CN109996371A - The method of gesture control light for Intelligent bracelet - Google Patents
The method of gesture control light for Intelligent bracelet Download PDFInfo
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- CN109996371A CN109996371A CN201910331848.5A CN201910331848A CN109996371A CN 109996371 A CN109996371 A CN 109996371A CN 201910331848 A CN201910331848 A CN 201910331848A CN 109996371 A CN109996371 A CN 109996371A
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- H—ELECTRICITY
- H05—ELECTRIC TECHNIQUES NOT OTHERWISE PROVIDED FOR
- H05B—ELECTRIC HEATING; ELECTRIC LIGHT SOURCES NOT OTHERWISE PROVIDED FOR; CIRCUIT ARRANGEMENTS FOR ELECTRIC LIGHT SOURCES, IN GENERAL
- H05B45/00—Circuit arrangements for operating light-emitting diodes [LED]
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Abstract
The present invention relates to Intelligent bracelet technical fields, specifically, being related to a kind of method of gesture control light for Intelligent bracelet, comprising the following steps: when there is gesture motion, the acceleration transducer on bracelet acquires acceleration signal and is sent to MCU；MCU first judges whether it is Low Power Mode, if it is not, then MCU pre-processes corresponding data；Gesture motion identification classification and result obtain final gesture；Judge bracelet connection status, if connection status, then notifies APP transmission gesture Broadcasting Control is instructed to carry out signal light control to lamp control receiving module, if not connection status, then bracelet directly transmits Broadcasting Control instruction；Five, posting status message is obtained；The present invention can control light preferably by gesture, and the two states of bracelet can control lighting system.
Description
Technical field
The present invention relates to Intelligent bracelet technical fields, specifically, being related to a kind of gesture control light for Intelligent bracelet
The method of light.
Background technique
With the development of current intelligent wearable device and universal, increase in the year of intelligent wearable device growing day by day, intelligently wears
It wears in equipment, the popularity rate of Intelligent bracelet is highest.Almost everybody wears Intelligent bracelet or wrist-watch is intelligently dressed and set
Standby, the development of Intelligent bracelet is universal, i.e., will change our life style, by the bluetooth BLE wireless communication technique of standard configuration with
Home intelligent household external member linkage control, control light is soft to be opened, dims, brightness memory, intelligent operations and the pipe such as Episodic Memory
Reason.
Bluetooth technology benefits from the characteristics such as its intelligence, low-power consumption, high connection speed, and explosion type is presented in Internet of Things market and increases
Length is that Internet of Things engineer is obvious to all.Important component of the intelligent lighting as smart home, in smart city and intelligence
Completely new developing stage can be entered under the double-driving force of household, bring earth-shaking change to traditional LED illumination industry
Become.
Traditional Bluetooth broadcast lighting control system is essentially all to carry out operation control by remote controler or cell phone application, is added
Enter Intelligent bracelet (watch device), bring will be the home life for being rich in interest and imagination, can also get rid of traditional
Remote control control mode.
Summary of the invention
The contents of the present invention are to provide a kind of method of gesture control light for Intelligent bracelet, can overcome existing
Certain or certain defects of technology.
A kind of method of gesture control light for Intelligent bracelet according to the present invention comprising following steps:
It one, is dormant state when bracelet is static, when there is gesture motion, the acceleration transducer on bracelet acquires acceleration
Signal is simultaneously sent to MCU；
Two, MCU first judges whether it is Low Power Mode, if so, bracelet continues suspend mode or prompt charging, if it is not, then MCU
Corresponding data are pre-processed, gesture data is correctly intercepted and is come out；
Three, extract gesture motion feature, it is compared with reference model, and make gesture motion identification classification and
As a result final gesture is obtained；
Four, judge bracelet connection status, if connection status, then notify APP transmission gesture Broadcasting Control instructs to give lamp control
Receiving module carries out signal light control, if not connection status, then bracelet directly transmits Broadcasting Control instruction；
Five, posting status message is obtained.
Preferably, the working method of lamp control receiving module are as follows:
(1), Bluetooth broadcast signal is scanned, when scanning to a BLE equipment, obtains broadcast message；
(2), judge whether middle user code is bracelet control signal in broadcast message, if so, carrying out in next step, if not
It is return step (1)；
(3), judge group information, that is, judge whether the grouping of bracelet control signal corresponds to, if so, carry out in next step, if
It is no, return step (1)；
(4), corresponding signal light control instruction is executed；
(5), posting status information；
(6), it is rescaned after 100ms.
Preferably, the mode of gesture motion includes percussion mode, whipping mode, sliding-modes and real-time mode；It taps
It in mode, double-clicks and corresponds into lamp control mode, three double hits are corresponding to enter pairing mode；In whipping mode, whipping once open by correspondence
Lamp, the lower correspondence of whipping two are turned off the light, the lower corresponding fill-in light switching of whipping three；Gesture motion mode can be according to the customized adjustment of APP
Control.
Preferably, acceleration transducer is the micro- SC7A20 acceleration transducer of Silan in step 1, pass through the side of interruption
Formula notifies MCU.
Preferably, bracelet includes main control module and the acceleration for being used to acquire hand signal connecting with main control module
Sensor, for providing system clock for main control module and providing the 12M crystal oscillator of 2.4G oscillator signal for RF module, for filling
The charging module of electricity, the LCD display for showing various information, is used for the heart rate sensor for measuring user's heart rate value
Control key, the motor for prompting and the Anneta module for receiving and transmitting signal of each function of bracelet.
Preferably, lamp control receiving module include the master control of SOC bluetooth and connect with SOC bluetooth master control for SOC
RF module provides the crystal oscillator of 2.4G oscillator signal, for the RF Anneta module of receiving and transmitting signal and for installing difference in bluetooth master control
The LED drive interface of color lamps and lanterns.
In the present invention, lighting system is controlled by way of Bluetooth broadcast, so as to mutually compatible with bracelet or wrist-watch；Bracelet can
To control lighting system preferably by gesture APP, bracelet two states can control lighting system, and first, it is not connected with
State is directly sent by Bluetooth broadcast and controls signal, and second, connection status, by communicating with APP, APP directly transmits broadcast
Signal；Gesture control has different gesture mode: percussion mode, whipping mode, sliding-modes, real-time mode etc.；App can be with
It, can also be with customized control model using default control mode.
Detailed description of the invention
Fig. 1 is a kind of flow chart of the method for the gesture control light for Intelligent bracelet in embodiment 1；
Fig. 2 is the flow chart of the working method of lamp control receiving module in embodiment 1；
Fig. 3 is the structural block diagram of bracelet in embodiment 1；
Fig. 4 is the structural block diagram of lamp control receiving module in embodiment 1.
Specific embodiment
To further appreciate that the contents of the present invention, the present invention is described in detail in conjunction with the accompanying drawings and embodiments.It should be understood that
, embodiment be only to the present invention explain and and it is non-limiting.
Embodiment 1
As shown in Figure 1, a kind of method for present embodiments providing gesture control light for Intelligent bracelet comprising with
Lower step:
It one, is dormant state when bracelet is static, when there is gesture motion, the acceleration transducer on bracelet acquires acceleration
Signal is simultaneously sent to MCU；Bracelet is located at the wrist of arm, and with the movement of arm, acceleration transducer acquires data, and leads to
Cross IIC communication mode, acquisition acceleration signal to MCU processing；
Two, MCU first judges whether it is Low Power Mode, if so, bracelet continues suspend mode or prompt charging, if it is not, then MCU
Corresponding data are pre-processed, gesture data is correctly intercepted and is come out；Due to the technology of acceleration transducer itself, work is manufactured
Skill, material and individual sports habit is dynamic and environmental factor, in the data of acceleration transducer acquisition, along with many random
Error and interference.These errors can gesture identification of the severe jamming based on acceleration accuracy of identification and difficulty, so need into
Row pretreatment；
Three, extract gesture motion feature, it is compared with reference model, and make gesture motion identification classification and
As a result final gesture is obtained；The feature extraction of gesture motion has vital work for the realization of gesture identification method
With.The characteristics of according to the acceleration of gesture motion, therefrom extract the data of key point.With the data of key point, as gesture
Calculation amount can be effectively reduced for describing the mechanical characteristics of various gesture motions in the characteristic quantity of movement, improves gesture motion
Recognition accuracy；
Four, judge bracelet connection status, if connection status, then notify APP transmission gesture Broadcasting Control instructs to give lamp control
Receiving module carries out signal light control, if not connection status, then bracelet directly transmits Broadcasting Control instruction；
Five, posting status message is obtained.
In the present embodiment, as shown in Fig. 2, the working method of lamp control receiving module are as follows:
(1), Bluetooth broadcast signal is scanned, when scanning to a BLE equipment, obtains broadcast message；
(2), judge whether middle user code is bracelet control signal in broadcast message, if so, carrying out in next step, if not
It is return step (1)；
(3), judge group information, that is, judge whether the grouping of bracelet control signal corresponds to, if so, carry out in next step, if
It is no, return step (1)；
(4), corresponding signal light control instruction is executed；
(5), posting status information；
(6), it is rescaned after 100ms.
Lamp control receiving module powered in 6 seconds, and bracelet is matched, and lamp control flashes 3 expression successful matchings, can be grasped
It controls；After light control module powers on, at interval of 30ms switching Bluetooth broadcast channel in turn, Bluetooth broadcast data are received, when receiving
When different broadcast message, it will do it filtration treatment, judge whether it is the equipment matched, work as if being judged after adding equipment
Preceding grouping executes corresponding movement if success, and finally headlight control state is worked as in passback.
In the present embodiment, the mode of gesture motion includes percussion mode, whipping mode, sliding-modes and real-time mode；It strikes
It in blow mode, double-clicks and corresponds into lamp control mode, three double hits are corresponding to enter pairing mode；In whipping mode, whipping is once corresponded to
It turns on light, the lower correspondence of whipping two is turned off the light, the lower corresponding fill-in light switching of whipping three；Gesture motion mode can be according to the customized tune of APP
Whole control.APP self-defined pattern may include: turn on light, turn off the light, degree of highlighting, dim degree, additive color temperature, the temperature that loses lustre, it is half bright, fall to count
When 30s turn off the light, fill-in light switching, remove facility information etc..
In the present embodiment, in step 1, acceleration transducer is the micro- SC7A20 acceleration transducer of Silan, passes through interruption
Mode notifies MCU.Since when unpredictable people will carry out gesture motion, acceleration transducer monitoring users at any time are needed
Gesture acceleration, notify MCU to be acquired by way of interruption.Come in real gesture motion temporarily, in acceleration
In the data of sensor acquisition, gesture data is correctly intercepted and is come out, to facilitate extraction and the gesture of subsequent feature to know
It Deng not work.
In the present embodiment, as shown in figure 3, bracelet include main control module and connect with main control module for acquiring gesture
The acceleration transducer of signal, for providing system clock for main control module and providing 2.4G oscillator signal for RF module
12M crystal oscillator, for the charging module of charging, the heart rate sensor for measuring user's heart rate value, for showing various information
Key, the motor for prompting and the Anneta module for receiving and transmitting signal of LCD display, each function for controlling bracelet.
Acceleration transducer is a kind of sensor that can measure acceleration.Usually by mass block, damper, elasticity member
The parts such as part, sensing element and suitable tune circuit form.Sensor passes through the survey to inertia force suffered by mass block in accelerator
Amount obtains acceleration value using Newton's second law, and acceleration transducer can detecte the variation at inclination angle up and down, therefore
The direction controlling all around to gesture is realized by tilting forward and back handheld device, just becomes very simple.
Main control module is the SOC bluetooth master control based on BLE4.0, and 12M crystal oscillator provides system clock for main control module and is
RF module provides 2.4G oscillator signal, enables MCU in 2.4G frequency band bluetooth, carries out wireless communication.
Above 9 parts are 9 chief components of low-power consumption bluetooth bracelet, just can guarantee the function of whole system just
Often stablize.Bracelet serves as traditional remote controler signal light control, realizes non-pole light regulating toning, lamp switch, all light, warm light, cold light,
Mini light night etc..
In the present embodiment, as shown in figure 4, lamp control receiving module includes the master control of SOC bluetooth and connect with SOC bluetooth master control
For in SOC bluetooth master control RF module provide 2.4G oscillator signal crystal oscillator, for receiving and transmitting signal RF Anneta module and
For installing the LED drive interface of different colours lamps and lanterns.
Lamp control receiving module supports 2.4hz wireless simultaneously and WIFI carries out control and operates specified LED lamp, by this module
It is assembled in LED power, control LED lamp can be operated by 2.4Ghz remote controler and cell phone application, Intelligent bracelet or wrist-watch
Tool, realize non-pole light regulating toning, lamp switch, all light, warm light, cold light, mini light night, tetra- kinds of modes of RGBK free switching；Wall
Control the switching of four kinds of modes of switch；The control of 5 road lighting lantern completely open and close；And grouping time switch control.
Crystal oscillator is 12M Hz crystal oscillator, which can provide 2.4G to RF module in the master control of SOC bluetooth after MCU frequency multiplication
Oscillator signal enables the master control of SOC bluetooth in 2.4G frequency band bluetooth, carries out wireless communication, also provide simultaneously
The master clock of whole system.In RF Anneta module, the effect of radio-frequency antenna is mainly energy efficient by the high-frequency current of transmitter
Ground is converted into the electromagnetic energy in space；And the effect of receiving antenna is then on the contrary, therefore antenna substantially can be described as one
Energy converter.LED drive interface, predominantly 5 tunnel PWM controllers, external driving power, PWM output pin control duty ratio
It is adjustable, default the brightness for controlling red, green light, blue lamp and changes in temperature lamp, color temperature adjustment control.
In the present embodiment, lighting system is controlled by way of Bluetooth broadcast, so as to mutually compatible with bracelet or wrist-watch；Bracelet
Two states can control lighting system, and first, not-connected status directly sends control signal by Bluetooth broadcast, and second,
Connection status, by communicating with APP, APP directly transmits broadcast singal；Gesture control has different gesture modes: tapping mould
Formula, whipping mode, sliding-modes, real-time mode etc.；Default control mode can be used in App, can also be with customized control model.
Schematically the present invention and embodiments thereof are described above, description is not limiting, institute in attached drawing
What is shown is also one of embodiments of the present invention, and actual structure is not limited to this.So if the common skill of this field
Art personnel are enlightened by it, without departing from the spirit of the invention, are not inventively designed and the technical solution
Similar frame mode and embodiment, are within the scope of protection of the invention.
Claims (6)
1. the method for the gesture control light for Intelligent bracelet, it is characterised in that: the following steps are included:
It one, is dormant state when bracelet is static, when there is gesture motion, the acceleration transducer on bracelet acquires acceleration signal
And it is sent to MCU；
Two, MCU first judges whether it is Low Power Mode, if so, bracelet continues suspend mode or prompt charging, if it is not, then MCU locates in advance
Corresponding data are managed, gesture data is correctly intercepted and is come out；
Three, the feature for extracting gesture motion, it is compared with reference model, and makes gesture motion identification classification and result
Obtain final gesture；
Four, judge bracelet connection status, if connection status, then notify APP transmission gesture Broadcasting Control is instructed to receive to lamp control
Module carries out signal light control, if not connection status, then bracelet directly transmits Broadcasting Control instruction；
Five, posting status message is obtained.
2. the method for the gesture control light according to claim 1 for Intelligent bracelet, it is characterised in that: lamp control receives
The working method of module are as follows:
(1), Bluetooth broadcast signal is scanned, when scanning to a BLE equipment, obtains broadcast message；
(2), judge whether middle user code is bracelet control signal in broadcast message, if so, carry out in next step, if it is not,
Return step (1)；
(3), judge group information, that is, judge whether the grouping of bracelet control signal corresponds to, if so, carrying out in next step, if it is not, returning
It returns step (1)；
(4), corresponding signal light control instruction is executed；
(5), posting status information；
(6), it is rescaned after 100ms.
3. the method for the gesture control light according to claim 2 for Intelligent bracelet, it is characterised in that: gesture motion
Mode include percussion mode, whipping mode, sliding-modes and real-time mode；In percussion mode, double-click corresponding into lamp control mould
Formula, three double hits are corresponding to enter pairing mode；In whipping mode, whipping once turn on light by correspondence, and the lower correspondence of whipping two is turned off the light, whipping three
Lower corresponding fill-in light switching；Gesture motion mode can be controlled according to the customized adjustment of APP.
4. the method for the gesture control light according to claim 3 for Intelligent bracelet, it is characterised in that: step 1
In, acceleration transducer is the micro- SC7A20 acceleration transducer of Silan, and MCU is notified by way of interruption.
5. the method for the gesture control light according to claim 4 for Intelligent bracelet, it is characterised in that: bracelet includes
Main control module and connect with main control module for acquiring the acceleration transducer of hand signal, for providing for main control module
System clock and for RF module provide the 12M crystal oscillator of 2.4G oscillator signal, for the charging module of charging, for measuring user
The heart rate sensor of heart rate value, the LCD display for showing various information, the key of each function for controlling bracelet, use
Motor in prompting and the Anneta module for receiving and transmitting signal.
6. the method for the gesture control light according to claim 5 for Intelligent bracelet, it is characterised in that: lamp control receives
Module include the master control of SOC bluetooth and connect with SOC bluetooth master control for in SOC bluetooth master control RF module provide 2.4G shake
Crystal oscillator, the LED drive interface for the RF Anneta module of receiving and transmitting signal and for installing different colours lamps and lanterns for swinging signal.
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