CN106094256A - Home equipment control method, home equipment control device and intelligent glasses - Google Patents
Home equipment control method, home equipment control device and intelligent glasses Download PDFInfo
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- CN106094256A CN106094256A CN201610382601.2A CN201610382601A CN106094256A CN 106094256 A CN106094256 A CN 106094256A CN 201610382601 A CN201610382601 A CN 201610382601A CN 106094256 A CN106094256 A CN 106094256A
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- home equipment
- fatigue
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- motion data
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- G—PHYSICS
- G02—OPTICS
- G02C—SPECTACLES; SUNGLASSES OR GOGGLES INSOFAR AS THEY HAVE THE SAME FEATURES AS SPECTACLES; CONTACT LENSES
- G02C11/00—Non-optical adjuncts; Attachment thereof
- G02C11/10—Electronic devices other than hearing aids
Abstract
The present invention proposes a kind of home equipment control method, a kind of home equipment controls device and a kind of intelligent glasses, and wherein, described intelligent glasses has current potential induction apparatus, and home equipment control method includes: obtain eye motion data by described current potential induction apparatus；According to described eye motion data, determine the target control order of correspondence；Described target control order is sent to Household equipment control terminal or home equipment.Pass through technical scheme, the degree of fatigue of user can be determined according to eye motion data, such that it is able to home equipment to be taked effective control measure, i.e. control home equipment when human fatigue by intelligent glasses and reduce brightness, volume etc., so, both avoided home equipment because of when human fatigue continuous firing affect user and have a rest, also make the functional of intelligent glasses and automaticity be greatly promoted, it is also convenient for reducing use cost, saves electric power resource.
Description
Technical field
The present invention relates to wearable device technical field, in particular to a kind of home equipment control method, Yi Zhongjia
Occupy plant control unit and a kind of intelligent glasses.
Background technology
At present, wearable device progressively enters into daily life, especially intelligent glasses, can give the life of user
It is a lot of convenient to bring.
In correlation technique, intelligent glasses have some notice prompt facilities, such as, display binding terminal call-in reporting or
SMS notifications etc., reminded user's fatigue alleviating etc. when wearing for a long time.
But, these notices are the simplest, and the facility brought to user is extremely limited, and, wearing intelligent glasses
During, when eyes of user fatigue, intelligent glasses often can only be reminded, and cannot provide user more facility.
Therefore, how to further expand the function of intelligent glasses, become technical problem the most urgently to be resolved hurrily.
Summary of the invention
The present invention is based on the problems referred to above, it is proposed that a kind of new technical scheme, can be by intelligent glasses in detection
During to user's eye strain, control home equipment and perform corresponding control command.
In view of this, an aspect of of the present present invention proposes a kind of home equipment control method, for intelligent glasses, described intelligence
Can have current potential induction apparatus by glasses, and described home equipment control method includes: obtain eye by described current potential induction apparatus
Exercise data；According to described eye motion data, determine the target control order of correspondence；Described target control order is sent extremely
Household equipment control terminal or home equipment.
In this technical scheme, the user of intelligent glasses can be worn by current potential induction apparatus detection on intelligent glasses
Eye motion data, thus the degree of fatigue of user is judged according to the eye motion data of user, in order to send the target of correspondence
Control command, wherein, target control order can be sent directly to home equipment by approach such as Wi-Fi by intelligent glasses, also
Target control order can be sent to terminals such as mobile phones, then be forwarded to home equipment by terminals such as mobile phones.
By this technical scheme, the degree of fatigue of user can be determined according to eye motion data, such that it is able to household
Equipment takes effective control measure, i.e. controls home equipment when human fatigue by intelligent glasses and reduces brightness, volume etc.,
So, both avoided home equipment because of when human fatigue continuous firing affect user have a rest, also make the functional of intelligent glasses
It is greatly promoted with automaticity, is also convenient for reducing use cost, saves electric power resource.
In technique scheme, it is preferable that described by described current potential induction apparatus acquisition eye motion data, specifically wrap
Include: detected the pupil wearing user and/or the displacement of eyeball of described intelligent glasses by described current potential induction apparatus.
In this technical scheme, the detection object of current potential induction apparatus includes but not limited to pupil and/or eyeball, it is also possible to inspection
Survey the motion conditions of eyelid, and eye motion data are also not necessarily limited to detect the displacement of object, it is also possible to be to remove this it as required
Other outer attributes.By various eye motion data are detected, depend on for effectively judging that the degree of fatigue of user provides
According to.
In any of the above-described technical scheme, it is preferable that described current potential induction apparatus includes bikini eye current potential induction apparatus.
In this technical scheme, current potential induction apparatus can be bikini eye current potential induction apparatus, it is also possible to be to remove as required
Other kinds of current potential induction apparatus outside this, as long as effective eye motion data can be recorded.By this technical scheme,
Effective eye motion data can be obtained, it is simple to sentence according to eye motion data further by bikini eye current potential induction apparatus
The degree of fatigue of disconnected user.
In any of the above-described technical scheme, it is preferable that described according to described eye motion data, determine the target control of correspondence
System order, specifically includes: determine the degree of fatigue scope belonging to described eye motion data, or according to described eye motion number
According to, calculate degree of fatigue threshold value according to pre-defined rule, and determine the degree of fatigue scope belonging to described degree of fatigue threshold value；And
Control command corresponding for described degree of fatigue scope is set to described target control order.
In this technical scheme, the eye motion data of different range can direct corresponding different degree of fatigue scope,
Such as, being divided into B and A two grades according to degree of fatigue from high to low, the control command that A shelves are corresponding is to reduce sound of television to pre-accordatura
Amount, control command corresponding to B shelves for reduce sound of television to predetermined volume, reduce TV display brightness to predetermined luminance, then when
Detect when eyeball downward shift frequency is a time/min, determine that the degree of fatigue scope of correspondence is A, can be to TV or pass through
Mobile phone sends the control command of " reducing sound of television to predetermined volume " to TV, and when detecting that eyeball downward shift frequency is
During b time/min, b ＜ a, corresponding degree of fatigue scope is B, can be to TV or sent to TV by mobile phone and " reduce TV
Sound to predetermined volume, reduce TV display brightness to predetermined luminance " control command.
It addition, pre-defined rule and predetermined degree of fatigue threshold range can also be provided with when intelligent glasses dispatches from the factory, pass through
Eye motion data can be calculated by pre-defined rule, and wherein, different predetermined degree of fatigue threshold ranges is to having not
Same control command.
Such as, the weight of eyeball displacement and pupil displacement difference corresponding 0.4 and 0.6 is set, then can obtain eyeball displacement
Value and the product of the product of weight 0.4, pupil shift value and weight 0.6, then by two product addition, i.e. can get degree of fatigue
Threshold value, may thereby determine that the predetermined degree of fatigue threshold range belonging to degree of fatigue threshold value, and then determines the control of correspondence
Order.
In any of the above-described technical scheme, it is preferable that in the step being obtained eye motion data by described current potential induction apparatus
Before Zhou, also include: according to the setting command received, the control command of correspondence is set for arbitrary described degree of fatigue scope,
Wherein, described control command includes at least one of or a combination thereof: switch command, power adjustment commands, display brightness regulate
Order, display color saturation regulating command and audio frequency regulating command, described control command is the control of the one-touch regulation of parameter
Order or the control command of parameter gradual change regulation.
In this technical scheme, although when pre-defined rule and predetermined degree of fatigue threshold range are dispatched from the factory by intelligent glasses certainly
Band, but, the control command of its correspondence then can be configured by user according to actual needs.Such as, user can be according to reality
Border custom and need for arbitrary home equipment arrange the volume-leveling value of its correspondence, brightness regulation value, power adjustment value, color satisfy
With degree regulated value etc..
Wherein, control command can be the control command of the one-touch regulation of parameter, after i.e. receiving this control command, directly
The parameter current of regulation item is changed to the parameter in control command, and control command can also be for the control life of parameter gradual change regulation
Order, such as, after receiving this control command, is changed to control according to predetermined variation rate linear by the parameter current of regulation item
Parameter in order, as such, it is possible to produce fade effect, promotes the experience of user.
It addition, control command includes but not limited at least one of or a combination thereof: switch command, power adjustment commands,
Display brightness regulating command, display color saturation regulating command and audio frequency regulating command, such as, for domestic air conditioning, also may be used
Determine the degree of fatigue of user with the eye motion data according to user after, carry out promoting design temperature, reducing design temperature, increasing
Add setting humidity, reduce and set humidity, increase wind-force, reduce wind-force, change the regulation such as wind direction.Such as, when passing through eye motion
Data Detection goes out user and falls asleep (i.e. assert degree of fatigue the highest), then can send to air-conditioning promote refrigeration arrange temperature,
Reduce the control commands such as wind-force, at the same time it can also be the real-time position information of user is uploaded to mobile phone or sky by intelligent glasses
Adjust, control air-conditioning for mobile phone or carry out wind direction regulation for air-conditioning self, it is to avoid the wind direction of air-conditioning is towards the user in sleep.
Another aspect of the present invention proposes a kind of home equipment and controls device, for intelligent glasses, described intelligent glasses
There is current potential induction apparatus, and described home equipment controls device and includes: potentiometric detection unit, is obtained by described current potential induction apparatus
Take eye motion data；Control command determines unit, according to described eye motion data, determines the target control order of correspondence；
Control command transmitting element, sends described target control order to Household equipment control terminal or home equipment.
In this technical scheme, the user of intelligent glasses can be worn by current potential induction apparatus detection on intelligent glasses
Eye motion data, thus the degree of fatigue of user is judged according to the eye motion data of user, in order to send the target of correspondence
Control command, wherein, target control order can be sent directly to home equipment by approach such as Wi-Fi by intelligent glasses, also
Target control order can be sent to terminals such as mobile phones, then be forwarded to home equipment by terminals such as mobile phones.
By this technical scheme, the degree of fatigue of user can be determined according to eye motion data, such that it is able to household
Equipment takes effective control measure, i.e. controls home equipment when human fatigue by intelligent glasses and reduces brightness, volume etc.,
So, both avoided home equipment to affect user when human fatigue and had a rest, also made the functional of intelligent glasses and automatization's journey
Degree is greatly promoted, and is also convenient for reducing use cost, saves electric power resource.
In technique scheme, it is preferable that described potentiometric detection unit specifically for: by described current potential induction apparatus examine
Survey the pupil wearing user and/or the displacement of eyeball of described intelligent glasses.
In this technical scheme, the detection object of current potential induction apparatus includes but not limited to pupil and/or eyeball, it is also possible to inspection
Survey the motion conditions of eyelid, and eye motion data are also not necessarily limited to detect the displacement of object, it is also possible to be to remove this it as required
Other outer attributes.By various eye motion data are detected, depend on for effectively judging that the degree of fatigue of user provides
According to.
In any of the above-described technical scheme, it is preferable that described current potential induction apparatus includes bikini eye current potential induction apparatus.
In this technical scheme, current potential induction apparatus can be bikini eye current potential induction apparatus, it is also possible to be to remove as required
Other kinds of current potential induction apparatus outside this, as long as effective eye motion data can be recorded.By this technical scheme,
Effective eye motion data can be obtained, it is simple to sentence according to eye motion data further by bikini eye current potential induction apparatus
The degree of fatigue of disconnected user.
In any of the above-described technical scheme, it is preferable that described control command determines that unit includes: degree of fatigue scope determines
Unit, determines the degree of fatigue scope belonging to described eye motion data, or according to described eye motion data, according to pre-set pattern
Then calculate degree of fatigue threshold value, and determine the degree of fatigue scope belonging to described degree of fatigue threshold value；And described control command
Determine unit for: control command corresponding for described degree of fatigue scope is set to described target control order.
In this technical scheme, the eye motion data of different range can direct corresponding different degree of fatigue scope,
Such as, being divided into B and A two grades according to degree of fatigue from high to low, the control command that A shelves are corresponding is to reduce sound of television to pre-accordatura
Amount, control command corresponding to B shelves for reduce sound of television to predetermined volume, reduce TV display brightness to predetermined luminance, then when
Detect when eyeball downward shift frequency is a time/min, determine that the degree of fatigue scope of correspondence is A, can be to TV or pass through
Mobile phone sends the control command of " reducing sound of television to predetermined volume " to TV, and when detecting that eyeball downward shift frequency is
During b time/min, b ＜ a, corresponding degree of fatigue scope is B, can be to TV or sent to TV by mobile phone and " reduce TV
Sound to predetermined volume, reduce TV display brightness to predetermined luminance " control command.
It addition, pre-defined rule and predetermined degree of fatigue threshold range can also be provided with when intelligent glasses dispatches from the factory, pass through
Eye motion data can be calculated by pre-defined rule, and wherein, different predetermined degree of fatigue threshold ranges is to having not
Same control command.
Such as, the weight of eyeball displacement and pupil displacement difference corresponding 0.4 and 0.6 is set, then can obtain eyeball displacement
Value and the product of the product of weight 0.4, pupil shift value and weight 0.6, then by two product addition, i.e. can get degree of fatigue
Threshold value, may thereby determine that the predetermined degree of fatigue threshold range belonging to degree of fatigue threshold value, and then determines the control of correspondence
Order.
In any of the above-described technical scheme, it is preferable that also include: association arranges unit, obtains at described potentiometric detection unit
Before taking eye motion data, according to the setting command received, the control of correspondence is set for arbitrary described degree of fatigue scope
Order, wherein, described control command includes at least one of or a combination thereof: switch command, power adjustment commands, display brightness
Regulating command, display color saturation regulating command and audio frequency regulating command, described control command is the one-touch regulation of parameter
Control command or the control command of parameter gradual change regulation.
In this technical scheme, although when pre-defined rule and predetermined degree of fatigue threshold range are dispatched from the factory by intelligent glasses certainly
Band, but, the control command of its correspondence then can be configured by user according to actual needs.Such as, user can be according to reality
Border custom and need for arbitrary home equipment arrange the volume-leveling value of its correspondence, brightness regulation value, power adjustment value, color satisfy
With degree regulated value etc..
Wherein, control command can be the control command of the one-touch regulation of parameter, after i.e. receiving this control command, directly
The parameter current of regulation item is changed to the parameter in control command, and control command can also be for the control life of parameter gradual change regulation
Order, such as, after receiving this control command, is changed to control according to predetermined variation rate linear by the parameter current of regulation item
Parameter in order, as such, it is possible to produce fade effect, promotes the experience of user.
It addition, control command includes but not limited at least one of or a combination thereof: switch command, power adjustment commands,
Display brightness regulating command, display color saturation regulating command and audio frequency regulating command, such as, for domestic air conditioning, also may be used
Determine the degree of fatigue of user with the eye motion data according to user after, carry out promoting design temperature, reducing design temperature, increasing
Add setting humidity, reduce and set humidity, increase wind-force, reduce wind-force, change the regulation such as wind direction.Such as, when passing through eye motion
Data Detection goes out user and falls asleep (i.e. assert degree of fatigue the highest), then can send to air-conditioning promote refrigeration arrange temperature,
Reduce the control commands such as wind-force, at the same time it can also be the real-time position information of user is uploaded to mobile phone or sky by intelligent glasses
Adjust, control air-conditioning for mobile phone or carry out wind direction regulation for air-conditioning self, it is to avoid the wind direction of air-conditioning is towards the user in sleep.
Another aspect of the invention proposes a kind of intelligent glasses, including the household according to any one of technique scheme
Plant control unit, therefore, this intelligent glasses has and the home equipment control device according to any one of technique scheme
Identical technique effect, does not repeats them here.
By above technical scheme, the degree of fatigue of user can be determined according to eye motion data, such that it is able to family
The equipment of residence takes effective control measure, i.e. controls home equipment when human fatigue by intelligent glasses and reduces brightness, volume
Deng, so, both avoided home equipment because of when human fatigue continuous firing affect user have a rest, also make the function of intelligent glasses
Property and automaticity be greatly promoted, be also convenient for reduce use cost, save electric power resource.
Accompanying drawing explanation
Fig. 1 shows the flow chart of home equipment control method according to an embodiment of the invention；
Fig. 2 shows that home equipment according to an embodiment of the invention controls the block diagram of device；
Fig. 3 shows the block diagram of intelligent glasses according to an embodiment of the invention；
Fig. 4 shows the flow chart of home equipment control method according to another embodiment of the invention.
Detailed description of the invention
In order to be more clearly understood that the above-mentioned purpose of the present invention, feature and advantage, real with concrete below in conjunction with the accompanying drawings
The present invention is further described in detail by mode of executing.It should be noted that in the case of not conflicting, the enforcement of the application
Feature in example and embodiment can be mutually combined.
Elaborate a lot of detail in the following description so that fully understanding the present invention, but, the present invention also may be used
Implementing to use other to be different from other modes described here, therefore, protection scope of the present invention is not by described below
The restriction of specific embodiment.
Fig. 1 shows the flow chart of home equipment control method according to an embodiment of the invention.
As it is shown in figure 1, home equipment control method according to an embodiment of the invention, for intelligent glasses, described
Intelligent glasses has current potential induction apparatus, and home equipment control method includes:
Step 102, obtains eye motion data by described current potential induction apparatus；
Step 104, according to described eye motion data, determines the target control order of correspondence；
Step 106, sends described target control order to Household equipment control terminal or home equipment.
In this technical scheme, the user of intelligent glasses can be worn by current potential induction apparatus detection on intelligent glasses
Eye motion data, thus the degree of fatigue of user is judged according to the eye motion data of user, in order to send the target of correspondence
Control command, wherein, target control order can be sent directly to home equipment by approach such as Wi-Fi by intelligent glasses, also
Target control order can be sent to terminals such as mobile phones, then be forwarded to home equipment by terminals such as mobile phones.
By this technical scheme, the degree of fatigue of user can be determined according to eye motion data, such that it is able to household
Equipment takes effective control measure, i.e. controls home equipment when human fatigue by intelligent glasses and reduces brightness, volume etc.,
So, both avoided home equipment because of when human fatigue continuous firing affect user have a rest, also make the functional of intelligent glasses
It is greatly promoted with automaticity, is also convenient for reducing use cost, saves electric power resource.
In technique scheme, it is preferable that step 102 specifically includes: detect described intelligence by described current potential induction apparatus
The pupil wearing user of energy glasses and/or the displacement of eyeball.
In this technical scheme, the detection object of current potential induction apparatus includes but not limited to pupil and/or eyeball, it is also possible to inspection
Survey the motion conditions of eyelid, and eye motion data are also not necessarily limited to detect the displacement of object, it is also possible to be to remove this it as required
Other outer attributes.By various eye motion data are detected, depend on for effectively judging that the degree of fatigue of user provides
According to.
In any of the above-described technical scheme, it is preferable that described current potential induction apparatus includes bikini eye current potential induction apparatus.
In this technical scheme, current potential induction apparatus can be bikini eye current potential induction apparatus, it is also possible to be to remove as required
Other kinds of current potential induction apparatus outside this, as long as effective eye motion data can be recorded.By this technical scheme,
Effective eye motion data can be obtained, it is simple to sentence according to eye motion data further by bikini eye current potential induction apparatus
The degree of fatigue of disconnected user.
In any of the above-described technical scheme, it is preferable that step 104 specifically includes: determine belonging to described eye motion data
Degree of fatigue scope, or according to described eye motion data, calculate degree of fatigue threshold value according to pre-defined rule, and determine described
Degree of fatigue scope belonging to degree of fatigue threshold value；And control command corresponding for described degree of fatigue scope is set to described
Target control order.
In this technical scheme, the eye motion data of different range can direct corresponding different degree of fatigue scope,
Such as, being divided into B and A two grades according to degree of fatigue from high to low, the control command that A shelves are corresponding is to reduce sound of television to pre-accordatura
Amount, control command corresponding to B shelves for reduce sound of television to predetermined volume, reduce TV display brightness to predetermined luminance, then when
Detect when eyeball downward shift frequency is a time/min, determine that the degree of fatigue scope of correspondence is A, can be to TV or pass through
Mobile phone sends the control command of " reducing sound of television to predetermined volume " to TV, and when detecting that eyeball downward shift frequency is
During b time/min, b ＜ a, corresponding degree of fatigue scope is B, can be to TV or sent to TV by mobile phone and " reduce TV
Sound to predetermined volume, reduce TV display brightness to predetermined luminance " control command.
It addition, pre-defined rule and predetermined degree of fatigue threshold range can also be provided with when intelligent glasses dispatches from the factory, pass through
Eye motion data can be calculated by pre-defined rule, and wherein, different predetermined degree of fatigue threshold ranges is to having not
Same control command.
Such as, the weight of eyeball displacement and pupil displacement difference corresponding 0.4 and 0.6 is set, then can obtain eyeball displacement
Value and the product of the product of weight 0.4, pupil shift value and weight 0.6, then by two product addition, i.e. can get degree of fatigue
Threshold value, may thereby determine that the predetermined degree of fatigue threshold range belonging to degree of fatigue threshold value, and then determines the control of correspondence
Order.
In any of the above-described technical scheme, it is preferable that before step 102, also include: according to receive, life is set
Order, arranges the control command of correspondence for arbitrary described degree of fatigue scope, and wherein, described control command includes at least one of
Or a combination thereof: switch command, power adjustment commands, display brightness regulating command, display color saturation regulating command and audio frequency
Regulating command, described control command is control command or the control command of parameter gradual change regulation of the one-touch regulation of parameter.
In this technical scheme, although when pre-defined rule and predetermined degree of fatigue threshold range are dispatched from the factory by intelligent glasses certainly
Band, but, the control command of its correspondence then can be configured by user according to actual needs.Such as, user can be according to reality
Border custom and need for arbitrary home equipment arrange the volume-leveling value of its correspondence, brightness regulation value, power adjustment value, color satisfy
With degree regulated value etc..
Wherein, control command can be the control command of the one-touch regulation of parameter, after i.e. receiving this control command, directly
The parameter current of regulation item is changed to the parameter in control command, and control command can also be for the control life of parameter gradual change regulation
Order, such as, after receiving this control command, is changed to control according to predetermined variation rate linear by the parameter current of regulation item
Parameter in order, as such, it is possible to produce fade effect, promotes the experience of user.
It addition, control command includes but not limited at least one of or a combination thereof: switch command, power adjustment commands,
Display brightness regulating command, display color saturation regulating command and audio frequency regulating command, such as, for domestic air conditioning, also may be used
Determine the degree of fatigue of user with the eye motion data according to user after, carry out promoting design temperature, reducing design temperature, increasing
Add setting humidity, reduce and set humidity, increase wind-force, reduce wind-force, change the regulation such as wind direction.Such as, when passing through eye motion
Data Detection goes out user and falls asleep (i.e. assert degree of fatigue the highest), then can send to air-conditioning promote refrigeration arrange temperature,
Reduce the control commands such as wind-force, at the same time it can also be the real-time position information of user is uploaded to mobile phone or sky by intelligent glasses
Adjust, control air-conditioning for mobile phone or carry out wind direction regulation for air-conditioning self, it is to avoid the wind direction of air-conditioning is towards the user in sleep.
Fig. 2 shows that home equipment according to an embodiment of the invention controls the block diagram of device.
As in figure 2 it is shown, home equipment according to an embodiment of the invention controls device 200, for intelligent glasses, institute
State intelligent glasses and there is current potential induction apparatus, and home equipment controls device 200 and includes: potentiometric detection unit 202, control command
Determine unit 204 and control command transmitting element 206.
Wherein, potentiometric detection unit 202 is for obtaining eye motion data by described current potential induction apparatus；Control command is true
Cell 204 is for according to described eye motion data, determining the target control order of correspondence；Control command transmitting element 206
For described target control order is sent to Household equipment control terminal or home equipment.
In this technical scheme, the user of intelligent glasses can be worn by current potential induction apparatus detection on intelligent glasses
Eye motion data, thus the degree of fatigue of user is judged according to the eye motion data of user, in order to send the target of correspondence
Control command, wherein, target control order can be sent directly to home equipment by approach such as Wi-Fi by intelligent glasses, also
Target control order can be sent to terminals such as mobile phones, then be forwarded to home equipment by terminals such as mobile phones.
By this technical scheme, the degree of fatigue of user can be determined according to eye motion data, such that it is able to household
Equipment takes effective control measure, i.e. controls home equipment when human fatigue by intelligent glasses and reduces brightness, volume etc.,
So, both avoided home equipment to affect user when human fatigue and had a rest, also made the functional of intelligent glasses and automatization's journey
Degree is greatly promoted, and is also convenient for reducing use cost, saves electric power resource.
In technique scheme, it is preferable that potentiometric detection unit 202 specifically for: by described current potential induction apparatus examine
Survey the pupil wearing user and/or the displacement of eyeball of described intelligent glasses.
In this technical scheme, the detection object of current potential induction apparatus includes but not limited to pupil and/or eyeball, it is also possible to inspection
Survey the motion conditions of eyelid, and eye motion data are also not necessarily limited to detect the displacement of object, it is also possible to be to remove this it as required
Other outer attributes.By various eye motion data are detected, depend on for effectively judging that the degree of fatigue of user provides
According to.
In any of the above-described technical scheme, it is preferable that described current potential induction apparatus includes bikini eye current potential induction apparatus.
In this technical scheme, current potential induction apparatus can be bikini eye current potential induction apparatus, it is also possible to be to remove as required
Other kinds of current potential induction apparatus outside this, as long as effective eye motion data can be recorded.By this technical scheme,
Effective eye motion data can be obtained, it is simple to sentence according to eye motion data further by bikini eye current potential induction apparatus
The degree of fatigue of disconnected user.
In any of the above-described technical scheme, it is preferable that control command determines that unit 204 includes: degree of fatigue scope determines
Unit 2042, determines the degree of fatigue scope belonging to described eye motion data, or according to described eye motion data, according in advance
Set pattern then calculates degree of fatigue threshold value, and determines the degree of fatigue scope belonging to described degree of fatigue threshold value；And control command
Determine unit 204 for: control command corresponding for described degree of fatigue scope is set to described target control order.
In this technical scheme, the eye motion data of different range can direct corresponding different degree of fatigue scope,
Such as, being divided into B and A two grades according to degree of fatigue from high to low, the control command that A shelves are corresponding is to reduce sound of television to pre-accordatura
Amount, control command corresponding to B shelves for reduce sound of television to predetermined volume, reduce TV display brightness to predetermined luminance, then when
Detect when eyeball downward shift frequency is a time/min, determine that the degree of fatigue scope of correspondence is A, can be to TV or pass through
Mobile phone sends the control command of " reducing sound of television to predetermined volume " to TV, and when detecting that eyeball downward shift frequency is
During b time/min, b ＜ a, corresponding degree of fatigue scope is B, can be to TV or sent to TV by mobile phone and " reduce TV
Sound to predetermined volume, reduce TV display brightness to predetermined luminance " control command.
It addition, pre-defined rule and predetermined degree of fatigue threshold range can also be provided with when intelligent glasses dispatches from the factory, pass through
Eye motion data can be calculated by pre-defined rule, and wherein, different predetermined degree of fatigue threshold ranges is to having not
Same control command.
Such as, the weight of eyeball displacement and pupil displacement difference corresponding 0.4 and 0.6 is set, then can obtain eyeball displacement
Value and the product of the product of weight 0.4, pupil shift value and weight 0.6, then by two product addition, i.e. can get degree of fatigue
Threshold value, may thereby determine that the predetermined degree of fatigue threshold range belonging to degree of fatigue threshold value, and then determines the control of correspondence
Order.
In any of the above-described technical scheme, it is preferable that also include: association arranges unit 208, at potentiometric detection unit 202
Before obtaining eye motion data, according to the setting command received, the control of correspondence is set for arbitrary described degree of fatigue scope
System order, wherein, described control command includes at least one of or a combination thereof: switch command, power adjustment commands, display are bright
Degree regulating command, display color saturation regulating command and audio frequency regulating command, described control command is the one-touch regulation of parameter
Control command or parameter gradual change regulation control command.
In this technical scheme, although when pre-defined rule and predetermined degree of fatigue threshold range are dispatched from the factory by intelligent glasses certainly
Band, but, the control command of its correspondence then can be configured by user according to actual needs.Such as, user can be according to reality
Border custom and need for arbitrary home equipment arrange the volume-leveling value of its correspondence, brightness regulation value, power adjustment value, color satisfy
With degree regulated value etc..
Wherein, control command can be the control command of the one-touch regulation of parameter, after i.e. receiving this control command, directly
The parameter current of regulation item is changed to the parameter in control command, and control command can also be for the control life of parameter gradual change regulation
Order, such as, after receiving this control command, is changed to control according to predetermined variation rate linear by the parameter current of regulation item
Parameter in order, as such, it is possible to produce fade effect, promotes the experience of user.
It addition, control command includes but not limited at least one of or a combination thereof: switch command, power adjustment commands,
Display brightness regulating command, display color saturation regulating command and audio frequency regulating command, such as, for domestic air conditioning, also may be used
Determine the degree of fatigue of user with the eye motion data according to user after, carry out promoting design temperature, reducing design temperature, increasing
Add setting humidity, reduce and set humidity, increase wind-force, reduce wind-force, change the regulation such as wind direction.Such as, when passing through eye motion
Data Detection goes out user and falls asleep (i.e. assert degree of fatigue the highest), then can send to air-conditioning promote refrigeration arrange temperature,
Reduce the control commands such as wind-force, at the same time it can also be the real-time position information of user is uploaded to mobile phone or sky by intelligent glasses
Adjust, control air-conditioning for mobile phone or carry out wind direction regulation for air-conditioning self, it is to avoid the wind direction of air-conditioning is towards the user in sleep.
Fig. 3 shows the block diagram of intelligent glasses according to an embodiment of the invention.
As it is shown on figure 3, intelligent glasses 300 according to an embodiment of the invention, including the home equipment control shown in Fig. 2
Device 200 processed, therefore, this intelligent glasses 300 has the technique effect identical with the home equipment control device 200 shown in Fig. 2,
Do not repeat them here.
Fig. 4 shows the flow chart of home equipment control method according to another embodiment of the invention.
As shown in Figure 4, home equipment control method according to another embodiment of the invention, including:
The eye motion data wearing user are detected in real time by step 402 by intelligent glasses.
Step 404, according to eye motion data, it is judged that whether user is in fatigue state, when judged result is for being, enter
Enter step 406, otherwise, return step 402.
Wherein, before determine the target control order of correspondence according to eye motion data, need to judge user whether
It is in fatigue state, if user is in fatigue state, then opens the function that home equipment is controlled by intelligent glasses, in order to family
The equipment of residence takes control measure.It addition, in the inventive solutions, it is also possible to immediately arrive at the degree of fatigue of user and adopt
Take the control measure of correspondence.
Step 406, determines the degree of fatigue of described user, and determines the home control life that the degree of fatigue of user is corresponding
Order.
Step 408, sends this predetermined home control order to home equipment, and home control order includes but not limited to fall
The volume of low sound source, reduce brightness of display screen, standby and shutdown etc..
Technical scheme is described in detail above in association with accompanying drawing, by technical scheme, can basis
Eye motion data determine the degree of fatigue of user, such that it is able to home equipment is taked effective control measure, i.e. user
Control home equipment by intelligent glasses time tired and reduce brightness, volume etc., so, both avoid home equipment because of at human fatigue
Time continuous firing affect user and have a rest, also make the functional of intelligent glasses and automaticity be greatly promoted, be also convenient for reducing
Use cost, saves electric power resource.
The foregoing is only the preferred embodiments of the present invention, be not limited to the present invention, for the skill of this area
For art personnel, the present invention can have various modifications and variations.All within the spirit and principles in the present invention, that is made any repaiies
Change, equivalent, improvement etc., should be included within the scope of the present invention.
Claims (11)
1. a home equipment control method, for intelligent glasses, it is characterised in that described intelligent glasses has current potential sensing
Device, and described home equipment control method includes:
Eye motion data are obtained by described current potential induction apparatus；
According to described eye motion data, determine the target control order of correspondence；
Described target control order is sent to Household equipment control terminal or home equipment.
Home equipment control method the most according to claim 1, it is characterised in that described obtained by described current potential induction apparatus
Take eye motion data, specifically include:
The pupil wearing user and/or the displacement of eyeball of described intelligent glasses is detected by described current potential induction apparatus.
Home equipment control method the most according to claim 1 and 2, it is characterised in that described current potential induction apparatus includes three
Point type eye current potential induction apparatus.
Home equipment control method the most according to claim 1 and 2, it is characterised in that described according to described eye motion
Data, determine the target control order of correspondence, specifically include:
Determine the degree of fatigue scope belonging to described eye motion data, or
According to described eye motion data, calculate degree of fatigue threshold value according to pre-defined rule, and determine described degree of fatigue threshold value
Affiliated degree of fatigue scope；And
Control command corresponding for described degree of fatigue scope is set to described target control order.
Home equipment control method the most according to claim 4, it is characterised in that obtained by described current potential induction apparatus
Before the step of eye motion data, also include:
According to the setting command received, the control command of correspondence is set for arbitrary described degree of fatigue scope, wherein,
Described control command includes at least one of or a combination thereof: the regulation of switch command, power adjustment commands, display brightness is ordered
Making, show color saturation regulating command and audio frequency regulating command, described control command is the control life of the one-touch regulation of parameter
Order or the control command of parameter gradual change regulation.
6. home equipment controls a device, for intelligent glasses, it is characterised in that described intelligent glasses has current potential sensing
Device, and described home equipment control device include:
Potentiometric detection unit, obtains eye motion data by described current potential induction apparatus；
Control command determines unit, according to described eye motion data, determines the target control order of correspondence；
Control command transmitting element, sends described target control order to Household equipment control terminal or home equipment.
Home equipment the most according to claim 6 controls device, it is characterised in that described potentiometric detection unit is specifically used
In:
The pupil wearing user and/or the displacement of eyeball of described intelligent glasses is detected by described current potential induction apparatus.
8. control device according to the home equipment described in claim 6 or 7, it is characterised in that described current potential induction apparatus includes three
Point type eye current potential induction apparatus.
9. control device according to the home equipment described in claim 6 or 7, it is characterised in that described control command determines unit
Including:
Degree of fatigue scope determines unit, determines the degree of fatigue scope belonging to described eye motion data, or according to described eye
Portion's exercise data, calculates degree of fatigue threshold value according to pre-defined rule, and determines the degree of fatigue belonging to described degree of fatigue threshold value
Scope；And
Described control command determine unit for:
Control command corresponding for described degree of fatigue scope is set to described target control order.
Home equipment the most according to claim 9 controls device, it is characterised in that also include:
Association arranges unit, before described potentiometric detection unit obtains eye motion data, according to the setting command received,
For arbitrary described degree of fatigue scope arrange correspondence control command, wherein,
Described control command includes at least one of or a combination thereof: the regulation of switch command, power adjustment commands, display brightness is ordered
Making, show color saturation regulating command and audio frequency regulating command, described control command is the control life of the one-touch regulation of parameter
Order or the control command of parameter gradual change regulation.
11. 1 kinds of intelligent glasses, it is characterised in that include that the home equipment as according to any one of claim 6 to 10 controls
Device.
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| CN201610382601.2A CN106094256A (en) | 2016-06-01 | 2016-06-01 | Home equipment control method, home equipment control device and intelligent glasses |
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| CN108762213A (en) * | 2018-06-04 | 2018-11-06 | 李宇轩 | Control method, device and the intelligent glasses of smart home |
| CN110213663A (en) * | 2019-05-22 | 2019-09-06 | 深圳壹账通智能科技有限公司 | Audio and video playing method, computer equipment and computer readable storage medium |
| CN110319545A (en) * | 2019-07-04 | 2019-10-11 | 珠海格力电器股份有限公司 | Environmental management technique, device and air-conditioning |
| CN110568770A (en) * | 2019-09-30 | 2019-12-13 | 珠海格力电器股份有限公司 | method for controlling intelligent household equipment and control equipment |
| CN111279135A (en) * | 2017-10-30 | 2020-06-12 | 大金工业株式会社 | Concentration ratio estimation device |
| CN113341741A (en) * | 2021-05-31 | 2021-09-03 | 青岛海尔空调器有限总公司 | Household appliance control method and device for fatigue degree adjustment and household appliance |
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