CN104411036B - A kind of method and Intelligent worn device controlling luminaire based on physiological feature - Google Patents
A kind of method and Intelligent worn device controlling luminaire based on physiological feature Download PDFInfo
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- CN104411036B CN104411036B CN201410589108.9A CN201410589108A CN104411036B CN 104411036 B CN104411036 B CN 104411036B CN 201410589108 A CN201410589108 A CN 201410589108A CN 104411036 B CN104411036 B CN 104411036B
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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
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- Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
- Y02B20/00—Energy efficient lighting technologies, e.g. halogen lamps or gas discharge lamps
- Y02B20/40—Control techniques providing energy savings, e.g. smart controller or presence detection
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Abstract
The present invention provides a kind of method and Intelligent worn device controlling luminaire based on physiological feature, it is intended to solve the technical problem of the uncontrollable luminaire of existing Intelligent worn device.Described method includes: before entrance is slept after monitoring pattern, the physiological feature of Sensor monitoring Intelligent worn device user；After CPU receives the monitoring result of sensor and judges that Intelligent worn device user enters sleep state according to monitoring result, switch that to sleep front monitoring pattern be sleep pattern；Wireless communication module receives the first control instruction of sending of CPU, and sends the first control instruction to luminaire, diminishes until for zero controlling luminaire brightness of illumination.The present invention is without oneself switching lighting fixtures of Intelligent worn device user, so that Intelligent worn device user, particularly sleep disorder personage naturally transit to sleep state when sleepiness attacks, the switch controlling luminaire for Intelligent worn device user brings the biggest facility.
Description
Technical field
The invention belongs to intelligence wearing field, particularly relate to a kind of side controlling luminaire based on physiological feature
Method and Intelligent worn device.
Background technology
Intelligent worn device be application wearable technology daily wearing is carried out intelligentized design, develop permissible
The general name of the equipment dressed, such as glasses, glove, wrist-watch, dress ornament and shoes etc..The intelligence wearing of broad sense
Equipment includes that function is complete, size big, can be independent of smart mobile phone and realizes the complete or function of part, such as
Intelligent watch or intelligent glasses etc., and only it is absorbed in a certain class application function, need and miscellaneous equipment such as intelligence
Can mobile phone with the use of, such as, all kinds of carry out sign monitoring Intelligent bracelet, intelligence jewelry etc..Along with skill
The progress of art and the transition of user's request, the form of Intelligent worn device is also constantly becoming with application focus
Change.
No matter it is grown up or child, often reads before sleeping.Sometimes sleepiness attacks, it is still desirable to strong
Bearing cheers up stretches out one's hand closedown desk lamp or bed lamp, and sleepiness all may be driven away by behavior so, it is impossible to
Naturally sleep state it is transitioned into.For having the personage of sleep disorder, when sleepiness attacks, best bet
It is exactly to be transitioned into sleep state unconsciously, it is not necessary to extra event bothers him.
But, current Intelligent worn device, mostly it is all based on Remote, environment measuring carries out intelligence
Control, detect based on physiological feature and carry out the Intelligent worn device of control station lamp or bed lamp and the most do not appear on the market.
Summary of the invention
It is an object of the invention to provide a kind of method and intelligence wearing controlling luminaire based on physiological feature
Equipment, it is intended to solve the technical problem of the uncontrollable luminaire of existing Intelligent worn device.
The present invention is achieved in that a kind of method controlling luminaire based on physiological feature, described method
Including:
Before entrance is slept after monitoring pattern, the physiological feature of Sensor monitoring Intelligent worn device user, described
Sensor includes action sensor and heart rate monitor sensor；
CPU receives the monitoring result of described sensor and judges described intelligence according to described monitoring result
After energy wearable device user enters sleep state, it is sleep pattern that front monitoring pattern is slept in switching；
Wireless communication module receives the first control instruction that described CPU sends, and to luminaire
Send described first control instruction, diminish until for zero controlling described luminaire brightness of illumination.
Another object of the present invention is to provide a kind of intelligence based on physiological feature control luminaire to dress set
Standby, described Intelligent worn device includes:
Sensor, for after monitoring pattern, monitoring the physiological feature of Intelligent worn device user before entrance is slept,
Described sensor includes action sensor and heart rate monitor sensor；
CPU, for receiving the monitoring result of described sensor and judging according to described monitoring result
After described Intelligent worn device user enters sleep state, it is sleep pattern that front monitoring pattern is slept in switching；
Wireless communication module, for receiving the first control instruction that described CPU sends, and to photograph
Bright equipment sends described first control instruction, diminishes until for zero controlling described luminaire brightness of illumination.
Knowable to the invention described above embodiment, after Sensor monitoring to the physiological feature of Intelligent worn device user,
According to the monitoring result of described sensor, CPU can judge that described Intelligent worn device user enters
Sleep state, the first control instruction that described CPU is sent by wireless communication module sends to illumination
Equipment, diminishes until for zero controlling described luminaire brightness of illumination.Due to Intelligent worn device, user exists
Not taking off Intelligent worn device before sleep, therefore, Intelligent worn device can be used according to Intelligent worn device
The physiological feature at family automatically controls the switch of luminaire, it is not necessary to oneself switch lighting of Intelligent worn device user
Equipment, so that Intelligent worn device user, particularly sleep disorder personage nature mistake when sleepiness attacks
Crossing to sleep state, the switch controlling luminaire for Intelligent worn device user brings the biggest facility.
Accompanying drawing explanation
Fig. 1 is the realization stream of the method controlling luminaire based on physiological feature that the embodiment of the present invention one provides
Cheng Yitu；
Fig. 2 is the realization stream of the method controlling luminaire based on physiological feature that the embodiment of the present invention two provides
Journey schematic diagram；
Fig. 3 is the realization stream of the method controlling luminaire based on physiological feature that the embodiment of the present invention three provides
Journey schematic diagram；
Fig. 4 is the Intelligent worn device controlling luminaire based on physiological feature that the embodiment of the present invention four provides
Structural representation.
Detailed description of the invention
In order to make the purpose of the present invention, technical scheme and beneficial effect clearer, below in conjunction with accompanying drawing
And embodiment, the present invention is further elaborated.Should be appreciated that described herein being embodied as
Example only in order to explain the present invention, is not intended to limit the present invention.
The embodiment of the present invention provides a kind of method controlling luminaire based on physiological feature, and described method includes:
Before entrance is slept after monitoring pattern, the physiological feature of Sensor monitoring Intelligent worn device user, described sensing
Device includes action sensor and heart rate monitor sensor；CPU receives the monitoring knot of described sensor
After really and judging that described Intelligent worn device user enters sleep state according to described monitoring result, before switching is slept
Monitoring pattern is sleep pattern；The first control that the described CPU of wireless communication module reception sends refers to
Order, and send described first control instruction to luminaire, diminish controlling described luminaire brightness of illumination
Until being zero.The embodiment of the present invention also provides for controlling accordingly the intelligence wearing of luminaire based on physiological feature
Equipment.It is described in detail individually below.
Refer to accompanying drawing 1, be the side controlling luminaire based on physiological feature of the embodiment of the present invention one offer
Method realize flow process, mainly include the following steps that S101 is to step S103:
S101, before entrance is slept after monitoring pattern, the physiological feature of Sensor monitoring Intelligent worn device user,
Described sensor includes action sensor and heart rate monitor sensor.
In the present embodiment, Intelligent worn device user refer to dress Intelligent worn device such as Intelligent bracelet,
The people of intelligent watch etc..Sensor can be started (such as, dynamic according to the sleep monitor opening time set
Making sensor) Intelligent worn device user is the most static gets off or no longer have big action, the most not in detection
Walk about again or other vigorous motions, or the least scope, slower motion, then open intelligence and dress
Equipment sleep front monitoring pattern, Intelligent worn device enters sleeps front monitoring pattern.
S102, CPU receives the monitoring result of sensor and judges intelligence according to described monitoring result
After wearable device user enters sleep state, it is sleep pattern that front monitoring pattern is slept in switching.
Being limited to the size of Intelligent worn device, in the present embodiment, CPU can be microprocessor.
CPU will be slept front monitoring pattern and be switched to sleep pattern, be equivalent to inform Intelligent worn device its
His functional module, Intelligent worn device user comes into sleep state.
S103, wireless communication module receives the first control instruction that described CPU sends, and to photograph
Bright equipment sends described first control instruction, diminishes until for zero controlling described luminaire brightness of illumination.
In the present embodiment, when CPU, the present mode of Intelligent worn device monitored before sleeping mould
After formula switches to sleep pattern Preset Time, CPU sends a control to wireless communication module and refers to
Order.In order to distinguish with other control instructions in subsequent embodiment to show, this control instruction is referred to as herein
First control instruction.Wireless communication module receives the first control instruction that CPU sends, to illumination
Equipment sends described first control instruction, diminishes until for zero controlling described luminaire brightness of illumination.
It should be noted that in the present embodiment, luminaire can be that the intelligence wearing such as desk lamp, bed lamp sets
Standby user is for the equipment of illumination before sleeping, and these luminaires itself have wireless communication module and brightness can
Conditioning function module, wherein, the wireless communication module of luminaire is for receiving the channel radio of Intelligent worn device
The control instruction that letter module sends, such as, the first above-mentioned control instruction, brightness adjustable function module is then
The brightness of the control instruction regulation luminaire that the wireless communication module according to luminaire receives, such as, adjusts
The brightness of joint luminaire makes it gradually diminish until extinguishing, or, the brightness of regulation luminaire makes it gradually
Gradual change is big until maximum.
Knowable to the method controlling luminaire based on physiological feature of above-mentioned accompanying drawing 1 example, Sensor monitoring
After the physiological feature of Intelligent worn device user, CPU can be according to the monitoring of described sensor
Result judges that described Intelligent worn device user enters sleep state, and described central authorities are processed by wireless communication module
The first control instruction that unit sends sends to luminaire, diminishes controlling described luminaire brightness of illumination
Until being zero.Owing to Intelligent worn device user does not take off Intelligent worn device, therefore, intelligence before sleep
Energy wearable device can automatically control the switch of luminaire according to the physiological feature of Intelligent worn device user,
Without oneself switching lighting fixtures of Intelligent worn device user, so that Intelligent worn device user, especially
It is that sleep disorder personage naturally transits to sleep state when sleepiness attacks, controls for Intelligent worn device user
The switch of luminaire brings the biggest facility.
Refer to accompanying drawing 2, be the side controlling luminaire based on physiological feature of the embodiment of the present invention two offer
Method realize flow process, mainly include the following steps that S201 is to step S205:
S201, before entrance is slept after monitoring pattern, the motion of action sensor monitoring Intelligent worn device user
State and/or heart rate monitor sensor monitor the heart rate of described Intelligent worn device user.
It is said that in general, people are when sleepiness attacks or enters sleep, action will become slight, slow or slow
Blunt, heart rate also can diminish.Therefore, in the present embodiment, Intelligent worn device is monitored by action sensor
The kinestate of user and/or heart rate monitor sensor monitor the heart rate of described Intelligent worn device user, permissible
Obtain whether Intelligent worn device user enters dormant foundation.
S202, CPU receives the first monitoring result of sensor.
Identical with previous embodiment, in the present embodiment, CPU can be microprocessor, and the
One monitoring result includes that action sensor monitors that the action of Intelligent worn device user is slight and/or heart rate prison
Survey Sensor monitoring and to the heart rate reduction of Intelligent worn device user and stabilize to the first preset value.Herein
One preset value can be the hearts rate when entrance is slept or be stable of the common people according to medical science offer, it is also possible to is
The value that Intelligent worn device user oneself sets, this is not limited by the present embodiment.
S203, CPU is according to the first monitoring result, it is judged that Intelligent worn device user enters sleep
State.
S204, CPU will be slept front monitoring pattern and be switched to sleep pattern.
In the present embodiment, CPU will be slept front monitoring pattern and be switched to sleep pattern, be equivalent to accuse
Knowing other functional modules of Intelligent worn device, Intelligent worn device user comes into sleep state.
S205, wireless communication module receives the first control instruction that CPU sends, and sets to illumination
Preparation send described first control instruction, diminishes until for zero controlling described luminaire brightness of illumination.
In the present embodiment, when CPU, the present mode of Intelligent worn device monitored before sleeping mould
After formula switches to sleep pattern Preset Time, CPU sends a control to wireless communication module and refers to
Order.In order to distinguish with other control instructions in subsequent embodiment to show, this control instruction is referred to as herein
First control instruction.Wireless communication module receives the first control instruction that CPU sends, to illumination
Equipment sends described first control instruction, diminishes until for zero controlling described luminaire brightness of illumination.
It should be noted that in the present embodiment, luminaire can be that the intelligence wearing such as desk lamp, bed lamp sets
Standby user is for the equipment of illumination before sleeping, and these luminaires itself have wireless communication module and brightness can
Conditioning function module, wherein, the wireless communication module of luminaire is for receiving the channel radio of Intelligent worn device
The control instruction that letter module sends, such as, the first above-mentioned control instruction, brightness adjustable function module is then
The brightness of the control instruction regulation luminaire that the wireless communication module according to luminaire receives, such as, adjusts
The brightness of joint luminaire makes it gradually diminish until extinguishing, or, the brightness of regulation luminaire makes it gradually
Gradual change is big until maximum.
Knowable to the method controlling luminaire based on physiological feature of above-mentioned accompanying drawing 2 example, Sensor monitoring
After the physiological feature of Intelligent worn device user, CPU can be according to the monitoring of described sensor
Result judges that described Intelligent worn device user enters sleep state, and described central authorities are processed by wireless communication module
The first control instruction that unit sends sends to luminaire, diminishes controlling described luminaire brightness of illumination
Until being zero.Owing to Intelligent worn device user does not take off Intelligent worn device, therefore, intelligence before sleep
Energy wearable device can automatically control the switch of luminaire according to the physiological feature of Intelligent worn device user,
Without oneself switching lighting fixtures of Intelligent worn device user, so that Intelligent worn device user, especially
It is that sleep disorder personage naturally transits to sleep state when sleepiness attacks, controls for Intelligent worn device user
The switch of luminaire brings the biggest facility.
Likely get up in the time-division at midnight in view of Intelligent worn device user, such as, get up in the night to urinate, therefore,
In the invention described above embodiment, wireless communication module receives the first control that described CPU sends
Instruction, and send described first control instruction to luminaire, to control the change of described luminaire brightness of illumination
Little until being zero after, described method also includes: action sensor monitors the second monitoring result and in described
Central Processing Unit sends described second monitoring result, and CPU is according to the second monitoring of described sensor
As a result, sending the second control instruction to described wireless communication module, wireless communication module is to described luminaire
Send described second control instruction, big to control the change of described luminaire brightness of illumination, wherein, described second
Monitoring result includes that action sensor monitors the action change of described Intelligent worn device user greatly, and/or described
Heart rate monitor sensor monitors the heart rate of described Intelligent worn device user and improves and reach the second preset value.
In the present embodiment, the second preset value can be that the common people provided according to medical science wake up or shape of regaining consciousness in entrance
Heart rate during state, it is also possible to being the value of Intelligent worn device user oneself setting, this is not limited by the present embodiment
Fixed.Specifically referring to accompanying drawing 3, what the embodiment of the present invention three provided controls luminaire based on physiological feature
Method realize flow process, method mainly includes the following steps that S301 is to step S309:
S301, enters and sleeps front monitoring pattern.
In the present embodiment, Intelligent worn device user refer to dress Intelligent worn device such as Intelligent bracelet,
The people of intelligent watch etc..Sensor can be started (such as, dynamic according to the sleep monitor opening time set
Making sensor) Intelligent worn device user is the most static gets off or no longer have big action, the most not in detection
Walk about again or other vigorous motions, or the least scope, slower motion, then open intelligence and dress
Equipment sleep front monitoring pattern, Intelligent worn device enters sleeps front monitoring pattern.
S302, the physiological feature of Sensor monitoring Intelligent worn device user.
In the present embodiment, the physiological feature of Sensor monitoring Intelligent worn device user can be action sensor
The kinestate of monitoring Intelligent worn device user and/or the described intelligence of heart rate monitor sensor monitoring are dressed and are set
The heart rate of standby user.
S303, CPU receives the monitoring result of sensor and judges that intelligence is dressed according to monitoring result
After equipment user enters sleep state, it is sleep pattern that front monitoring pattern is slept in switching.
In the present embodiment, CPU receive the monitoring result of sensor can be the first monitoring knot
Really, comprising: action sensor monitors, the action of Intelligent worn device user is slight and/or rhythm of the heart passes
Sensor monitors the heart rate of Intelligent worn device user to be reduced and stabilizes to the first preset value.First herein is pre-
If value can be the hearts rate when entering sleep of the common people according to medical science offer, it is also possible to be that intelligence wearing sets
The value that standby user oneself sets, this is not limited by the present embodiment.
S304, wireless communication module receives the first control instruction that CPU sends, and sets to illumination
Preparation send described first control instruction, diminishes until for zero controlling described luminaire brightness of illumination.
In the present embodiment, when CPU, the present mode of Intelligent worn device monitored before sleeping mould
After formula switches to sleep pattern Preset Time, CPU sends a control to wireless communication module and refers to
Order.In order to distinguish with other control instructions in subsequent embodiment to show, this control instruction is referred to as herein
First control instruction.Wireless communication module receives the first control instruction that CPU sends, to illumination
Equipment sends described first control instruction, diminishes until for zero controlling described luminaire brightness of illumination.
In the present embodiment, luminaire can be that the Intelligent worn device user such as desk lamp, bed lamp uses before sleeping
In the equipment of illumination, these luminaires itself have wireless communication module and brightness adjustable function module, its
In, the control that the wireless communication module of luminaire sends for the wireless communication module receiving Intelligent worn device
System instruction, such as, the first above-mentioned control instruction, brightness adjustable function module is then according to luminaire
The brightness of the control instruction regulation luminaire that wireless communication module receives, such as, regulates the bright of luminaire
Degree makes it gradually diminish until extinguishing, or, the brightness regulating luminaire makes it gradually become big until maximum.
S305, Sensor monitoring to the second monitoring result also sends described second prison to described CPU
Survey result.
Intelligent worn device user gets up at midway of sleeping, such as, when getting up in the night to urinate, action can become big and/or heart rate and can carry
High and certain value can be reached.In the present embodiment, to include that action sensor monitors described for the second monitoring result
The action of Intelligent worn device user becomes big, and/or described heart rate monitor sensor monitors described intelligence and dresses
The heart rate of equipment user improves and reaches the second preset value, and wherein, the second preset value can be to carry according to medical science
The common people of confession are at the heart rate wakeeed up or during waking state, it is also possible to be that Intelligent worn device user oneself sets
Value.
S306, CPU is according to the second monitoring result of described sensor, it is judged that Intelligent worn device
User is getting up in the night to urinate.
S307, CPU sends the second control instruction to wireless communication module.
S308, wireless communication module sends described second control instruction to described luminaire, described to control
Luminaire brightness of illumination becomes big.
In the present embodiment, owing to being to get up in the night to urinate by wearable device, therefore, luminaire brightness of illumination is controlled
Becoming can be greatly to turn on mini light night pattern.
After Intelligent worn device user comes back on bed, its action will slow down, and heart rate also can diminish directly
To stabilizing to certain value.When sensor is monitored again, i.e. flow process turns to step S302, and sensor will be supervised
Measure the first monitoring result, including action sensor monitor the action of Intelligent worn device user slight and/
Or heart rate monitor sensor monitors the heart rate reduction of Intelligent worn device user and stabilizes to the first preset value.
S309, whether daybreak exit sleep pattern.
Alternatively, whether Intelligent worn device is exited sleep pattern after CPU also judges daybreak.
If exiting, flow process terminates, and otherwise, flow process turns to step S302.
Knowable to the method controlling luminaire based on physiological feature of above-mentioned accompanying drawing 3 example, Sensor monitoring
After the physiological feature of Intelligent worn device user, CPU can be according to the monitoring of described sensor
Result judges that described Intelligent worn device user enters sleep state, and described central authorities are processed by wireless communication module
The first control instruction that unit sends sends to luminaire, diminishes controlling described luminaire brightness of illumination
Until being zero.Owing to Intelligent worn device user does not take off Intelligent worn device, therefore, intelligence before sleep
Energy wearable device can automatically control the switch of luminaire according to the physiological feature of Intelligent worn device user,
Without oneself switching lighting fixtures of Intelligent worn device user, so that Intelligent worn device user, especially
It is that sleep disorder personage naturally transits to sleep state when sleepiness attacks, controls for Intelligent worn device user
The switch of luminaire brings the biggest facility.
Refer to accompanying drawing 4, be the intelligence controlling luminaire based on physiological feature of the embodiment of the present invention four offer
The structural representation of energy wearable device.For convenience of description, illustrate only the portion relevant to the embodiment of the present invention
Point.The Intelligent worn device based on physiological feature control luminaire of accompanying drawing 4 example mainly includes sensor
401, CPU 402, wireless communication module 403 and real-time clock module 404, wherein, sensing
Device 401 includes that action sensor 4011 and heart rate monitor sensor 4012, real-time clock module 404 are attached
The Intelligent worn device offer precise time timing controlling luminaire based on physiological feature of Fig. 4 example.
The Intelligent worn device each functional module detailed description controlling luminaire based on physiological feature of accompanying drawing 4 example
As follows:
Sensor 401, for after monitoring pattern, monitoring the physiology of Intelligent worn device user before entrance is slept
Feature, described sensor 401 includes action sensor 4011 and heart rate monitor sensor 4012；
CPU 402, for receiving the monitoring result of described sensor 401 and according to described monitoring
After result judges that described Intelligent worn device user enters sleep state, switching sleeps front monitoring pattern for sleep mould
Formula；
Wireless communication module 403, for receiving the first control instruction that described CPU 402 sends,
And to luminaire send described first control instruction, with control described luminaire brightness of illumination diminish until
It is zero.
It should be noted that the Intelligent worn device controlling luminaire based on physiological feature of accompanying drawing 4 example
In, luminaire can be the Intelligent worn device user such as desk lamp, bed lamp equipment for illumination before sleeping,
These luminaires itself have wireless communication module and brightness adjustable function module, wherein, luminaire
The control instruction that wireless communication module sends for the wireless communication module 403 receiving Intelligent worn device, example
As, the first above-mentioned control instruction, brightness adjustable function module is then according to the radio communication mold of luminaire
The brightness of the control instruction regulation luminaire that block receives, such as, the brightness of regulation luminaire makes it gradually
Diminish until extinguishing, or, the brightness of regulation luminaire makes it gradually become big until maximum.
Further, in the Intelligent worn device of accompanying drawing 4 example, action sensor 4011 is additionally operable to monitor intelligence
The kinestate of energy wearable device user, heart rate monitor sensor 4012 is additionally operable to monitor described intelligence wearing and sets
The heart rate of standby user.
Further, in the Intelligent worn device of accompanying drawing 4 example, CPU 402 is additionally operable to receive
First monitoring result of sensor 401, according to the first monitoring result, it is judged that described Intelligent worn device user
Enter sleep state, sleep front monitoring pattern switch to sleep pattern, described first monitoring result to include by described
Action sensor 4011 monitors the slight and/or described rhythm of the heart of action of described Intelligent worn device user
Sensor 4012 monitors the heart rate of described Intelligent worn device user to be reduced and stabilizes to the first preset value, its
In, the first preset value can be the hearts rate when entrance is slept or be stable of the common people according to medical science offer, also
Can be the value of Intelligent worn device user oneself setting, this not be limited by the present embodiment.
Further, in the Intelligent worn device of accompanying drawing 4 example, wireless communication module 403 receives centre
The first control instruction that reason unit 402 sends, and send described first control instruction to luminaire, with control
Making after described luminaire brightness of illumination diminishes until being zero, sensor 401 is additionally operable to monitor the second monitoring
Result also sends described second monitoring result to described CPU 402, and CPU 402 is also
For the second monitoring result according to described sensor 401, it is judged that described Intelligent worn device user has risen
Bed, sends the second control instruction to described wireless communication module 403, and described wireless communication module 403 is also used
It is in sending described second control instruction to described luminaire, big to control the change of described luminaire brightness of illumination,
Described second monitoring result includes that action sensor 4011 monitors the action of described Intelligent worn device user
Become big, and/or described heart rate monitor sensor 4012 monitors the heart rate of described Intelligent worn device user and carries
High and reach the second preset value, wherein, the second preset value can be that the common people provided according to medical science are wakeing up
Or heart rate during waking state, it is also possible to it is the value of Intelligent worn device user oneself setting.
Further, in the Intelligent worn device of accompanying drawing 4 example, wireless communication module 403 is to described illumination
Equipment sends after described second control instruction, if the life of Intelligent worn device user that sensor 401 monitors
Reason is characterized as that the action of described Intelligent worn device user is slight and/or heart rate reduces and stabilizes to first and presets
Value, the most described wireless communication module 403 is additionally operable to receive that described CPU 402 sends described the
One control instruction, and send described first control instruction to luminaire, to control the illumination of described luminaire
Brightness diminishes until being zero.
It should be noted that the contents such as mutual, the execution process of information between each module/unit of said apparatus,
Due to the inventive method embodiment based on same design, its technique effect brought and the inventive method are implemented
Example is identical, and particular content can be found in the narration in the inventive method embodiment, and here is omitted.
One of ordinary skill in the art will appreciate that all or part of step in the various methods of above-described embodiment
The program that can be by completes to instruct relevant hardware, and this program can be stored in a computer-readable and deposit
In storage media, storage medium may include that read only memory (ROM, Read Only Memory), with
Machine access memorizer (RAM, Random Access Memory), disk or CD etc..
The method based on physiological feature control luminaire provided the embodiment of the present invention above and intelligence are worn
The equipment of wearing is described in detail, and principle and the embodiment of the present invention are entered by specific case used herein
Having gone elaboration, the explanation of above example is only intended to help to understand method and the core concept thereof of the present invention；
Simultaneously for one of ordinary skill in the art, according to the thought of the present invention, in detailed description of the invention and should
All will change with in scope, in sum, this specification content should not be construed as the limit to the present invention
System.
Claims (6)
1. the method controlling luminaire based on physiological feature, it is characterised in that described method includes step
Rapid S101 is to step S103:
S101, before entrance is slept after monitoring pattern, the physiological feature of Sensor monitoring Intelligent worn device user,
Described sensor includes action sensor and heart rate monitor sensor；
S102, CPU receives the monitoring result of described sensor and judges according to described monitoring result
After described Intelligent worn device user enters sleep state, it is sleep pattern that front monitoring pattern is slept in switching；
S103, wireless communication module receives the first control instruction that described CPU sends, and to photograph
Bright equipment sends described first control instruction, diminishes until for zero controlling described luminaire brightness of illumination；
The physiological feature of described Sensor monitoring Intelligent worn device user, including: described action sensor is supervised
Survey the kinestate of described Intelligent worn device user；And/or described heart rate monitor sensor monitors described intelligence
The heart rate of wearable device user；
Described CPU receives the monitoring result of described sensor and judges institute according to described monitoring result
Stating after Intelligent worn device user enters sleep state, it is sleep pattern that front monitoring pattern is slept in switching, including:
Described CPU receives the first monitoring result of described sensor, described first monitoring result bag
Include action sensor and monitor the action slight and/or described rhythm of the heart biography of described Intelligent worn device user
Sensor monitors the heart rate of described Intelligent worn device user to be reduced and stabilizes to the first preset value；
Described CPU is according to described first monitoring result, it is judged that described Intelligent worn device user enters
Enter sleep state；
Described CPU is slept front monitoring pattern switch to sleep pattern by described.
2. the method for claim 1, it is characterised in that during the reception of described wireless communication module is described
The first control instruction that Central Processing Unit sends, and send described first control instruction to luminaire, with control
Making after described luminaire brightness of illumination diminishes until being zero, described method also includes:
Described Sensor monitoring sends described second monitoring to the second monitoring result and to described CPU
As a result, described second monitoring result includes that action sensor monitors the action of described Intelligent worn device user
Become big, and/or described heart rate monitor sensor monitors the heart rate raising of described Intelligent worn device user and reaches
To the second preset value；
Described CPU is according to the second monitoring result of described sensor, it is judged that described intelligence is dressed and set
Standby user has been got up；
Described CPU sends the second control instruction to described wireless communication module；
Described wireless communication module sends described second control instruction to described luminaire, to control described photograph
Bright device illumination brightness becomes big.
3. method as claimed in claim 2, it is characterised in that described wireless communication module is to described illumination
Equipment sends after described second control instruction, if the life of Intelligent worn device user that described Sensor monitoring arrives
Reason is characterized as that the action of described Intelligent worn device user is slight and/or heart rate reduces and stabilizes to first and presets
Value, the most described wireless communication module performs described step S103.
4. the Intelligent worn device controlling luminaire based on physiological feature, it is characterised in that described intelligence
Can include by wearable device:
Sensor, for after monitoring pattern, monitoring the physiological feature of Intelligent worn device user before entrance is slept,
Described sensor includes action sensor and heart rate monitor sensor；
CPU, for receiving the monitoring result of described sensor and judging according to described monitoring result
After described Intelligent worn device user enters sleep state, it is sleep pattern that front monitoring pattern is slept in switching；
Wireless communication module, for receiving the first control instruction that described CPU sends, and to photograph
Bright equipment sends described first control instruction, diminishes until for zero controlling described luminaire brightness of illumination；
Described action sensor is additionally operable to monitor the kinestate of described Intelligent worn device user, described heart rate
Monitoring sensor is additionally operable to monitor the heart rate of described Intelligent worn device user；
Described CPU is additionally operable to receive the first monitoring result of described sensor, according to described first
Monitoring result, it is judged that described Intelligent worn device user enters sleep state, sleeps front monitoring pattern cut described
Being changed to sleep pattern, described first monitoring result includes that action sensor monitors described Intelligent worn device and uses
Slight and/or the described heart rate monitor sensor of the action at family monitors the heart rate of described Intelligent worn device user
Reduce and stabilize to the first preset value.
5. Intelligent worn device as claimed in claim 4, it is characterised in that described wireless communication module connects
Receive the first control instruction that described CPU sends, and control to refer to luminaire transmission described first
Order, to control after described luminaire brightness of illumination diminishes until being zero, described sensor is additionally operable to monitor
Second monitoring result also sends described second monitoring result to described CPU, and CPU is also
For the second monitoring result according to described sensor, it is judged that described Intelligent worn device user has got up,
Sending the second control instruction to described wireless communication module, described wireless communication module is additionally operable to described illumination
Equipment sends described second control instruction, big to control the change of described luminaire brightness of illumination, described second prison
Survey result and include that action sensor monitors the action change of described Intelligent worn device user greatly, and/or the described heart
Rate monitoring Sensor monitoring improves to the heart rate of described Intelligent worn device user and reaches the second preset value.
6. Intelligent worn device as claimed in claim 5, it is characterised in that described wireless communication module to
After described luminaire sends described second control instruction, if the Intelligent worn device that described Sensor monitoring arrives
The physiological feature of user is that the action of described Intelligent worn device user is slight and/or heart rate reduces and stabilizes to
First preset value, the most described wireless communication module is additionally operable to receive described that described CPU sends
One control instruction, and send described first control instruction to luminaire, to control the illumination of described luminaire
Brightness diminishes until being zero.
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| CN201410589108.9A CN104411036B (en) | 2014-10-28 | 2014-10-28 | A kind of method and Intelligent worn device controlling luminaire based on physiological feature |
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