixed to the rear frame 120 of the frame frame 100, and located on the front side of the frame frame 100 and the engaging portion (front end side) The second roof window 220 having the second roof window 220 formed therebetween, the first roof window 210 and the second roof window 220 is located between the lower side of the first roof window 210 and the second roof window 220. A third roof window 230 having a stopper 230a that is caught by the locking portion 220a; A moving bracket 310 coupled to the lower end of the second roof window 220, a moving belt 320 on which one surface of the moving bracket 310 is fixed by the fixing piece 321, and the moving belt 320. A fixing bracket 330 to which the driving motor 332 on which one side of the winding roller 331 is wound is mounted and fixed, and a supporting roller 341 on which the other side of the moving belt 320 is wound up. A driving unit 300 having a support bracket 340; A drip tray 400 is provided at the lower end of the second roof window 220 positioned at the front side of the frame frame 100 and fixed to both sides of the support frame 110 or 110a of the frame frame 100. Automatic sliding dormer, characterized in that made. The method of claim 1, The first roof window 210, the second roof window 220 and the third roof window 230, First guide parts 111 and 111a formed inside one of the support frames 110 and 110a of both side frames of the frame body 100, and an agent formed inside the center support frame 130. It consists of a window frame (211, 221, 231) that both sides are inserted into the two guide portion 131 and sliding, and the light-transmitting portions (212, 222, 232) are fixed to the inside of the window frame and formed of a transparent material Automatic sliding dormer. The method of claim 1, An outer side of the frame body 100 is electrically connected to the drive motor 332 of the drive unit 300 is further characterized in that the air flow rate detection device 510 is automatically provided to close the roof window opened during strong winds. Automatic sliding dormer. The method of claim 1, An upper end of the frame body 100 is electrically connected to the drive motor 332 of the drive unit 300 is automatically provided with a rain water detection device 520 for automatically closing the roof window opened during rain Sliding dormer. The method of claim 1, An inner portion of the frame body 100 is further provided with a flame detection device 530 that is electrically connected to the drive motor 332 of the drive unit 300 to automatically open the closed roof window by detecting a flame when a fire occurs. Automatic sliding dormer, characterized in that made. The method of claim 1, Both side support frame (110) (110a) of the frame body 100 is provided with a safety device 540 is further provided to prevent the worker from closing the door window randomly during installation and repair work of the roof window Sliding dormer. The method of claim 1, The upper side of the frame body 100, the sunshade membrane 550 is further provided, characterized in that the automatic sliding dormer. The method of claim 1, The frame frame 100 is further characterized in that the side frame 140 is formed with a concave indentation formed on the upper side of the concave inlet 141, which is fixed by inserting the fixed window 240 that is not opened and closed on both sides of the roof window. Sliding dormer. The method of claim 8, In the concave inlet 141 formed on the upper side of the side frame 140, when the fixed window 240 is not interpolated fixed to the concave inlet 141, the concave inlet 141 is closed to frame the body 100 Automatic sliding dormer, characterized in that the sub-frame 142 is more interpolated to produce a beautiful appearance. The method of claim 1, Fixing parts 213 formed on one side of the fixing piece 213a are further coupled to both sides of one surface of the first roof window 210, The frame of the first roof window 210 of any one of the center frame 130 constituting the frame body 100 and the frame of both sides (110, 110a) located on both sides of the center frame 130, One or more sides of one side and coupled to the fixing portion 213 is formed with a fixing piece (213a) on one side of the insect repellent screen 500 having a insect screen that is automatically sliding opening and closing by opening and closing the first roof window (210) Automatic sliding dormer, characterized in that the guide frame is further coupled to each other. The method of claim 10, The insect screen opening and closing device 500, Coupling hole coupled to the pin 511 of any one of the center frame 130 constituting the frame frame body 100 on one side and both of the frame 110, 110a located on both sides of the center frame 130 Guide frames 510 on both sides of which coupling portions 513 through which 512 are perforated are fitted, respectively, and guide grooves 514 corresponding to each other are formed inward; A sliding frame 520 having both sides drawn into the guide groove 514 of the guide frame 510 and sliding, and one side of the insect screen 521 coupled to the rear end side; The upper side is seated on the upper end of the sliding frame 520, the lower side is inserted into the interior of the sliding frame 520 and the locking portion 532 and the locking portion 532 of which the locking piece 531 is extended on one side thereof. Two fasteners 530 and 530a having a lower side and a lower side connected by a connecting piece 533 and an upper side seated at an upper end of the sliding frame 520 and having a pushing portion 534 at an upper side thereof; A spring 540 interposed in the sliding frame 520 and positioned between the two fasteners 530 and 530a; Automatic sliding dormer window, characterized in that the insect repellent net housing 550 is wound on the rear end side of the sliding frame 520 is formed therein is included. The method of claim 11, A handle 560 is provided on an upper surface of the sliding frame 520 to arbitrarily slide the sliding frame 520 to arbitrarily pull the insect screen 521 having one side coupled to the rear end side of the sliding frame 520. The sliding dormer, characterized in that the pin 561 is coupled to.

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