CN108566703A - Intelligent lamp control system and its control method - Google Patents
Intelligent lamp control system and its control method Download PDFInfo
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- CN108566703A CN108566703A CN201810080312.6A CN201810080312A CN108566703A CN 108566703 A CN108566703 A CN 108566703A CN 201810080312 A CN201810080312 A CN 201810080312A CN 108566703 A CN108566703 A CN 108566703A
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- eeg signal
- intelligent lamp
- operational order
- control
- luminance reference
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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
- H05B47/00—Circuit arrangements for operating light sources in general, i.e. where the type of light source is not relevant
- H05B47/10—Controlling the light source
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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
- 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
Abstract
The invention discloses a kind of Intelligent lamp control systems, including：Brain wearable device, Intelligent lamp controller, N number of Intelligent lamp；The eeg signal of acquisition is transmitted to Intelligent lamp controller by brain wearable device according to enabled instruction；Intelligent lamp controller is searched and the matched luminance reference eeg signal of the eeg signal from all benchmark eeg signals；Control operational order corresponding with luminance reference eeg signal is looked for from mapping relations, and is sent to corresponding Intelligent lamp；Each Intelligent lamp executes relevant operation according to control operational order.The invention also discloses a kind of control methods of Intelligent lamp control system.The system and method for the present invention, user need to only wear brain wearable device can be controlled by idea corresponding Intelligent lamp light switch and lamplight brightness it is small big；Sound control is manually operated or utilized without user, improves user experience effect, be suitable for trick it is inconvenient, and/or can not the personage of sounding use.
Description
Technical field
The present invention relates to intelligent appliance technical field more particularly to a kind of Intelligent lamp control systems and its control method.
Background technology
Or traditional lamps and lanterns are to need to be manually operated to execute open and close operation, i.e., user is pressed by hand by the open and close of lamps and lanterns
The mode of button controls the open and close of lamps and lanterns；It is the open and close by sound control lamps and lanterns.It is not nimble for trick, be unable to sounding
Personage, cannot achieve the switching manipulation for manually performing lamps and lanterns, and the switch by sound control lamps and lanterns.
Invention content
It is a primary object of the present invention to solve the personage that trick in the prior art is not nimble, is unable to sounding, cannot achieve
Manually perform the switching manipulation of lamps and lanterns, and can not be by the switch of sound control lamps and lanterns the technical issues of.
To achieve the above object, the present invention provides a kind of Intelligent lamp control system, the Intelligent lamp control system packet
It includes：Brain wearable device, with the brain wearable device communication connection Intelligent lamp controller, and with the Intelligent lamp
N number of Intelligent lamp of controller communication connection, N is natural number；
The brain wearable device, for after receiving enabled instruction input by user, the brain of user in real to be electric
The eeg signal that the corresponding period obtains is uploaded to the Intelligent lamp controller by wave signal every setting time；
The Intelligent lamp controller is directed to each Intelligent lamp, one group of benchmark eeg signal is provided with, for every group
Benchmark eeg signal is provided with the mapping relations of benchmark eeg signal _ control operational order of corresponding group；Specifically for inciting somebody to action
The eeg signal received is compared with each benchmark eeg signal, is looked into from all benchmark eeg signals
Look for the matched i-th group of jth luminance reference eeg signal of the eeg signal, i is natural number less than or equal to N, institute
It is natural number to state j；
Control operation corresponding with i-th group of jth luminance reference eeg signal is searched from the mapping relations to refer to
It enables；The control operational order found is issued to corresponding Intelligent lamp；
Each Intelligent lamp, the control operational order for being issued according to the Intelligent lamp controller execute relevant
Control operation.
Preferably, the j is the natural number less than or equal to 6；Every group of benchmark eeg signal include：
1st luminance reference eeg signal, the 2nd luminance reference eeg signal, the 3rd luminance reference eeg signal, the 4th
Luminance reference eeg signal, the 5th luminance reference eeg signal, the 6th luminance reference eeg signal.
Preferably, the mapping relations of the benchmark eeg signal _ control operational order include：
For the 1st luminance reference eeg signal, corresponding control operational order is：It controls bulb brightness and is in closing shape
The operational order of state；
For the 2nd luminance reference eeg signal, corresponding control operational order is：Control bulb brightness exists：[11 bank morals
Draw/square metre, 68 candelas/square metre] operational order；
For the 3rd luminance reference eeg signal, corresponding control operational order is：Control bulb brightness exists：(68 bank morals
Draw/square metre, 257 candelas/square metre] operational order；
For the 4th luminance reference eeg signal, corresponding control operational order is：Control bulb brightness exists：(257 banks
De La/square metre, 354 candelas/square metre] operational order；
For the 5th luminance reference eeg signal, corresponding control operational order is：Control bulb brightness exists：(354 banks
De La/square metre, 734 candelas/square metre] operational order；
For the 6th luminance reference eeg signal, corresponding control operational order is：Control bulb brightness exists：(734 banks
De La/square metre, 1375 candelas/square metre] operational order.
Preferably, the time span value range of the setting time is：0.5 second to 3 seconds.
To achieve the above object, the present invention also provides a kind of control method of Intelligent lamp control system, the intelligent lamps
Having control system includes：Brain wearable device, the Intelligent lamp controller with brain wearable device communication connection, Yi Jiyu
N number of Intelligent lamp of the Intelligent lamp controller communication connection, N is natural number；The Intelligent lamp controller is for each
Intelligent lamp is provided with one group of benchmark eeg signal, for every group of benchmark eeg signal, is provided with the benchmark brain of corresponding group
The mapping relations of electric wave signal _ control operational order；The control method of the Intelligent lamp control system includes：
The brain wearable device after receiving enabled instruction input by user, believe by the brain wave of user in real
Number, every setting time, the eeg signal that the corresponding period obtains is uploaded to the Intelligent lamp controller；
The Intelligent lamp controller compares the eeg signal received and each benchmark eeg signal
It is right, it searches from all benchmark eeg signals and believes with the matched i-th group of jth luminance reference brain wave of the eeg signal
Number, i is the natural number less than or equal to N, and the j is natural number；
Control operation corresponding with i-th group of jth luminance reference eeg signal is searched from the mapping relations to refer to
It enables；The control operational order found is issued to corresponding Intelligent lamp；
The control operational order that the Intelligent lamp is issued according to the Intelligent lamp controller executes relevant control behaviour
Make.
Preferably, the j is the natural number less than or equal to 6；Every group of benchmark eeg signal include：
1st luminance reference eeg signal, the 2nd luminance reference eeg signal, the 3rd luminance reference eeg signal, the 4th
Luminance reference eeg signal, the 5th luminance reference eeg signal, the 6th luminance reference eeg signal.
Preferably, the mapping relations of the benchmark eeg signal _ control operational order include：
For the 1st luminance reference eeg signal, corresponding control operational order is：It controls bulb brightness and is in closing shape
The operational order of state；
For the 2nd luminance reference eeg signal, corresponding control operational order is：Control bulb brightness exists：[11 bank morals
Draw/square metre, 68 candelas/square metre] operational order；
For the 3rd luminance reference eeg signal, corresponding control operational order is：Control bulb brightness exists：(68 bank morals
Draw/square metre, 257 candelas/square metre] operational order；
For the 4th luminance reference eeg signal, corresponding control operational order is：Control bulb brightness exists：(257 banks
De La/square metre, 354 candelas/square metre] operational order；
For the 5th luminance reference eeg signal, corresponding control operational order is：Control bulb brightness exists：(354 banks
De La/square metre, 734 candelas/square metre] operational order；
For the 6th luminance reference eeg signal, corresponding control operational order is：Control bulb brightness exists：(734 banks
De La/square metre, 1375 candelas/square metre] operational order.
Preferably, the time span value range of the setting time is：0.5 second to 3 seconds.
Intelligent lamp control system and its control method provided by the present invention, use is being received by brain wearable device
After the enabled instruction of family input, the eeg signal of user in real, every setting time, the brain that the corresponding period is obtained
Electric wave signal is uploaded to the Intelligent lamp controller；Intelligent lamp controller is by the eeg signal received and each
Benchmark eeg signal is compared, and is searched and the eeg signal matched i-th from all benchmark eeg signals
Group jth luminance reference eeg signal；It is searched and i-th group of jth luminance reference eeg signal from the mapping relations
Corresponding control operational order；The control operational order found is issued to corresponding Intelligent lamp；Each Intelligent lamp,
Control operational order for being issued according to the Intelligent lamp controller executes the mode of relevant control operation, and user is only
Need to wear brain wearable device can be controlled by idea corresponding Intelligent lamp light switch and lamplight brightness it is small
Greatly；Sound control is manually operated or utilized without user, improves user experience effect, be suitable for trick it is inconvenient, and/or
Can not sounding personage use.
Description of the drawings
Fig. 1 is the structural schematic diagram of the Intelligent lamp control system first embodiment of the present invention；
Fig. 2 is that the benchmark eeg signal of the present invention and the mapping relations of benchmark eeg signal _ control operational order are shown
It is intended to；
Fig. 3 is the flow diagram of one embodiment of control method of the Intelligent lamp control system of the present invention.
The embodiments will be further described with reference to the accompanying drawings for the realization, the function and the advantages of the object of the present invention.
Specific implementation mode
Below in conjunction with Figure of description, preferred embodiment of the present invention will be described, it should be understood that described herein
Preferred embodiment only for the purpose of illustrating and explaining the present invention and is not intended to limit the present invention, and in the absence of conflict, this hair
The feature in embodiment and embodiment in bright can be combined with each other.
The present invention provides a kind of Intelligent lamp control system.Referring to Fig.1, Fig. 1 is the Intelligent lamp control system of the present invention
The structural schematic diagram of first embodiment.In an embodiment, the Intelligent lamp control system 100 includes：Brain wearing is set
Standby 110, with the Intelligent lamp controller 120 of brain wearable device communication connection, and with the Intelligent lamp controller
N number of Intelligent lamp 130 of 120 communication connections, N is natural number.
The brain wearable device 110, for after receiving enabled instruction input by user, the brain of user in real
The eeg signal that the corresponding period obtains is uploaded to the Intelligent lamp controller by electric wave signal every setting time
120。
The time span value range of setting time described in the present embodiment is：0.5 second to 3 seconds；0.5 can be such as arranged
Second, 1 second, 1.5 seconds, 2 seconds, 2.5 seconds, 3 seconds；It is preferably arranged to 2 seconds.Enabled instruction described in the present embodiment refers to：Start idea
Control the operational order of Intelligent lamp.Assuming that the setting time is set as 2 seconds, then the brain wearable device 110 is receiving
To after the enabled instruction, the eeg signal of user in real, and the brain electricity for just obtaining first 2 seconds every 2 seconds
Wave signal is uploaded in the Intelligent lamp controller 120.Such as at the 2nd second after receiving the enabled instruction
Between when putting, the eeg signal that the 0th second to the 2nd seconds section obtains is reported into the Intelligent lamp controller 120；
When 4 second time point, the eeg signal that the 2nd second to the 4th seconds section obtains is reported into the Intelligent lamp controller
120；Follow-up and so on.
The Intelligent lamp controller 120 is directed to each Intelligent lamp 130, is provided with one group of benchmark eeg signal, needle
To every group of benchmark eeg signal, it is provided with the mapping relations of benchmark eeg signal _ control operational order of corresponding group；Specifically
For the eeg signal received to be compared with each benchmark eeg signal, believe from all benchmark brain waves
It is searched in number and the matched i-th group of jth luminance reference eeg signal of the eeg signal, i is the nature less than or equal to N
Number, the j are natural number；And it is searched from the mapping relations corresponding with i-th group of jth luminance reference eeg signal
Control operational order；The control operational order found is issued to corresponding Intelligent lamp 130.
Each Intelligent lamp 130, the control operational order for being issued according to the Intelligent lamp controller 120 execute
Relevant control operation.
Referring to Fig. 2, Fig. 2 is the benchmark eeg signal of the present invention and reflecting for benchmark eeg signal _ control operational order
Penetrate relation schematic diagram.Every group of benchmark eeg signal includes in the present embodiment：1st luminance reference eeg signal, the 2nd brightness base
Quasi- eeg signal, the 3rd luminance reference eeg signal, the 4th luminance reference eeg signal, the 5th luminance reference brain wave letter
Number, the 6th luminance reference eeg signal.Such as：I-th group of benchmark eeg signal include：I-th group of the 1st luminance reference brain
Electric wave signal, i-th group of the 2nd luminance reference eeg signal, i-th group of the 3rd luminance reference eeg signal, i-th group of the 4th brightness base
Quasi- eeg signal, i-th group of the 5th luminance reference eeg signal, i-th group of the 6th luminance reference eeg signal.
Every group of benchmark eeg signal is provided with benchmark eeg signal _ control operation of corresponding group referring to Fig. 2
The mapping relations of instruction, wherein the described mapping relations include：For the 1st luminance reference eeg signal, corresponding control behaviour
Making instruction is：The operational order that control bulb brightness is closed；It is corresponding for the 2nd luminance reference eeg signal
Controlling operational order is：Control bulb brightness exists：[11 candelas/square metre, 68 candelas/square metre] operational order；Needle
To the 3rd luminance reference eeg signal, corresponding control operational order is：Control bulb brightness exists：(68 candelas/square metre,
257 candelas/square metre] operational order；For the 4th luminance reference eeg signal, corresponding control operational order is：Control
Bulb brightness processed exists：(257 candelas/square metre, 354 candelas/square metre] operational order；For the 5th luminance reference brain
Electric wave signal, corresponding control operational order are：Control bulb brightness exists：(354 candelas/square metre, 734 candelas/square
Rice] operational order；For the 6th luminance reference eeg signal, corresponding control operational order is：Control bulb brightness exists：
(734 candelas/square metre, 1375 candelas/square metre] operational order.
Mapping relations referring to Fig. 2, such as the i-th group of benchmark eeg signal _ control operational order include：For
The 1st luminance reference eeg signal of i groups, corresponding control operational order are：The operation that control bulb brightness is closed
Instruction；For i-th group of the 2nd luminance reference eeg signal, corresponding control operational order is：Control bulb brightness exists：[11 banks
De La/square metre, 68 candelas/square metre] operational order；It is corresponding for i-th group of the 3rd luminance reference eeg signal
Controlling operational order is：Control bulb brightness exists：(68 candelas/square metre, 257 candelas/square metre] operational order；Needle
To i-th group of the 4th luminance reference eeg signal, corresponding control operational order is：Control bulb brightness exists：(257 candelas/
Square metre, 354 candelas/square metre] operational order；For i-th group of the 5th luminance reference eeg signal, corresponding control
Operational order is：Control bulb brightness exists：(354 candelas/square metre, 734 candelas/square metre] operational order；For
I-th group of the 6th luminance reference eeg signal, corresponding control operational order are：Control bulb brightness exists：(734 candelas/flat
Square rice, 1375 candelas/square metre] operational order.
N number of Intelligent lamp 130 described in the present embodiment can be N number of identical Intelligent lamp 130, can also be it is N number of not
Same Intelligent lamp 130.For N number of identical Intelligent lamp 130, then needs that each Intelligent lamp 130 is numbered, pass through
Each Intelligent lamp 130 and other Intelligent lamps 130 are distinguished by number.If such as including 5 identical Intelligent lamps
130, then sequentially it can be numbered：No. 1 Intelligent lamp, No. 2 Intelligent lamps, No. 3 Intelligent lamps, No. 4 Intelligent lamps, 5
Number Intelligent lamp.Benchmark eeg signal set by Intelligent lamp for each number refers to：Human brain meditation is corresponding
The eeg signal of the Intelligent lamp status of number.Wherein each benchmark eeg signal is by magnanimity eeg signal
It is generated after training study.Such as the 2nd luminance reference eeg signal of No. 2 Intelligent lamps generates in the following way：It obtains
Eeg signal of the magnanimity personage when meditating No. 2 Intelligent lamp brightness and reaching 2 brightness is taken, determines acquired magnanimity brain electricity
Same section in wave signal, using the eeg signal of same section as：The 2nd luminance reference brain wave of No. 2 Intelligent lamps
Signal；Other and so on.
For N number of different Intelligent lamp 130, then need according to each Intelligent lamp 130 with respect to other Intelligent lamps 130
Difference, corresponding Intelligent lamp 130 is identified.By identifying each Intelligent lamp 130 and other intelligent lamps
Tool 130 is distinguished；If such as including following 6 different intelligent lamps and lanterns 130：Red Intelligent lamp, orange Intelligent lamp, yellow
Intelligent lamp, green intelligent lamps and lanterns, blue Intelligent lamp, indigo color Intelligent lamp, purple Intelligent lamp, then sequentially to this 6 not
Same Intelligent lamp is identified as follows：Red light, orange light, yellow light, green, blue light, indigo colored lights
Light, purple light.Similarly, the benchmark eeg signal set by the Intelligent lamp for each different colours light refers to：People
Body brain meditates the eeg signal of the Intelligent lamp status of corresponding color light.Wherein each benchmark eeg signal,
By being generated after the training study of magnanimity eeg signal.Such as the 3rd luminance reference brain electricity of green Intelligent lamp
Wave signal generates in the following way：Obtain magnanimity personage meditate green Intelligent lamp brightness reach 3 brightness when
Eeg signal determines same section in the eeg signal of acquired magnanimity, using the eeg signal of same section as：
The 3rd luminance reference eeg signal of green Intelligent lamp；Other and so on.
Now the Intelligent lamp control system 100 of the present invention is described in detail by taking a specific example as an example：Assuming that
User wants the control No. 2 Intelligent lamp brightness and reaches the 5th brightness, and user puts on the brain wearable device 110 first, to
The brain wearable device 110 inputs the enabled instruction, then meditates：No. 2 Intelligent lamp brightness reach the 5th brightness；At this time
The eeg signal of 110 user in real of brain wearable device obtains first 2 seconds at interval of setting time such as 2 seconds
Eeg signal is uploaded to Intelligent lamp controller 120；The Intelligent lamp controller 120 receives the eeg signal
Afterwards, the eeg signal is compared with all benchmark eeg signals, is therefrom searched and received brain wave
The most matched benchmark eeg signal of signal；The most matched benchmark eeg signal found at this time is then：No. 2 Intelligent lamps
5th luminance reference eeg signal；Then it is searched from preset all mapping relations again bright with No. 2 Intelligent lamps the 5th
The corresponding control operational order of benchmark eeg signal is spent, which is then：Control bulb brightness exists：(354 bank morals
Draw/square metre, 734 candelas/square metre] operational order；And the operational order is issued to No. 2 Intelligent lamps 130；It is described
No. 2 Intelligent lamps 130 then according to the operational order, by lamplight brightness control (354 candelas/square metre, 734 candelas/flat
Square rice] in.
The Intelligent lamp control system 100 that above-described embodiment is provided is receiving user by brain wearable device 110
After the enabled instruction of input, the eeg signal of user in real, every setting time, the brain electricity that the corresponding period is obtained
Wave signal is uploaded to the Intelligent lamp controller 120；Intelligent lamp controller 120 by the eeg signal received with
Each benchmark eeg signal is compared, and is searched from all benchmark eeg signals matched with the eeg signal
I-th group of jth luminance reference eeg signal；It searches from the mapping relations and believes with i-th group of jth luminance reference brain wave
Number corresponding control operational order；The control operational order found is issued to corresponding Intelligent lamp 130；Each intelligence
Lamps and lanterns 130, the control operational order for being issued according to the Intelligent lamp controller 120 execute relevant control operation
Mode, user need to only wear brain wearable device 110 can control opening for 130 light of corresponding Intelligent lamp by idea
Close and lamplight brightness it is small big；Sound control is manually operated or utilized without user, improves user experience effect,
Suitable for trick it is inconvenient, and/or can not the personage of sounding use.
The present invention separately proposes a kind of control method of Intelligent lamp control system.Referring to Fig. 1, Intelligent lamp control system
100 include：Brain wearable device 110, the Intelligent lamp controller 120 with the brain wearable device 110 communication connection, and
With N number of Intelligent lamp 130 of the communication connection of the Intelligent lamp controller 120, N is natural number；The Intelligent lamp controller
120 are directed to each Intelligent lamp 130, are provided with one group of benchmark eeg signal, for every group of benchmark eeg signal, are provided with
The mapping relations of benchmark eeg signal _ control operational order of corresponding group.It is the Intelligent lamp control of the present invention referring to Fig. 3, Fig. 3
The flow diagram of one embodiment of control method of system processed.The control method of the Intelligent lamp control system includes：
Step S10：The brain wearable device 110 is after receiving enabled instruction input by user, user in real
Eeg signal eeg signal that the corresponding period obtains is uploaded to the Intelligent lamp control every setting time
Device 120.
Step S20：The Intelligent lamp controller 120 is by the eeg signal received and each benchmark brain wave
Signal is compared, and is searched and the matched i-th group of jth brightness base of the eeg signal from all benchmark eeg signals
Quasi- eeg signal, i are the natural number less than or equal to N, and the j is natural number.
Step S30：Control corresponding with i-th group of jth luminance reference eeg signal is searched from the mapping relations
Operational order processed；The control operational order found is issued to corresponding Intelligent lamp 130.
Step S40：The control operational order that the Intelligent lamp 130 is issued according to the Intelligent lamp controller 120, holds
The relevant control operation of row.
In the control method embodiment of above-mentioned Intelligent lamp control system, the time span value range of the setting time
For：0.5 second to 3 seconds；Can such as it be arranged 0.5 second, 1 second, 1.5 seconds, 2 seconds, 2.5 seconds, 3 seconds；It is preferably arranged to 2 seconds.The startup
Instruction refers to：Start the operational order of idea control Intelligent lamp.Assuming that the setting time is set as 2 seconds, then the brain
Wearable device 110 is after receiving the enabled instruction, the eeg signal of user in real, and just will every 2 seconds
The eeg signal obtained is uploaded in the Intelligent lamp controller 120 within first 2 seconds.Such as receive it is described startup refer to
When the 2nd seconds point after order, the eeg signal that the 0th second to the 2nd seconds section obtains is reported into the intelligence
Lamp controller 120；At the 4th second time point, the eeg signal that the 2nd second to the 4th seconds section obtains is reported into institute
State Intelligent lamp controller 120；Follow-up and so on.
In the control method embodiment of above-mentioned Intelligent lamp control system, the j is the natural number less than or equal to 6.Referring to
Fig. 2, Fig. 2 are the mapping relations schematic diagram of the benchmark eeg signal and benchmark eeg signal _ control operational order of the present invention.
Every group of benchmark eeg signal include：It is 1st luminance reference eeg signal, the 2nd luminance reference eeg signal, the 3rd bright
Spend benchmark eeg signal, the 4th luminance reference eeg signal, the 5th luminance reference eeg signal, the 6th luminance reference brain electricity
Wave signal.Such as：I-th group of benchmark eeg signal include：I-th group of the 1st luminance reference eeg signal, i-th group the 2nd it is bright
Spend benchmark eeg signal, i-th group of the 3rd luminance reference eeg signal, i-th group of the 4th luminance reference eeg signal, i-th group
5th luminance reference eeg signal, i-th group of the 6th luminance reference eeg signal.
Referring to Fig. 2, in the control method embodiment of above-mentioned Intelligent lamp control system, believe for every group of benchmark brain wave
Number, the mapping relations of benchmark eeg signal _ control operational order of corresponding group are provided with, wherein the described mapping relations packet
It includes：For the 1st luminance reference eeg signal, corresponding control operational order is：Control bulb brightness is closed
Operational order；For the 2nd luminance reference eeg signal, corresponding control operational order is：Control bulb brightness exists：[11 banks
De La/square metre, 68 candelas/square metre] operational order；For the 3rd luminance reference eeg signal, corresponding control behaviour
Making instruction is：Control bulb brightness exists：(68 candelas/square metre, 257 candelas/square metre] operational order；For the 4th
Luminance reference eeg signal, corresponding control operational order are：Control bulb brightness exists：(257 candelas/square metre, 354
Candela/square metre] operational order；For the 5th luminance reference eeg signal, corresponding control operational order is：Control
Bulb brightness exists：(354 candelas/square metre, 734 candelas/square metre] operational order；For the 6th luminance reference brain electricity
Wave signal, corresponding control operational order are：Control bulb brightness exists：(734 candelas/square metre, 1375 candelas/square
Rice] operational order.
Mapping relations referring to Fig. 2, such as the i-th group of benchmark eeg signal _ control operational order include：For
The 1st luminance reference eeg signal of i groups, corresponding control operational order are：The operation that control bulb brightness is closed
Instruction；For i-th group of the 2nd luminance reference eeg signal, corresponding control operational order is：Control bulb brightness exists：[11 banks
De La/square metre, 68 candelas/square metre] operational order；It is corresponding for i-th group of the 3rd luminance reference eeg signal
Controlling operational order is：Control bulb brightness exists：(68 candelas/square metre, 257 candelas/square metre] operational order；Needle
To i-th group of the 4th luminance reference eeg signal, corresponding control operational order is：Control bulb brightness exists：(257 candelas/
Square metre, 354 candelas/square metre] operational order；For i-th group of the 5th luminance reference eeg signal, corresponding control
Operational order is：Control bulb brightness exists：(354 candelas/square metre, 734 candelas/square metre] operational order；For
I-th group of the 6th luminance reference eeg signal, corresponding control operational order are：Control bulb brightness exists：(734 candelas/flat
Square rice, 1375 candelas/square metre] operational order.
N number of Intelligent lamp 130 described in the control method embodiment of above-mentioned Intelligent lamp control system can be N number of identical
Intelligent lamp 130, can also be N number of different Intelligent lamp 130.For N number of identical Intelligent lamp 130, then need pair
Each Intelligent lamp 130 is numbered, and is distinguished each Intelligent lamp 130 and other Intelligent lamps 130 by numbering.Example
If including 5 identical Intelligent lamps 130, then sequentially it can be numbered：No. 1 Intelligent lamp, No. 2 Intelligent lamps, 3
Number Intelligent lamp, No. 4 Intelligent lamps, No. 5 Intelligent lamps.Benchmark brain wave letter set by Intelligent lamp for each number
Number refer to：The eeg signal for the Intelligent lamp status that human brain meditation is accordingly numbered.Wherein each benchmark brain wave
Signal after the training study of magnanimity eeg signal by generating.Such as the 2nd luminance reference brain wave of No. 2 Intelligent lamps
Signal generates in the following way：Obtain brain wave letter of the magnanimity personage when meditating No. 2 Intelligent lamp brightness and reaching 2 brightness
Number, determine same section in acquired magnanimity eeg signal, using the eeg signal of same section as：No. 2 intelligence
It can the 2nd luminance reference eeg signal of lamps and lanterns；Other and so on.
For N number of different Intelligent lamp 130, then need according to each Intelligent lamp 130 with respect to other Intelligent lamps 130
Difference, corresponding Intelligent lamp 130 is identified.By identifying each Intelligent lamp 130 and other intelligent lamps
Tool 130 is distinguished；If such as including following 6 different intelligent lamps and lanterns 130：Red Intelligent lamp, orange Intelligent lamp, yellow
Intelligent lamp, green intelligent lamps and lanterns, blue Intelligent lamp, indigo color Intelligent lamp, purple Intelligent lamp, then sequentially to this 6 not
Same Intelligent lamp is identified as follows：Red light, orange light, yellow light, green, blue light, indigo colored lights
Light, purple light.Similarly, the benchmark eeg signal set by the Intelligent lamp for each different colours light refers to：People
Body brain meditates the eeg signal of the Intelligent lamp status of corresponding color light.Wherein each benchmark eeg signal,
By being generated after the training study of magnanimity eeg signal.Such as the 3rd luminance reference brain electricity of green Intelligent lamp
Wave signal generates in the following way：Obtain magnanimity personage meditate green Intelligent lamp brightness reach 3 brightness when
Eeg signal determines same section in the eeg signal of acquired magnanimity, using the eeg signal of same section as：
The 3rd luminance reference eeg signal of green Intelligent lamp；Other and so on.
Now the control method of the Intelligent lamp control system of the present invention is carried out specifically by taking a specific example as an example
It is bright：Assuming that user, which wants the control No. 2 Intelligent lamp brightness, reaches the 5th brightness, user puts on the brain wearing and sets first
Standby 110, the enabled instruction is inputted to the brain wearable device 110, is then meditated：No. 2 Intelligent lamp brightness reach the 5th
Brightness；The eeg signal of 110 user in real of brain wearable device at this time, at interval of setting time such as 2 seconds, will before
The eeg signal obtained is uploaded to Intelligent lamp controller 120 within 2 seconds；The Intelligent lamp controller 120 receives the brain
After electric wave signal, the eeg signal is compared with all benchmark eeg signals, therefrom search with it is received
The most matched benchmark eeg signal of eeg signal；The most matched benchmark eeg signal found at this time is then：No. 2
The 5th luminance reference eeg signal of Intelligent lamp；Then it is searched and No. 2 intelligent lamps from preset all mapping relations again
Has the corresponding control operational order of the 5th luminance reference eeg signal, which is then：Control bulb brightness exists：
(354 candelas/square metre, 734 candelas/square metre] operational order；And the operational order is issued to No. 2 Intelligent lamps
130；No. 2 Intelligent lamps 130 then according to the operational order, by lamplight brightness control (354 candelas/square metre, 734
Candela/square metre] in.
The control method for the Intelligent lamp control system that above-described embodiment is provided, is being connect by brain wearable device 110
After receiving enabled instruction input by user, the eeg signal of user in real obtains the corresponding period every setting time
The eeg signal taken is uploaded to the Intelligent lamp controller 120；Intelligent lamp controller 120 is electric by the brain received
Wave signal is compared with each benchmark eeg signal, searches from all benchmark eeg signals and believes with the brain wave
Number matched i-th group of jth luminance reference eeg signal；It is searched and i-th group of jth luminance reference from the mapping relations
The corresponding control operational order of eeg signal；The control operational order found is issued to corresponding Intelligent lamp 130；
Each Intelligent lamp 130, the control operational order for being issued according to the Intelligent lamp controller 120 execute relevant control
The mode of operation is made, user need to only wear brain wearable device 110 can control 130 lamp of corresponding Intelligent lamp by idea
The switch of light and lamplight brightness it is small big；Sound control is manually operated or utilized without user, improves user experience
Effect, be suitable for trick it is inconvenient, and/or can not the personage of sounding use.
It these are only the preferred embodiment of the present invention, be not intended to limit the scope of the invention, it is every to utilize this hair
Equivalent structure transformation made by bright specification and accompanying drawing content is applied directly or indirectly in other relevant technical fields,
Similarly it is included within the scope of the present invention.
Claims (8)
1. a kind of Intelligent lamp control system, which is characterized in that the Intelligent lamp control system includes：Brain wearable device,
The Intelligent lamp controller connected with brain wearable device communication, and connected with Intelligent lamp controller communication
N number of Intelligent lamp, N are natural number；
The brain wearable device, for after receiving enabled instruction input by user, the brain wave of user in real to be believed
Number, every setting time, the eeg signal that the corresponding period obtains is uploaded to the Intelligent lamp controller；
The Intelligent lamp controller is directed to each Intelligent lamp, one group of benchmark eeg signal is provided with, for every group of benchmark
Eeg signal is provided with the mapping relations of benchmark eeg signal _ control operational order of corresponding group；Specifically for that will receive
To the eeg signal be compared with each benchmark eeg signal, from all benchmark eeg signals search with
The matched i-th group of jth luminance reference eeg signal of eeg signal, i are the natural number less than or equal to N, and the j is
Natural number；
Control operational order corresponding with i-th group of jth luminance reference eeg signal is searched from the mapping relations；It will
The control operational order found is issued to corresponding Intelligent lamp；
Each Intelligent lamp, the control operational order for being issued according to the Intelligent lamp controller, executes relevant control
Operation.
2. Intelligent lamp control system according to claim 1, which is characterized in that the j is the nature less than or equal to 6
Number；Every group of benchmark eeg signal include：
1st luminance reference eeg signal, the 2nd luminance reference eeg signal, the 3rd luminance reference eeg signal, the 4th brightness
Benchmark eeg signal, the 5th luminance reference eeg signal, the 6th luminance reference eeg signal.
3. Intelligent lamp control system according to claim 1, which is characterized in that the benchmark eeg signal _ control
The mapping relations of operational order include：
For the 1st luminance reference eeg signal, corresponding control operational order is：Control bulb brightness is closed
Operational order；
For the 2nd luminance reference eeg signal, corresponding control operational order is：Control bulb brightness exists：[11 candelas/
Square metre, 68 candelas/square metre] operational order；
For the 3rd luminance reference eeg signal, corresponding control operational order is：Control bulb brightness exists：(68 candelas/
Square metre, 257 candelas/square metre] operational order；
For the 4th luminance reference eeg signal, corresponding control operational order is：Control bulb brightness exists：(257 candelas/
Square metre, 354 candelas/square metre] operational order；
For the 5th luminance reference eeg signal, corresponding control operational order is：Control bulb brightness exists：(354 candelas/
Square metre, 734 candelas/square metre] operational order；
For the 6th luminance reference eeg signal, corresponding control operational order is：Control bulb brightness exists：(734 candelas/
Square metre, 1375 candelas/square metre] operational order.
4. Intelligent lamp control system according to any one of claims 1 to 3, which is characterized in that the setting time
Time span value range is：0.5 second to 3 seconds.
5. a kind of control method of Intelligent lamp control system, which is characterized in that the Intelligent lamp control system includes：Brain
Wearable device, with the brain wearable device communication connection Intelligent lamp controller, and with the Intelligent lamp controller
N number of Intelligent lamp of connection is communicated, N is natural number；The Intelligent lamp controller is directed to each Intelligent lamp, is provided with one group
Benchmark eeg signal, for every group of benchmark eeg signal, the benchmark eeg signal _ control operation for being provided with corresponding group refers to
The mapping relations of order；The control method of the Intelligent lamp control system includes：
The brain wearable device is after receiving enabled instruction input by user, the eeg signal of user in real, often
Every setting time, the eeg signal that the corresponding period obtains is uploaded to the Intelligent lamp controller；
The eeg signal received is compared the Intelligent lamp controller with each benchmark eeg signal, from
It is searched in all benchmark eeg signals and the matched i-th group of jth luminance reference eeg signal of the eeg signal, i
For the natural number less than or equal to N, the j is natural number；
Control operational order corresponding with i-th group of jth luminance reference eeg signal is searched from the mapping relations；It will
The control operational order found is issued to corresponding Intelligent lamp；
The control operational order that the Intelligent lamp is issued according to the Intelligent lamp controller executes relevant control operation.
6. the control method of Intelligent lamp control system according to claim 5, which is characterized in that the j be less than etc.
In 6 natural number；Every group of benchmark eeg signal include：
1st luminance reference eeg signal, the 2nd luminance reference eeg signal, the 3rd luminance reference eeg signal, the 4th brightness
Benchmark eeg signal, the 5th luminance reference eeg signal, the 6th luminance reference eeg signal.
7. the control method of Intelligent lamp control system according to claim 5, which is characterized in that the benchmark brain wave
The mapping relations of signal _ control operational order include：
For the 1st luminance reference eeg signal, corresponding control operational order is：Control bulb brightness is closed
Operational order；
For the 2nd luminance reference eeg signal, corresponding control operational order is：Control bulb brightness exists：[11 candelas/
Square metre, 68 candelas/square metre] operational order；
For the 3rd luminance reference eeg signal, corresponding control operational order is：Control bulb brightness exists：(68 candelas/
Square metre, 257 candelas/square metre] operational order；
For the 4th luminance reference eeg signal, corresponding control operational order is：Control bulb brightness exists：(257 candelas/
Square metre, 354 candelas/square metre] operational order；
For the 5th luminance reference eeg signal, corresponding control operational order is：Control bulb brightness exists：(354 candelas/
Square metre, 734 candelas/square metre] operational order；
For the 6th luminance reference eeg signal, corresponding control operational order is：Control bulb brightness exists：(734 candelas/
Square metre, 1375 candelas/square metre] operational order.
8. according to the control method of claim 5 to 7 any one of them Intelligent lamp control system, which is characterized in that described
The time span value range of setting time is：0.5 second to 3 seconds.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201810080312.6A CN108566703A (en) | 2018-01-27 | 2018-01-27 | Intelligent lamp control system and its control method |
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| Application Number | Priority Date | Filing Date | Title |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110083513A (en) * | 2019-04-30 | 2019-08-02 | 努比亚技术有限公司 | A kind of lamp effect control method, equipment and computer readable storage medium |
| CN110602852A (en) * | 2019-09-05 | 2019-12-20 | 佛山市云米电器科技有限公司 | System for controlling home theater lighting effect |
-
2018
- 2018-01-27 CN CN201810080312.6A patent/CN108566703A/en active Pending
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110083513A (en) * | 2019-04-30 | 2019-08-02 | 努比亚技术有限公司 | A kind of lamp effect control method, equipment and computer readable storage medium |
| CN110083513B (en) * | 2019-04-30 | 2022-09-06 | 努比亚技术有限公司 | Lamp effect control method, equipment and computer readable storage medium |
| CN110602852A (en) * | 2019-09-05 | 2019-12-20 | 佛山市云米电器科技有限公司 | System for controlling home theater lighting effect |
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