CN106200004A - Based reminding method, intelligent glasses and onboard system - Google Patents
Based reminding method, intelligent glasses and onboard system Download PDFInfo
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- CN106200004A CN106200004A CN201610559410.9A CN201610559410A CN106200004A CN 106200004 A CN106200004 A CN 106200004A CN 201610559410 A CN201610559410 A CN 201610559410A CN 106200004 A CN106200004 A CN 106200004A
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- fatigue
- degree
- intelligent glasses
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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
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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
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- G—PHYSICS
- G08—SIGNALLING
- G08B—SIGNALLING OR CALLING SYSTEMS; ORDER TELEGRAPHS; ALARM SYSTEMS
- G08B21/00—Alarms responsive to a single specified undesired or abnormal condition and not otherwise provided for
- G08B21/02—Alarms for ensuring the safety of persons
- G08B21/06—Alarms for ensuring the safety of persons indicating a condition of sleep, e.g. anti-dozing alarms
Abstract
The invention discloses a kind of based reminding method, intelligent glasses and onboard system, realize complexity in order to reduce existing fatigue driving detecting system.For the described based reminding method of intelligent glasses, including: based on the induction apparatus being preset in described intelligent glasses, obtain eye motion data；Use preset degree of fatigue computational algorithm, determine the degree of fatigue that the described eye motion data of acquisition are corresponding；When the degree of fatigue determined reaches to preset and reminds threshold value, the described degree of fatigue determined is sent to the onboard system interconnected with described intelligent glasses, to trigger the startup of described onboard system and the described corresponding indicating mode of the degree of fatigue determined.
Description
Technical field
The present invention relates to terminal applies technical field, particularly relate to a kind of based reminding method, intelligent glasses and onboard system.
Background technology
At present, quite a few vehicle accident Producing reason is the fatigue driving of driver.Existing detection fatigue is driven
The system detecting step sailed is complicated, it is difficult to realize；Simultaneously need to take substantial amounts of hardware resource, it is achieved relatively costly.
Summary of the invention
In order to overcome the defect of above-mentioned prior art, the technical problem to be solved in the present invention be to provide a kind of based reminding method,
Intelligent glasses and onboard system, realize complexity in order to reduce existing fatigue driving detecting system.
For solving above-mentioned technical problem, a kind of based reminding method in the present invention, it is applied to intelligent glasses, including:
Based on the induction apparatus being preset in described intelligent glasses, obtain the eye motion data of user；
Determine the degree of fatigue of user corresponding to the described eye motion data of acquisition；
When the degree of fatigue determined reaches to preset and reminds threshold value, the described degree of fatigue determined is sent to and described intelligence
The onboard system of energy glasses interconnection, to trigger, the startup of described onboard system is corresponding with the described degree of fatigue determined reminds mould
Formula.
As the improvement of the based reminding method of the present invention, described eye motion data include frequency of wink data and/or eyeball
Rotational frequency data；
Described based on the induction apparatus being preset in described intelligent glasses, obtain the step of the eye motion data of user, bag
Include:
Based on the eye current potential induction apparatus being preset in intelligent glasses, gather eye potential difference；
Based on the potential difference gathered, determine action nictation and/or Rotation of eyeball action, and determine and blink in preset time period
The number of times of eye action and/or the number of times of Rotation of eyeball action；
Based on a determination that the number of times of action nictation and/or the number of times of Rotation of eyeball action, determine corresponding frequency of wink number
According to and/or Rotation of eyeball frequency data.
As the further improvement of the based reminding method of the present invention, the degree of fatigue computational algorithm that described employing is preset, determine
The step of the degree of fatigue of user corresponding to described eye motion data obtained, specifically includes:
In advance according to degree of fatigue relation from light to heavy, degree of fatigue is divided several fatigue states；To each tired
Labor state arranges frequency of wink scope of data and/or the Rotation of eyeball frequency data scope of correspondence, and is stored in state mapping map
In；The degree of fatigue that the described eye motion data searched from described state mapping map and obtain are corresponding；Or,
Use preset degree of fatigue computational algorithm, determine the degree of fatigue that the described eye motion data of acquisition are corresponding.
As the another kind of improvement of the based reminding method of the present invention, described based on the sensing being preset in described intelligent glasses
Device, before the step of the eye motion data obtaining user, also includes:
Acquisition speed data from described onboard system；
Described based on the induction apparatus being preset in described intelligent glasses, obtain the step of the eye motion data of user, bag
Include:
When speed data in acquisition reaches default threshold speed, based on the sensing being preset in described intelligent glasses
Device, obtains the eye motion data of user；
Described after the degree of fatigue determined reaches to preset step when reminding threshold value, also include:
Trigger the vibrator being arranged on the picture frame of described intelligent glasses and produce vibration；Or,
The degree of fatigue determined is sent to the mobile terminal interconnected with described intelligent glasses, to trigger described mobile terminal
Start and the described corresponding indicating mode of the degree of fatigue determined.
For solving above-mentioned technical problem, a kind of based reminding method in the present invention, it is applied to onboard system, including:
Obtain, from the intelligent glasses interconnected with described onboard system, the degree of fatigue that described intelligent glasses determines；
The corresponding indicating mode of degree of fatigue started and obtain.
As the improvement of the based reminding method of the present invention, the step of described startup indicating mode corresponding with the degree of fatigue of acquisition
Suddenly, including:
The corresponding indicating mode of degree of fatigue started from default pattern table and obtain；In described pattern table, record is each
Indicating mode and the corresponding relation of degree of fatigue；
Described indicating mode include following at least one: voice broadcast pattern, music report pattern, recreating facility planning mould
Formula and/or emergency brake pattern；
Described recreating facility Planning Model includes:
Obtain the location data of current location；
Based on described location data, in predeterminable range section, search the recreating facility of current location periphery；
Plan each described recreating facility and the route of current location found；
The route of planning is shown by the relation of distance；
Described emergency brake pattern includes:
Open emergency light, and carry out brake hard.
For solving above-mentioned technical problem, a kind of intelligent glasses in the present invention, including:
Sensor module, for based on the induction apparatus being preset in described intelligent glasses, obtaining the eye motion number of user
According to；
Degree of fatigue computing module, for determining the degree of fatigue of user corresponding to the described eye motion data of acquisition；
Wireless communication module, for when the degree of fatigue determined reaches to preset and reminds threshold value, by the described fatigue determined
Degree is sent to the onboard system interconnected with described intelligent glasses, to trigger the startup of described onboard system and the described fatigue determined
The corresponding indicating mode of degree.
As the improvement of the intelligent glasses of the present invention, described eye motion data include frequency of wink data and/or eyeball
Rotational frequency data；
Described sensor module, specifically for based on the eye current potential induction apparatus being preset in intelligent glasses, gathers eye current potential
Difference；
Based on the potential difference gathered, determine action nictation and/or Rotation of eyeball action, and determine and blink in preset time period
The number of times of eye action and/or the number of times of Rotation of eyeball action；
Based on a determination that the number of times of action nictation and/or the number of times of Rotation of eyeball action, determine corresponding frequency of wink number
According to and/or Rotation of eyeball frequency data.
As the further improvement of the intelligent glasses of the present invention, described degree of fatigue computing module, specifically for pressing in advance
According to degree of fatigue relation from light to heavy, degree of fatigue is divided into several fatigue states；It is right to arrange each fatigue state
The frequency of wink scope of data answered and/or Rotation of eyeball frequency data scope, and be stored in state mapping map；From described state
The degree of fatigue that the described eye motion data searched in mapping table and obtain are corresponding；Or,
Use preset degree of fatigue computational algorithm, determine the degree of fatigue that the described eye motion data of acquisition are corresponding.
As the another kind of improvement of the intelligent glasses of the present invention, described intelligent glasses also includes speed acquiring module, is used for
Acquisition speed data from described onboard system；
Described sensor module, during specifically for reaching default threshold speed in the speed data obtained, based on preset
Induction apparatus in described intelligent glasses, obtains the eye motion data of user；
Described wireless communication module, the vibrator generation being additionally operable to trigger on the picture frame being arranged on described intelligent glasses is shaken
Dynamic；Or, the degree of fatigue determined is sent to the mobile terminal interconnected with described intelligent glasses, to trigger described mobile terminal
Start and the described corresponding indicating mode of the degree of fatigue determined.
For solving above-mentioned technical problem, a kind of onboard system in the present invention, including:
Radio communication unit, determines for obtaining described intelligent glasses from the intelligent glasses interconnected with described onboard system
Degree of fatigue；
Reminding unit, for the corresponding indicating mode of degree of fatigue started with obtain.
As the improvement of the onboard system of the present invention, described reminding unit, specifically for from default pattern table
The corresponding indicating mode of degree of fatigue started and obtain；Described pattern table records each indicating mode corresponding with degree of fatigue
Relation；Indicating mode include following at least one: voice broadcast pattern, music report pattern, recreating facility Planning Model and/or
Emergency brake pattern.
The present invention has the beneficial effect that:
Based reminding method of the present invention, intelligent glasses and onboard system effectively reduce the realization of existing fatigue driving detecting system
Complexity；Realize the prompting of fatigue driving by intelligent glasses by the way of mutual with onboard system simultaneously, effectively reduce realization
The hardware cost of the present invention.
Accompanying drawing explanation
Fig. 1 is the flow chart of a kind of based reminding method for intelligent glasses in the embodiment of the present invention；
Fig. 2 is intelligent glasses and the interaction diagrams of onboard system in the embodiment of the present invention；
Fig. 3 is the flow chart of a kind of based reminding method for onboard system in the embodiment of the present invention；
Fig. 4 is the structural representation of a kind of intelligent glasses in the embodiment of the present invention；
Fig. 5 is the structural representation of a kind of onboard system in the embodiment of the present invention.
Detailed description of the invention
In order to solve problem of the prior art, the invention provides a kind of based reminding method, intelligent glasses and onboard system, with
Lower combination accompanying drawing and embodiment, be further elaborated to the present invention.Should be appreciated that described herein being embodied as
Example, only in order to explain the present invention, does not limit the present invention.
Embodiment one
As it is shown in figure 1, a kind of based reminding method in the embodiment of the present invention, it is applied to intelligent glasses, including:
S101, based on the induction apparatus being preset in described intelligent glasses, obtains the eye motion data of user；
S102, determines the degree of fatigue of user corresponding to the described eye motion data of acquisition；
S103, the degree of fatigue determined reach preset remind threshold value time, the described degree of fatigue determined is sent to
The onboard system of described intelligent glasses interconnection, to trigger, the startup of described onboard system is corresponding with the described degree of fatigue determined to be carried
Awake pattern.
Specifically, sensor module can gather the eye motion data of the user (driver) wearing this intelligent glasses,
Such that it is able to further determine that out the degree of fatigue of user, if it is determined that degree of fatigue reach to a certain degree (preset remind threshold
Value) time, i.e. trigger onboard system and start corresponding indicating mode.
Wherein, the mode of interconnection can use wireless interconnected, including WIFI connection, infrared connection, bluetooth connection etc..
The embodiment of the present invention, by preset sensor module in intelligent glasses, obtains eye motion by sensor module
Data, and determine the degree of fatigue that the described eye motion data of acquisition are corresponding；Reach to preset prompting at the degree of fatigue determined
During threshold value, the degree of fatigue determined is sent to the onboard system interconnected with described intelligent glasses, to trigger onboard system startup
Indicating mode corresponding with the degree of fatigue determined, the realization that the method effectively reduces existing fatigue driving detecting system is complicated
Property；Realize the prompting of fatigue driving by intelligent glasses by the way of mutual with onboard system simultaneously, effectively reduce and realize this
Bright hardware cost.
In an embodiment of the invention, described eye motion data include that frequency of wink data and/or eyeball turn
Dynamic frequency data；
Described based on the induction apparatus being preset in described intelligent glasses, obtain the step of the eye motion data of user, bag
Include:
Based on the eye current potential induction apparatus being preset in intelligent glasses, gather eye potential difference；
Based on the potential difference gathered, determine action nictation and/or Rotation of eyeball action, and determine and blink in preset time period
The number of times of eye action and/or the number of times of Rotation of eyeball action；
Based on a determination that the number of times of action nictation and/or the number of times of Rotation of eyeball action, determine corresponding frequency of wink number
According to and/or Rotation of eyeball frequency data.
Wherein, eye current potential induction apparatus is specially bikini eye current potential induction apparatus.
It is to say, in intelligent glasses, built-in bikini eye current potential induction apparatus, the eye produced by eye motion data
Potential difference monitors the action in eight directions of eyes in real time, based on a determination that the number of times of action nictation and/or Rotation of eyeball action
Number of times, determine frequency of wink data and/or Rotation of eyeball frequency data.
In yet another embodiment of the present invention, the degree of fatigue computational algorithm that described employing is preset, determine acquisition
The step of the degree of fatigue of the user that described eye motion data are corresponding, specifically includes:
In advance according to degree of fatigue relation from light to heavy, degree of fatigue is divided into several fatigue states；
Each fatigue state is arranged frequency of wink scope of data and/or the Rotation of eyeball frequency data scope of correspondence, and
It is stored in state mapping map；
The degree of fatigue that the described eye motion data searched from described state mapping map and obtain are corresponding.
Described fatigue state includes distraction state, slight fatigue state, severe fatigue state and/or sleep shape
State.
In yet another embodiment of the present invention, the degree of fatigue computational algorithm that described employing is preset, determine acquisition
The step of the degree of fatigue that described eye motion data are corresponding, specifically includes:
Use preset degree of fatigue computational algorithm, determine the degree of fatigue that the described eye motion data of acquisition are corresponding.
Specifically, when the eyes of user reach " tired " standard, eyes can produce malaise symptoms, and main performance may be
The symptoms such as eyes are dry and astringent, the acid of foreign body sensation, blurred vision, eyes is swollen.Now the eye motion of people mainly shows: erratic nictation
Eyeball, the number of times that goggles reduce increasingly thinner (sleeping is to have closed eyes naturally) of (slow) and eyes meeting miaow.
Such as, if frequency of wink is 1 time/second, that explanation user may already belong to severe fatigue state；As long
Time does not bats an eyelid, say, that frequency of wink is probably 0, less than 1, illustrates that user comes into sleep state, if
The automobile that now user drives also is travelling, and the probability caused danger is the highest.
Therefore, method in the embodiment of the present invention, it is also possible to coordinated by onboard system, thus complete significantly more efficient carrying
Wake up.
Specifically, include in onboard system side:
Obtain, from the intelligent glasses interconnected with described onboard system, the degree of fatigue that described intelligent glasses determines；
The corresponding indicating mode of degree of fatigue started from default pattern table and obtain；In described pattern table, record is each
Indicating mode and the corresponding relation of degree of fatigue.
Furtherly, each indicating mode includes with the corresponding relation of degree of fatigue:
Distraction state, slight fatigue state, severe fatigue state and/or sleep state respectively with voice broadcast mould
Formula, music report pattern, recreating facility Planning Model and/or the corresponding relation of emergency brake pattern.
Described language is reported pattern and is included that reporting the warning preset reminds sound；
Described music is reported pattern and is included reporting the passion music preset；
Described recreating facility Planning Model includes:
Obtain the location data of current location；
Based on described location data, in predeterminable range section, search the recreating facility of current location periphery；
Plan each described recreating facility and the route of current location found；
The route of planning is shown by the relation of distance；
Described emergency brake pattern includes:
Open emergency light, and carry out brake hard.
In the further embodiment of the present invention, described based on the induction apparatus being preset in described intelligent glasses, obtain
Before the step of the eye motion data of user, it is also possible to including:
Acquisition speed data from described onboard system；
When speed data in acquisition reaches default threshold speed, based on the sensing being preset in described intelligent glasses
Device, obtains the eye motion data of user；
It is to say, in the manner when less than threshold speed, illustrate that user does not drive a car, or explanation user
The automobile at (driver) place does not travel.
Certainly, described after the degree of fatigue determined reaches to preset step when reminding threshold value, it is also possible to include:
Trigger the vibrator being arranged on the picture frame of described intelligent glasses and produce vibration, or,
The degree of fatigue determined is sent to the mobile terminal interconnected with described intelligent glasses, to trigger described mobile terminal
Start and the described corresponding indicating mode of the degree of fatigue determined.
It is to say, by arranging vibrator in intelligent glasses, user directly can be reminded, improve greatly
Prompting effect；
Start corresponding indicating mode by triggering mobile terminal, add prompting approach, thus further increase and carry
Awake effect.
Illustrate based reminding method in the embodiment of the present invention.
As in figure 2 it is shown, intelligent glasses includes that intelligence eyeglass 1 and intelligence eyeglass 2, two eyeglass pairings use, and permissible
Monitoring, data sharing simultaneously in real time.
Based on the induction apparatus being preset in described intelligent glasses, obtain the eye motion data of user；Use preset tired
Labor degree computational algorithm, monitors the degree of fatigue that the described eye motion data obtained are corresponding；
Judge whether fatigue (according to default prompting threshold decision), if it is not, continue monitoring；
If so, touch vehicle-mounted end and start corresponding indicating mode.
Such as: 1, start the current fatigue driving of vehicle audio reminder alerting user.
2, start the vehicle-mounted music (allow the music that people refreshes oneself) automatically playing some passion DJ classes, be aided with and refresh oneself.
3, the recreating facility near navigating search planning road is started, it is provided that choose whether to go to rest to user.
4, when detecting that driver user is in sleep (closing one's eyes for a long time) state in the process of moving, it is identified as danger and drives
In sailing, automobile automatically turns on emergency light and carries out brake hard.
Embodiment two
Based on the above-mentioned based reminding method for intelligent glasses, as it is shown on figure 3, a kind of prompting side in the embodiment of the present invention
Method, is applied to onboard system, including:
S301, obtains, from the intelligent glasses interconnected with described onboard system, the degree of fatigue that described intelligent glasses determines；
S302, the corresponding indicating mode of degree of fatigue starting with obtaining.
Furtherly, the step of described startup indicating mode corresponding with the degree of fatigue of acquisition, including:
The corresponding indicating mode of degree of fatigue started from default pattern table and obtain；In described pattern table, record is each
Indicating mode and the corresponding relation of degree of fatigue；
Described indicating mode include following at least one: voice broadcast pattern, music report pattern, recreating facility planning mould
Formula and/or emergency brake pattern；
Described recreating facility Planning Model includes:
Obtain the location data of current location；
Based on described location data, in predeterminable range section, search the recreating facility of current location periphery；
Plan each described recreating facility and the route of current location found；
The route of planning is shown by the relation of distance；
Described emergency brake pattern includes:
Open emergency light, and carry out brake hard.
What embodiment of the present invention method effectively reduced existing fatigue driving detecting system realizes complexity；Pass through intelligence simultaneously
The glasses mode mutual with onboard system can realize the prompting of fatigue driving, effectively reduce the hardware cost realizing the present invention.
Embodiment three
As shown in Figure 4, the embodiment of the present invention provides a kind of intelligent glasses, including:
Sensor module 40, for based on the induction apparatus being preset in described intelligent glasses, obtaining the eye motion of user
Data；
Degree of fatigue computing module 42, for determining the tired journey of user corresponding to the described eye motion data of acquisition
Degree；
Wireless communication module 44, for the degree of fatigue determined reach preset remind threshold value time, by described determine tired
Labor degree is sent to the onboard system interconnected with described intelligent glasses, with trigger described onboard system start with described determine tired
The corresponding indicating mode of labor degree.
Specifically, described eye motion data include frequency of wink data and/or Rotation of eyeball frequency data；
Described sensor module 40, specifically for the eye current potential induction apparatus being preset in intelligent glasses, gathers eye potential difference；
Based on the potential difference gathered, determine action nictation and/or Rotation of eyeball action, and determine and blink in preset time period
The number of times of eye action and/or the number of times of Rotation of eyeball action；
Based on a determination that the number of times of action nictation and/or the number of times of Rotation of eyeball action, determine corresponding frequency of wink number
According to and/or Rotation of eyeball frequency data.
Wherein, described degree of fatigue computing module 42, specifically in advance according to degree of fatigue relation from light to heavy, will
Degree of fatigue is divided into several fatigue states；Each fatigue state is arranged frequency of wink scope of data and/or the eye of correspondence
Ball rotational frequency scope of data, and be stored in state mapping map；The described eye searched from described state mapping map and obtain
The degree of fatigue that portion's exercise data is corresponding；Or,
Specifically for using preset degree of fatigue computational algorithm, determine corresponding tired of the described eye motion data of acquisition
Labor degree.
Furtherly, described intelligent glasses also includes speed acquiring module, for acquisition speed from described onboard system
Data；
Described sensor module 40, during specifically for reaching default threshold speed in the speed data obtained, based in advance
Put the induction apparatus in described intelligent glasses, obtain the eye motion data of user；
Described wireless communication module 44, the vibrator generation being additionally operable to trigger on the picture frame being arranged on described intelligent glasses is shaken
Dynamic；Or, the degree of fatigue determined is sent to the mobile terminal interconnected with described intelligent glasses, to trigger described mobile terminal
Start and the described corresponding indicating mode of the degree of fatigue determined.
Embodiment four
As it is shown in figure 5, the embodiment of the present invention provides a kind of onboard system, including:
Radio communication unit 50, true for obtaining described intelligent glasses from the intelligent glasses interconnected with described onboard system
Fixed degree of fatigue；
Reminding unit 52, for the corresponding indicating mode of degree of fatigue started with obtain.
Wherein, described reminding unit 52, corresponding specifically for the degree of fatigue started from default pattern table to obtain
Indicating mode；Described pattern table records the corresponding relation of each indicating mode and degree of fatigue；
Described indicating mode include following at least one: voice broadcast pattern, music report pattern, recreating facility planning mould
Formula and/or emergency brake pattern.
Embodiment three and four is respectively the device embodiment of embodiment one and two correspondence, can be refering to real when implementing
Executing example one and two, it has the technique effect of embodiment one and two, does not repeats them here.
The based reminding method method described in conjunction with example disclosed herein, can be embodied directly in hardware, be performed by processor
Software module or the two combine.Such as, the one or more functional block diagrams in functional block diagram shown in Fig. 4 and Fig. 5 and/or
One of functional block diagram and/or multiple combination (such as, sensor module, radio communication unit), both can correspond to computer
Each software module of program circuit, can also correspond to each hardware module.These software modules, can correspond respectively to figure
Each step shown in 1 and Fig. 3.These hardware modules such as may utilize field programmable gate array (FPGA) by these software moulds
Block solidifies and realizes.
Software module may be located at RAM memory, flash memory, ROM memory, eprom memory, eeprom memory, posts
Storage, hard disk, portable hard drive, CD-ROM or the storage medium of any other form known in the art.One can be deposited
Storage media Rhizoma Nelumbinis is connected to processor, thus enables a processor to from this read information, and can write to this storage medium
Information；Or this storage medium can be the ingredient of processor.Processor and storage medium may be located at special integrated electricity
Lu Zhong.This software module can store in a memory in the mobile terminal, it is also possible to is stored in the storage that can be inserted into mobile terminal
In card.Such as, if mobile terminal uses the MEGA-SIM card of larger capacity or jumbo flash memory device, then this software
Module is storable in this MEGA-SIM card or jumbo flash memory device.
For the one or more and/or one or more combinations of functional block diagram in the functional block diagram that Fig. 4 and Fig. 5 describes
(such as, degree of fatigue computing module), it is possible to achieve for the general processor for performing function described herein, numeral letter
Number processor (DSP), special IC (ASIC), field programmable gate array (FPGA) or other programmable logic devices
Part, discrete gate or transistor logic, discrete hardware components or it is the most appropriately combined.The merit described for Fig. 4 and Fig. 5
One or more and/or one or more combinations of functional block diagram in energy block diagram, it is also possible to be embodied as the group of computer equipment
Close, such as, DSP and the combination of microprocessor, multi-microprocessor communicate with DSP combination one or more microprocessors or
Any other this configuration of person.
Although This application describes the particular example of the present invention, but those skilled in the art can be general without departing from the present invention
Variant of the invention is designed on the basis of thought.
The additionally method of the present invention, is possible not only to perform in the terminal, it is also possible to by the multimedia such as PDA, game machine
Equipment performs.
Those skilled in the art are under the inspiration that the technology of the present invention is conceived, on the basis of without departing from present invention, also
The method of the present invention can be made various improvement, this still falls within the scope and spirit of the invention.
Claims (12)
1. a based reminding method, it is characterised in that be applied to intelligent glasses, including:
Based on the induction apparatus being preset in described intelligent glasses, obtain the eye motion data of user；
Determine the degree of fatigue of user corresponding to the described eye motion data of acquisition；
When the degree of fatigue determined reaches to preset and reminds threshold value, the described degree of fatigue determined is sent to and described Brilliant Eyes
The onboard system of mirror interconnection, to trigger the startup of described onboard system and the described corresponding indicating mode of the degree of fatigue determined.
2. the method for claim 1, it is characterised in that described eye motion data include frequency of wink data and/or
Rotation of eyeball frequency data；
Described based on the induction apparatus being preset in described intelligent glasses, obtain the step of the eye motion data of user, including:
Based on the eye current potential induction apparatus being preset in intelligent glasses, gather eye potential difference；
Based on the potential difference gathered, determine action nictation and/or Rotation of eyeball action, and determine that nictation is moved in preset time period
The number of times made and/or the number of times of Rotation of eyeball action；
Based on a determination that the number of times of action nictation and/or the number of times of Rotation of eyeball action, determine corresponding frequency of wink data and/
Or Rotation of eyeball frequency data.
3. method as claimed in claim 2, it is characterised in that the use that the described described eye motion data determining acquisition are corresponding
The step of the degree of fatigue at family, specifically includes:
In advance according to degree of fatigue relation from light to heavy, degree of fatigue is divided into several fatigue states；To each fatigue
State arranges frequency of wink scope of data and/or the Rotation of eyeball frequency data scope of correspondence, and is stored in state mapping map；
The degree of fatigue that the described eye motion data searched from described state mapping map and obtain are corresponding；Or,
Use preset degree of fatigue computational algorithm, determine the degree of fatigue that the described eye motion data of acquisition are corresponding.
4. the method as described in any one in claim 1-3, it is characterised in that described based on being preset at described intelligent glasses
In induction apparatus, obtain user eye motion data step before, also include:
Acquisition speed data from described onboard system；
Described based on the induction apparatus being preset in described intelligent glasses, obtain the step of the eye motion data of user, including:
When speed data in acquisition reaches default threshold speed, based on the induction apparatus being preset in described intelligent glasses, obtain
Take the eye motion data at family；
Described after the degree of fatigue determined reaches to preset step when reminding threshold value, also include:
Trigger the vibrator being arranged on the picture frame of described intelligent glasses and produce vibration；Or,
The degree of fatigue determined is sent to the mobile terminal interconnected with described intelligent glasses, to trigger the startup of described mobile terminal
With the described corresponding indicating mode of the degree of fatigue determined.
5. a based reminding method, it is characterised in that be applied to onboard system, including:
Obtain, from the intelligent glasses interconnected with described onboard system, the degree of fatigue that described intelligent glasses determines；
The corresponding indicating mode of degree of fatigue started and obtain.
6. method as claimed in claim 5, it is characterised in that described startup indicating mode corresponding with the degree of fatigue of acquisition
Step, including:
The corresponding indicating mode of degree of fatigue started from default pattern table and obtain；Described pattern table records each prompting
Pattern and the corresponding relation of degree of fatigue；
Described indicating mode include following at least one: voice broadcast pattern, music report pattern, recreating facility Planning Model
And/or emergency brake pattern；
Described recreating facility Planning Model includes:
Obtain the location data of current location；
Based on described location data, in predeterminable range section, search the recreating facility of current location periphery；
Plan each described recreating facility and the route of current location found；
The route of planning is shown by the relation of distance；
Described emergency brake pattern includes:
Open emergency light, and carry out brake hard.
7. an intelligent glasses, it is characterised in that including:
Sensor module, for based on the induction apparatus being preset in described intelligent glasses, obtaining the eye motion data of user；
Degree of fatigue computing module, for determining the degree of fatigue of user corresponding to the described eye motion data of acquisition；
Wireless communication module, for when the degree of fatigue determined reaches to preset and reminds threshold value, by the described degree of fatigue determined
It is sent to the onboard system interconnected with described intelligent glasses, to trigger the startup of described onboard system and the described degree of fatigue determined
Corresponding indicating mode.
8. intelligent glasses as claimed in claim 7, it is characterised in that described eye motion data include frequency of wink data
And/or Rotation of eyeball frequency data；
Described sensor module, specifically for gathering eye potential difference based on the eye current potential induction apparatus being preset in intelligent glasses；
Based on the potential difference gathered, determine action nictation and/or Rotation of eyeball action, and determine that nictation is moved in preset time period
The number of times made and/or the number of times of Rotation of eyeball action；
Based on a determination that the number of times of action nictation and/or the number of times of Rotation of eyeball action, determine corresponding frequency of wink data and/
Or Rotation of eyeball frequency data.
9. intelligent glasses as claimed in claim 8, it is characterised in that described degree of fatigue computing module, specifically in advance
According to degree of fatigue relation from light to heavy, degree of fatigue is divided into several fatigue states；Each fatigue state is arranged
Corresponding frequency of wink scope of data and/or Rotation of eyeball frequency data scope, and be stored in state mapping map；From described shape
The degree of fatigue that the described eye motion data searched in state mapping table and obtain are corresponding；Or,
Specifically for using preset degree of fatigue computational algorithm, determine the tired journey that the described eye motion data of acquisition are corresponding
Degree.
10. the intelligent glasses as described in any one in claim 7-9, it is characterised in that described intelligent glasses also includes speed
Degree acquisition module, for acquisition speed data from described onboard system；
Described sensor module, during specifically for reaching default threshold speed in the speed data obtained, based on being preset at
State the induction apparatus in intelligent glasses, obtain the eye motion data of user；
Described wireless communication module, the vibrator being additionally operable to trigger on the picture frame being arranged on described intelligent glasses produces vibration；Or
Person, is sent to the mobile terminal interconnected with described intelligent glasses by the degree of fatigue determined, to trigger the startup of described mobile terminal
With the described corresponding indicating mode of the degree of fatigue determined.
11. 1 kinds of onboard systems, it is characterised in that including:
Radio communication unit, tired for obtain from the intelligent glasses interconnected with described onboard system that described intelligent glasses determines
Labor degree；
Reminding unit, for the corresponding indicating mode of degree of fatigue started with obtain.
12. onboard systems as claimed in claim 11, it is characterised in that described reminding unit, specifically for from default mould
The corresponding indicating mode of degree of fatigue started in formula table and obtain；Described pattern table records each indicating mode and degree of fatigue
Corresponding relation；
Described indicating mode include following at least one: voice broadcast pattern, music report pattern, recreating facility Planning Model
And/or emergency brake pattern.
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| CN201610559410.9A CN106200004A (en) | 2016-07-15 | 2016-07-15 | Based reminding method, intelligent glasses and onboard system |
| PCT/CN2016/097047 WO2018010270A1 (en) | 2016-07-15 | 2016-08-27 | Reminding method, smart glasses and on-board system |
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| CN201610559410.9A CN106200004A (en) | 2016-07-15 | 2016-07-15 | Based reminding method, intelligent glasses and onboard system |
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