KR20100006095A - The window shading the light regulation and crime prevention shutter opening and shutting method - Google Patents

Abstract

PURPOSE: A method for opening/shutting a window shading adjustment-cum-motor driven shutter is provided to execute the sun shading function, to protect a window against an external object and an intruder, and to prevent the indoor invasion. CONSTITUTION: A method for opening/shutting a window shading adjustment-cum-motor driven shutter comprises the steps for detecting the signal by sensing horizontal or vertical position of a shading plate by using a position sensor, judging whether the position of the shading plate is horizontal state or vertical state, converting the shading plate into the vertical state by rotating a wheel contacted to a timing belt by driving a rotating motor(310) of a shading plate rotating unit(300) if the position of the shading plate is horizontal state, controlling the rotation of a driven roller to exclude the interference with the wheel, releasing the contact state between the wheel and the timing belt, and taking up the shading plate by moving the shading plate and the wheel toward a housing case(230) by lifting the shading plate and the wheel by using a shading plate rolling unit(200).

Description

Shading adjustment combined security electric shutter opening and shutting method for window {THE WINDOW SHADING THE LIGHT REGULATION AND CRIME PREVENTION SHUTTER OPENING AND SHUTTING METHOD}

The present invention relates to a window shading control combined anti-theft electric shutter opening and closing method to enable the shading control as well as the window protection and the like to prevent intrusion from the outside of the glass of the building.

In general, it is well known that a building including an apartment, an officetel, or the like is usually provided with a window for opening and closing a glass or a window for a general glass (a window for opening and closing a glass window is hereinafter referred to as a window in the present invention). As shown.

Sunlight is projected into the room during the day through such a window, it is necessary to block the sunlight from the outside as needed.

In order to block the sun in this way, usually adopts a device such as roll blinds or vertical in the room, mainly because it is installed in the room may be a phenomenon that the window is destroyed from the impact applied to the window from the outside.

For example, when a typhoon accompanied by a strong wind such as a gust or a hurricane occurs, there is a phenomenon in which the impact is applied to the window side and damaged due to other price items blowing with the strong wind from the outside.

In addition, when the window is broken by an external intruder, etc. may occur. The conventional roll blind or vertical has only a light shielding effect, and it does not prevent the window from being damaged from the outside, but also flies from the outside. Even if the incoming price is prevented by roll-blind or a particle, it is already known that there is a problem that the external price may cause physical damage to the people staying indoors after breaking the window.

Accordingly, the present invention has been made to solve the above-mentioned problems, the outside of the window to enable the user to perform the shading role as needed, as well as hurricanes, such as typhoons or prices from outside and intruders The present invention provides a method for operating the electric shutter opening / closing device for providing a light blocking control combined security shutter for a window having a structure capable of protecting the window from the back and preventing an intrusion into the room. There is this.

The present invention for achieving the above object, the light shielding plate position detection unit 1 for detecting the rotational position of the light shielding plate 110 longitudinally arranged so as to interlock with the shaft bar 124, and the light shielding plate position detection unit ( Light blocking plate rolling control unit (2) for controlling the forward and reverse rotation of the forward and reverse drive motor 220 for driving the rolling shaft 221 of the light blocking plate rolling unit 200 is wound around the light blocking plate 110 according to the signal of 1), In a state in which the 110 shields the window W, the drive roller 320 driven by the rotation motor 310 and the driven rollers 321, 321 ′, and 321 ″ are connected in an endless track to transmit power. In accordance with the signal of the position sensor 11 of the light-shielding plate position detection unit 1 in the horizontal / vertical state of each wheel 121 in contact with the outer peripheral surface of the timing belt 330 to rotate the rotation motor 310 Light blocking plate turning agent for controlling the light blocking plate 110 to be switched to a horizontal or vertical state It consists of the part 3 and the shield plate position detection section 1 and the light shielding plate rolling control unit 2, the power supply shield plate (4) for supplying power to the rotation controller 3.

Preferably, the light blocking plate 110 is provided with a air volume sensor 12, when the amount of air sensed by the air volume sensor 12 exceeds the allowable value set by the user, the light blocking plate rotation control unit (3) It is sent to the side to drive the rotation motor 310 so that the light shield plate 110 is shielded in a vertical state.

In addition, the light blocking plate 110 includes a sun sensor 13, and transmits a signal detected according to the irradiation angle of sunlight to the light blocking plate rotation control unit 3 to control the rotation motor 310, thereby controlling the light blocking plate 110. ) To adjust the angle of the light shielding plate 110 to form an approximately right angle with the sunlight irradiation angle.

In addition, the light blocking plate rotation control unit 3 inputs one year or more of sun information according to the installation area of the light blocking plate 110 to automatically adjust the angle of the light blocking plate 110.

The sun information inputted to the light blocking plate rotation control unit 3 is updated in real time by the GPS of the sun information changed by the weather change or the like.

In addition, the power supply unit 4 is provided with a solar heat collecting plate 14 on the outer surface of the light blocking plate 110 to generate power by receiving sunlight, the power storage unit 15 is stored by the solar light collecting plate 14 ) Is further provided.

On the other hand, by having a position sensor 11 on the light shield plate 110, the light shielding plate position detection step (S1) for detecting the signal after detecting the horizontal or vertical position of the light shielding plate 110,

A horizontal blocking plate vertical judging step S2 for determining whether the position of the light blocking plate 110 detected in the light blocking plate position detecting step S1 is horizontal or vertical;

When the position sensor 11 detects that the position of the light blocking plate 110 is in a horizontal state, the timing belt 330 is driven along the infinite trajectory by driving the rotation motor 310 of the light blocking plate pivot 300. A light blocking plate rotation control step (S3) of rotating the wheel 121 in contact with each other to switch the light blocking plate 110 in the horizontal state to a vertical state;

Follow-up roller rotation control step (S4) to confirm that the light blocking plate 110 is located in a vertical line and to exclude the interference with the wheel 121, and

A timing belt vertical state switching step (S5) of releasing a contact state between the wheel 121 and the timing belt 330 of the light blocking plate pivot 300 through the driven roller rotation control step (S4);

The light blocking plate rolling step of allowing the light blocking plate 110 and the wheel 121 of the light blocking unit 100 to move upward by the light blocking plate rolling unit 200 to enter and be wound into the housing case 230 of the light blocking plate rolling unit 200. S6, the light blocking plate 110 is wound while maintaining the shielded state in a vertical state.

As described above, according to the window shading control combined crime prevention electric shutter opening and closing method according to the present invention, if necessary, the window of the building is shielded to prevent the sun from being blocked, as well as to prevent intruders and to damage the window from strong winds such as typhoons. Even if an unspecified price is strongly priced toward the window side due to strong wind, etc., the shading plate can protect the window, and thus the effect of removing the damage and physical hazards in advance can be expected.

And the present invention can be installed in a variety of applications, such as windows of existing buildings and newly constructed windows can be expected due to the accompanying economic effects, such as a significant reduction in the installation cost.

In addition, in the state where the present invention is installed, the shielding of the light shielding plate can be automatically performed according to conditions from the outside, that is, correct position detection of the light shielding plate, wind pressure or air volume exceeding an appropriate standard, sunlight sunshine intensity, etc. It is not required and is a very useful and effective invention to completely prevent and control the damage of the light shielding plate that can be generated during winding or shielding is always located in a vertical line when winding up or shielding the light shielding plate.

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

In addition, the present embodiment is not intended to limit the scope of the present invention, but is presented by way of example only, and various modifications may be made without departing from the technical gist of the present invention.

The present invention, as shown in the accompanying drawings, by using a light-shielding control combined electric shutter switchgear for windows having a structure to act as a shielding of the windows installed in the building interior, and at the same time to enable the security role. do.

Anti-theft electric shutter opening and closing device for window shading control is provided with a light shielding part 100 provided with a light shielding plate 110, a light shielding plate rolling part 200 and a car to accommodate the rolling of the light shielding plate 110 of the light shielding part 100. After the light blocking plate 110 of the light unit 100 is drawn out, the light blocking plate rotating unit 300 enables rotation of the light blocking plate 110 to block sunlight.

And, in order to open and close the window-shielding anti-theft electric shutter opening and closing device for windows, it is composed of a light shielding plate position detection unit (1), a light shielding plate rolling control unit (2), a light shielding plate rotation control unit (3) and a power supply unit (4), 1) detects the rotational position of the light blocking plate 110 longitudinally arranged to be interlocked by the position sensor 11 to the shaft rod 124.

The light blocking plate rolling control unit 2 controls the normal and reverse rotation of the stationary driving motor 220 for driving the rolling shaft 221 of the light blocking plate rolling unit 200, and according to the signal of the light blocking plate position detecting unit 1, The light blocking plate 110 is wound around the rolling shaft 221 by driving the 220.

In addition, the light blocking plate rotation control unit 3 drives the rotation motor 310 of the light blocking plate rotating unit 300 in a state where the light blocking plate 110 shields the window W, thereby driving the driving roller 320 and the driven roller 321. 321 ', 321 ") rotates the timing belt 330 which is connected to the caterpillar and transmits power.

The timing belt 330 rotates each wheel 121 to be positioned in a horizontal or vertical state. The light blocking plate 110 in a horizontal state is placed in a vertical state according to the signal of the position sensor 11 of the light blocking plate position detecting unit 1. Alternatively, the light blocking plate 110 in a vertical state is positioned in a horizontal state.

The power supply unit 4 supplies power to the light shielding plate position detecting unit 1, the light shielding plate rolling control unit 2, and the light shielding plate rotation control unit 3, and can be operated by a wire installed in the building itself, May be supplied.

In another embodiment of such a power supply unit 4, by collecting the light of the sun to generate a power supply, the solar light collecting plate 14 provided on the outer surface of the light shielding plate 110 to collect the sunlight As a result, power can be supplied to the light shielding plate position detection unit 1, the light shielding plate rolling control unit 2, and the light shielding plate rotation control unit 3.

The power converted by the solar light collecting plate 14 may be accumulated in the power storage unit 15 and used as a main power source or an auxiliary power source of the power supply unit 4, and may be used as a power source of another device.

And the light blocking plate 110 is provided with a air volume sensor 12, if the air volume detected by the air volume sensor 12 exceeds the allowable value set by the user, the signal is sent to the light blocking plate rotation control unit 3 side to the light blocking plate The rotating motor 310 is driven so that the 110 is shielded in a vertical state.

In addition, the light blocking plate 110 is provided with a sun sensor 13 to rotate the light blocking plate 110 by a signal detected according to the irradiation angle of sunlight, and transmits a detection signal to the light blocking plate rotation control unit 3 to rotate the motor. By controlling the 310, the angle of the light blocking plate 110 is adjusted such that the light blocking plate 110 forms an approximately right angle with the sunlight irradiation angle.

This is because the angle at which sunlight is irradiated varies depending on the position of the sun, so that the light blocking plate 110 automatically blocks the sunlight according to the irradiation angle of the sun.

On the other hand, the light blocking plate rotation control unit 3 can automatically adjust the angle of the light blocking plate 110 by inputting the sun information more than one year according to the installation region of the light blocking plate 110.

In other words, when the light-shielding control combined electric shock shutter for window including the light-shielding plate 110 is installed at a position of 36 ° north, sunshine information of one year or more of the area is inputted to the light-shielding plate rotation control unit 3 and the light-shielding plate 110 To adjust the angle automatically.

As such, in order to automatically adjust the angle of the light shielding plate 110, a timer (not shown) is provided in the light blocking plate rotation control unit 3 to adjust the angle of the light blocking plate 110 according to one or more years of sunshine information corresponding to the same date. It is desirable to adjust.

At this time, the automatic adjustment function of the light shielding plate 110 of the light shielding plate rotation control unit 3 can be used together with the airflow sensor 12 and the sun sensor 13, and the detection value of the airflow sensor 12 and the sun sensor 13 It is preferable to first adjust the angle of the light blocking plate 110 by.

This is, based on the input of more than one year of local sunshine information, the light blocking plate rotation control unit 3 adjusts the angle of the light blocking plate 110, so as to properly protect the window (W) in response to a sudden climate change.

In order to cope with such sudden climate change, there is a real-time update of more than one year of sun information inputted to the shading panel control unit (3). By updating in real time, you can cope quickly.

In order to implement this, the light shielding part 100 of the anti-ultraviolet electric shutter opening and closing device for window shading control is composed of a light shielding plate 110, a support means 120, and a stopper means 130 and 130 ′, and a light shielding plate 110. Is provided with a plurality to block the sunlight, the support means 120 is to support each of the light blocking plate 110 to be spaced apart from each other at regular intervals.

Such a light shield plate 110 is preferably provided with a function for blocking the sun, and also has a robustness so that the window (W) is not damaged by a strong impact or price from the outside, in the present invention, the light shield plate (110) was made of steel.

The stopping means 130 and 130 ′ are means for stopping when the plurality of light blocking plates 110 are positioned in a straight line, and may be provided as a stop bar or a stop hook.

When the stopping means 130 is configured as a stop rod, as shown in FIGS. 2 to 3, the light blocking plate provided on the shaft rod 124 and spaced apart at regular intervals in the vertical direction and parallel to the shaft rod 124 ( When the light blocking plate 110 is rotated and positioned vertically by forming grooves 111 facing each other in and out of the upper and lower ends of the 110, the inner surface of the groove 111 is stopped in contact with the stop rod, respectively.

As such, when the stop rod, which is the stopping means 130, is provided in parallel with the shaft rod 124, a link part 126 supporting each shaft rod 124 is provided to connect the shaft rod 124 and the stop rod.

As shown in FIGS. 3 and 6, the support unit 120 includes a wheel 121, an shaft rod 124, and a link unit 126. The wheel 121 is geared to an outer circumferential surface thereof so that each light shielding plate is formed. It is provided on both sides of the 110, the axial rod 124 is connected to a pair of wheels 122, but is fixed to the light shield plate 110 is rotated the same.

And the link unit 126 is to maintain the shape by separating the light shielding plate 110 at a constant interval from each other, when the stopping means 130 is a stop bar, as described above, and connects the stop bar adjacent to the shaft rod 124 This stop rod is connected to the other shaft 124 to maintain the mutual spacing.

On the other hand, when the stopping means 130 ′ is configured as a stop hook, as shown in FIGS. 4 to 5, the stop hook bent in the direction of the central axis of the thickness at the front and rear ends of the light shielding plate 110 may include a light blocking plate ( 110 is formed at the top and bottom of each.

The top and bottom stop hooks are provided to face each other so that when the light blocking plate 110 is rotated so as to be positioned in a straight line, the stop hooks are engaged with the light blocking hooks of another adjacent light blocking plate 110 and stop.

And the support means 120, as shown in Figures 5 to 6 described above, comprises a wheel 121, the shaft 124 and the link portion 126, the wheel 121 is geared to the outer peripheral surface Is provided on both sides of each of the light blocking plate 110, respectively, the shaft rod 124 is connected to a pair of wheels 122, but fixed to the light blocking plate 110 and rotated in the same manner.

At this time, when the stopper means 130 'is a stop hook as described above, the link unit 126 is connected to another shaft 124 adjacent to the other shaft 124 to be spaced apart from each other at regular intervals regardless of rotation. By supporting it, the shape of the light shield plate 110 is spaced apart from each other at regular intervals.

And as shown in Figure 6, the wheel 121, which is provided to be rotatable in the shaft rod 124, having an opening groove 122 that opens to one side from the center of the wheel 121, the opening groove ( 122) The hinge shaft 123 is formed from the inner circumferential surface so as to be orthogonally coupled to the end of the shaft rod 124 so that the wheel 121 is rotated.

This is to minimize the thickness of the plurality of supporting means 120 that are rolled when the light shielding part 100 is rolled on the light blocking plate rolling part 200. Roll to a horizontal state by rotating to both sides of the) to minimize the thickness.

The light blocking plate rolling unit 200 is provided as a means for lifting up and down to shield the window W by using the light blocking unit 100 shielding the window W.

The light shielding plate rolling unit 200 includes an accommodation case 230 for winding the light shielding plate 110 on an upper side of the light shielding unit 100, and the accommodation case 230 winds up the light shielding plate 110 therein. It is provided with a forward and reverse drive motor 220 to house the light-shielding plate 110 is wound.

In addition, the light shielding plate rolling unit 200 is provided with a rolling shaft 221 inside the housing case 230, and wheel guides 210 are provided at both ends of the housing case 230, respectively. The light blocking part 100 is wound as it is rotated by the forward and reverse drive motor 220.

In addition, the wheel guide 210 guides both ends of the light blocking unit 100 when the upper and lower lifts, and the wheel 121 of the support unit 120 rotates in both end directions of the shaft rod 124 to roll the shaft 221 in a horizontal state. Guide).

The wheel guide 210 has a lower end of which gradually extends from the rectangular shape having a long side in the front and rear direction of the light blocking portion 100 to the upper side, and thus has an upper end in a square shape.

This, the wheel 121 is easily introduced through the lower end of the wheel guide 210, while moving upward, and rotates in one direction of the shaft rod 124 along the shape of the wheel guide 210, the wheel guide 210 When passing through the upper end of the), it is positioned in a horizontal state to facilitate the winding on the rolling shaft (221).

7 to 9, when the light shielding part 100 shields the window W by driving the forward / lower driving motor 220 of the light blocking plate rolling part 200. By rotating the light blocking plate 110 constituting the light blocking unit 100, the light blocking plate 110 is rotated to allow sunlight to enter the room through the window W or to block incoming sunlight.

In other words, the light blocking plate rotating part 300 is connected to the supporting means 120 for supporting the light blocking plate 110 to rotate the supporting means 120.

The light-shielding plate rotating part 300 has a space formed therein, and is provided in the rotating case 340 and the rotating case 340 in which both ends of the plurality of supporting means 120 are guided therein. The driving roller 320 driven by and at least two driven rollers 321, 321 ′, 321 ″ provided with at least two are connected to the timing belt 330.

The timing belt 330 is in contact with the support means 120 of each of the light shielding portions 100, and the support means 120 are rotated by the rotation motor 310 according to the infinitely positive and reverse rotation of the timing belt 330. The light blocking plate 110 is rotated according to the interlocking rotation.

Rotating case 340 is respectively provided in the vertical direction directly below the both side wheel guides 210 of the light shielding plate rolling unit 200, when the support means 120 is lowered the circle 121 of the support means 120 inwards Guided.

In this case, the driving roller 320 and the three driven rollers 321, 321 ′, and 321 ″ are rotated in the same way by the timing belt 330, and the arrangement is determined by the driven roller rotating hole 350.

In other words, the driven roller rotator 350 selectively moves the driven rollers 321, 321 ′, and 321 ″ so that the timing belt 330 is engaged with or separated from the respective support means 120. Open or close the light blocking plate 110 to be moved in the vertical direction.

Such, the driven roller rotation hole 350 is composed of a guide rod 351 and two lifting blocks 352, a rod 354 and a link 355, the guide rod 351 is a driving roller 320 and the The rotating case 340 is provided in the vertical direction so as to be in parallel with an extension line passing through the driven roller 321 ′ which is provided directly below the center line of the driving roller 320.

The two lifting blocks 352 are moved along the guide rods 351 and are provided to be spaced apart from each other by a predetermined distance, and the rod 354 is fixed to a rotation case 340 or a wall on which the rotation case 340 is installed. The two lifting blocks 352 are moved up and down by the cylinder 353.

In addition, the link 355 is provided at each of the lifting blocks 352 and the driven rollers 321 and 321 ″ so that both ends are rotatable.

Looking at the operation relationship by the driven roller rotational hole 350, the lifting block 532 is lifted by the rod 534 which is moved by the cylinder 353, and by the movement of the lifting block 352, the link ( 355 is rotated.

When the link 355 is rotated, the driving rollers 321 and 321 ″ are vertically or horizontally positioned with the driving roller 320 and the driven roller 321 ′ as the driving roller 320 and the driven roller ( 321, 321 ', and 321 ") may be arranged in a straight line or in a quadrangular shape.

In other words, as shown in FIG. 8, when the driving roller 320 and the driven rollers 321, 321 ′, and 321 ″ are arranged in a quadrangular shape, the light blocking part 100 located inside the rotation case 340 is provided. It is time to rotate the light blocking plate 110 by rotating the support means 120.

As shown in FIG. 9, when the driving roller 320 and the driven rollers 321, 321 ′, and 321 ″ are arranged in a straight line, the light blocking part 100 is moved upward or downward to rotate the case 340. It is when entering and leaving the inside.

The driving roller 320 is driven by the rotating motor 310, and the rotating shaft 311 is provided to simultaneously operate the light blocking plate rotating parts 300 provided at both ends of the light blocking part 100. The rotating shaft 311 is rotated by one rotating motor 310 to drive the driving roller 320.

As described above, the driving roller 320 rotates the timing belt 330, and the driven rollers 321, 321 ′, and 321 ″ are rotated by the timing belt 330, and the support means 120 rotates. It is to transmit a stable rotational force to the wheel (121).

That is, one of the driven rollers 321 is horizontally eccentric with the driving roller 320, and one of the other driven rollers 321 'is positioned at the same center line on the lower vertical line as the driving roller 320, The other of the other follower rollers 321 ″ is positioned horizontally with the follower roller 321 ′ and at the same center line on the lower vertical line with the follower roller 321.

At this time, gears are formed on the inner and outer surfaces of the timing belt 330, respectively, and are engaged with the driving roller 320 and the driven rollers 321, 321 ′, 321 ″, and the inner side of the timing belt 330. 121) to the outer side.

The light blocking plate rotating part 300 configured as described above may be provided or partially installed along both height directions of the light blocking part 100 to rotate the light blocking plate 110 at a necessary portion to open and close the window W visually. It can be.

Meanwhile, the light shielding plate rolling unit 200 and the light shielding plate rotating unit 300 may be provided outside the building exterior wall in the same manner as the light shielding unit 100, as shown in FIG. In some cases, it can be installed in various ways.

Hereinafter will be described the operational relationship of the present invention.

By using the light shielding control combined electric shutter switch for window according to the present invention, if you want to shield the window (W), the forward and backward drive motor 220 of the light shielding plate rolling unit 200 is driven to the rolling shaft 221 The light shielding plate 110 of the light shielding unit 100 wound is guided by the wheel guide 210 and the wheel 121 descends and the light shielding plate 110 is simultaneously lowered to shield the entire window W.

When the window W is opened, the light blocking unit 100 is moved in the reverse order as described above, and the horizontal or vertical state of the light blocking plate 110 is confirmed by the position sensor 11 of the light blocking plate position detecting unit 1. After that, in the vertical state, the light shielding part 100 is brought into the light blocking plate rolling part 200.

The light blocking plate rolling control unit 2 and the light blocking plate rotation control unit 3 drive the forward / reverse drive motor 220 and the rotation motor 310 automatically according to the detection value of the light blocking plate position detection unit 1 by the position sensor 11. Is done.

At this time, when the wheel 121 is wound around the rolling shaft 221 in the housing case 230 of the light shielding plate rolling unit 200, the wheel 121 is in a state where the wheel 121 and the horizontal line are maintained.

And while descending down along the top side of the wheel guide 210 is gradually guided by the opening groove 122 by the central rotation axis 123 of the wheel 121, and positioned vertically, to the light shield plate rolling control unit (2) As a result, the light blocking plate rolling unit 200 is lowered while being guided by the rotation case 340 of the light blocking plate rotating unit 300 provided below both sides of the light blocking plate rolling unit 200.

As such, the state in which the light blocking plate 110 is totally lowered to shield the window W is in a state where all of the light blocking plates 110 are positioned in a vertical line, and if necessary, the light blocking plate 110 is rotated to sunlight indoors. Let this come in.

At this time, the light shielding plate 110 is provided with a wind volume sensor 12 and the sun sensor 13 to rotate the light shielding plate 110 according to the weather, the light shielding plate rotation control unit (by the airflow sensor 12 and the sun sensor 13 ( 3) drives the rotation motor 310 to adjust the angle of the light blocking plate 110 to open and close the window (W).

In other words, the light blocking plate rotation control unit 3 drives the rotation motor 310 of the light blocking plate rotating unit 300 according to the sensing values transmitted from the air volume sensor 12 and the solar sensor 13, and drives the driving and driving roller 320. , 321, 321 ', 321 ") are provided as an outer circumferential surface to rotate the timing belt 330 for transmitting power along the endless track, and the inner circumferential surface as well as the outer circumferential surface of the timing belt 330 are formed as described above. And each wheel 121 has a tooth coupling between the outer circumferential surface.

As a result, each of the wheels 121 contacting the timing belt 330 is rotated at the same time and rotated at the same angle. Thus, the light blocking plate 110 that is shielding the window W is rotated in a horizontal state and is opened or opened. The light blocking plate 110 is rotated in a vertical state to shield the window (W) to protect from light or other price from the outside.

At this time, the light blocking plate 110 is to be rotated by the stopping means (130, 130 ') when the shielding of the widow (W), a plurality of light blocking plate 110 is no longer rotated to the rotation motor 310 When the overload is applied, the driving stop or driven roller 350 rotates to separate the timing belt 330 from the wheel 121.

These stopping means (130, 130 ') is provided with a stop bar, a stop hook, etc. to stop the rotation of the light shielding plate (110).

On the other hand, when it is necessary to roll and wind the light shielding part 100 toward the housing case 230 side of the light shielding plate rolling part 200, the position of the driven rollers 321, 321 ′, and 321 ″ in the light shielding plate rotating part 300. To change the contact state between the outer peripheral surface of the timing belt 330 and the outer peripheral surface of the wheel 121 should be released.

For this purpose, as described above, each of the driven rollers 321 and 321 "is lifted by the cylinder 353 and the rod 354 of the driven roller turning hole 350 along the guide rod 351. ) Is rotated, resulting in a state in which the driving roller 320 and the driven rollers 321, 321 ′, and 321 ″ are arranged in a straight line as shown in FIG. 8.

Therefore, since the coupling state between the outer circumferential surface of each wheel 121 and the timing belt 330 is released, the light blocking plate 110 and the wheel 121 of the light blocking unit 100 are moved upward by the light blocking plate rolling unit 200 to roll the light blocking plate. Entering and winding into the housing case 230 side of the unit 200.

At this time, as described above, the wheel 121 forms a vertical line and is moved along the wheel guide part 340, and when the wheel 121 flows out from the entrance of the wheel guide 210 of the light shielding plate rolling part 200, the wheels 121 at both ends thereof. ), The shaft bar 124 connecting the shaft is freely rotated in a state orthogonal to the rotation shaft 123 provided in the opening groove 122 of the wheel 121, so that the position arrangement state between the shaft bar 124 and the wheel 121 is horizontal. After being switched to the state and flowed out of the wheel guide 210, it may be wound around the rolling shaft 221 of the light blocking plate rolling unit 200.

In addition, the light blocking plate 110 is provided with a solar heat collecting plate 14 to convert the collected sunlight into a power source and accumulate in the power storage unit 15. The power stored in the power storage unit 15 is supplemented by the power supply unit 4. It can be used as a power source or as a power source for another device.

In addition, the power converted from the solar light collecting plate 14 and accumulated in the power storage unit 15 is an auxiliary device for operating the window light blocking control combined security electric shutter switch, and may be used as a main power source in some cases.

The power supply unit 4 may operate the light shielding plate position detecting unit 1, the light shielding plate rolling control unit 2, and the light shielding plate rotation control unit 3 by using the power stored in the building itself and the power stored in the power storage unit 15. In this case, it is preferable to use a power source mainly entering the building itself, and to use the power source of the accumulator 15 when this power source is cut off.

Looking at the window shading control combined anti-theft electric shutter opening and closing method for the window by using the anti-glare electric shutter opening and closing device for the window, as shown in Figures 11 to 12, in the present invention, the horizontal or vertical position of the light shielding plate 110 By the position sensor 11 that can be detected is subjected to the light shielding plate position detection step (S1).

In the light blocking plate position detection step S1, the light blocking plate horizontal vertical determination step S2 is performed to determine whether the position of the light blocking plate 110 is horizontal or vertical. In this process, for example, the light blocking plate 110 is horizontal. In the open state, when the wheel 121 is continuously introduced into the wheel guide 210 by the driving of the light blocking plate rolling unit 200, the light blocking plate 130 is damaged, and thus the light blocking plate is positioned by the position sensor 11. It is detected that the position of the 110 is a horizontal state.

The light blocking plate 110 in a horizontal state drives the rotation motor 310 of the light blocking plate rotating unit 300 through the light blocking plate rotating control step S3 to contact the wheel 121 which is in contact with the timing belt 330 which proceeds along the infinite trajectory. By rotating so that the light blocking plate 110 in a horizontal state is converted to a vertical state, the light blocking plate horizontal vertical determination step (S2) is again performed.

On the other hand, when it is confirmed that the light blocking plate 110 is positioned in the vertical line, the contact state between the timing belt 330 of the wheel 121 and the light blocking plate rotating part 300 is passed through the driven roller rotation control step (S4). By canceling, the timing belt vertical state switching step (S5) for excluding the interference with the wheel 121 is passed.

For this purpose, as described above, each of the driven rollers 321 and 321 "is lifted by the cylinder 353 and the rod 354 of the driven roller turning hole 350 along the guide rod 351. ) Is rotated so that the driving roller 320 and the driven rollers 321, 321 ′, and 321 ″ are in a straight line arrangement state (S5).

In such a state, the light blocking plate rolling step (S6) through the light blocking plate rolling unit 200, the light blocking plate 110 and the wheel 121 of the light blocking unit 100 is moved up to the housing case of the light blocking plate rolling unit 200 ( 230) It will be able to enter and wind up.

At this time, the wheel 121 forms a vertical line and is moved along the rotation case 340 and then connected between the wheels 121 at both ends when the wheel 121 flows out from the entrance of the wheel guide 210 of the light shielding plate rolling unit 200. The shaft rod 124 is freely rotated in a state orthogonal to the hinge shaft 123 provided in the opening groove 122 of the wheel 121, the position arrangement state between the shaft rod 124 and the wheel 121 is switched to a horizontal state After being discharged from the wheel guide 210, it may be wound around the rolling shaft 221 of the light blocking plate rolling unit 200.

In addition, the method is operated using the solar power stored in the power storage unit 15 by the normal building power or the solar panel 14, in some cases it is natural to operate through a portable power source such as a battery, The additional driving method also belongs to the spirit of the present invention because it can be easily configured by those skilled in the art.

1 is a schematic overall perspective view showing an embodiment of the present invention

Figure 2 is a schematic cross-sectional view showing an installed state of the present invention

3 is an enlarged perspective view illustrating a connection state of a wheel, a light shield plate, and a link unit in a light shielding part including the stopping means of FIG. 2;

Figure 4 is a schematic cross-sectional view showing another embodiment of the stopping means according to the present invention

5 is an enlarged perspective view illustrating a connection state of a wheel, a light blocking plate, a link part, and the like in the light blocking part of the stopping means of FIG. 4;

FIG. 6 is a perspective view schematically illustrating a state in which a wheel is guided by a wheel guide in a light blocking plate rolling unit and rotates from a vertical line to a horizontal line in a state of entering and exiting a wheel;

7 is a perspective view showing a light shield plate rotating part employed in the present invention.

FIG. 8 is a schematic cross-sectional view illustrating a connection state between a timing belt and each wheel of the light blocking plate rotating part shown in FIG. 7; FIG.

FIG. 9 is a schematic cross-sectional view illustrating driving and driven rollers being arranged in a straight line according to the operation of the driven roller turning tool in FIG.

10 is a schematic cross-sectional view showing a state in which a light shielding plate rolling unit and a light shielding plate rotating unit are installed indoors according to the present invention.

11 is a block diagram showing the mutual control relationship between the elements of the present invention.

12 is a flowchart showing the steps of the shutter opening and closing method according to the present invention.

<Description of Symbols for Main Parts of Drawings>

1: shading plate position detection unit 2: shading plate rolling control unit

3: light blocking plate rotation control unit 4: power supply unit

11: position sensor 12: air flow sensor

13: solar sensor 14: solar panel

100: shading unit 110: shading plate

111: groove 120: support means

121: far 122: opening groove

123: rotation axis 124: shaft

126: link portion 130: stopping means

200: shading plate rolling unit 210: wheel guide

220: forward and reverse drive motor 221: rolling shaft

230: housing case 300: shading plate moving part

310: rotating motor 311: rotating shaft

320: Drive roller 321,321 ', 321 ": Follow roller

330: timing belt 340: rotation case

350: Jongdong Roller Hoe-dong 351: Road

352 cylinder 353 lifting block

354: link

Claims (7)

A light shielding plate position detection unit 1 for detecting the rotational position of the light shielding plate 110 longitudinally arranged to be interlocked with the shaft bar 124 by the position sensor 11; Light blocking plate rolling control unit for controlling the forward and reverse rotation of the forward and reverse driving motor 220 for driving the rolling shaft 221 of the light blocking plate rolling unit 200 is wound around the light blocking plate 110 according to the signal of the light blocking plate position detection unit ( 2) with, In the state where the light shielding plate 110 shields the window W, the drive roller 320 driven by the rotation motor 310 and the driven rollers 321, 321 ′, and 321 ″ are connected in an endless track and driven. The rotating motor 310 is rotated forward and backward according to the signal of the position sensor 11 of the light blocking plate position detection unit 1 in the horizontal / vertical state of each wheel 121 in contact with the outer circumferential surface of the timing belt 330 to be transmitted. Light blocking plate rotation control unit 3 for controlling the light blocking plate 110 to be switched to a horizontal or vertical state and The light blocking control combined security shutter opening and closing method for a window, characterized in that the light shielding plate position detection unit (1), the light shielding plate rolling control unit (2), and a power supply unit (4) for supplying power to the light shielding plate rotation control unit (3). The method of claim 1, The light blocking plate 110 is provided with the air volume sensor 12, and when the air volume sensed by the air volume sensor 12 exceeds the allowable value set by the user, the signal is sent to the light blocking plate rotation control unit 3 side. Light-shielding control combined security shutter opening and closing method for a window comprising driving the rotation motor 310 so that the light shielding plate 110 is shielded in a vertical state. The method of claim 1, The light blocking plate 110 includes a sun sensor 13, and transmits a signal detected according to the irradiation angle of sunlight to the light blocking plate rotation control unit 3 to control the rotation motor 310, thereby controlling the light blocking plate 110. Light-shielding control combined security shutter opening and closing method for the window, characterized in that for adjusting the angle of the light-shielding plate 110 to form an approximately right angle with the sunlight irradiation angle. The light blocking plate rotation control unit (3) according to claim 1, Light-shielding control combined shutter opening and closing method for the window, characterized in that the input of the sun information more than one year according to the installation area of the light-shielding plate 110 to automatically adjust the angle of the light-shielding plate (110). The method of claim 4, wherein Sunlight information input to the light-shielding plate rotation control unit (3) is more than one year value of sunshade control window security shutter opening and closing method for the window, characterized in that the real-time information updated by the change in weather, etc. by GPS. The method of claim 1, The power supply unit 4 is provided with a solar heat collecting plate 14 on the outer surface of the light shielding plate 110 to generate power by receiving sunlight, the power storage unit 15 is stored by the solar light collecting plate 14 Anti-glare electric shutter opening and closing method for light-shielding control for windows characterized in that it is further provided. The light blocking plate 110 includes a position sensor 11 to detect a horizontal or vertical position of the light blocking plate 110, and then detect a signal of the light blocking plate 110, and A horizontal blocking plate vertical judging step S2 for determining whether the position of the light blocking plate 110 detected in the light blocking plate position detecting step S1 is horizontal or vertical; When the position sensor 11 detects that the position of the light blocking plate 110 is in a horizontal state, the timing belt 330 is driven along the infinite trajectory by driving the rotation motor 310 of the light blocking plate pivot 300. A light blocking plate rotation control step (S3) of rotating the wheel 121 in contact with each other to switch the light blocking plate 110 in the horizontal state to a vertical state; Follow-up roller rotation control step (S4) to confirm that the light blocking plate 110 is located in a vertical line and to exclude the interference with the wheel 121, and A timing belt vertical state switching step (S5) of releasing a contact state between the wheel 121 and the timing belt 330 of the light blocking plate pivot 300 through the driven roller rotation control step (S4); The light blocking plate rolling step of allowing the light blocking plate 110 and the wheel 121 of the light blocking unit 100 to move upward by the light blocking plate rolling unit 200 to enter and be wound into the housing case 230 of the light blocking plate rolling unit 200. (S6), the light-shielding panel combined security crime shutter opening and closing method for the window comprising a winding to keep the shielding plate 110 in a vertical state in a shielded state.

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