CN105386642A - Manual and automatic integrated dual-mode opening and closing equipment, intelligent door and intelligent window - Google Patents
Manual and automatic integrated dual-mode opening and closing equipment, intelligent door and intelligent window Download PDFInfo
- Publication number
- CN105386642A CN105386642A CN201510922773.XA CN201510922773A CN105386642A CN 105386642 A CN105386642 A CN 105386642A CN 201510922773 A CN201510922773 A CN 201510922773A CN 105386642 A CN105386642 A CN 105386642A
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- CN
- China
- Prior art keywords
- window
- gear
- motor
- handle
- locking bar
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Classifications
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- E—FIXED CONSTRUCTIONS
- E05—LOCKS; KEYS; WINDOW OR DOOR FITTINGS; SAFES
- E05B—LOCKS; ACCESSORIES THEREFOR; HANDCUFFS
- E05B3/00—Fastening knobs or handles to lock or latch parts
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- E—FIXED CONSTRUCTIONS
- E05—LOCKS; KEYS; WINDOW OR DOOR FITTINGS; SAFES
- E05B—LOCKS; ACCESSORIES THEREFOR; HANDCUFFS
- E05B17/00—Accessories in connection with locks
- E05B17/22—Means for operating or controlling lock or fastening device accessories, i.e. other than the fastening members, e.g. switches, indicators
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- E—FIXED CONSTRUCTIONS
- E05—LOCKS; KEYS; WINDOW OR DOOR FITTINGS; SAFES
- E05B—LOCKS; ACCESSORIES THEREFOR; HANDCUFFS
- E05B17/00—Accessories in connection with locks
- E05B17/22—Means for operating or controlling lock or fastening device accessories, i.e. other than the fastening members, e.g. switches, indicators
- E05B17/226—Displays on locks, e.g. LED or LCD screens
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- E—FIXED CONSTRUCTIONS
- E05—LOCKS; KEYS; WINDOW OR DOOR FITTINGS; SAFES
- E05B—LOCKS; ACCESSORIES THEREFOR; HANDCUFFS
- E05B45/00—Alarm locks
- E05B45/06—Electric alarm locks
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- E—FIXED CONSTRUCTIONS
- E05—LOCKS; KEYS; WINDOW OR DOOR FITTINGS; SAFES
- E05B—LOCKS; ACCESSORIES THEREFOR; HANDCUFFS
- E05B47/00—Operating or controlling locks or other fastening devices by electric or magnetic means
- E05B47/0001—Operating or controlling locks or other fastening devices by electric or magnetic means with electric actuators; Constructional features thereof
- E05B47/0012—Operating or controlling locks or other fastening devices by electric or magnetic means with electric actuators; Constructional features thereof with rotary electromotors
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- E—FIXED CONSTRUCTIONS
- E06—DOORS, WINDOWS, SHUTTERS, OR ROLLER BLINDS IN GENERAL; LADDERS
- E06B—FIXED OR MOVABLE CLOSURES FOR OPENINGS IN BUILDINGS, VEHICLES, FENCES OR LIKE ENCLOSURES IN GENERAL, e.g. DOORS, WINDOWS, BLINDS, GATES
- E06B9/00—Screening or protective devices for wall or similar openings, with or without operating or securing mechanisms; Closures of similar construction
- E06B9/52—Devices affording protection against insects, e.g. fly screens; Mesh windows for other purposes
- E06B9/54—Roller fly screens
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- E—FIXED CONSTRUCTIONS
- E06—DOORS, WINDOWS, SHUTTERS, OR ROLLER BLINDS IN GENERAL; LADDERS
- E06B—FIXED OR MOVABLE CLOSURES FOR OPENINGS IN BUILDINGS, VEHICLES, FENCES OR LIKE ENCLOSURES IN GENERAL, e.g. DOORS, WINDOWS, BLINDS, GATES
- E06B9/00—Screening or protective devices for wall or similar openings, with or without operating or securing mechanisms; Closures of similar construction
- E06B9/56—Operating, guiding or securing devices or arrangements for roll-type closures; Spring drums; Tape drums; Counterweighting arrangements therefor
- E06B9/68—Operating devices or mechanisms, e.g. with electric drive
- E06B9/70—Operating devices or mechanisms, e.g. with electric drive comprising an electric motor positioned outside the roller
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- E—FIXED CONSTRUCTIONS
- E05—LOCKS; KEYS; WINDOW OR DOOR FITTINGS; SAFES
- E05B—LOCKS; ACCESSORIES THEREFOR; HANDCUFFS
- E05B47/00—Operating or controlling locks or other fastening devices by electric or magnetic means
- E05B47/0001—Operating or controlling locks or other fastening devices by electric or magnetic means with electric actuators; Constructional features thereof
- E05B2047/0014—Constructional features of actuators or power transmissions therefor
- E05B2047/0018—Details of actuator transmissions
- E05B2047/002—Geared transmissions
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- E—FIXED CONSTRUCTIONS
- E05—LOCKS; KEYS; WINDOW OR DOOR FITTINGS; SAFES
- E05B—LOCKS; ACCESSORIES THEREFOR; HANDCUFFS
- E05B47/00—Operating or controlling locks or other fastening devices by electric or magnetic means
- E05B47/0001—Operating or controlling locks or other fastening devices by electric or magnetic means with electric actuators; Constructional features thereof
- E05B2047/0014—Constructional features of actuators or power transmissions therefor
- E05B2047/0018—Details of actuator transmissions
- E05B2047/0026—Clutches, couplings or braking arrangements
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- E—FIXED CONSTRUCTIONS
- E06—DOORS, WINDOWS, SHUTTERS, OR ROLLER BLINDS IN GENERAL; LADDERS
- E06B—FIXED OR MOVABLE CLOSURES FOR OPENINGS IN BUILDINGS, VEHICLES, FENCES OR LIKE ENCLOSURES IN GENERAL, e.g. DOORS, WINDOWS, BLINDS, GATES
- E06B9/00—Screening or protective devices for wall or similar openings, with or without operating or securing mechanisms; Closures of similar construction
- E06B9/56—Operating, guiding or securing devices or arrangements for roll-type closures; Spring drums; Tape drums; Counterweighting arrangements therefor
- E06B9/68—Operating devices or mechanisms, e.g. with electric drive
- E06B2009/6809—Control
- E06B2009/6818—Control using sensors
- E06B2009/6827—Control using sensors sensing light
Landscapes
- Engineering & Computer Science (AREA)
- Structural Engineering (AREA)
- Architecture (AREA)
- Civil Engineering (AREA)
- Life Sciences & Earth Sciences (AREA)
- Insects & Arthropods (AREA)
- Pest Control & Pesticides (AREA)
- Mechanical Engineering (AREA)
- Power-Operated Mechanisms For Wings (AREA)
Abstract
The invention relates to doors and windows of buildings, in particular to manual and automatic integrated dual-mode opening and closing equipment, an intelligent door and an intelligent window. The problem that as existing doors and windows need to be opened or closed manually, inconvenience is caused sometimes is solved. The opening and closing equipment comprises a handle box, wherein a handle and a switch button are mounted outside the box; a circuit board, a clutch, a gear motor, a transmission gear, a locking rod, a locking rod positioning base, a locking rod gear and a lock cylinder are mounted inside the handle box; a signal receiving and transmitting processing module is integrated on the circuit board; the switch button is connected with the signal receiving and transmitting module, and the signal receiving and transmitting module is connected with the gear motor. The manual and automatic integrated dual-mode opening and closing equipment, the intelligent door, the intelligent window and electric control screen window equipment are convenient to use and improve the living quality and living security of users.
Description
Technical field
The present invention relates to building doors and windows, particularly a kind of auto-manual bimodulus switchgear and intelligent door and window.
Background technology
Existing door and window is all need manual unlocking or closedown usually, sometimes, very inconvenient.And according to incompletely statistics, the accident caused by indoor harmful gas and fire all can occur every year in the whole world, this accident, sometimes caused by opening of doors and windows inconvenience, or when opening of doors and windows inconvenience, the loss of accident is more serious.
Summary of the invention
Need manual unlocking or closedown to solve existing door and window, sometimes inconvenient problem, the invention provides a kind of auto-manual bimodulus switchgear and intelligent door and window.
In order to solve the problem, the present invention adopts following technical proposals:
The invention provides a kind of auto-manual bimodulus switchgear, described switchgear comprises handle casing, and the outside of described casing is 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; Output and the travelling gear of described gear motor are connected; Described travelling gear and clutch mesh together; Circuit board is integrated with signal transmitting and receiving processing module, 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 revolution switch knob, make switch knob in an open position, signal transmitting and receiving processing module starts gear motor, and gear motor band nutating gear rotates, travelling gear and clutch mesh together, 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, rotate when lock core or slide into desired location, signal transmitting and receiving processing module closes motor, motor is shut down, makes switchgear be in open mode; When making, switch knob is in the closed position, gear motor band nutating gear rotates, travelling gear and clutch mesh together, 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, rotate when lock core or slide into desired location, signal transmitting and receiving processing module closes motor, motor is shut down, makes switchgear be in closed condition.
The manual running of described switchgear is as follows:
Press handle handle, locking bar is mentioned by described handle handle, clutch is separated 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 condition; When unclamping handle handle, handle handle rebounds reset, and locking bar declines, and clutch and travelling gear mesh together again.
Further, described clutch comprises compression spring and power and closes and be separated driving cog.One end of described compression spring is arranged on locking bar positioning seat, and the other end and the power of described compression spring are closed and is separated driving cog and is connected, and described power is closed and is separated 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 are closed separation driving cog and are moved down under the pressure effect of spring, and power closes separation driving cog and travelling gear meshes together again.
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 take rotating shaft as fulcrum, locking bar being mentioned simultaneously, clutch is separated with travelling gear, opening or closing auto-manual bimodulus switchgear by rotating handle handle; When unclamping handle handle, handle handle rebounds reset, and locking bar declines, and clutch and travelling gear mesh together again.
Described gear motor is DC24V gear motor.
Further, described handle handle is that pressing force closes separation rotation handle.
Further, described circuit board is PCB.Described circuit board is integrated with signal receiver, signal projector and information analysis processor.
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 running of gear motor, and then control the rotation of locking bar, thus open or close described switchgear.
Further, described touch display screen is operation interface.People can be operated by touch display screen, comprise and open or close described switchgear.
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 running 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, in described handle casing, be provided with alarm, the combination of a kind of in liquid gas sensor, formaldehyde sensor, flame sensor or at least two kinds.When sensor sensing is to the existence of corresponding gas, or when room temperature liter reaches setting value, 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, be also provided with motor casing in described handle casing, gear motor is arranged in motor casing.
Further, there is battery in described switchgear or be connected with power supply.Described battery or power supply are the electricity consumption power elements of switchgear.
Further, described manual handle has following characteristics:
(1) inside has multiple interlock and separator, and liquefied gas, natural gas TVCO monitor sensing, Formaldehyde sensing, flame monitoring sensing, Signal reception transmitter module, touch display screen and lithium storage battery and buzzer.
(2) outside has pressing force and closes to be separated and rotate handle, can press handle and make built-in power close gear to be separated into manual rotation pattern, completes flat unwind lock or close locking or interiorly fall to unlock.
(3) automatic mode, controls gear motor by mobile phone A PP terminal or remote controller and runs rotary mode, completes flatly unwind lock or close locking or outstandingly to unlock interior or outward.
(4) the multinomial indoor harmful gas of Real-Time Monitoring and fire fire-fighting show in one, very clear.
The present invention also provides a kind of Intelligent door, and described Intelligent door comprises described auto-manual bimodulus switchgear.
The present invention also provides a kind of smart window, and described smart window comprises described auto-manual bimodulus switchgear.
Above-mentioned handle switchgear can be analyzed according to the data of indoor Real-Time Monitoring, 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 personal property be protected and sends dangerous warning to mobile phone APP reminding user simultaneously.
Handle system can be analyzed according to the data of indoor Real-Time Monitoring, and data can show present case on a display screen, and when indoor monitoring is to breaking out of fire, handle system can run to put down automatically holds 90 ° of patterns; The built-in fire bell of handle can sound automatically, personal property is protected and sends dangerous warning simultaneously to give user reminding to mobile phone APP.
Touch-screen can be arranged and regularly or at times automatically open or close interior function.
Further, in described smart window, described smart window also comprises window frame and sash; The upper side frame of described window frame comprises section bar shell, and be provided with gear location case in section bar shell, driving chain, sprocket wheel, Hall magnetic wears switch; Be provided with sector gear in the case of described gear location, sector gear is provided with permanent magnetism angle orientation magnet, the edge of sector gear is hinged with the one end of 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; Described window frame is also provided with automatically controlled window opener, 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 disengage gears, travelling gear, power transmission shaft; Described PCB is integrated with signal transmitting and receiving processing module, 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 disengage gears and is moved down, and move down output that is rear and motor and mesh together, motor closes disengage gears by ultromotivity, travelling gear drives drive axis, and power transmission shaft drives sprocket rotation; Sprocket wheel drives sector gear to rotate by driving chain, and sector gear pulls unlatching transmission arm to open sash, or sector gear promotes to open transmission arm and closes sash.
Further, in described smart window, in the case of described gear location, unlatching transmission arm is also installed.
Further, sector gear pulls or promotes to open that the structure of transmission arm and the entrance in parking lot or exit arrange is identical or close for the structure putting down or lift cross bar.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 of windowing, instruction motor starting, instruction solenoid valves, drop-down ultromotivity is attracted to close disengage gears after solenoid valves, ultromotivity is closed disengage gears and is connected with travelling gear with the output of motor simultaneously, thus, motor driving ultromotivity is closed disengage gears and is rotated, ultromotivity is closed disengage gears band nutating gear and is rotated, travelling gear drives drive axis, power transmission shaft drives sprocket rotation, 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, in the process of windowing, permanent magnetism angle orientation magnet rotates with sector gear, Hall magnetic wears the magnetic signal that switch collection permanent magnetism angle orientation magnet sends, when sash is opened to the angle of setting, permanent magnetism angle orientation magnet movement is to the position of setting, Hall magnetic wears the magnetic signal that switch collects 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 is closed disengage gears and is risen, ultromotivity is closed disengage gears and is separated with the output 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, drop-down ultromotivity is attracted to close disengage gears after solenoid valves, ultromotivity is closed disengage gears and is connected with travelling gear with the output of motor simultaneously, motor reversed operation, motor closes disengage gears, travelling gear, power transmission shaft, sprocket wheel, driving chain drive sector gear backwards rotation by ultromotivity, sector gear promotes to open transmission arm and rotates around the one end at the edge being fixed on sector gear, opening transmission arm pulls sash to close by slide block, and slide block slides in slide rail, in the process of closing window, permanent magnetism angle orientation magnet rotates with sector gear, Hall magnetic wears the magnetic signal that switch collection permanent magnetism angle orientation magnet sends, when sash arrives the position closed, permanent magnetism angle orientation magnet movement is to the position of setting, Hall magnetic wears the magnetic signal that switch collects 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 is closed disengage gears and is risen, ultromotivity is closed disengage gears and is separated with the output 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.
When not performing the instruction of windowing or closing window, the ultromotivity in automatically controlled window opener is closed disengage gears and is separated with motor, and the two does not mesh 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 of auto-manual bimodulus switchgear shows current putting down and open angular values.
Further, described travelling gear comprises several driven gears.
Further, windowing or closing in the process of window, permanent magnetism angle orientation magnet rotates with sector gear, Hall magnetic is worn switch and is gathered magnetic signal that permanent magnetism angle orientation magnet sends and send signal to signal transmitting and receiving processing module, when sash arrives the open position of setting or the position of closedown, permanent magnetism angle orientation magnet movement is to the position of setting, at this moment, signal transmitting and receiving processing module receives Hall magnetic, and to wear the signal that switch sends 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, thus motor is shut down, make electromagnetic valve power-off.
Described window frame is installed on the 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, and also can be that wireless signal connects.
The using method of above-mentioned smart window is as follows:
Manually opened or close window
1, the unlatching of conventional window can manually be realized; Close; Locking.
The first step: pressing handle handle, makes handle internal forces close and be separated tooth separation, be rotated down 90 ° and unclamp the pressing of handle handle, window completes locking.
Second step: press handle handle, makes handle internal forces close and is separated tooth separation, and rotate up 90 ° and unclamp the pressing of handle handle, window unlocks successfully, directly by pulling or promoting handle handle, can pull to put down and open window opened via or promote to close window.
3rd step: pressing handle handle, handle internal forces is closed and is separated tooth separation, rotate up 90 ° and unclamp the pressing of handle handle, or by the first step directly press handle rotate 180 ° to the 3rd step unclamp handle handle press, window unlocks successfully, can directly by pulling or promoting 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 operating process of automatically controlled unlatching or closedown window is summarized as follows:
Note, by the power switch key on automatically controlled handle, start in 3 seconds will be pressed and light touch display screen before using electric control operation.
Mobile phone A PP terminal or remote control and transmitting transmission signal power conversion; Control the flat angle opening window opened via, flat angle of release degree can select 30 °; 60 °; 90 ° of unlatchings, also can a key be flat opens window opened via to 90 °.
The first step: select to put down by mobile phone A PP terminal or remote controller and open opening angle, when system electric control handle is in locked position, the automatically controlled screen window of first self-inspection has closed (no: to slide to closed condition under first starting Electric screen window), (being: closed 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; Gear motor is stopped to rotate when being opened into flat on-mode.
3rd step: the power-off started in automatically controlled window opener is separated electromagnet, motive force closes disengage gears, starter underdrive increases torsion, make gear effectively be engaged driven gear and drive sprocket rotation, thus utilize transmission arm to run flat unlatching, needed the angle signal of rotational positioning by Hall switch collection, unlatching is flat automatically opens to equipment out of service during set angle simultaneously, window opener power-off, and show on a display screen and currently flat open angular values.
Mobile phone A PP terminal or remote control and transmitting transmission signal power conversion; Or outward window opened via is hanged in control.
The first step: fall in selecting by mobile phone A PP terminal or remote controller, when system electric control handle is in locked position, the automatically controlled screen window of first self-inspection has closed (no: to slide to closed condition under first starting Electric screen window), (being: closed 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; Gear motor is stopped to rotate when or outward hanging pattern in being opened into.
3rd step: the power-off started in automatically controlled equipment of windowing (i.e. automatically controlled window opener) is separated electromagnet (i.e. electromagnetic valve), motive force closes disengage gears, starter underdrive increases torsion, make gear effectively be engaged driven gear and drive sprocket rotation, thus utilize transmission arm to run interior reverse mould formula, and simultaneously by Hall switch collection signal, equipment out of service after unlatching of falling automatically completes, window opener power-off, and show on a display screen current in complete icon.
Mobile phone A PP terminal or remote control and transmitting transmission signal power conversion; Control close and lock window.
The first step: select close and lock window by mobile phone A PP terminal or remote controller, it is any angle in flat on-mode unlatching no matter current, or current be in interior or outer outstanding pattern opening, all all the time first run and start automatically controlled power-off separation electromagnet of windowing in equipment, motive force closes disengage gears, the reverse underdrive of starter increases torsion, make gear effectively be engaged driven gear and drive sprocket rotation, thus utilize transmission arm to run complete " shut " mode", simultaneously by Hall switch collection signal, automatically closedown is completed, wouldn't power-off.
Second step: first not power-off after completing closedown automatically, meanwhile start gear motor in automatically controlled handle reverse be rotated down to completely locking after, gear motor electromagnetic valve power-off together with motor in 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 comprises automatically controlled screen window equipment, and described automatically controlled screen window equipment comprises PCB, gear motor, infrared emission grating sensor, roller bearing positioning seat, reel, housing, yarn rail, window screening, counter weight strip; Described PCB is integrated with signal transmitting and receiving processing template, described signal transmitting and receiving processing template and motors, the output 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 anti-dazzling screen, and the lower end of window screening is provided with lower anti-dazzling screen; The window frame of both sides is provided with yarn rail, counter weight strip moves up or down 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 of opening screen window, the running of instruction motor energising forward, motor driving reel rotates forward, window screening is risen and is rolled onto on reel, when window screening rises to the height of setting, lower anti-dazzling screen 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 information, reel stops rotating forward, window screening stops rising, and completes the action of opening 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 of closing screen window, instruction motor energising reversed operation, motor driving reel backwards rotation, window screening and counter weight strip decline, window screening is opened, when window screening drops to the height of setting, upper anti-dazzling screen 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 the action of closing screen window.
Described gear motor is DC12V gear motor.
The use procedure of above-mentioned automatically controlled screen window equipment, is summarized as follows:
The first step: select the gear motor forward or the backwards rotation that start automatically controlled screen window by mobile phone A PP terminal or remote controller.No matter current window opens or closes locking, can select to start gear motor and rotate forward the running of drive screen window reel, thus upwards promote window screening, window screening is made automatically on roller bearing, to be rolled into web-like, simultaneously by infrared emission grating sensor record, when the anti-dazzling screen 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 send instruction, order stops the gear motor of automatically controlled screen window to shut down, be parked in assigned address, complete and open screen window instruction, and show corresponding icon on a display screen.
Second step: select the gear motor forward or the backwards rotation that start automatically controlled screen window by mobile phone A PP terminal or remote controller.No matter current window opens or closes locking, can select to start the running of gear motor backwards rotation transmission screen window reel, thus falls downward window screening, window screening on roller bearing is fallen downwards expansion, simultaneously by infrared emission grating sensor record, when the anti-dazzling screen 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 send instruction, order stops the gear motor of automatically controlled screen window to shut down, be parked in assigned address, complete and close screen window instruction, and show corresponding icon on a display screen.
Further, described smart window also comprises rain sensor; Described rain sensor is arranged on window alien invasion, and when detecting that rainwater appears in outdoor, smart window is automatically closed and locked.
Further, described smart window also bag finger close window keep away barrier sensor; Finger pass window is kept away barrier sensor and is arranged on sash or window frame, and when closing, when having detected that obstacle blocks, smart window is opened automatically.
Smart window provided by the invention has following featured function:
One, rain sensor;
Two, finger pass window keeps away barrier sensor;
Three, liquid gas sensor;
Four, formaldehyde sensor;
Five, flame sensor;
Six, fire alarm buzzer;
Seven, mobile phone A PP;
Eight, automatic management and control switch sash at times.
Particular content is as follows:
One, rain sensor is arranged on window alien invasion, at any time Real-Time Monitoring outdoor weather conditions, and when detecting that rainwater appears in outdoor, system automatic transceiving order can be closed and lock window; And show corresponding icon on a display screen.
Two, finger close window keep away barrier sensor be arranged on sash and window frame, whether Real-Time Monitoring sash has obstruction to block when closing at any time, when having detected that obstacle blocks, system can have been opend the window by automatic transceiving order operation reverse movement again, realizes anti-pinch injury function; And show corresponding icon on a display screen.
Three, toxic gas sensor (liquefied gas; Natural gas) be arranged on automatically controlled handle district, toxic gas content at any time in Real-Time Monitoring room air, when detecting that indoor toxic gas exceeds standard value, system automatic transceiving order can run reverse movement, inside or outward hang and open the window, or outward hang function in realization, indoor-outdoor air is circulated; And show corresponding icon on a display screen.
Four, formaldehyde sensor is arranged on automatically controlled handle district, content of formaldehyde at any time in Real-Time Monitoring room air, when detecting that indoor formaldehyde seriously exceeds standard value, system meeting automatic transceiving instruction operation reverse movement, inside or outward hang and open the window, or outward hang function in realization, indoor-outdoor air is circulated; And show corresponding icon on a display screen.
Five, flame sensor is arranged on automatically controlled handle district, and whether Real-Time Monitoring indoor occur disaster hidden-trouble at any time, prevents life threatening property safety; When indoor discovery disaster hidden-trouble, system automatic transceiving order can run reverse movement, and flat performing fighting opens a window and upgrade automatically controlled screen window to top simultaneously, closes the work of rain sensor, impels when fire-fighting work or emergency escape and use; 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 is yowled, with mobile phone or remote controller or can only be closed fire alarm on a display screen.
Seven, APP mobile phone terminal refers to and can set a remote control system interface in mobile phone, can complete the remote control work of opening device on mobile phone.
Eight, can make mobile phone A PP or touch-screen to set the automatic management and control window opening-closing of timing segmentation, realize the automatically interior window opening-closing of three periods; Or automatic outer outstanding window, and at APP mobile phone terminal, touch screen display graph text information.
Auto-manual bimodulus switchgear provided by the invention can be used in various door and window; All have opening of doors and windows or closedown place to install and use, be mainly used in internal-open and inner tilt function door and window and outer over outstanding function door and window.Intelligent door and window provided by the invention can be used among various building.
Auto-manual bimodulus switchgear provided by the invention can manual unlocking, also can by sending the signal of telecommunication or wireless signal indicator cock equipment is opened automatically.Intelligent door provided by the invention and smart window can manual unlocking, also can by sending the signal of telecommunication or wireless signal instruction door and window is opened automatically.Automatically controlled screen window equipment provided by the invention can be opened automatically.Auto-manual bimodulus switchgear provided by the invention, Intelligent door, smart window and automatically controlled screen window equipment, easy to use, improve quality of life and the living safety of user.
Accompanying drawing explanation
Fig. 1 is the perspective view of auto-manual bimodulus switchgear provided by the invention;
Fig. 2 is the main TV structure schematic diagram of auto-manual bimodulus switchgear provided by the invention;
Fig. 3 is the backsight structural representation of auto-manual bimodulus switchgear provided by the invention;
Fig. 4 is the structural representation of auto-manual bimodulus switchgear provided by the invention;
Fig. 5 is the main TV structure schematic diagram of smart window provided by the invention;
Fig. 6 is the plan structure schematic diagram of smart window provided by the invention;
Fig. 7 be smart window provided by the invention look up structural representation;
Fig. 8 is the left TV structure schematic diagram of smart window provided by the invention;
Fig. 9 is the right TV structure schematic diagram of smart window provided by the invention;
Figure 10 is the part-structure schematic diagram of smart window provided by the invention;
Figure 11 is the part-structure schematic diagram of smart window provided by the invention;
Figure 12 is the structural representation of the automatically controlled screen window equipment of smart window provided by the invention.
Detailed description of the invention
In order to be more readily understood structure of the present invention and the functional character that can reach and advantage, hereafter by preferred embodiment of the present invention, and coordinate graphic being described below in detail:
Please refer to Fig. 1 to Figure 12.
Embodiment 1
As shown in Figures 1 to 4, the invention provides a kind of auto-manual bimodulus switchgear 10, described switchgear 10 comprises handle casing 100, and the outside of described casing 100 is provided with handle handle 101, shift knob 102; Described handle casing 100 inside is provided with 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 on locking bar positioning seat 108 li by rotating shaft, and described locking bar 107 is arranged on locking bar positioning seat 108 li, 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; Output and the travelling gear 106 of described gear motor 105 are connected; Circuit board 103 is integrated with signal transmitting and receiving processing module, 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 revolution switch knob 102, make switch knob 102 in an open position, signal transmitting and receiving processing module starts gear motor 105, gear motor 105 is with nutating gear 106 to rotate, travelling gear 106 and clutch 104 mesh together, 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 is with movable lock core 110 rotate or slide, rotate when lock core 110 or slide into desired location, signal transmitting and receiving processing module closes motor, motor 105 is shut down, switchgear is made to be in open mode, when making, switch knob 102 is in the closed position, gear motor 105 is with nutating gear 106 to rotate, travelling gear 106 and clutch 104 mesh together, 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 is with movable lock core 110 rotate or slide, rotate when lock core 110 or slide into desired location, signal transmitting and receiving processing module closes motor, motor 105 is shut down, makes switchgear be in closed condition.
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 separated 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 is with movable lock core 110 rotate or slide, and makes switchgear be in open mode or closed condition; When unclamping handle handle, handle handle rebounds reset, and locking bar 107 declines, and clutch 104 and travelling gear 106 mesh together again.
Further, described clutch 104 comprises compression spring 1041 and power and closes and be separated driving cog 1042.One end of described compression spring 1041 is arranged on locking bar positioning seat 108, and the other end and the power of described compression spring 1041 are closed and is separated driving cog 1042 and is connected, and described power is closed and is separated 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 are closed separation driving cog 1042 and are moved down under the pressure effect of spring, and power is closed separation driving cog 1042 and again meshed 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 described handle handle 101 take rotating shaft as fulcrum, is mentioned by locking bar 107 simultaneously.
Described gear motor 105 is DC24V gear motors.
Further, described handle handle 101 is that pressing force closes separation rotation 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 running of gear motor 105, and then control the rotation of locking bar 107, thus open or close described switchgear.
Further, described touch display screen 121 is operation interfaces.People can be operated by touch display screen, comprise and open or close described switchgear.
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 running 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, be provided with alarm 131, the combination of a kind of in liquid gas sensor 132, formaldehyde sensor 133, flame sensor 134 or at least two kinds.When sensor sensing is to the existence of corresponding gas, or when room temperature liter reaches setting value, described alarm sends light or audible alarm.
Further, described alarm 131 is buzzers.Further, described alarm 131 is fire alarm buzzers.
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, be also provided with motor casing in described handle casing 100, gear motor 105 is arranged in motor casing.
Further, there is battery in described switchgear or be connected with power supply.Described battery or power supply are the electricity consumption power elements of switchgear.
Embodiment 2
As shown in Figure 1 to 11, the invention provides a kind of smart window, described smart window comprises the auto-manual bimodulus switchgear 10 described in embodiment 1.
Above-mentioned handle switchgear 10 can be analyzed according to the data of indoor Real-Time Monitoring, 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 personal property be protected and sends dangerous warning to mobile phone APP reminding user simultaneously.
Handle system can be analyzed according to the data of indoor Real-Time Monitoring, and data can show present case on a display screen, and when indoor monitoring is to breaking out of fire, handle system can run to put down automatically holds 90 ° of patterns; The built-in fire bell of handle can sound automatically, personal property is protected and sends dangerous warning simultaneously to give user reminding to mobile phone APP.
Touch-screen can be arranged and regularly or at times automatically open or close interior function.
Described smart window also comprises window frame 301 and sash 302; The upper side frame of described window frame 301 comprises section bar shell 401, and 401 li, section bar shell is provided with gear location case 402, driving chain 403, sprocket wheel 408, and Hall magnetic wears switch 405; 402 li, the case in described gear location is provided with sector gear 407, and sector gear 407 is provided with permanent magnetism angle orientation magnet 404, the edge of sector gear 407 is hinged with the one end of 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; Described window frame 301 is also provided with automatically controlled window opener 60, in described automatically controlled window opener 60, is provided with PCB 601, motor 602, gear reduction box 603, electromagnetic valve 604, is provided with ultromotivity and closes disengage gears 605 in gear reduction box 603, travelling gear 606, power transmission shaft 607; Described PCB 601 is integrated with signal transmitting and receiving processing module, and 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 disengage gears 605 and is moved down, 605 move down output that is rear and motor 602 meshes together, motor 602 closes disengage gears 605 by ultromotivity, travelling gear 606 drives power transmission shaft 607 to rotate, and power transmission shaft 607 is with movable sprocket 408 to rotate; 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 to open transmission arm 406 and closes sash.
Further, sector gear 407 pulls or promotes to open that the structure of transmission arm 406 and the entrance in parking lot or exit arrange is identical or close for the structure putting down or lift cross bar.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 of windowing, instruction motor 602 starts, and instruction electromagnetic valve 604 is energized, drop-down ultromotivity is attracted to close disengage gears 605 after electromagnetic valve 604 is energized, ultromotivity is closed disengage gears 605 and is connected with travelling gear 606 with the output of motor 602 simultaneously, thus, motor 602 drives ultromotivity to close disengage gears 605 and rotates, ultromotivity is closed disengage gears 605 and is with nutating gear 606 to rotate, travelling gear 606 drives power transmission shaft 607 to rotate, power transmission shaft 607 is with movable sprocket 408 to rotate, 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, unlatching transmission arm 406 promotes sash 302 by slide block 502 and opens, slide block 502 slides in slide rail 501, in the process of windowing, permanent magnetism angle orientation magnet 404 rotates with sector gear 407, Hall magnetic is worn switch 405 and is gathered the magnetic signal that permanent magnetism angle orientation magnet 404 sends, when sash is opened to the angle of setting, permanent magnetism angle orientation magnet 404 moves to the position of setting, Hall magnetic wears the magnetic signal that switch 405 collects setting, at this moment, Hall magnetic is worn switch 405 and is closed, make the power-off of automatically controlled window opener 60, motor 602 shuts down, electromagnetic valve 604 power-off simultaneously, ultromotivity is closed disengage gears 605 and is risen, ultromotivity is closed disengage gears 605 and is separated with the output 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, drop-down ultromotivity is attracted to close disengage gears 605 after electromagnetic valve 604 is energized, ultromotivity is closed disengage gears 605 and is connected with travelling gear 606 with the output of motor 602 simultaneously, motor 602 reversed operation, motor 602 closes disengage gears 605 by ultromotivity, travelling gear 606, power transmission shaft 607, sprocket wheel 408, driving chain 403 drives sector gear 407 backwards rotation, sector gear 407 promotes to open transmission arm 406 and rotates around the one end at 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, in the process of closing window, permanent magnetism angle orientation magnet 404 rotates with sector gear 407, Hall magnetic is worn switch 405 and is gathered the magnetic signal that permanent magnetism angle orientation magnet 404 sends, when sash arrives the position closed, permanent magnetism angle orientation magnet 404 moves to the position of setting, Hall magnetic wears the magnetic signal that switch 405 collects setting, at this moment, Hall magnetic is worn switch 405 and is closed, the power-off of automatically controlled window opener 60, motor 602 shuts down, electromagnetic valve 604 power-off simultaneously, ultromotivity is closed disengage gears 605 and is risen, ultromotivity is closed disengage gears 605 and is separated with the output 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.
When not performing the instruction of windowing or closing window, the ultromotivity in automatically controlled window opener 60 is closed disengage gears 605 and is separated with motor 602, and the two does not mesh 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 current putting down and open angular values.
Further, described travelling gear 606 comprises several driven gears.
Further, windowing or closing in the process of window, permanent magnetism angle orientation magnet 404 rotates with sector gear 407, Hall magnetic is worn switch 405 and is gathered magnetic signal that permanent magnetism angle orientation magnet 404 sends and send signal to signal transmitting and receiving processing module, when sash arrives the open position of setting or the position of closedown, permanent magnetism angle orientation magnet 404 moves to the position of setting, at this moment, signal transmitting and receiving processing module receives Hall magnetic, and to wear the signal that switch 405 sends different from signal before, at this moment, signal transmitting and receiving processing module instruction Hall magnetic is worn switch 405 and is closed, make the power-off of automatically controlled window opener 60, thus motor 602 is shut down, make electromagnetic valve 604 power-off.
Described window frame 301 is installed on the wall, and described sash 302 is arranged in window frame 301.
Further, described motor 602 is DC24V motors.
Further, described auto-manual bimodulus switchgear 10 is connected with automatically controlled window opener 60.Described connection can be that electric wire connects, and also can be that wireless signal connects.
Embodiment 3
As shown in Figures 1 to 12, as the smart window that embodiment 2 provides, described smart window also comprises automatically controlled screen window equipment, and described automatically controlled screen window equipment comprises 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; Described PCB 701 is integrated with signal transmitting and receiving processing template, described signal transmitting and receiving processing template is connected with motor 702, the output 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 anti-dazzling screen, and the lower end of window screening is provided with lower anti-dazzling screen; The window frame of both sides is provided with yarn rail 707, counter weight strip 709 moves up or down 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 of opening screen window, instruction motor 702 be energized forward running, motor 702 is with movable reel 705 to rotate forward, window screening 708 is risen and is rolled onto on reel 705, when window screening 708 rises to the height of setting, lower anti-dazzling screen 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 information, reel 705 stops rotating forward, window screening 708 stops rising, complete the action of opening 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 of closing screen window, instruction motor 702 is energized reversed operation, movable reel 705 backwards rotation is with by motor 702, 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 anti-dazzling screen 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 the action of closing screen window.
Described gear motor 702 is DC12V gear motors.
Embodiment 4
As the smart window that embodiment 3 provides, described smart window also comprises rain sensor; Described rain sensor is arranged on window alien invasion, and when detecting that rainwater appears in outdoor, smart window is automatically closed and locked.
Embodiment 5
As the smart window that embodiment 3 provides, described smart window also bag finger pass window keeps away barrier sensor 800; Finger pass window is kept away barrier sensor and is arranged on sash or window frame, and when closing, when having detected that obstacle blocks, smart window is opened automatically.
The above, be only preferred embodiment of the present invention, be not intended to limit protection scope of the present invention.Every equalization done according to content of the present invention changes and modifies, and is all encompassed in the scope of the claims of the present invention.
Claims (10)
1. an auto-manual bimodulus switchgear, is characterized in that, described switchgear comprises handle casing, and the outside of described casing is 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; Output and the travelling gear of described gear motor are connected; Described travelling gear and clutch mesh together; Circuit board is integrated with signal transmitting and receiving processing module, 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.
2. auto-manual bimodulus switchgear according to claim 1, is characterized in that, the automatically controlled running of described switchgear is as follows:
Press or revolution switch knob, make switch 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, and rotates or slide into desired location when lock core, and signal transmitting and receiving processing module closes motor, motor is shut down, makes switchgear be in open mode; When making, switch knob is 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, and rotates or slide into desired location when lock core, and signal transmitting and receiving processing module closes motor, motor is shut down, makes switchgear be in closed condition.
3. auto-manual bimodulus switchgear 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 take rotating shaft as fulcrum, locking bar being mentioned simultaneously, clutch is separated with travelling gear, opening or closing auto-manual bimodulus switchgear by rotating handle handle; When unclamping handle handle, handle handle rebounds reset, and locking bar declines, and clutch and travelling gear mesh together again.
4. auto-manual bimodulus switchgear 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 running of gear motor, and then control the rotation of locking bar, thus open or close described switchgear.
5. auto-manual bimodulus switchgear according to claim 1, is characterized in that, is provided with alarm in described handle casing, the combination of a kind of in liquid gas sensor, formaldehyde sensor, flame sensor or at least two kinds.
6. an Intelligent door, is characterized in that, described Intelligent door comprises auto-manual bimodulus switchgear as claimed in claim 1.
7. a smart window, is characterized in that, described smart window comprises auto-manual bimodulus switchgear as claimed in claim 1.
8. smart window according to claim 7, is characterized in that, described smart window also comprises window frame and sash; The upper side frame of described window frame comprises section bar shell, and be provided with gear location case in section bar shell, driving chain, sprocket wheel, Hall magnetic wears switch; Be provided with sector gear in the case of described gear location, sector gear is provided with permanent magnetism angle orientation magnet, the edge of sector gear is hinged with the one end of 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; Described window frame is also provided with automatically controlled window opener, 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 disengage gears, travelling gear, power transmission shaft; Described PCB is integrated with signal transmitting and receiving processing module, 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 disengage gears and is moved down, and move down output that is rear and motor and mesh together, motor closes disengage gears by ultromotivity, travelling gear drives drive axis, and power transmission shaft drives sprocket rotation; Sprocket wheel drives sector gear to rotate by driving chain, and sector gear pulls unlatching transmission arm to open sash, or sector gear promotes to open transmission arm and closes sash.
9. smart window according to claim 8, is characterized in that, 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 of windowing, instruction motor starting, instruction solenoid valves, drop-down ultromotivity is attracted to close disengage gears after solenoid valves, ultromotivity is closed disengage gears and is connected with travelling gear with the output of motor simultaneously, thus, motor driving ultromotivity is closed disengage gears and is rotated, ultromotivity is closed disengage gears band nutating gear and is rotated, travelling gear drives drive axis, power transmission shaft drives sprocket rotation, 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, in the process of windowing, permanent magnetism angle orientation magnet rotates with sector gear, Hall magnetic wears the magnetic signal that switch collection permanent magnetism angle orientation magnet sends, when sash is opened to the angle of setting, permanent magnetism angle orientation magnet movement is to the position of setting, Hall magnetic wears the magnetic signal that switch collects 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 is closed disengage gears and is risen, ultromotivity is closed disengage gears and is separated with the output 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.
10. smart window according to claim 8, is characterized in that, described smart window also comprises automatically controlled screen window equipment, and described automatically controlled screen window equipment comprises PCB, gear motor, infrared emission grating sensor, roller bearing positioning seat, reel, housing, yarn rail, window screening, counter weight strip; Described PCB is integrated with signal transmitting and receiving processing template, described signal transmitting and receiving processing template and motors, the output 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 anti-dazzling screen, and the lower end of window screening is provided with lower anti-dazzling screen; The window frame of both sides is provided with yarn rail, counter weight strip moves up or down 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 of opening screen window, the running of instruction motor energising forward, motor driving reel rotates forward, window screening is risen and is rolled onto on reel, when window screening rises to the height of setting, lower anti-dazzling screen 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 information, reel stops rotating forward, window screening stops rising, and completes the action of opening screen window.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201510922773.XA CN105386642A (en) | 2015-12-14 | 2015-12-14 | Manual and automatic integrated dual-mode opening and closing equipment, intelligent door and intelligent window |
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| CN201510922773.XA CN105386642A (en) | 2015-12-14 | 2015-12-14 | Manual and automatic integrated dual-mode opening and closing equipment, intelligent door and intelligent window |
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| CN201510922773.XA Pending CN105386642A (en) | 2015-12-14 | 2015-12-14 | Manual and automatic integrated dual-mode opening and closing equipment, intelligent door and intelligent window |
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