CN205617927U - Manual -automatic bimodulus switchgear and smart door and window - Google Patents
Manual -automatic bimodulus switchgear and smart door and window Download PDFInfo
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- CN205617927U CN205617927U CN201521033601.9U CN201521033601U CN205617927U CN 205617927 U CN205617927 U CN 205617927U CN 201521033601 U CN201521033601 U CN 201521033601U CN 205617927 U CN205617927 U CN 205617927U
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Abstract
The utility model relates to a building door and window, in particular to manual -automatic bimodulus switchgear and smart door and window. Need manually to open or close in order to solve current door and window, inconvenient problem sometimes, the utility model provides a manual -automatic bimodulus switchgear and smart door and window. Switchgear includes the handle box, the externally mounted of box has handle, shift knob, handle box internally mounted has the circuit board, clutch, speed reduction motor, drive gear, locking lever, locking lever positioning seat, locking lever gear, lock core, integrated on the circuit board have the signal to receive and dispatch processing module, shift knob links to each other with signal receiving and dispatching processing module, the signal receiving and dispatching processing module link to each other with the speed reduction motor. The utility model provides a manual -automatic bimodulus switchgear, intelligence door, intelligent window and automatically controlled screen window equipment, convenient to use has promoted user's quality of life and life security.
Description
Technical field
This utility model relates to building doors and windows, particularly to a kind of auto-manual bimodulus switchgear and intelligent door and window.
Background technology
Existing door and window, is the most all to need manual unlocking or closedown, sometimes, very inconvenient.And, according to incompletely statistics, the whole world the most all can occur indoor harmful gas and the accident caused by fire, this accident, is sometimes caused by opening of doors and windows inconvenience, or, in the case of opening of doors and windows inconvenience, the loss of accident is more serious.
Utility model content
Needing manual unlocking or closedown, sometimes inconvenient problem to solve existing door and window, this utility model provides a kind of auto-manual bimodulus switchgear and intelligent door and window.
In order to solve the problems referred to above, this utility model employing following technical proposals:
This utility model provides a kind of auto-manual bimodulus switchgear, and described switchgear includes that handle casing, the outside of described casing are provided with handle handle, shift knob；Described handle box house is provided with circuit board, clutch, gear motor, travelling gear, locking bar, locking bar positioning seat, locking bar gear, lock core；One end of described handle handle is arranged in locking bar positioning seat by rotating shaft, and one end of described locking bar is arranged in locking bar positioning seat, and one end that described handle handle is placed in locking bar positioning seat is connected with one end of described locking bar；Described clutch is connected with locking bar；The outfan of described gear motor is connected with travelling gear；Described travelling gear meshes together with clutch；Being integrated with signal transmitting and receiving processing module on circuit board, described shift knob is connected with signal transmitting and receiving processing module, and described signal transmitting and receiving processing module is connected with gear motor.
Further, in described auto-manual bimodulus switchgear, the automatically controlled running of described switchgear is as follows:
Press or rotary switch button, making shift knob in an open position, signal transmitting and receiving processing module starts gear motor, and gear motor band nutating gear rotates, travelling gear meshes together with clutch, described travelling gear drives locking bar to rotate by clutch, and locking bar drives locking bar pinion rotation, and locking bar gear driven lock core rotates or slides, when lock core rotates or slides into setting position, signal transmitting and receiving processing module closes motor, makes motor shut down, makes switchgear be in open mode；When making shift knob in the closed position, gear motor band nutating gear rotates, travelling gear meshes together with clutch, described travelling gear drives locking bar to rotate by clutch, and locking bar drives locking bar pinion rotation, and locking bar gear driven lock core rotates or slides, when lock core rotates or slides into setting position, signal transmitting and receiving processing module closes motor, makes motor shut down, makes switchgear be closed.
The manual running of described switchgear is as follows:
Press handle handle, locking bar is mentioned by described handle handle, clutch is made to separate with travelling gear, rotate handle handle, handle handle drives locking bar positioning seat to rotate together with locking bar, locking bar drives locking bar pinion rotation, and locking bar gear driven lock core rotates or slides, and makes switchgear be in open mode or closed mode；When unclamping handle handle, handle handle rebounds reset, and locking bar declines, and clutch meshes together again with travelling gear.
Further, described clutch includes that compression spring and power close separation driving cog.One end of described compression spring is arranged on locking bar positioning seat, and the other end of described compression spring separates driving cog with power conjunction and is connected, and described power is closed separation driving cog and is arranged on locking bar.Under normal circumstances, described travelling gear and power are closed and are separated driving cog and mesh together.When pressing handle handle, locking bar moves up, and drive is closed separation driving cog and moved up, and compression spring is compacted, and power is closed separation driving cog and separated with travelling gear.When unclamping handle handle, compression spring resilience, locking bar and power closes and separates driving cog and move down under the pressure effect of spring, and power is closed and separated driving cog and again mesh together with travelling gear.
Further, in described auto-manual bimodulus switchgear, one end of described handle handle is arranged in locking bar positioning seat by rotating shaft, press handle handle, described handle handle is with rotating shaft as fulcrum, locking bar is mentioned simultaneously, make clutch separate with travelling gear, open or close auto-manual bimodulus switchgear by rotating handle handle；When unclamping handle handle, handle handle rebounds reset, and locking bar declines, and clutch meshes together again with travelling gear.
Described gear motor is DC24V gear motor.
Further, described handle handle is to close to separate by pressure to rotate handle.
Further, described circuit board is PCB.Signal receiver, signal projector and information analysis processor it is integrated with on described circuit board.
Described auto-manual bimodulus switchgear is referred to as automatically controlled handle.
Further, in described auto-manual bimodulus switchgear, described handle casing is outside equipped with touch display screen, described touch display screen is connected with signal transmitting and receiving processing module, signal transmitting and receiving processing module controls the operating of gear motor, and then the rotation of control locking bar, thus open or close described switchgear.
Further, described touch display screen is operation interface.People can operate, including opening or closing described switchgear by touching display screen.
Further, signal transmitting and receiving processing module is according to the wire signal received, or the wireless signal that remote controller or mobile phone are sent, and controls the operating of gear motor,
Further, described handle casing is outside equipped with signal transmitting and receiving sensor.Signal transmitting and receiving sensor is connected with signal transmitting and receiving processing module.
Further, in described auto-manual bimodulus switchgear, alarm in described handle casing, it is provided with, the combination of a kind of or at least two in liquid gas sensor, formaldehyde sensor, flame sensor.When sensor sensing is to the existence of corresponding gas, or when room temperature liter reaches setting value, and described alarm sends light or audible alarm.
Further, described alarm is buzzer.Further, described alarm is fire alarm buzzer.
The information that described touch display screen can also provide according to sensor, the content of display indoor harmful gas, and fire condition.
Further, being additionally provided with motor casing in described handle casing, gear motor is arranged in motor box body.
Further, there is battery in described switchgear or be connected with power supply.Described battery or the electricity consumption power elements that power supply is switchgear.
Further, described manual handle has the feature that
(1) inside has multiple linkage and segregation apparatus, and liquefied gas, natural gas TVCO monitor sensing, and Formaldehyde senses, and flame monitoring senses, and signal receives transmitter module, touches display screen and lithium storage battery and buzzer.
(2) outside having, separates rotation handle by pressure conjunction, can press handle and make built-in power conjunction gear be separated into manual rotation pattern, completes to be opened flat unblock or closedown locking or interior unblock.
(3) automatic mode, can complete to be opened flat unblock or closedown locking by mobile phone A PP terminal or remote controller control gear motor operation rotary mode or interior or outward hanging unlocks.
(4) multinomial indoor harmful gas is monitored in real time with fire fire-fighting in one display, very clear.
This utility model also provides for a kind of Intelligent door, and described Intelligent door includes described auto-manual bimodulus switchgear.
This utility model also provides for a kind of smart window, and described smart window includes described auto-manual bimodulus switchgear.
Above-mentioned handle switchgear can be analyzed according to the data that indoor are monitored in real time, and data can show current value on a display screen, and when indoor harmful gas numerical value exceedes numerical value set by program, handle system can run to interior reverse mould formula automatically；Toxic and harmful in release room, makes person property be protected and sends danger warning simultaneously to remind user to mobile phone APP.
Handle system can be analyzed according to the data that indoor are monitored in real time, and data can show present case on a display screen, and when indoor monitoring to breaking out of fire, handle system can run to be opened flat 90 ° of patterns automatically；The built-in fire bell of handle can sound automatically, makes person property be protected and send danger warning simultaneously to give user reminding to mobile phone APP.
Timing can be set on touch screen or automatically turn on or close interior function at times.
Further, in described smart window, described smart window also includes window frame and sash；The upper side frame of described window frame includes section bar shell, is provided with gear location case in section bar shell, and driving chain, sprocket wheel, Hall magnetic wears switch；Being provided with sector gear in the case of described gear location, sector gear is provided with permanent magnetism angle phase magnet, the edge of sector gear is hinged with the one end opening transmission arm；The top edge of described sash is provided with slide rail, and slide rail is built-in with slide block, and described slide block is connected with the other end opening transmission arm；One end of described driving chain connects with sprocket wheel, and the other end connects with sector gear；It is additionally provided with automatically controlled window opener on described window frame, in described automatically controlled window opener, is provided with PCB, motor, gear reduction box, electromagnetic valve, be provided with ultromotivity in gear reduction box and close separation gear, travelling gear, power transmission shaft；Being integrated with signal transmitting and receiving processing module in described PCB, described signal transmitting and receiving processing module is for controlling the switch of the startup of motor, stopping and electromagnetic valve；Described electromagnetic valve is opened rear adhesive ultromotivity conjunction separation gear and is moved down, and after moving down, the outfan with motor meshes together, and motor closes separation gear, travelling gear drive drive axis by ultromotivity, and power transmission shaft band movable sprocket rotates；Sprocket wheel drives sector gear to rotate by driving chain, and sector gear pulls unlatching transmission arm to open sash, or, sector gear promotion is opened transmission arm and is closed sash.
Further, in described smart window, it is also equipped with opening transmission arm in the case of described gear location.
Further, sector gear pulls or promotes the structure opening transmission arm same or like for putting down or lift the structure of cross bar with what the entrance in parking lot or exit were arranged.In entrance or the exit in parking lot, cross bar puts down, interception car, and cross bar lifts, and vehicle is let pass.
Further, in described smart window, the automatically controlled process opening sash is as follows:
After signal transmitting and receiving processing module in automatically controlled window opener receives the signal of telecommunication or wireless signal windowed, indicate motor starting, indicate solenoid valves；Attract drop-down ultromotivity to close after solenoid valves and separate gear, ultromotivity closes and is connected with outfan and the travelling gear of motor while of separating gear, thus, motor drives ultromotivity to close and separates pinion rotation, ultromotivity closes and separates the rotation of gear driven travelling gear, travelling gear drives drive axis, power transmission shaft band movable sprocket rotates, sprocket wheel drives driving chain to rotate, driving chain drives sector gear to rotate, sector gear pulls opens transmission arm around one end rotation being hinged on sector gear edge, open transmission arm to be opened by slipper push sash, slide block slides in slide rail；During windowing, permanent magnetism angle phase magnet rotates with sector gear, Hall magnetic is worn switch and is gathered the magnetic signal that permanent magnetism angle phase magnet sends, when sash is opened to the angle of setting, permanent magnetism angle phase magnet moves to the position set, Hall magnetic is worn switch and is collected the magnetic signal of setting, at this moment, Hall magnetic is worn switch and is closed, make automatically controlled window opener power-off, motor shuts down, electromagnetic valve power-off simultaneously, ultromotivity closes and separates gear rising, ultromotivity conjunction separation gear separates with the outfan of motor, travelling gear, power transmission shaft, sprocket wheel, driving chain, sector gear, open transmission arm stop motion, sash stops opening motion, sash stops at the open position of setting.
The process of automatically controlled closedown sash is as follows:
Signal transmitting and receiving processing module is according to the signal enabling electromagnetic valve received, attract drop-down ultromotivity to close after solenoid valves and separate gear, ultromotivity closes and is connected with outfan and the travelling gear of motor while of separating gear, motor reversed operation, motor is closed by ultromotivity and separates gear, travelling gear, power transmission shaft, sprocket wheel, driving chain drive sector gear backwards rotation, sector gear promotes one end rotation opening transmission arm around the edge being fixed on sector gear, opening transmission arm pulls sash to close by slide block, and slide block slides in slide rail；During closing window, permanent magnetism angle phase magnet rotates with sector gear, Hall magnetic is worn switch and is gathered the magnetic signal that permanent magnetism angle phase magnet sends, when sash arrives the position closed, permanent magnetism angle phase magnet moves to the position set, Hall magnetic is worn switch and is collected the magnetic signal of setting, at this moment, Hall magnetic is worn switch and is closed, automatically controlled window opener power-off, motor shuts down, electromagnetic valve power-off simultaneously, ultromotivity closes and separates gear rising, ultromotivity conjunction separation gear separates with the outfan of motor, travelling gear, power transmission shaft, sprocket wheel, driving chain, sector gear, open transmission arm stop motion, sash phase down moves, sash stops at the position of closedown.
In the case of the instruction being not carried out windowing or close window, the ultromotivity in automatically controlled window opener closes and separates gear and separate with motor, and the two does not meshes together.
After auto-manual bimodulus switchgear receives the signal of cut out, smart window is locked, thus complete closedown and the locking of window.
Further, the touch at auto-manual bimodulus switchgear shows that screen display is currently opened flat angular values.
Further, described travelling gear includes several driven gears.
Further, during windowing or closing window, permanent magnetism angle phase magnet rotates with sector gear, Hall magnetic is worn switch and is gathered the magnetic signal that sends of permanent magnetism angle phase magnet and to signal transmitting and receiving processing module transmission signal, when sash arrives the open position or the position of closedown set, permanent magnetism angle phase magnet moves to the position set, at this moment, signal transmitting and receiving processing module receives Hall magnetic, and to wear the signal sent of switch different from signal before, at this moment, signal transmitting and receiving processing module instruction Hall magnetic is worn switch and is closed, make automatically controlled window opener power-off, so that motor shuts down, make electromagnetic valve power-off.
Described window frame is mounted to a wall, and described sash is arranged in window frame.
Further, described motor is DC24V motor.
Further, described auto-manual bimodulus switchgear is connected with automatically controlled window opener.Described connection can be that electric wire connects, it is also possible to is that wireless signal connects.
The using method of above-mentioned smart window is as follows:
Manually opened or close window
1, can the unlatching of manually implemented conventional window；Close；Locking.
The first step: pressing handle handle, makes handle internal forces close and separates tooth separation, is rotated down 90 ° and unclamps the pressing of handle handle, and window completes locking.
Second step: pressing handle handle, makes handle internal forces close separation tooth and separates, rotate up 90 ° and unclamp the pressing of handle handle, and window unlocks successfully, can pull and be opened flat window opened via directly by pulling or promote handle handle or promote closedown window.
3rd step: pressing handle handle, make handle internal forces close and separate tooth separation, rotate up 90 ° and unclamp the pressing of handle handle, or directly pressed by the first step handle rotate 180 ° to the 3rd step unclamp handle handle pressing, window unlocks successfully, can be directly by pulling or promote handle handle, in pulling, window opened via or promotion are fallen in closing；Or promote outer outstanding window opened via or pull closedown outer outstanding.
The automatically controlled operating process being turned on and off window is summarized as follows:
Note, to press start in 3 seconds light touch display screen by the power switch key on automatically controlled handle before using electric control operation.
Mobile phone A PP terminal or remote control transmit signal energy conversion with transmitting；Control to be opened flat the angle of window opened via, be opened flat angle and may select 30 °；60°；90 ° of unlatchings a, it is also possible to key is opened flat window opened via to 90 °.
The first step: can select to be opened flat opening angle by mobile phone A PP terminal or remote controller, when system electric control handle is in locked position, the first automatically controlled screen window of self-inspection is to have been switched off (no: first to start Electric screen window and be snapped down to closed mode), (being: have been switched off Electric screen window and can directly skip this flow process).
Second step: start gear motor in automatically controlled handle and rotate up 90 ° and unlock；It is opened into when being opened flat pattern and stops gear motor rotation.
3rd step: start the power-off separation electric magnet in automatically controlled window opener, motive force is closed and is separated gear, start motor underdrive and increase torsion, make gear effectively be engaged driven gear band movable sprocket to rotate, thus utilize transmission arm to run and be opened flat unlatching, needed the angle signal of rotational positioning simultaneously by Hall switch collection, automatically turn on and be opened flat to equipment out of service during set angle, window opener power-off, and show on a display screen and be currently opened flat angular values.
Mobile phone A PP terminal or remote control transmit signal energy conversion with transmitting；Window opened via or is outward hanged in control.
The first step: can fall in being selected by mobile phone A PP terminal or remote controller, when system electric control handle is in locked position, the first automatically controlled screen window of self-inspection is to have been switched off (no: first to start Electric screen window and be snapped down to closed mode), (being: have been switched off Electric screen window and can directly skip this flow process).
Second step: start gear motor in automatically controlled handle and rotate up 180 ° and unlock；Stop gear motor when or outward hanging pattern in being opened into rotate.
3rd step: start the power-off separation electric magnet (i.e. electromagnetic valve) in automatically controlled equipment of windowing (the most automatically controlled window opener), motive force is closed and is separated gear, start motor underdrive and increase torsion, make gear effectively be engaged driven gear band movable sprocket to rotate, thus reverse mould formula in utilizing transmission arm to run, simultaneously gathered signal by Hall switch, automatically in fall unlatching complete after equipment out of service, window opener power-off, and completed icon in display is current on a display screen.
Mobile phone A PP terminal or remote control transmit signal energy conversion with transmitting；Control close and lock window.
The first step: can select close and lock window by mobile phone A PP terminal or remote controller, no matter being currently at any angle that the pattern that has been opened flat is opened, or in being currently at, or outward hang pattern opening, the most first run and start the automatically controlled power-off separation electric magnet windowed in equipment, motive force is closed and is separated gear, start the reverse underdrive of motor and increase torsion, make gear effectively be engaged driven gear band movable sprocket to rotate, thus utilize transmission arm to run and completely close pattern, gathered signal by Hall switch simultaneously, it is automatically performed closedown, wouldn't power-off.
Second step: first not power-off after completing to be automatically switched off, meanwhile start gear motor in automatically controlled handle inversely rotate down to fully locked after, electromagnetic valve power-off together with motor in gear motor and automatically controlled handle in automatically controlled window opener, and show the locked icon of current door and window over the display.
Further, in described smart window, described smart window also includes that automatically controlled screen window equipment, described automatically controlled screen window equipment include PCB, gear motor, infrared emission grating sensor, roller bearing positioning seat, reel, housing, yarn rail, window screening, counter weight strip；Signal transmitting and receiving processing template it is integrated with in described PCB, described signal transmitting and receiving processing template and motors, the outfan of described motor is connected with one end of reel, described roller bearing positioning seat is arranged in housing, described reel is arranged between two roller bearing positioning seats, and the upper end of described window screening is connected with reel, and the lower end of described window screening is provided with counter weight strip, the upper end of described window screening is provided with brake sack, and the lower end of window screening is provided with lower brake sack；Being provided with yarn rail on the window frame of both sides, counter weight strip is moved upwardly or downwardly along yarn rail；Described infrared emission grating sensor is arranged on yarn rail；
The automatically controlled process opening screen window is as follows:
After signal transmitting and receiving processing module in PCB receives the instruction opening screen window, instruction motor energising forward operating, motor band movable reel rotates forward, window screening is risen and is rolled onto on reel, when window screening rises to the height of setting, lower brake sack on window screening moves to the photosensitive area of infrared emission grating sensor, stop the grating reciprocal signal of infrared emission grating sensor, signal transmitting and receiving processing module indicates motor power-off after receiving above-mentioned signal, reel stops rotating forward, window screening stops rising, and completes to open the action of screen window.
The process of automatically controlled closedown screen window is as follows:
After signal transmitting and receiving processing module in PCB receives the instruction closing screen window, instruction motor energising reversed operation, motor band movable reel backwards rotation, window screening and counter weight strip decline, window screening is opened, when window screening drops to the height of setting, upper brake sack on window screening is moved down into the photosensitive area of infrared emission grating sensor, success stops the grating reciprocal signal of infrared emission grating sensor, signal transmitting and receiving processing module indicates motor power-off after receiving above-mentioned information, reel stops backwards rotation, and window screening stops declining, and completes to close the action of screen window.
Described gear motor is DC12V gear motor.
The use process of above-mentioned automatically controlled screen window equipment, is summarized as follows:
The first step: can select to start gear motor forward or the backwards rotation of automatically controlled screen window by mobile phone A PP terminal or remote controller.No matter current window is on or closes locking, can select to start gear motor and rotate forward drive screen window reel operating, thus it is lifted up window screening, window screening is made automatically to be rolled into a roll on roller bearing, simultaneously by infrared emission grating sensor record, when the brake sack on window screening is moved upwards up to infrared emission grating sensor photosensitive area, success gives system processor signal when stopping grating correlation, signal is through system processor analysis and sends instruction, order stops the gear motor of automatically controlled screen window and shuts down, it is parked in appointment position, complete to open screen window instruction, and show corresponding icon on a display screen.
Second step: can select to start gear motor forward or the backwards rotation of automatically controlled screen window by mobile phone A PP terminal or remote controller.No matter current window is on or closes locking, can select to start the operating of gear motor backwards rotation transmission screen window reel, thus falls downward window screening, the window screening on roller bearing is made to fall downwards expansion, simultaneously by infrared emission grating sensor record, when the brake sack on window screening is moved down into infrared emission grating sensor photosensitive area, success gives system processor signal when stopping grating correlation, signal is through system processor analysis and sends instruction, order stops the gear motor of automatically controlled screen window and shuts down, it is parked in appointment position, complete to close screen window instruction, and show corresponding icon on a display screen.
Further, described smart window also includes rain sensor；Described rain sensor is arranged on window alien invasion, and when detecting that rainwater occurs in outdoor, smart window is automatically switched off and locks.
Further, described smart window also bag finger closes window avoidance sensor；Finger closes window avoidance sensor and is arranged on sash or window frame, and when closed, when having detected that obstacle blocks, smart window automatically opens up.
The smart window that this utility model provides has a following featured function:
One, rain sensor；
Two, finger closes window avoidance sensor；
Three, liquid gas sensor；
Four, formaldehyde sensor；
Five, flame sensor；
Six, fire alarm buzzer；
Seven, mobile phone A PP；
Eight, management and control switchs sash automatically at times.
Particular content is as follows:
One, rain sensor is arranged on window alien invasion, monitors outdoor weather conditions the most in real time, and when detecting that rainwater occurs in outdoor, system automatic transceiving order can be closed and lock window；And show corresponding icon on a display screen.
Two, finger pass window avoidance sensor is arranged on sash and window frame, the most whether monitoring sash has barrier to block, when having detected that obstacle blocks, system can be again turned on window by automatic transceiving order operation reverse movement, it is achieved anti-pinch injury function；And show corresponding icon on a display screen.
Three, toxic gas sensor (liquefied gas；Natural gas) it is arranged on automatically controlled handle district, toxic gas content in monitoring room air the most in real time, when indoor toxic gas being detected beyond standard value, system automatic transceiving order can run reverse movement, the most or outward hang and open the window, or outward hang function in realization, make indoor-outdoor air circulate；And show corresponding icon on a display screen.
Four, formaldehyde sensor is arranged on automatically controlled handle district, content of formaldehyde in monitoring room air the most in real time, when indoor formaldehyde being detected seriously beyond standard value, system meeting automatic transceiving instruction operation reverse movement, the most or outward hang and open the window, or outward hang function in realization, make indoor-outdoor air circulate；And show corresponding icon on a display screen.
Five, flame sensor is arranged on automatically controlled handle district, and the most whether monitoring indoor disaster hidden-trouble occur, prevent life threatening property safety；When indoor discovery disaster hidden-trouble, system automatic transceiving order can run reverse movement, be opened flat and open the window and upgrade simultaneously automatically controlled screen window to top, close the work of rain sensor, promote to use when fire-fighting work or emergency escape；And show corresponding icon on a display screen.
Six, fire alarm buzzer is arranged on automatically controlled handle district, and when indoor detect breaking out of fire, alarm is sounded and is sent to mobile phone A PP terminal notifying, and alarm yowls, can only be with mobile phone or remote controller or close fire alarm on a display screen.
Seven, APP mobile phone terminal refers to set a remote control system interface in mobile phone, can complete the remote control work of unlatching equipment on mobile phone.
Eight, can make to set on mobile phone A PP or touch screen timing segmentation automatic management and control window opening-closing, it is achieved the interior window opening-closing of three periods；Or outstanding window outside automatically, and at APP mobile phone terminal, touch screen display graph text information.
The auto-manual bimodulus switchgear that this utility model provides can be used in various door and window；All have at opening of doors and windows or closedown and can install and use, and is mainly used for internal-open and inner tilt function door and window and hangs function door and window over outer.The intelligent door and window that this utility model provides can be used among various building.
The auto-manual bimodulus switchgear that this utility model provides can be with manual unlocking, it is also possible to automatically open up by sending the signal of telecommunication or wireless signal instruction switchgear.Intelligent door and smart window that this utility model provides can be with manual unlocking, it is also possible to automatically open up by sending the signal of telecommunication or wireless signal instruction door and window.The automatically controlled screen window equipment that this utility model provides can automatically open up.Auto-manual bimodulus switchgear, Intelligent door, smart window and the automatically controlled screen window equipment that this utility model provides, easy to use, improve quality of life and the living safety of user.
Accompanying drawing explanation
The perspective view of the auto-manual bimodulus switchgear that Fig. 1 provides for this utility model；
The main TV structure schematic diagram of the auto-manual bimodulus switchgear that Fig. 2 provides for this utility model；
The backsight structural representation of the auto-manual bimodulus switchgear that Fig. 3 provides for this utility model；
The structural representation of the auto-manual bimodulus switchgear that Fig. 4 provides for this utility model；
The main TV structure schematic diagram of the smart window that Fig. 5 provides for this utility model；
The plan structure schematic diagram of the smart window that Fig. 6 provides for this utility model；
The smart window that Fig. 7 provides for this utility model look up structural representation；
The left view structural representation of the smart window that Fig. 8 provides for this utility model；
The right TV structure schematic diagram of the smart window that Fig. 9 provides for this utility model；
The part-structure schematic diagram of the smart window that Figure 10 provides for this utility model；
The structural representation of the automatically controlled screen window equipment of the smart window that Figure 11 provides for this utility model.
Detailed description of the invention
In order to be more readily understood structure of the present utility model and the functional character that can reach and advantage, hereafter by preferred embodiment of the present utility model, and coordinate graphic being described below in detail:
Refer to Fig. 1 to Figure 11.
Embodiment 1
As shown in Figures 1 to 4, this utility model provides a kind of auto-manual bimodulus switchgear 10, and described switchgear 10 includes that handle casing 100, the outside of described casing 100 are provided with handle handle 101, shift knob 102；Described handle casing 100 is internally installed circuit board 103, clutch 104, gear motor 105, travelling gear 106, locking bar 107, locking bar positioning seat 108, locking bar gear 109, lock core 110；Described handle handle 101 is arranged in locking bar positioning seat 108 by rotating shaft, and described locking bar 107 is arranged in locking bar positioning seat 108, and one end that described handle handle 101 is placed in locking bar positioning seat 108 is connected with one end of described locking bar 107；Described clutch 104 is connected with locking bar 107；The outfan of described gear motor 105 is connected with travelling gear 106；Being integrated with signal transmitting and receiving processing module on circuit board 103, described shift knob 102 is connected with signal transmitting and receiving processing module, and described signal transmitting and receiving processing module is connected with gear motor 105.
The automatically controlled running of described switchgear is as follows:
Press or rotary switch button 102, make shift knob 102 in an open position, signal transmitting and receiving processing module starts gear motor 105, gear motor 105 band nutating gear 106 rotates, travelling gear 106 meshes together with clutch 104, described travelling gear 106 drives locking bar 107 to rotate by clutch 104, locking bar 107 drives locking bar gear 109 to rotate, locking bar gear 109 band movable lock core 110 rotates or slides, when lock core 110 rotates or slides into setting position, signal transmitting and receiving processing module closes motor, motor 105 is made to shut down, switchgear is made to be in open mode；When making, shift knob 102 is in the closed position, gear motor 105 band nutating gear 106 rotates, travelling gear 106 meshes together with clutch 104, described travelling gear 106 drives locking bar 107 to rotate by clutch 104, and locking bar 107 drives locking bar gear 109 to rotate, and locking bar gear 109 band movable lock core 110 rotates or slides, when lock core 110 rotates or slides into setting position, signal transmitting and receiving processing module closes motor, makes motor 105 shut down, makes switchgear be closed.
The manual running of described switchgear is as follows:
Press handle handle 101, locking bar 107 is mentioned by described handle handle, clutch 104 is made to separate with travelling gear 106, rotate handle handle 101, handle handle 101 drives locking bar positioning seat 108 to rotate together with locking bar 107, locking bar 107 drives locking bar gear 109 to rotate, and locking bar gear 109 band movable lock core 110 rotates or slides, and makes switchgear be in open mode or closed mode；When unclamping handle handle, handle handle rebounds reset, and locking bar 107 declines, and clutch 104 meshes together again with travelling gear 106.
Further, described clutch 104 includes that compression spring 1041 and power close separation driving cog 1042.One end of described compression spring 1041 is arranged on locking bar positioning seat 108, and the other end of described compression spring 1041 separates driving cog 1042 with power conjunction and is connected, and described power is closed separation driving cog 1042 and is arranged on locking bar 107.Under normal circumstances, described travelling gear 106 and power are closed and are separated driving cog 1042 and mesh together.When pressing handle handle, locking bar 107 moves up, and drive is closed separation driving cog 1042 and moved up, and compression spring 1041 is compacted, and power is closed separation driving cog 1042 and separated with travelling gear 106.When unclamping handle handle, compression spring 1041 resilience, locking bar 107 and power closes and separates driving cog 1042 and move down under the pressure effect of spring, and power is closed and separated driving cog 1042 and again mesh together with travelling gear 106.
Further, in described auto-manual bimodulus switchgear, one end of described handle handle 101 is arranged in locking bar positioning seat 108 by rotating shaft, presses handle handle 101, and locking bar 107, with rotating shaft as fulcrum, is mentioned by described handle handle 101 simultaneously.
Described gear motor 105 is DC24V gear motor.
Further, described handle handle 101 is to close to separate by pressure to rotate handle.
Further, in described auto-manual bimodulus switchgear, described handle casing 100 is outside equipped with touch display screen 121, described touch display screen 121 is connected with signal transmitting and receiving processing module, signal transmitting and receiving processing module controls the operating of gear motor 105, and then the rotation of control locking bar 107, thus open or close described switchgear.
Further, described touch display screen 121 is operation interface.People can operate, including opening or closing described switchgear by touching display screen.
Further, signal transmitting and receiving processing module is according to the wire signal received, or the wireless signal that remote controller or mobile phone are sent, and controls the operating of gear motor 105,
Further, described handle casing 100 is outside equipped with signal transmitting and receiving sensor 111.Signal transmitting and receiving sensor 111 is connected with signal transmitting and receiving processing module.
Further, in described auto-manual bimodulus switchgear, in described handle casing 100, it is provided with alarm 131, a kind of or combination of at least two in liquid gas sensor 132, formaldehyde sensor 133, flame sensor 134.When sensor sensing is to the existence of corresponding gas, or when room temperature liter reaches setting value, and described alarm sends light or audible alarm.
Further, described alarm 131 is buzzer.Further, described alarm 131 is fire alarm buzzer.
The information that described touch display screen 121 can also provide according to sensor, the content of display indoor harmful gas, and fire condition.
Further, being additionally provided with motor casing in described handle casing 100, gear motor 105 is arranged in motor box body.
Further, there is battery in described switchgear or be connected with power supply.Described battery or the electricity consumption power elements that power supply is switchgear.
Embodiment 2
As shown in Figures 1 to 10, this utility model provides a kind of smart window, and described smart window includes the auto-manual bimodulus switchgear 10 described in embodiment 1.
Above-mentioned handle switchgear 10 can be analyzed according to the data that indoor are monitored in real time, and data can show current value on a display screen, and when indoor harmful gas numerical value exceedes numerical value set by program, handle system can run to interior reverse mould formula automatically；Toxic and harmful in release room, makes person property be protected and sends danger warning simultaneously to remind user to mobile phone APP.
Handle system can be analyzed according to the data that indoor are monitored in real time, and data can show present case on a display screen, and when indoor monitoring to breaking out of fire, handle system can run to be opened flat 90 ° of patterns automatically；The built-in fire bell of handle can sound automatically, makes person property be protected and send danger warning simultaneously to give user reminding to mobile phone APP.
Timing can be set on touch screen or automatically turn on or close interior function at times.
Described smart window also includes window frame 301 and sash 302；The upper side frame of described window frame 301 includes section bar shell 401, is provided with gear location case 402 in section bar shell 401, and driving chain 403, sprocket wheel 408, Hall magnetic wears switch 405；Being provided with sector gear 407 in the case 402 of described gear location, sector gear 407 is provided with permanent magnetism angle phase magnet 404, the edge of sector gear 407 is hinged with the one end opening transmission arm 406；The top edge of described sash 302 is provided with slide rail 501, and slide rail 501 is built-in with slide block 502, and described slide block 502 is connected with the other end opening transmission arm 406；One end of described driving chain 403 connects with sprocket wheel 408, and the other end connects with sector gear 407；It is additionally provided with automatically controlled window opener 60 on described window frame 301, in described automatically controlled window opener 60, is provided with PCB 601, motor 602, gear reduction box 603, electromagnetic valve 604, it is provided with ultromotivity in gear reduction box 603 and closes separation gear 605, travelling gear 606, power transmission shaft 607；Being integrated with signal transmitting and receiving processing module in described PCB 601, described signal transmitting and receiving processing module is for controlling the startup of motor 602 and stopping and the switch of electromagnetic valve；Described electromagnetic valve is opened rear adhesive ultromotivity conjunction separation gear 605 and is moved down, 605 move down the rear outfan with motor 602 meshes together, motor 602 is closed by ultromotivity and separates gear 605, travelling gear 606 drives power transmission shaft 607 to rotate, and power transmission shaft 607 band movable sprocket 408 rotates；Sprocket wheel 408 drives sector gear 407 to rotate by driving chain 403, and sector gear 407 pulls unlatching transmission arm 406 to open sash, or, sector gear 407 promotes unlatching transmission arm 406 to close sash.
Further, sector gear 407 pulls or promotes the structure opening transmission arm 406 same or like for putting down or lift the structure of cross bar with what the entrance in parking lot or exit were arranged.In entrance or the exit in parking lot, cross bar puts down, interception car, and cross bar lifts, and vehicle is let pass.
The automatically controlled process opening sash is as follows:
After signal transmitting and receiving processing module in automatically controlled window opener 60 receives the signal of telecommunication or wireless signal windowed, instruction motor 602 starts, and instruction electromagnetic valve 604 is energized；Attract drop-down ultromotivity to close after electromagnetic valve 604 energising and separate gear 605, ultromotivity closes and is connected with outfan and the travelling gear 606 of motor 602 while of separating gear 605, thus, motor 602 drives ultromotivity to close separation gear 605 and rotates, ultromotivity closes separation gear 605 band nutating gear 606 and rotates, travelling gear 606 drives power transmission shaft 607 to rotate, power transmission shaft 607 band movable sprocket 408 rotates, sprocket wheel 408 drives driving chain 403 to rotate, driving chain 403 drives sector gear 407 to rotate, sector gear 407 pulls opens transmission arm 406 around one end rotation being fixed on sector gear 407 edge, opening transmission arm 406 promotes sash 302 to open by slide block 502, slide block 502 slides in slide rail 501；nullDuring windowing，Permanent magnetism angle phase magnet 404 rotates with sector gear 407，Hall magnetic wears the magnetic signal that switch 405 collection permanent magnetism angle phase magnet 404 sends，When sash is opened to the angle of setting，Permanent magnetism angle phase magnet 404 moves to the position set，Hall magnetic is worn switch 405 and is collected the magnetic signal of setting，At this moment，Hall magnetic wears switch 405 closedown，Make the power-off of automatically controlled window opener 60，Motor 602 shuts down，Electromagnetic valve 604 power-off simultaneously，Ultromotivity closes separation gear 605 and rises，Ultromotivity conjunction separation gear 605 separates with the outfan of motor 602，Travelling gear 606、Power transmission shaft 607、Sprocket wheel 408、Driving chain 403、Sector gear 407、Open transmission arm 406 stop motion，Sash stops opening motion，Sash stops at the open position of setting.
The process of automatically controlled closedown sash is as follows:
Signal transmitting and receiving processing module is according to the signal enabling electromagnetic valve 604 received, attract drop-down ultromotivity to close after electromagnetic valve 604 energising and separate gear 605, ultromotivity closes and is connected with outfan and the travelling gear 606 of motor 602 while of separating gear 605, motor 602 reversed operation, motor 602 is closed by ultromotivity and separates gear 605, travelling gear 606, power transmission shaft 607, sprocket wheel 408, driving chain 403 drives sector gear 407 backwards rotation, sector gear 407 promotes one end rotation opening transmission arm 406 around the edge being hinged on sector gear 407, opening transmission arm 406 pulls sash 302 to close by slide block 502, slide block 502 slides in slide rail 501；nullDuring closing window，Permanent magnetism angle phase magnet 404 rotates with sector gear 407，Hall magnetic wears the magnetic signal that switch 405 collection permanent magnetism angle phase magnet 404 sends，When sash arrives the position closed，Permanent magnetism angle phase magnet 404 moves to the position set，Hall magnetic is worn switch 405 and is collected the magnetic signal of setting，At this moment，Hall magnetic wears switch 405 closedown，The power-off of automatically controlled window opener 60，Motor 602 shuts down，Electromagnetic valve 604 power-off simultaneously，Ultromotivity closes separation gear 605 and rises，Ultromotivity conjunction separation gear 605 separates with the outfan of motor 602，Travelling gear 606、Power transmission shaft 607、Sprocket wheel 408、Driving chain 403、Sector gear 407、Open transmission arm 406 stop motion，Sash phase down moves，Sash stops at the position of closedown.
In the case of the instruction being not carried out windowing or close window, the ultromotivity in automatically controlled window opener 60 closes and separates gear 605 and separate with motor 602, and the two does not meshes together.
After auto-manual bimodulus switchgear receives the signal of cut out, smart window is locked, thus complete closedown and the locking of window.
Further, the touch display screen 121 of auto-manual bimodulus switchgear shows currently it is opened flat angular values.
Further, described travelling gear 606 includes several driven gears.
Further, during windowing or closing window, permanent magnetism angle phase magnet 404 rotates with sector gear 407, Hall magnetic wears the switch 405 collection magnetic signal that sends of permanent magnetism angle phase magnets 404 and to signal transmitting and receiving processing module transmission signal, when sash arrives the open position or the position of closedown set, permanent magnetism angle phase magnet 404 moves to the position set, at this moment, signal transmitting and receiving processing module receives Hall magnetic, and to wear the signals sent of switch 405 different from signal before, at this moment, signal transmitting and receiving processing module instruction Hall magnetic wears switch 405 closedown, make the power-off of automatically controlled window opener 60, so that motor 602 shuts down, make electromagnetic valve 604 power-off.
Described window frame 301 is mounted to a wall, and described sash 302 is arranged in window frame 301.
Further, described motor 602 is DC24V motor.
Further, described auto-manual bimodulus switchgear 10 is connected with automatically controlled window opener 60.Described connection can be that electric wire connects, it is also possible to is that wireless signal connects.
Embodiment 3
As shown in Figure 1 to 11, the smart window provided such as embodiment 2, described smart window also includes that automatically controlled screen window equipment, described automatically controlled screen window equipment include PCB 701, gear motor 702, infrared emission grating sensor 703, roller bearing positioning seat 704, reel 705, housing 706, yarn rail 707, window screening 708, counter weight strip 709；It is integrated with signal transmitting and receiving processing template in described PCB 701, described signal transmitting and receiving processing template is connected with motor 702, the outfan of described motor 702 is connected with one end of reel 705, described roller bearing positioning seat 704 is arranged in housing 706, described reel 705 is arranged between two roller bearing positioning seats 704, the upper end of described window screening 708 is connected with reel 705, the lower end of described window screening 708 is provided with counter weight strip 709, the upper end of described window screening is provided with brake sack, and the lower end of window screening is provided with lower brake sack；Being provided with yarn rail 707 on the window frame of both sides, counter weight strip 709 is moved upwardly or downwardly along yarn rail 707；Described infrared emission grating sensor 703 is arranged on yarn rail 707.
The automatically controlled process opening screen window is as follows:
After signal transmitting and receiving processing module in PCB 701 receives the instruction opening screen window, instruction motor 702 be energized forward operating, motor 702 band movable reel 705 rotates forward, window screening 708 is risen and is rolled onto on reel 705, when window screening 708 rises to the height of setting, lower brake sack on window screening moves to the photosensitive area of infrared emission grating sensor 703, stop the grating reciprocal signal of infrared emission grating sensor 703, signal transmitting and receiving processing module indicates motor 702 power-off after receiving above-mentioned signal, reel 705 stops rotating forward, window screening 708 stops rising, complete to open the action of screen window；
The process of automatically controlled closedown screen window is as follows:
After signal transmitting and receiving processing module in PCB 701 receives the instruction closing screen window, instruction motor 702 is energized reversed operation, motor 702 band movable reel 705 backwards rotation, window screening 708 and counter weight strip 709 decline, window screening 708 is opened, when window screening 708 drops to the height of setting, upper brake sack on window screening is moved down into the photosensitive area of infrared emission grating sensor 703, success stops the grating reciprocal signal of infrared emission grating sensor 703, signal transmitting and receiving processing module indicates motor 702 power-off after receiving above-mentioned information, reel 705 stops backwards rotation, window screening 708 stops declining, complete to close the action of screen window.
Described gear motor 702 is DC12V gear motor.
Embodiment 4
The smart window provided such as embodiment 3, described smart window also includes rain sensor；Described rain sensor is arranged on window alien invasion, and when detecting that rainwater occurs in outdoor, smart window is automatically switched off and locks.
Embodiment 5
The smart window provided such as embodiment 3, described smart window also bag finger closes window avoidance sensor 800；Finger closes window avoidance sensor and is arranged on sash or window frame, and when closed, when having detected that obstacle blocks, smart window automatically opens up.
The above, preferred embodiment the most of the present utility model, it is not intended to limit protection domain of the present utility model.Every impartial change done according to this utility model content and modification, be encompassed by the scope of the claims of the present utility model.
Claims (10)
1. an auto-manual bimodulus switchgear, it is characterised in that described switchgear includes that handle casing, the outside of described casing are provided with handle handle, shift knob；Described handle box house is provided with circuit board, clutch, gear motor, travelling gear, locking bar, locking bar positioning seat, locking bar gear, lock core；One end of described handle handle is arranged in locking bar positioning seat by rotating shaft, and one end of described locking bar is arranged in locking bar positioning seat, and one end that described handle handle is placed in locking bar positioning seat is connected with one end of described locking bar；Described clutch is connected with locking bar；The outfan of described gear motor is connected with travelling gear；Described travelling gear meshes together with clutch；Being integrated with signal transmitting and receiving processing module on circuit board, described shift knob is connected with signal transmitting and receiving processing module, and described signal transmitting and receiving processing module is connected with gear motor.
Auto-manual bimodulus switchgear the most according to claim 1, it is characterised in that the automatically controlled running of described switchgear is as follows:
Press or rotary switch button, make shift knob in an open position, signal transmitting and receiving processing module starts gear motor, and gear motor band nutating gear rotates, and described travelling gear drives locking bar to rotate by clutch, locking bar drives locking bar pinion rotation, locking bar gear driven lock core rotates or slides, when lock core rotates or slide into setting position, and signal transmitting and receiving processing module closes motor, make motor shut down, make switchgear be in open mode；When making shift knob in the closed position, gear motor band nutating gear rotates, described travelling gear drives locking bar to rotate by clutch, locking bar drives locking bar pinion rotation, locking bar gear driven lock core rotates or slides, when lock core rotates or slide into setting position, and signal transmitting and receiving processing module closes motor, make motor shut down, make switchgear be closed.
Auto-manual bimodulus switchgear the most according to claim 1, it is characterized in that, one end of described handle handle is arranged in locking bar positioning seat by rotating shaft, press handle handle, described handle handle is with rotating shaft as fulcrum, locking bar is mentioned simultaneously, make clutch separate with travelling gear, open or close auto-manual bimodulus switchgear by rotating handle handle；When unclamping handle handle, handle handle rebounds reset, and locking bar declines, and clutch meshes together again with travelling gear.
Auto-manual bimodulus switchgear the most according to claim 1, it is characterized in that, described handle casing is outside equipped with touch display screen, described touch display screen is connected with signal transmitting and receiving processing module, signal transmitting and receiving processing module controls the operating of gear motor, and then the rotation of control locking bar, thus open or close described switchgear.
Auto-manual bimodulus switchgear the most according to claim 1, it is characterised in that be provided with alarm in described handle casing, the combination of a kind of or at least two in liquid gas sensor, formaldehyde sensor, flame sensor.
6. an Intelligent door, it is characterised in that described Intelligent door includes auto-manual bimodulus switchgear as claimed in claim 1.
7. a smart window, it is characterised in that described smart window includes auto-manual bimodulus switchgear as claimed in claim 1.
Smart window the most according to claim 7, it is characterised in that described smart window also includes window frame and sash；The upper side frame of described window frame includes section bar shell, is provided with gear location case in section bar shell, and driving chain, sprocket wheel, Hall magnetic wears switch；Being provided with sector gear in the case of described gear location, sector gear is provided with permanent magnetism angle phase magnet, the edge of sector gear is hinged with the one end opening transmission arm；The top edge of described sash is provided with slide rail, and slide rail is built-in with slide block, and described slide block is connected with the other end opening transmission arm；One end of described driving chain connects with sprocket wheel, and the other end connects with sector gear；It is additionally provided with automatically controlled window opener on described window frame, in described automatically controlled window opener, is provided with PCB, motor, gear reduction box, electromagnetic valve, be provided with ultromotivity in gear reduction box and close separation gear, travelling gear, power transmission shaft；Being integrated with signal transmitting and receiving processing module in described PCB, described signal transmitting and receiving processing module is for controlling the switch of the startup of motor, stopping and electromagnetic valve；Described electromagnetic valve is opened rear adhesive ultromotivity conjunction separation gear and is moved down, and after moving down, the outfan with motor meshes together, and motor closes separation gear, travelling gear drive drive axis by ultromotivity, and power transmission shaft band movable sprocket rotates；Sprocket wheel drives sector gear to rotate by driving chain, and sector gear pulls unlatching transmission arm to open sash, or, sector gear promotion is opened transmission arm and is closed sash.
Smart window the most according to claim 8, it is characterised in that the automatically controlled process opening sash is as follows: after the signal transmitting and receiving processing module in automatically controlled window opener receives the signal of telecommunication or wireless signal windowed, and indicates motor starting, indicates solenoid valves；Attract drop-down ultromotivity to close after solenoid valves and separate gear, ultromotivity closes and is connected with outfan and the travelling gear of motor while of separating gear, thus, motor drives ultromotivity to close and separates pinion rotation, ultromotivity closes and separates the rotation of gear driven travelling gear, travelling gear drives drive axis, power transmission shaft band movable sprocket rotates, sprocket wheel drives driving chain to rotate, driving chain drives sector gear to rotate, sector gear pulls opens transmission arm around one end rotation being hinged on sector gear edge, open transmission arm to be opened by slipper push sash, slide block slides in slide rail；During windowing, permanent magnetism angle phase magnet rotates with sector gear, Hall magnetic is worn switch and is gathered the magnetic signal that permanent magnetism angle phase magnet sends, when sash is opened to the angle of setting, permanent magnetism angle phase magnet moves to the position set, Hall magnetic is worn switch and is collected the magnetic signal of setting, at this moment, Hall magnetic is worn switch and is closed, make automatically controlled window opener power-off, motor shuts down, electromagnetic valve power-off simultaneously, ultromotivity closes and separates gear rising, ultromotivity conjunction separation gear separates with the outfan of motor, travelling gear, power transmission shaft, sprocket wheel, driving chain, sector gear, open transmission arm stop motion, sash stops opening motion, sash stops at the open position of setting.
Smart window the most according to claim 8, it is characterised in that described smart window also includes that automatically controlled screen window equipment, described automatically controlled screen window equipment include PCB, gear motor, infrared emission grating sensor, roller bearing positioning seat, reel, housing, yarn rail, window screening, counter weight strip；Signal transmitting and receiving processing template it is integrated with in described PCB, described signal transmitting and receiving processing template and motors, the outfan of described motor is connected with one end of reel, described roller bearing positioning seat is arranged in housing, described reel is arranged between two roller bearing positioning seats, and the upper end of described window screening is connected with reel, and the lower end of described window screening is provided with counter weight strip, the upper end of described window screening is provided with brake sack, and the lower end of window screening is provided with lower brake sack；Being provided with yarn rail on the window frame of both sides, counter weight strip is moved upwardly or downwardly along yarn rail；Described infrared emission grating sensor is arranged on yarn rail；
The automatically controlled process opening screen window is as follows:
After signal transmitting and receiving processing module in PCB receives the instruction opening screen window, instruction motor energising forward operating, motor band movable reel rotates forward, window screening is risen and is rolled onto on reel, when window screening rises to the height of setting, lower brake sack on window screening moves to the photosensitive area of infrared emission grating sensor, stop the grating reciprocal signal of infrared emission grating sensor, after signal transmitting and receiving processing module receives above-mentioned signal, instruction motor power-off, reel stops rotating forward, and window screening stops rising, and completes to open the action of screen window.
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| CN201521033601.9U CN205617927U (en) | 2015-12-14 | 2015-12-14 | Manual -automatic bimodulus switchgear and smart door and window |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201521033601.9U CN205617927U (en) | 2015-12-14 | 2015-12-14 | Manual -automatic bimodulus switchgear and smart door and window |
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| CN205617927U true CN205617927U (en) | 2016-10-05 |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105386642A (en) * | 2015-12-14 | 2016-03-09 | 慧鸟科技发展（北京）有限公司 | Manual and automatic integrated dual-mode opening and closing equipment, intelligent door and intelligent window |
| CN106530526A (en) * | 2016-11-21 | 2017-03-22 | 深圳怡化电脑股份有限公司 | Device and method for positioning tong pieces of paper money box |
| CN108166865A (en) * | 2017-12-06 | 2018-06-15 | 浙江工贸职业技术学院 | A kind of recognition of face caravan opening device |
| CN108374633A (en) * | 2018-04-23 | 2018-08-07 | 马子兴 | A kind of intelligent security guard Electric screen window |
| CN110593743A (en) * | 2019-09-02 | 2019-12-20 | 东莞市艺筑设计有限公司 | Adjustable sun-shading device of bay window |
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- 2015-12-14 CN CN201521033601.9U patent/CN205617927U/en active Active
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105386642A (en) * | 2015-12-14 | 2016-03-09 | 慧鸟科技发展（北京）有限公司 | Manual and automatic integrated dual-mode opening and closing equipment, intelligent door and intelligent window |
| CN106530526A (en) * | 2016-11-21 | 2017-03-22 | 深圳怡化电脑股份有限公司 | Device and method for positioning tong pieces of paper money box |
| CN106530526B (en) * | 2016-11-21 | 2020-05-15 | 深圳怡化电脑股份有限公司 | Positioning method and device for banknote box tongue piece |
| CN108166865A (en) * | 2017-12-06 | 2018-06-15 | 浙江工贸职业技术学院 | A kind of recognition of face caravan opening device |
| CN108166865B (en) * | 2017-12-06 | 2019-10-11 | 浙江工贸职业技术学院 | A kind of recognition of face caravan opening device |
| CN108374633A (en) * | 2018-04-23 | 2018-08-07 | 马子兴 | A kind of intelligent security guard Electric screen window |
| CN110593743A (en) * | 2019-09-02 | 2019-12-20 | 东莞市艺筑设计有限公司 | Adjustable sun-shading device of bay window |
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Address after: Room 209 and 211, Building 8-2, Jiulongshanzhuang Living Community, Xihongmen Town, Daxing District, Beijing 102600 Patentee after: Wisdom Bird Decoration Technology (Beijing) Co.,Ltd. Address before: E-035, No. 86 West Wanxing Road, Hulufa Village, Changyang Town, Fangshan District, Beijing, 102445 Patentee before: HUINIAO TECHNOLOGY DEVELOPMENT (BEIJING) CO.,LTD. |
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