CN109062062A - A kind of multifunction bedside cabinet and its control method - Google Patents
A kind of multifunction bedside cabinet and its control method Download PDFInfo
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- CN109062062A CN109062062A CN201810785558.3A CN201810785558A CN109062062A CN 109062062 A CN109062062 A CN 109062062A CN 201810785558 A CN201810785558 A CN 201810785558A CN 109062062 A CN109062062 A CN 109062062A
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- 238000000034 method Methods 0.000 title claims abstract description 25
- 239000004973 liquid crystal related substance Substances 0.000 claims abstract description 63
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 claims description 71
- 238000004891 communication Methods 0.000 claims description 29
- 230000005540 biological transmission Effects 0.000 claims description 14
- 230000008569 process Effects 0.000 claims description 14
- 238000011144 upstream manufacturing Methods 0.000 claims description 12
- 230000005856 abnormality Effects 0.000 claims description 9
- 230000003321 amplification Effects 0.000 claims description 9
- 238000009833 condensation Methods 0.000 claims description 9
- 230000005494 condensation Effects 0.000 claims description 9
- 238000001816 cooling Methods 0.000 claims description 9
- 238000003199 nucleic acid amplification method Methods 0.000 claims description 9
- 230000005236 sound signal Effects 0.000 claims description 9
- 230000000712 assembly Effects 0.000 claims description 6
- 238000000429 assembly Methods 0.000 claims description 6
- 239000000203 mixture Substances 0.000 claims description 3
- 239000007788 liquid Substances 0.000 claims 1
- 238000012544 monitoring process Methods 0.000 claims 1
- 238000005086 pumping Methods 0.000 claims 1
- 230000006870 function Effects 0.000 abstract description 7
- 239000000284 extract Substances 0.000 description 17
- 238000010586 diagram Methods 0.000 description 7
- 230000005611 electricity Effects 0.000 description 5
- 238000000889 atomisation Methods 0.000 description 4
- 238000004378 air conditioning Methods 0.000 description 1
- 230000009286 beneficial effect Effects 0.000 description 1
- 230000008859 change Effects 0.000 description 1
- 238000001514 detection method Methods 0.000 description 1
- 239000003814 drug Substances 0.000 description 1
- 229940079593 drug Drugs 0.000 description 1
- 230000006872 improvement Effects 0.000 description 1
- 230000004048 modification Effects 0.000 description 1
- 238000012986 modification Methods 0.000 description 1
- 238000002360 preparation method Methods 0.000 description 1
- 230000001502 supplementing effect Effects 0.000 description 1
- 238000010408 sweeping Methods 0.000 description 1
Classifications
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- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
- G05B15/00—Systems controlled by a computer
- G05B15/02—Systems controlled by a computer electric
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- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
- G05B19/00—Programme-control systems
- G05B19/02—Programme-control systems electric
- G05B19/418—Total factory control, i.e. centrally controlling a plurality of machines, e.g. direct or distributed numerical control [DNC], flexible manufacturing systems [FMS], integrated manufacturing systems [IMS] or computer integrated manufacturing [CIM]
-
- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
- G05B2219/00—Program-control systems
- G05B2219/20—Pc systems
- G05B2219/26—Pc applications
- G05B2219/2642—Domotique, domestic, home control, automation, smart house
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P90/00—Enabling technologies with a potential contribution to greenhouse gas [GHG] emissions mitigation
- Y02P90/02—Total factory control, e.g. smart factories, flexible manufacturing systems [FMS] or integrated manufacturing systems [IMS]
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- Engineering & Computer Science (AREA)
- General Engineering & Computer Science (AREA)
- Physics & Mathematics (AREA)
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- Automation & Control Theory (AREA)
- Manufacturing & Machinery (AREA)
- Quality & Reliability (AREA)
- Selective Calling Equipment (AREA)
Abstract
The invention discloses a kind of multifunction bedside cabinet and its control methods, including controlling terminal, master control borad and terminal device, which is characterized in that the input terminal of the controlling terminal and master control borad is electrically connected, and the output end of terminal device and master control borad is electrically connected；The controlling terminal includes liquid crystal touch control module, speech recognition controlled module, fingerprint recognition control module and APP software control module, the master control borad includes core processor, for being electrically connected the receiving unit of core processor and controlling terminal, for being electrically connected the control assembly and memory module of terminal device and master control borad, this product can control projector, desk lamp, the electrical equipments such as moisture trap, this product not only has the function of storing, to which the function of this product is more powerful, improve the practicability of product, and user can control indoor electrical equipment in bed, improve the quality of life of user, reduce the burden of user, improve the satisfaction of user.
Description
Technical field
The present invention relates to a kind of nightstand, specifically a kind of multifunction bedside cabinet and its control method.
Background technique
Nightstand is the bit part in the furniture of bedroom, its first from left is right, willing to set off bed, even its name
Word is also to generate because supplementing the function of bed.Nightstand exists because of its function all the time, stores some articles for daily use,
Place bedside lamp.The article being stored in nightstand is placed in bed mostly for the article such as drug etc. for meeting the needs of and taking
On head cabinet is mostly then some photos for increasing warm atmosphere for bedroom, slightly picture, flower arrangement etc..The function of existing nightstand
It is single, the practicality is influenced, and existing not enough science intelligence, user cannot control indoor electrical equipment by nightstand.
Summary of the invention
The purpose of the present invention is to provide a kind of multifunction bedside cabinet and its control methods, to solve in above-mentioned background technique
The problem of proposition.
To achieve the above object, the invention provides the following technical scheme:
A kind of multifunction bedside cabinet, including controlling terminal, master control borad and terminal device, the controlling terminal and master control borad
Input terminal is electrically connected, and the output end of terminal device and master control borad is electrically connected；The controlling terminal include liquid crystal touch control module,
Speech recognition controlled module, fingerprint recognition control module and APP software control module, the master control borad include core processor,
Receiving unit for being electrically connected core processor and controlling terminal, the control for being electrically connected terminal device and master control borad
Component and memory module；The receiving unit includes that speech recognition component, fingerprint recognition component, data reception component, WiFi connect
Receive component and communication component；The liquid crystal touch control module is connected by the input terminal of data reception component and core processor, institute
Speech recognition control module is stated to connect by the input terminal of speech recognition component and core processor；The fingerprint recognition controls mould
Block is connected by the input terminal of fingerprint recognition component and core processor；The APP software control module receives group by WiFi
The connection of the input terminal of part and communication component and core processor；The control assembly includes servo motor driving assembly, audio solution
Code character part, dimming components, dehumidifying servopackage, humidification servopackage, servo control division equipments, infrared emission component and Ethernet without
Line emitting module；The terminal device includes projector, desk lamp, moisture trap, humidifier, finger-print cipher drawer, household electrical appliances, intelligent family
Occupy equipment and home security equipment；The core processor is connected by different control assemblies from different connection terminal devices
It connects.
As a further solution of the present invention: the liquid crystal touch control module is by liquid crystal display, liquid crystal screen component, image
Component, touch tablet, touch tablet driving assembly, LED backlight, LED backlight driving assembly composition are managed, the touch-control processor
Output end and data reception component are electrically connected, and with touch-control processor with image processing modules are two-way is electrically connected, image procossing
Component is unidirectionally electrically connected with by liquid crystal display driving assembly with liquid crystal display, and the input terminal of the touch-control processor is electrical respectively
Connection touch tablet driving plate and LED backlight driving assembly, touch tablet drive plate assemblies are unidirectionally electrically connected with touch tablet, LED back
Light lamp driving assembly is unidirectionally electrically connected with LED backlight.
As a further solution of the present invention: the speech recognition controlled module is speech recognition sound pick-up.
As a further solution of the present invention: the APP software control module is the APP software in customer mobile terminal,
And mobile terminal is smart phone or computer.
A kind of control method of multifunction bedside cabinet, comprising the following steps:
One, projector is controlled:
(1) process is opened:
1. liquid crystal touch control mode:
When master control borad receives open signal, main control chip outputs signals to servo motor driving assembly, driving servo electricity
Machine starts uplink mode, and after reaching upstream sensor, feedback signal to servo motor driving assembly stops uplink mode, simultaneously
The driving of servo motor driving assembly sends a signal to main control chip, and main control chip is according to touch screen signal, audio decoder component solution
Code audio, screen signal, vision signal reach projection video interface, and audio signal reaches power amplifier components, and sound equipment is arrived after amplification
Equipment.
2. speech recognition controlled mode:
Voice sound pick-up receives voice messaging and signal is reached main control chip, master control core after speech recognition component identifies
Piece outputs signals to servo motor driving assembly, and driving servo motor starts uplink mode, after reaching upstream sensor, feedback letter
Number to servo motor driving assembly, stop uplink mode, while the driving of servo motor driving assembly sends a signal to main control chip,
For main control chip according to touch screen signal, audio decoder component decodes audio, screen signal, and vision signal reaches projection video and connects
Mouthful, audio signal reaches power amplifier components, and stereo set is arrived after amplification.
3. APP control mode:
Terminal APP software sends instruction, and the WiFi receiving unit of master control borad is reached through wireless network, is passed by communication component
To main control chip, main control chip outputs signals to servo motor driving assembly, and driving servo motor starts uplink mode, in arrival
After line sensor, feedback signal to servo motor driving assembly stops uplink mode, while servo motor driving assembly driving hair
The number of delivering letters is to main control chip, and for main control chip according to touch screen signal, audio decoder component decodes audio, screen signal, video letter
Number reach projection video interface, audio signal reach power amplifier components, after amplification arrive stereo set.
(2) closing flow path:
1. liquid crystal touch control mode:
When master control borad receives open signal, main control chip outputs signals to audio/video decoder and servo motor driving group
Part, close pattern.
2. speech recognition controlled mode:
Voice sound pick-up receives voice messaging and signal is reached main control chip, master control core after speech recognition component identifies
Piece outputs signals to audio/video decoder and servo motor driving assembly, close pattern.
3. APP control mode:
Terminal APP software sends instruction, and the WiFi receiving unit of master control borad is reached through wireless network, is passed by communication component
To main control chip, main control chip outputs signals to audio/video decoder and servo motor driving assembly, close pattern.
Two, desk lamp is controlled:
(1) process is opened:
1. liquid crystal touch control mode:
When master control borad receives open signal, main control chip outputs signals to servo motor driving assembly, driving servo electricity
Machine starts uplink mode, and after reaching upstream sensor, feedback signal to servo motor driving assembly stops uplink mode, simultaneously
The driving of servo motor driving assembly sends a signal to main control chip, and main control chip passes through dimming components tune according to touch screen signal
After whole brightness, LED driving assembly, control desk lamp work are reached.
2. speech recognition controlled mode:
Voice sound pick-up receives voice messaging and signal is reached main control chip, master control core after speech recognition component identifies
Piece outputs signals to servo motor driving assembly, and driving servo motor starts uplink mode, after reaching upstream sensor, feedback letter
Number to servo motor driving assembly, stop uplink mode, while the driving of servo motor driving assembly sends a signal to main control chip,
Main control chip is according to touch screen signal, after adjusting brightness by dimming components, reaches LED driving assembly, control desk lamp work.
3. APP control mode:
Terminal APP software sends instruction, and the WiFi receiving unit of master control borad is reached through wireless network, is passed by communication component
To main control chip, main control chip outputs signals to servo motor driving assembly, and driving servo motor starts uplink mode, in arrival
After line sensor, feedback signal to servo motor driving assembly stops uplink mode, while servo motor driving assembly driving hair
For the number of delivering letters to main control chip, main control chip is according to touch screen signal, after adjusting brightness by dimming components, reaches LED driving
Component, control desk lamp work.
(2) closing flow path:
1. liquid crystal touch control mode
When master control borad receives open signal, main control chip outputs signals to power amplifier components and servo motor driving assembly,
Close pattern.
2. speech recognition controlled mode:
Voice sound pick-up receives voice messaging and signal is reached main control chip, master control core after speech recognition component identifies
Piece outputs signals to power amplifier components and servo motor driving assembly, close pattern.
3. APP control mode:
Terminal APP software sends instruction, and the WiFi receiving unit of master control borad is reached through wireless network, by believing that component reaches
Main control chip, main control chip output signals to power amplifier components and servo motor driving assembly, close pattern.
Three, moisture trap is controlled:
(1) process is opened:
1. liquid crystal touch control mode:
When master control borad receives open signal, main control chip outputs signals to dehumidifying servo-drive component, water level sensor
Cistern water level is monitored, feedback model to core processor, cistern water level is normal, and core processor outputs signal to dehumidifying servo and drives
Dynamic Component driver electronic refrigerating sheet, cooling fan, condensation fan work；Water level abnormality, core processor output signal to liquid crystal
Touch screen prompts exception information.
2. speech recognition controlled mode:
Voice sound pick-up receives voice messaging, and after speech recognition component identifies, main control chip outputs signals to dehumidifying and watches
Driving assembly is taken, water level sensor monitors cistern water level, feeds back model to core processor, cistern water level is normal, core processing
Device outputs signal to dehumidifying servo-drive Component driver electronic refrigerating sheet, cooling fan, condensation fan work；Water level abnormality, core
Heart output signal of processor to liquid crystal touch control screen prompts exception information.
3. APP control mode:
Terminal APP software sends instruction, and the WiFi receiving unit of master control borad is reached through wireless network, is passed by communication component
To main control chip, main control chip outputs signals to dehumidifying servo-drive component, and water level sensor monitors cistern water level, feeds back model
To core processor, cistern water level is normal, core processor output signal to dehumidifying servo-drive Component driver electronic refrigerating sheet,
Cooling fan, condensation fan work；Water level abnormality, core processor output signal to liquid crystal touch control screen prompt exception information.
(2) closing flow path:
1. liquid crystal touch control mode:
When master control borad receives open signal, main control chip output signal dehumidifying servo motor driving assembly, close pattern.
2. speech recognition controlled mode:
Voice sound pick-up receives voice messaging and signal is reached main control chip, master control core after speech recognition component identifies
Piece outputs signals to dehumidifying servo motor driving assembly, close pattern.
3. APP control mode:
Terminal APP software sends instruction, and the WiFi receiving unit of master control borad is reached through wireless network, is passed by communication component
To main control chip, main control chip outputs signals to dehumidifying servo motor driving assembly, close pattern.
Compared with prior art, the beneficial effects of the present invention are: this product can control projector, desk lamp, moisture trap etc.
Electrical equipment, this product not only have the function of storing, so that the function of this product is more powerful, improve the practicability of product,
And user can control indoor electrical equipment in bed, improve the quality of life of user, reduce the burden of user, improve user
Satisfaction.
Detailed description of the invention
Fig. 1 is a kind of control module schematic diagram of multifunction bedside cabinet to projector and desk lamp.
Fig. 2 is a kind of control module schematic diagram of multifunction bedside cabinet to moisture trap.
Fig. 3 is a kind of control module schematic diagram of multifunction bedside cabinet to humidifier.
Fig. 4 is a kind of control module schematic diagram of multifunction bedside cabinet to finger-print cipher drawer.
Fig. 5 is a kind of control module schematic diagram of multifunction bedside cabinet to household appliance.
A kind of control module schematic diagram of the multifunction bedside cabinet of Fig. 6 to smart home device.
A kind of control module schematic diagram of the multifunction bedside cabinet of Fig. 7 to home security equipment.
Specific embodiment
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete
Site preparation description, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based on
Embodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts every other
Embodiment shall fall within the protection scope of the present invention.
Please refer to Fig. 1~7, in the embodiment of the present invention, a kind of multifunction bedside cabinet and its control method, including control is eventually
The input terminal of end, master control borad and terminal device, the controlling terminal and master control borad is electrically connected, terminal device and master control borad it is defeated
Outlet is electrically connected；The controlling terminal include liquid crystal touch control module, speech recognition controlled module, fingerprint recognition control module and
APP software control module, the master control borad include core processor, for being electrically connected connecing for core processor and controlling terminal
Receive component, control assembly and memory module for being electrically connected terminal device and master control borad；The receiving unit includes voice
Recognizer component, fingerprint recognition component, data reception component, WiFi receiving unit and communication component；The liquid crystal touch control module is logical
The input terminal for crossing data reception component and core processor connects, the speech recognition controlled module by speech recognition component with
The input terminal of core processor connects；The fingerprint recognition control module passes through the input of fingerprint recognition component and core processor
End connection；The APP software control module is connected by the input terminal of WiFi receiving unit and communication component and core processor；
The control assembly includes servo motor driving assembly, audio decoder component, dimming components, dehumidifying servopackage, humidification servo
Component, servo control division equipments, infrared emission component and Ethernet wireless transmission component；The terminal device includes projector, platform
Lamp, moisture trap, humidifier, finger-print cipher drawer, household appliance, smart home device and home security equipment；At the core
It manages device and is connected by different control assemblies from different connection terminal devices.
The liquid crystal touch control module is driven by liquid crystal display, liquid crystal screen component, image processing modules, touch tablet, touch tablet
Dynamic component, LED backlight, LED backlight driving assembly composition, output end and the data reception component electricity of the touch-control processor
Property connection, and with touch-control processor with image processing modules are two-way is electrically connected, image processing modules with pass through liquid crystal display driving group
Part is unidirectionally electrically connected with liquid crystal display, and touch tablet driving plate and LED is electrically connected in the input terminal of the touch-control processor
Backlight driving assembly, touch tablet drive plate assemblies are unidirectionally electrically connected with touch tablet, LED backlight driving assembly and LED backlight
Lamp is unidirectionally electrically connected.
The speech recognition controlled module is speech recognition sound pick-up.
The APP software control module be customer mobile terminal in APP software, and mobile terminal be smart phone or
Computer.
A kind of control method of multifunction bedside cabinet, comprising the following steps:
One, projector is controlled:
(1) process is opened:
1. liquid crystal touch control mode:
When master control borad receives open signal, main control chip outputs signals to servo motor driving assembly, driving servo electricity
Machine starts uplink mode, and after reaching upstream sensor, feedback signal to servo motor driving assembly stops uplink mode, simultaneously
The driving of servo motor driving assembly sends a signal to main control chip, and main control chip is according to touch screen signal, audio decoder component solution
Code audio, screen signal, vision signal reach projection video interface, and audio signal reaches power amplifier components, and sound equipment is arrived after amplification
Equipment.
2. speech recognition controlled mode:
Voice sound pick-up receives voice messaging and signal is reached main control chip, master control core after speech recognition component identifies
Piece outputs signals to servo motor driving assembly, and driving servo motor starts uplink mode, after reaching upstream sensor, feedback letter
Number to servo motor driving assembly, stop uplink mode, while the driving of servo motor driving assembly sends a signal to main control chip,
For main control chip according to touch screen signal, audio decoder component decodes audio, screen signal, and vision signal reaches projection video and connects
Mouthful, audio signal reaches power amplifier components, and stereo set is arrived after amplification.
3. APP control mode:
Terminal APP software sends instruction, and the WiFi receiving unit of master control borad is reached through wireless network, is passed by communication component
To main control chip, main control chip outputs signals to servo motor driving assembly, and driving servo motor starts uplink mode, in arrival
After line sensor, feedback signal to servo motor driving assembly stops uplink mode, while servo motor driving assembly driving hair
The number of delivering letters is to main control chip, and for main control chip according to touch screen signal, audio decoder component decodes audio, screen signal, video letter
Number reach projection video interface, audio signal reach power amplifier components, after amplification arrive stereo set.
(2) closing flow path:
1. liquid crystal touch control mode:
When master control borad receives open signal, main control chip outputs signals to audio/video decoder and servo motor driving group
Part, close pattern.
2. speech recognition controlled mode:
Voice sound pick-up receives voice messaging and signal is reached main control chip, master control core after speech recognition component identifies
Piece outputs signals to audio/video decoder and servo motor driving assembly, close pattern.
3. APP control mode:
Terminal APP software sends instruction, and the WiFi receiving unit of master control borad is reached through wireless network, is passed by communication component
To main control chip, main control chip outputs signals to audio/video decoder and servo motor driving assembly, close pattern.
Two, desk lamp is controlled:
(1) process is opened:
1. liquid crystal touch control mode:
When master control borad receives open signal, main control chip outputs signals to servo motor driving assembly, driving servo electricity
Machine starts uplink mode, and after reaching upstream sensor, feedback signal to servo motor driving assembly stops uplink mode, simultaneously
The driving of servo motor driving assembly sends a signal to main control chip, and main control chip passes through dimming components tune according to touch screen signal
After whole brightness, LED driving assembly, control desk lamp work are reached.
2. speech recognition controlled mode:
Voice sound pick-up receives voice messaging and signal is reached main control chip, master control core after speech recognition component identifies
Piece outputs signals to servo motor driving assembly, and driving servo motor starts uplink mode, after reaching upstream sensor, feedback letter
Number to servo motor driving assembly, stop uplink mode, while the driving of servo motor driving assembly sends a signal to main control chip,
Main control chip is according to touch screen signal, after adjusting brightness by dimming components, reaches LED driving assembly, control desk lamp work.
3. APP control mode:
Terminal APP software sends instruction, and the WiFi receiving unit of master control borad is reached through wireless network, is passed by communication component
To main control chip, main control chip outputs signals to servo motor driving assembly, and driving servo motor starts uplink mode, in arrival
After line sensor, feedback signal to servo motor driving assembly stops uplink mode, while servo motor driving assembly driving hair
For the number of delivering letters to main control chip, main control chip is according to touch screen signal, after adjusting brightness by dimming components, reaches LED driving
Component, control desk lamp work.
(2) closing flow path:
1. liquid crystal touch control mode
When master control borad receives open signal, main control chip outputs signals to power amplifier components and servo motor driving assembly,
Close pattern.
2. speech recognition controlled mode:
Voice sound pick-up receives voice messaging and signal is reached main control chip, master control core after speech recognition component identifies
Piece outputs signals to power amplifier components and servo motor driving assembly, close pattern.
3. APP control mode:
Terminal APP software sends instruction, and the WiFi receiving unit of master control borad is reached through wireless network, by believing that component reaches
Main control chip, main control chip output signals to power amplifier components and servo motor driving assembly, close pattern.
Three, moisture trap is controlled:
(1) process is opened:
1. liquid crystal touch control mode:
When master control borad receives open signal, main control chip outputs signals to dehumidifying servo-drive component, water level sensor
Cistern water level is monitored, feedback model to core processor, cistern water level is normal, and core processor outputs signal to dehumidifying servo and drives
Dynamic Component driver electronic refrigerating sheet, cooling fan, condensation fan work；Water level abnormality, core processor output signal to liquid crystal
Touch screen prompts exception information.
2. speech recognition controlled mode:
Voice sound pick-up receives voice messaging, and after speech recognition component identifies, main control chip outputs signals to dehumidifying and watches
Driving assembly is taken, water level sensor monitors cistern water level, feeds back model to core processor, cistern water level is normal, core processing
Device outputs signal to dehumidifying servo-drive Component driver electronic refrigerating sheet, cooling fan, condensation fan work；
Water level abnormality, core processor output signal to liquid crystal touch control screen prompt exception information.
3. APP control mode:
Terminal APP software sends instruction, and the WiFi receiving unit of master control borad is reached through wireless network, is passed by communication component
To main control chip, main control chip outputs signals to dehumidifying servo-drive component, and water level sensor monitors cistern water level, feeds back model
To core processor, cistern water level is normal, core processor output signal to dehumidifying servo-drive Component driver electronic refrigerating sheet,
Cooling fan, condensation fan work；Water level abnormality, core processor output signal to liquid crystal touch control screen prompt exception information.
(2) closing flow path:
1. liquid crystal touch control mode:
When master control borad receives open signal, main control chip output signal dehumidifying servo motor driving assembly, close pattern.
2. speech recognition controlled mode:
Voice sound pick-up receives voice messaging and signal is reached main control chip, master control core after speech recognition component identifies
Piece outputs signals to dehumidifying servo motor driving assembly, close pattern.
3. APP control mode:
Terminal APP software sends instruction, and the WiFi receiving unit of master control borad is reached through wireless network, is passed by communication component
To main control chip, main control chip outputs signals to dehumidifying servo motor driving assembly, close pattern.
Four, humidifier is controlled:
(1) process is opened:
1. liquid crystal touch control mode:
When master control borad receives open signal, main control chip outputs signals to humidification servo-drive component, lower level sensor
Device monitors cistern water level, feeds back model to core processor, cistern water level is normal, and core processor outputs signal to humidification servo
Driving assembly drives ultrasonic atomization component operation；When water level is lower than lower water level sensor, feedback information to core processor, core
Heart output signal of processor adds water conservancy project to make to humidification servo-drive Component driver pump motor, and water level reaches upper level sensor detection
When water level, feedback signal to core processor, core processor outputs signal to humidification servo-drive component and stops pump motor
Add water conservancy project to make, drives ultrasonic atomization component operation；When water tank lacks water, core processor outputs signal to the prompt of liquid crystal touch control screen
" adding water " information.
2. speech recognition controlled mode:
Voice sound pick-up receives voice messaging, and after speech recognition component identifies, main control chip outputs signals to humidification and watches
Driving assembly is taken, lower water level sensor monitors cistern water level, feeds back model to core processor, cistern water level is normal, at core
Reason device outputs signal to humidification servo-drive Component driver ultrasonic atomization component operation；When water level is lower than lower water level sensor,
To core processor, core processor outputs signal to humidification servo-drive Component driver pump motor and adds water conservancy project feedback information
Make, when water level reaches upper level sensor sensed water level, feedback signal to core processor, core processor outputs signal to humidification
Servo-drive component stops pump motor and water conservancy project is added to make, and drives ultrasonic atomization component operation；When water tank lacks water, core processor
Output signal to liquid crystal touch control screen prompt " adding water " information.
3. APP control mode:
Terminal APP software sends instruction, and the WiFi receiving unit of master control borad is reached through wireless network, is passed by communication component
To main control chip, main control chip outputs signals to humidification servo-drive component, and lower water level sensor monitors cistern water level, feedback-type
Number to core processor, cistern water level is normal, and core processor outputs signal to humidification servo-drive Component driver ultrasonic fog
Change component operation；When water level is lower than lower water level sensor, feedback information to core processor, core processor, which outputs signal to, to be added
Wet servo-drive Component driver pump motor adds water conservancy project to make, when water level reaches upper level sensor sensed water level, feedback signal to core
Heart processor, core processor output signal to humidification servo-drive component stopping pump motor and water conservancy project are added to make, and drive ultrasonic wave
Atomizing component work；When water tank lacks water, core processor outputs signal to liquid crystal touch control screen prompt " adding water " information.
(2) closing flow path:
1. liquid crystal touch control mode:
When master control borad receives shutdown signal, main control chip output signal humidifies servo-drive component, close pattern.
2. speech recognition controlled mode:
Voice sound pick-up receives voice messaging and signal is reached main control chip, master control core after speech recognition component identifies
Piece outputs signals to humidification servo motor driving assembly, close pattern.
3. APP control mode:
Terminal APP software sends instruction, and the WiFi receiving unit of master control borad is reached through wireless network, is passed by communication component
To main control chip, main control chip outputs signals to humidification servo motor driving assembly, close pattern.
Five, finger-print cipher drawer is controlled:
(1) process is opened:
1. fingerprint recognition mode:
Fingerprint collecting component through fingerprint recognition component acquire finger print information, core processor by the finger print information of acquisition with deposit
Fingerprint comparison has been stored in storage component, has been compared by fingerprint, it is automatically controlled that core processor outputs signal to servo control division equipments driving
Lock is unlocked, and drives electric expansion component operation, when reaching out limit, servo control division equipments feedback information is to core processor, core
Heart output signal of processor stops driving electric expansion component operation to servo control division equipments.
2. APP control mode:
Terminal APP software sends unlocking instruction, inputs unlocking cipher, and core processor is by the unlocking cipher of input and storage
Password comparison has been stored in component, has been compared by password, and core processor outputs signal to servo control division equipments driving electric control lock
It unlocks, drives electric expansion component operation, when reaching out limit, servo control division equipments feedback information is to core processor, core
Output signal of processor stops driving electric expansion component operation to servo control division equipments.
3. liquid crystal touch control mode:
Master control borad receives unlocking instruction, inputs unlocking cipher, and core processor is by the unlocking cipher of input and storage group
Password comparison has been stored in part, has been compared by password, and core processor outputs signal to servo control division equipments driving electric control lock and opens
Lock drives electric expansion component operation, and when reaching out limit, servo control division equipments feedback information is to core processor, at core
Reason device outputs signal to servo control division equipments and stops driving electric expansion component operation.
(2) closing flow path:
Touch closing mode:
Drawer is touched, servo control division equipments drive the retraction work of electric expansion component, when reaching pass limit, electric expansion group
Part stops working, and electric control lock is closed.
Six, household appliance is controlled:
Household appliance includes the electric appliance that air-conditioning, TV, curtain etc. are controlled with infrared signal.
(1) process is opened:
1. liquid crystal touch control mode:
It issues and instructs through liquid crystal master control borad, master control borad is received through data reception component and instructed, and core processor is in storage group
Command signal is extracted in part, outputs signals to infrared emission component, infrared control household electrical appliances.
2. speech recognition controlled mode:
Voice sound pick-up receives voice messaging, and after speech recognition component identifies, master control borad is received through data reception component
Information, core processor extract command signal in storage assembly, output signals to infrared emission component, infrared control household electrical appliances.
3. APP control mode:
Terminal APP software sends instruction, and the WiFi receiving unit of master control borad is reached through wireless network, is passed by communication component
To main control chip, core processor extracts command signal in storage assembly, outputs signals to infrared emission component, infrared control
Household electrical appliances.
(2) closing flow path:
1. liquid crystal touch control mode:
When master control borad receives off signal, core processor extracts associated command signal, infrared control in storage assembly
Household electrical appliances processed.
2. speech recognition controlled mode:
Voice sound pick-up receives voice messaging, after speech recognition component identifies, signal is reached main control chip, at core
Reason device extracts associated command signal, infrared control household electrical appliances in storage assembly.
3. APP control mode:
Terminal APP software sends instruction, and the WiFi receiving unit of master control borad is reached through wireless network, is passed by communication component
To main control chip, core processor extracts associated command signal, infrared control household electrical appliances in storage assembly.
Seven, smart home device is controlled:
Smart home device includes: the electric appliance of the Ethernets such as electric cooker, sweeping robot control.
(1) process is opened:
1. liquid crystal touch control mode:
Work order is issued through liquid crystal master control borad, master control borad is received through data reception component and instructed, and core processor is being deposited
Working instruction signal is extracted in storage component, outputs signals to Ethernet wireless transmission component, issues Ethernet wireless command signals,
Control smart home device work.
2. speech recognition controlled mode:
Voice sound pick-up receives voice messaging, and after speech recognition component identifies, master control borad is received through data reception component
Information, core processor extract working instruction signal in storage assembly, output signals to Ethernet wireless transmission component, issue
Ethernet wireless command signals, control smart home device work.
3. APP control mode:
Terminal APP software sends instruction, and the WiFi receiving unit of master control borad is reached through wireless network, is passed by communication component
To main control chip, core processor extracts working instruction signal in storage assembly, outputs signals to Ethernet wireless transmission group
Part issues Ethernet wireless command signals, control smart home device work.
(2) closing flow path:
1. liquid crystal touch control mode:
When master control borad receives off signal, core processor extracts associated command signal in storage assembly, at core
Reason device extracts shutdown command signal in storage assembly, outputs signals to Ethernet wireless transmission component, and it is wireless to issue Ethernet
Command signal closes smart home device work.
2. speech recognition controlled mode:
Voice sound pick-up receives voice messaging, after speech recognition component identifies, signal is reached main control chip, at core
Reason device extracts shutdown command signal in storage assembly, outputs signals to Ethernet wireless transmission component, and it is wireless to issue Ethernet
Command signal closes smart home device work.
3. APP control mode:
Terminal APP software sends instruction, and the WiFi receiving unit of master control borad is reached through wireless network, is passed by communication component
To main control chip, core processor extracts shutdown command signal in storage assembly, outputs signals to Ethernet wireless transmission group
Part issues Ethernet wireless command signals, closes smart home device work.
Eight, home security equipment is controlled:
Home security equipment includes: video doorbell, Household monitor, intelligent door lock security alarm etc..
(1) process is opened:
1. liquid crystal touch control mode:
Work order is issued through liquid crystal master control borad, master control borad is received through data reception component and instructed, and core processor is being deposited
Working instruction signal is extracted in storage component, outputs signals to Ethernet wireless transmission component, issues Ethernet wireless command signals,
Control the work of home security equipment.
2. speech recognition controlled mode:
Voice sound pick-up receives voice messaging, and after speech recognition component identifies, master control borad is received through data reception component
Information, core processor extract working instruction signal in storage assembly, output signals to Ethernet wireless transmission component, issue
Ethernet wireless command signals, control home security equipment work.
3. APP control mode:
Terminal APP software sends instruction, and the WiFi receiving unit of master control borad is reached through wireless network, is passed by communication component
To main control chip, core processor extracts working instruction signal in storage assembly, outputs signals to Ethernet wireless transmission group
Part issues Ethernet wireless command signals, control home security equipment work.
(2) closing flow path:
1. liquid crystal touch control mode:
When master control borad receives off signal, core processor extracts associated command signal in storage assembly, at core
Reason device extracts shutdown command signal in storage assembly, outputs signals to Ethernet wireless transmission component, and it is wireless to issue Ethernet
Command signal closes the work of home security equipment.
2. speech recognition controlled mode:
Voice sound pick-up receives voice messaging, after speech recognition component identifies, signal is reached main control chip, at core
Reason device extracts shutdown command signal in storage assembly, outputs signals to Ethernet wireless transmission component, and it is wireless to issue Ethernet
Command signal closes the work of home security equipment.
3. APP control mode:
Terminal APP software sends instruction, and the WiFi receiving unit of master control borad is reached through wireless network, is passed by communication component
To main control chip, core processor extracts shutdown command signal in storage assembly, outputs signals to Ethernet wireless transmission group
Part issues Ethernet wireless command signals, closes the work of home security equipment.
Circuit involved in the present invention and control are the prior art, herein without excessively repeating.
Although the present invention is described in detail referring to the foregoing embodiments, for those skilled in the art,
It is still possible to modify the technical solutions described in the foregoing embodiments, or part of technical characteristic is carried out etc.
With replacement, all within the spirits and principles of the present invention, any modification, equivalent replacement, improvement and so on should be included in this
Within the protection scope of invention.
Claims (5)
1. a kind of multifunction bedside cabinet, including controlling terminal, master control borad and terminal device, which is characterized in that the controlling terminal
It is electrically connected with the input terminal of master control borad, the output end of terminal device and master control borad is electrically connected；The controlling terminal includes liquid
Brilliant touch-control module, speech recognition controlled module, fingerprint recognition control module and APP software control module, the master control borad include
Core processor, the receiving unit for being electrically connected core processor and controlling terminal, for be electrically connected terminal device and
The control assembly and memory module of master control borad；The receiving unit includes speech recognition component, fingerprint recognition component, data receiver
Component, WiFi receiving unit and communication component；The liquid crystal touch control module is defeated by data reception component and core processor
Enter end connection, the speech recognition controlled module is connected by the input terminal of speech recognition component and core processor；The finger
Line identifies that control module is connected by the input terminal of fingerprint recognition component and core processor；The APP software control module is logical
The input terminal for crossing WiFi receiving unit and communication component and core processor connects；The control assembly includes servo motor driving
Component, audio decoder component, dimming components, dehumidifying servopackage, humidification servopackage, servo control division equipments, infrared emission group
Part and Ethernet wireless transmission component；The terminal device includes projector, desk lamp, moisture trap, humidifier, finger-print cipher pumping
Drawer, household appliance, smart home device and home security equipment；The core processor by different control assemblies from it is different
Connection terminal device connection.
2. a kind of multifunction bedside cabinet according to claim 1, which is characterized in that the liquid crystal touch control module is by liquid crystal
Display screen, liquid crystal screen component, image processing modules, touch tablet, touch tablet driving assembly, LED backlight, LED backlight driving group
Part composition, the output end of the touch-control processor and data reception component are electrically connected, and with touch-control processor and image procossing
The two-way electrical connection of component, image processing modules are unidirectionally electrically connected with by liquid crystal display driving assembly with liquid crystal display, the touching
Touch tablet driving plate and LED backlight driving assembly, touch tablet drive plate assemblies are electrically connected in the input terminal of control processor
It is unidirectionally electrically connected with touch tablet, LED backlight driving assembly is unidirectionally electrically connected with LED backlight.
3. a kind of multifunction bedside cabinet according to claim 1 to 2, which is characterized in that the speech recognition controlled mould
Block is speech recognition sound pick-up.
4. a kind of multifunction bedside cabinet according to claim 1 to 2, which is characterized in that the APP software control mould
Block is the APP software in customer mobile terminal, and mobile terminal is smart phone or computer.
5. a kind of control method of multifunction bedside cabinet according to claim 1 to 3, which is characterized in that including following
Step:
One, projector is controlled:
(1) process is opened:
1. liquid crystal touch control mode:
When master control borad receives open signal, main control chip outputs signals to servo motor driving assembly, and driving servo motor opens
Dynamic uplink mode, after reaching upstream sensor, feedback signal to servo motor driving assembly stops uplink mode,
Servo motor driving assembly driving simultaneously sends a signal to main control chip, and main control chip is according to touch screen signal, audio solution
Code character part decodes audio, screen signal, and vision signal reaches projection video interface, and audio signal reaches power amplifier components,
Stereo set is arrived after amplification.
2. speech recognition controlled mode:
Voice sound pick-up receives voice messaging and signal is reached main control chip, main control chip is defeated after speech recognition component identifies
Signal drives servo motor to start uplink mode to servo motor driving assembly out, after reaching upstream sensor,
Feedback signal stops uplink mode to servo motor driving assembly, while the driving of servo motor driving assembly sends signal
To main control chip, for main control chip according to touch screen signal, audio decoder component decodes audio, screen signal, and vision signal reaches
Projection video interface, audio signal reach power amplifier components, and stereo set is arrived after amplification.
3. APP control mode:
Terminal APP software sends instruction, and the WiFi receiving unit of master control borad is reached through wireless network, reaches master by communication component
Chip is controlled, main control chip outputs signals to servo motor driving assembly, and driving servo motor starts uplink mode, reaches uplink and passes
After sensor, feedback signal to servo motor driving assembly stops uplink mode, while the driving of servo motor driving assembly sends letter
Number to main control chip, main control chip decodes audio, screen signal according to touch screen signal, audio decoder component, and vision signal arrives
Up to projection video interface, audio signal reaches power amplifier components, and stereo set is arrived after amplification.
(2) closing flow path:
1. liquid crystal touch control mode:
When master control borad receives open signal, main control chip outputs signals to audio/video decoder and servo motor driving assembly,
Close pattern.
2. speech recognition controlled mode:
Voice sound pick-up receives voice messaging and signal is reached main control chip, main control chip is defeated after speech recognition component identifies
Signal is to audio/video decoder and servo motor driving assembly, close pattern out.
3. APP control mode:
Terminal APP software sends instruction, and the WiFi receiving unit of master control borad is reached through wireless network, reaches master by communication component
Chip is controlled, main control chip outputs signals to audio/video decoder and servo motor driving assembly, close pattern.
Two, desk lamp is controlled:
(1) process is opened:
1. liquid crystal touch control mode:
When master control borad receives open signal, main control chip outputs signals to servo motor driving assembly, and driving servo motor opens
Dynamic uplink mode, after reaching upstream sensor, feedback signal to servo motor driving assembly stops uplink mode, while servo
Motor drive component driving sends a signal to main control chip, and main control chip adjusts light according to touch screen signal, by dimming components
After brightness, LED driving assembly, control desk lamp work are reached.
2. speech recognition controlled mode:
Voice sound pick-up receives voice messaging and signal is reached main control chip, main control chip is defeated after speech recognition component identifies
Signal drives servo motor to start uplink mode to servo motor driving assembly out, and after reaching upstream sensor, feedback signal is extremely
Servo motor driving assembly stops uplink mode, while the driving of servo motor driving assembly sends a signal to main control chip, master control
Chip is according to touch screen signal, after adjusting brightness by dimming components, reaches LED driving assembly, control desk lamp work.
3. APP control mode:
Terminal APP software sends instruction, and the WiFi receiving unit of master control borad is reached through wireless network, reaches master by communication component
Chip is controlled, main control chip outputs signals to servo motor driving assembly, and driving servo motor starts uplink mode, reaches uplink and passes
After sensor, feedback signal to servo motor driving assembly stops uplink mode, while the driving of servo motor driving assembly sends letter
Number to main control chip, main control chip is according to touch screen signal, after adjusting brightness by dimming components, reaches LED driving assembly,
Control desk lamp work.
(2) closing flow path:
1. liquid crystal touch control mode
When master control borad receives open signal, main control chip outputs signals to power amplifier components and servo motor driving assembly, closes
Mode.
2. speech recognition controlled mode:
Voice sound pick-up receives voice messaging and signal is reached main control chip, main control chip is defeated after speech recognition component identifies
Signal is to power amplifier components and servo motor driving assembly, close pattern out.
3. APP control mode:
Terminal APP software sends instruction, and the WiFi receiving unit of master control borad is reached through wireless network, by believing that component reaches master control
Chip, main control chip output signals to power amplifier components and servo motor driving assembly, close pattern.
Three, moisture trap is controlled:
(1) process is opened:
1. liquid crystal touch control mode:
When master control borad receives open signal, main control chip outputs signals to dehumidifying servo-drive component, water level sensor monitoring
Cistern water level, feedback model to core processor, cistern water level is normal, and core processor outputs signal to dehumidifying servo-drive group
Part drives electronic refrigerating sheet, cooling fan, condensation fan work；Water level abnormality, core processor output signal to liquid crystal touch control
Screen prompt exception information.
2. speech recognition controlled mode:
Voice sound pick-up receives voice messaging, and after speech recognition component identifies, main control chip outputs signals to dehumidifying servo and drives
Dynamic component, water level sensor monitor cistern water level, feed back model to core processor, cistern water level is normal, and core processor is defeated
Signal is to dehumidifying servo-drive Component driver electronic refrigerating sheet, cooling fan, condensation fan work out；Water level abnormality, at core
Reason device outputs signal to liquid crystal touch control screen prompt exception information.
3. APP control mode:
Terminal APP software sends instruction, and the WiFi receiving unit of master control borad is reached through wireless network, reaches master by communication component
Chip is controlled, main control chip outputs signals to dehumidifying servo-drive component, and water level sensor monitors cistern water level,
Model is fed back to core processor, and cistern water level is normal, and core processor outputs signal to dehumidifying servo-drive component and drives
Dynamic electronic refrigerating sheet, cooling fan, condensation fan work；Water level abnormality, core processor output signal to liquid crystal touch control screen and mention
Show exception information.
(2) closing flow path:
1. liquid crystal touch control mode:
When master control borad receives open signal, main control chip output signal dehumidifying servo motor driving assembly, close pattern.
2. speech recognition controlled mode:
Voice sound pick-up receives voice messaging and signal is reached main control chip, main control chip is defeated after speech recognition component identifies
Out signal to dehumidifying servo motor driving assembly, close pattern.
3. APP control mode:
Terminal APP software sends instruction, and the WiFi receiving unit of master control borad is reached through wireless network, reaches master by communication component
Chip is controlled, main control chip outputs signals to dehumidifying servo motor driving assembly, close pattern.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810785558.3A CN109062062A (en) | 2018-07-17 | 2018-07-17 | A kind of multifunction bedside cabinet and its control method |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810785558.3A CN109062062A (en) | 2018-07-17 | 2018-07-17 | A kind of multifunction bedside cabinet and its control method |
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| CN201810785558.3A Pending CN109062062A (en) | 2018-07-17 | 2018-07-17 | A kind of multifunction bedside cabinet and its control method |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112497892A (en) * | 2020-12-15 | 2021-03-16 | 固高科技(深圳)有限公司 | Servo driving device and system |
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Application publication date: 20181221 |