CN106445164A - Adjusting method and device of intelligent glasses - Google Patents
Adjusting method and device of intelligent glasses Download PDFInfo
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- CN106445164A CN106445164A CN201610908243.4A CN201610908243A CN106445164A CN 106445164 A CN106445164 A CN 106445164A CN 201610908243 A CN201610908243 A CN 201610908243A CN 106445164 A CN106445164 A CN 106445164A
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
- G06F3/011—Arrangements for interaction with the human body, e.g. for user immersion in virtual reality
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Abstract
The invention discloses an adjusting method and device of intelligent glasses. The method comprises the steps that a first eye blink action of a user is collected through a camera, a glasses adjusting mode corresponding to the first eye blink action is enabled according to the first eye blink action, a second eye blink action of the user is collected through the camera under the glasses adjusting mode, and parameters of the intelligent glasses are adjusted according to the second blink action. According to the method, a user can adjust parameters of the intelligent glasses only by blinking eyes, adjustment is convenient, and better experience is provided for the user.
Description
Technical field
It relates to smart machine technology, more particularly to a kind of control method of intelligent glasses and device.
Background technology
Intelligent glasses as smart mobile phone, with independent operating system, can be soft by user installation software, game etc.
The program that part service provider provides, can pass through voice or action manipulation completes adding schedule, digital map navigation and good friend's interaction, shoots
Photo and video and friend launch the functions such as video calling, it is possible to realize wireless network access by mobile communication network.
Most of intelligent glasses do not have near-sighted function and hypermetropia function at present, even if having near-sighted function and hypermetropia function, it is also desirable to
User adjusts myopia degree and hyperopia degree manually.
Content of the invention
For overcoming problem present in correlation technique, the disclosure provides a kind of control method of intelligent glasses and device.
According to the embodiment of the present disclosure in a first aspect, provide a kind of control method of intelligent glasses, including：
The first blink action of user is gathered by photographic head；
According to the described first blink action launching glasses shaping modes corresponding with the first blink action；
The second blink action of the user under the glasses shaping modes, is gathered by the photographic head；
The parameter of intelligent glasses is adjusted according to the second blink action.
Optionally, the first blink action for gathering user by photographic head, including：
Number of winks and another of the eyes to be regulated of the user within the very first time are gathered by the photographic head
The closed action of eyes, the eyes to be regulated are left eye or right eye, and the closed action of the another glasses is used for confirming institute
State the blink release of eyes to be regulated；
Described according to the described first blink action launching glasses shaping modes corresponding with the first blink action, bag
Include：
After the another eyes closed T second, according to eyes blink the blinking within the very first time to be regulated
Eye number of times starts near-sighted shaping modes or the hypermetropia shaping modes of the eyes to be regulated, wherein, the myopia shaping modes with
Number of winks difference of the eyes to be regulated within the very first time under hypermetropia shaping modes；
Described under the glasses shaping modes, gather the second blink action of the user, bag by the photographic head
Include：
Under the myopia shaping modes or the hypermetropia shaping modes, the eye to be regulated is gathered by the photographic head
The frequency of wink of eyeball；
The parameter for adjusting intelligent glasses according to the second blink action, including：
According to the myopia degree of the corresponding eyeglass of the frequency of wink of the eyes to be regulated adjustment eyes to be regulated or
Hyperopia degree, wherein, under same pattern, the blink frequency of the eyes to be regulated when increasing the eyeglass number of degrees and reducing the eyeglass number of degrees
Rate difference.
Optionally, the frequency of wink of the eyes to be regulated is bigger, the tune of the corresponding eyeglass number of degrees of the eyes to be regulated
Whole amount is bigger.
Optionally, the first blink action for gathering user by photographic head, including：
Number of winks and another of the eyes to be regulated of the user within the very first time are gathered by the photographic head
The closed action of eyes, the eyes to be regulated are left eye or right eye, and the closed action of the another glasses is used for confirming institute
State the blink release of eyes to be regulated；
Described according to the described first blink action launching glasses shaping modes corresponding with the first blink action, bag
Include：
After the another eyes closed T second, according to eyes blink the blinking within the very first time to be regulated
Eye number of times starts near-sighted shaping modes or the hypermetropia shaping modes of the eyes to be regulated, wherein, the myopia shaping modes with
Number of winks difference of the eyes to be regulated within the very first time under hypermetropia shaping modes；
Described under the glasses shaping modes, gather the second blink action of the user, bag by the photographic head
Include：
Under the myopia shaping modes or the hypermetropia shaping modes, the eye to be regulated is gathered by the photographic head
The eyes closed action of the number of winks of eyeball and the user, the eyes closed action is used for confirming the eyes to be regulated
Blink release；
The parameter for adjusting intelligent glasses according to the second blink action, including：
After eyes closure T second, the eyes pair to be regulated are adjusted according to the number of winks of the eyes to be regulated
The myopia degree of the eyeglass that answers or hyperopia degree, wherein, under same pattern, increase the number of degrees and reduce described to be regulated during the number of degrees
The number of winks of eyes is different.
Optionally, the number of winks of the eyes to be regulated is more, the tune of the corresponding eyeglass number of degrees of the eyes to be regulated
Whole amount is bigger.
Optionally, the first blink action for gathering user by photographic head, including：
Number of winks of the eyes of the user within the second time is gathered by the photographic head；
Described according to the described first blink action launching glasses shaping modes corresponding with the first blink action, bag
Include：
Number of winks according to the eyes within the second time starts brightness regulation pattern；
Described under the glasses shaping modes, gather the second blink action of the user, bag by the photographic head
Include：
The frequency of wink of the eyes under the brightness regulation pattern, is gathered by the photographic head；
The parameter for adjusting intelligent glasses according to the second blink action, including：
The brightness of the intelligent glasses is adjusted according to the frequency of wink of the eyes, wherein, is increased and the less intelligence
During the brightness of glasses, the frequency of wink of the eyes is different.
Optionally, the frequency of wink of the eyes is bigger, and the adjustment amount of the brightness of the Brilliant Eyes is bigger.
Optionally, the first blink action for gathering user by photographic head, including：
Eyes number of winks of the eyes of the user within the second time is gathered by the photographic head；
Described according to the described first blink action launching glasses shaping modes corresponding with the first blink action, bag
Include：
According to eyes blink action launching brightness regulation pattern；
Described under the glasses shaping modes, gather the second blink action of the user, bag by the photographic head
Include：
Under the brightness regulation pattern, the eyes number of winks of the user is gathered by the photographic head and eyes are closed
Conjunction action, the eyes closed action is used for confirming eyes blink release；
The parameter for adjusting intelligent glasses according to the second blink action, including：
After eyes closure T second, the brightness of the intelligent glasses is adjusted according to the number of winks of the eyes, its
In, when increasing the brightness with the less intelligent glasses, the number of winks of the eyes is different.
Optionally, the number of winks of the eyes is more, and the adjustment amount of the brightness of the Brilliant Eyes is bigger.
According to the second aspect of the embodiment of the present disclosure, a kind of adjusting means of intelligent glasses is provided, including：
First acquisition module, is configured to the first blink action that photographic head gathers user；
Starting module, is configured to according to the described first blink action launching glasses corresponding with the first blink action
Shaping modes；
Second acquisition module, is configured under the glasses shaping modes, gathers the user by the photographic head
The second blink action；
Adjusting module, is configured to adjust the parameter of intelligent glasses according to the second blink action.
Optionally, first acquisition module includes：
First collection submodule, is configured to the photographic head and gathers the eyes to be regulated of the user at first
Interior number of winks and the closed action of another eyes, the eyes to be regulated are left eye or right eye, the another eye
The closed action of mirror is used for confirming the blink release of the eyes to be regulated；
The starting module includes：
First starts submodule, after being configured as the another eyes closed T second, is blinked according to the eyes to be regulated
Number of winks of the eye within the very first time starts near-sighted shaping modes or the hypermetropia shaping modes of the eyes to be regulated, its
In, described myopia shaping modes and hypermetropia shaping modes under number of winks of the eyes to be regulated within the very first time not
With；
Second acquisition module includes：
Second collection submodule, is configured under the myopia shaping modes or the hypermetropia shaping modes, by institute
State the frequency of wink that photographic head gathers the eyes to be regulated；
The adjusting module includes：
First adjustment submodule, is configured to adjust the eyes to be regulated according to the frequency of wink of the eyes to be regulated
The myopia degree of corresponding eyeglass or hyperopia degree, wherein, under same pattern, when increasing the eyeglass number of degrees and reducing the eyeglass number of degrees
The frequency of wink difference of the eyes to be regulated.
Optionally, the frequency of wink of the eyes to be regulated is bigger, the tune of the corresponding eyeglass number of degrees of the eyes to be regulated
Whole amount is bigger.
Optionally, first acquisition module includes：
First collection submodule, is configured to the photographic head and gathers the eyes to be regulated of the user at first
Interior number of winks and the closed action of another eyes, the eyes to be regulated are left eye or right eye, the another eye
The closed action of mirror is used for confirming the blink release of the eyes to be regulated；
The starting module includes：
First starts submodule, after being configured as the another eyes closed T second, is blinked according to the eyes to be regulated
Number of winks of the eye within the very first time starts near-sighted shaping modes or the hypermetropia shaping modes of the eyes to be regulated, its
In, described myopia shaping modes and hypermetropia shaping modes under number of winks of the eyes to be regulated within the very first time not
With；
Second acquisition module includes：
3rd collection submodule, is configured under the myopia shaping modes or the hypermetropia shaping modes, by institute
State photographic head and gather the number of winks of the eyes to be regulated and the eyes closed action of the user, the eyes closed action
For confirming the blink release of the eyes to be regulated；
The adjusting module includes：
Second adjustment submodule, after being configured as the eyes closure T second, according to the blink time of the eyes to be regulated
Number adjusts the myopia degree of the corresponding eyeglass of the eyes to be regulated or hyperopia degree, wherein, under same pattern, increases the number of degrees
Different with the number of winks of the eyes to be regulated when reducing the number of degrees.
Optionally, the number of winks of the eyes to be regulated is more, the tune of the corresponding eyeglass number of degrees of the eyes to be regulated
Whole amount is bigger.
Optionally, first acquisition module includes：
4th collection submodule, is configured to the photographic head and gathers the eyes of the user within the second time
Number of winks；
The starting module includes：
Second starts submodule, is configured to the number of winks according to the eyes within the second time and starts brightness regulation
Pattern；
Second acquisition module includes：
5th collection submodule, is configured under the brightness regulation pattern, is gathered by the photographic head described double
The frequency of wink of eye；
The adjusting module includes：
3rd adjustment submodule, is configured to adjust the brightness of the intelligent glasses according to the frequency of wink of the eyes,
Wherein, when increasing the brightness with the less intelligent glasses, the frequency of wink of the eyes is different.
Optionally, the frequency of wink of the eyes is bigger, and the adjustment amount of the brightness of the Brilliant Eyes is bigger.
Optionally, first acquisition module includes：
4th collection submodule, is configured double within the second time by the eyes of the photographic head collection user
Eye number of winks；
The starting module includes：
Second starts submodule, is configured according to eyes blink action launching brightness regulation pattern；
Second acquisition module includes：
Second acquisition module includes：
6th collection submodule, is configured under the brightness regulation pattern, gathers the use by the photographic head
The eyes number of winks and eyes closed action at family, the eyes closed action is used for confirming eyes blink release；
The adjusting module includes：
4th adjustment submodule, after being configured as the eyes closure T second, adjusts according to the number of winks of the eyes
The brightness of the intelligent glasses, wherein, when increasing the brightness with the less intelligent glasses, the number of winks of the eyes differs
Sample.
Optionally, the number of winks of the eyes is more, and the adjustment amount of the brightness of the Brilliant Eyes is bigger.
According to the third aspect of the embodiment of the present disclosure, a kind of adjusting means of intelligent glasses is provided, including：
Memorizer；
It is configured to store the memorizer of processor executable；
Wherein, the processor is configured to：
The first blink action of user is gathered by photographic head；
According to the described first blink action launching glasses shaping modes corresponding with the first blink action；
The second blink action of the user under the glasses shaping modes, is gathered by the photographic head；
The parameter of intelligent glasses is adjusted according to the second blink action.
The technical scheme that embodiment of the disclosure is provided can include following beneficial effect：Gather user's by photographic head
First blink action, according to the first blink action launching glasses shaping modes corresponding with the first blink action, in the glasses
The second blink action of user under shaping modes, is gathered by photographic head, adjusts the ginseng of intelligent glasses according to the second blink action
Number.The method user only needs to blink and can just complete the regulation of the parameter of intelligent glasses, easy to adjust, brings user more preferable
Experience.
It should be appreciated that above general description and detailed description hereinafter are only exemplary and explanatory, not
The disclosure can be limited.
Description of the drawings
Accompanying drawing herein is merged in description and constitutes the part of this specification, shows the enforcement for meeting the present invention
Example, and be used for together with description explaining the principle of the present invention.
Fig. 1 is a kind of flow chart of the control method of the intelligent glasses according to an exemplary embodiment.
Fig. 2 is a kind of flow chart of the control method of the intelligent glasses according to an exemplary embodiment.
Fig. 3 is a kind of flow chart of the control method of the intelligent glasses according to an exemplary embodiment.
Fig. 4 is a kind of flow chart of the control method of the intelligent glasses according to an exemplary embodiment.
Fig. 5 is a kind of flow chart of the control method of the intelligent glasses according to an exemplary embodiment.
Fig. 6 is a kind of block diagram of the adjusting means of the intelligent glasses according to an exemplary embodiment.
Fig. 7 is a kind of block diagram of the adjusting means of the intelligent glasses according to an exemplary embodiment.
Fig. 8 is a kind of block diagram of the adjusting means of the intelligent glasses according to an exemplary embodiment.
Fig. 9 is a kind of block diagram of the adjusting means of the intelligent glasses according to an exemplary embodiment.
Figure 10 is a kind of block diagram of the adjusting means of the intelligent glasses according to an exemplary embodiment.
Figure 11 is a kind of entity block diagram of the adjusting means of the intelligent glasses according to an exemplary embodiment.
Specific embodiment
Here in detail exemplary embodiment will be illustrated, its example is illustrated in the accompanying drawings.Explained below is related to
During accompanying drawing, unless otherwise indicated, the same numbers in different accompanying drawings represent same or analogous key element.Following exemplary embodiment
Described in embodiment do not represent all embodiments consistent with the present invention.Conversely, they be only with as appended by
The example of consistent apparatus and method in terms of some that described in detail in claims, the present invention.
Fig. 1 is a kind of flow chart of the control method of the intelligent glasses according to an exemplary embodiment, the method by
Intelligent glasses are executed, and be provided with photographic head or the intelligent glasses and the other equipment with photographic head connects on the intelligent glasses
Connect, obtain the blink action of user by the photographic head of other equipment, as shown in figure 1, the control method of the intelligent glasses includes
Following steps.
The first blink action of user in step S101, is gathered by photographic head.
The purpose of the first blink action is to start glasses shaping modes, and the first blink action can be left eye when default
Interior number of winks is plus the closed action of right eye, and wherein, the closed action of right eye is used for confirming left eye blink release.
First blink action can also be closed action of number of winks of the right eye in Preset Time plus left eye, or, first blinks
Eye action is number of winks of the eyes in Preset Time.Merely just illustrate, the first blink action is not limited to above-mentioned
Several blink actions.
In step s 102, according to the first blink action launching glasses shaping modes corresponding with the first blink action.
In the present embodiment, glasses shaping modes include near-sighted shaping modes, hypermetropia shaping modes and brightness regulation pattern etc.,
Near-sighted shaping modes are used for adjusting the myopia degree of glasses, and hypermetropia shaping modes are used for adjusting the hyperopia degree of glasses, and brightness is adjusted
Section pattern is used for adjusting the brightness of glasses, wherein, the different glasses shaping modes of different the first blink action correspondences, each first
Blink action is pre-set with the corresponding relation of glasses shaping modes, and for example, left eye was blinked N1 time in 10 seconds, for starting a left side
The near-sighted shaping modes of eye, left eye was blinked N2 time in 10 seconds, and for starting the hypermetropia shaping modes of left eye, eyes were blinked in 10 seconds
N1 time, for starting brightness regulation pattern.
In step s 103, the second blink action of user, under glasses shaping modes, is gathered by photographic head.
After starting glasses shaping modes, photographic head gathers the second blink action of user, and the second blink action can be
The frequency of wink of left eye, right eye or eyes, can also be number of winks.
The parameter of intelligent glasses in step S104, is adjusted according to the second blink action.
Wherein, the second blink action is used for adjusting the parameter of intelligent glasses, and the parameter for adjusting intelligent glasses includes glasses
Myopia degree, hyperopia degree and brightness etc..
In the present embodiment, the first blink action of user is gathered by photographic head, according to the first blink action launching and the
The corresponding glasses shaping modes of action at a wink, under the glasses shaping modes, gather the second of user by photographic head and blink
Eye action, adjusts the parameter of intelligent glasses according to the second blink action.The method user only needs to blink and can just complete intelligence
The regulation of the parameter of glasses, easy to adjust, bring user and preferably experience.
On the basis of embodiment illustrated in fig. 1, Fig. 2 is a kind of tune of the intelligent glasses according to an exemplary embodiment
The flow chart of section method, as shown in Fig. 2 the control method of the intelligent glasses is comprised the following steps.
In step s 201, the number of winks of the eyes to be regulated within the very first time of user and another is gathered by photographic head
The closed action of one eye.
In the present embodiment, the first blink action is number of winks of the eyes to be regulated within the very first time and another eyes
Closed action, wherein, the eyes to be regulated are that the closed action of left eye or right eye, another glasses is used for confirming eye to be regulated
The blink release of eyeball.The number of winks of the very first time and eyes to be regulated within the very first time is pre-defined, when first
Between can be 5 seconds, 10 seconds, 20 seconds, 1 minute etc., number of winks of the eyes to be regulated within the very first time can be 1,2,3,4,5
Inferior.
In step S202, after the another eyes closed T second, according to eyes to be regulated blink blinking within the very first time
Eye number of times starts near-sighted shaping modes or the hypermetropia shaping modes of eyes to be regulated.
Wherein, under near-sighted shaping modes and hypermetropia shaping modes, number of winks of the eyes to be regulated within the very first time be not
With.For example, if near-sighted shaping modes will be started, number of winks of the eyes to be regulated within the very first time is 2 times；If opened
Dynamic hypermetropia shaping modes, number of winks of the eyes to be regulated within the very first time is 3 times.Optionally, start the myopia tune of left eye
Section pattern and start right eye near-sighted shaping modes when, number of winks of the left eye within the very first time and right eye are within the very first time
Number of winks can be the same or different.
In step S203, under near-sighted shaping modes or hypermetropia shaping modes, eyes to be regulated are gathered by photographic head
Frequency of wink.
In the present embodiment, the second blink action is the frequency of wink of eyes to be regulated, and the frequency of wink of eyes to be regulated is
Number of winks of the eyes to be regulated in Preset Time.Specifically, after near-sighted shaping modes are started, intelligent glasses start meter
When, while photographic head starts to gather number of winks of the eyes to be regulated in Preset Time, at the end of timing, photographic head is gathered
The number of times of the eyes to be regulated blink for arriving is the frequency of wink of eyes to be regulated.
The near-sighted degree of the corresponding eyeglass of eyes to be regulated in step S204, is adjusted according to the frequency of wink of eyes to be regulated
Number or hyperopia degree.
As a example by under near-sighted shaping modes, the myopia degree for adjusting the corresponding eyeglass of eyes to be regulated includes to increase myopia
The number of degrees and minimizing myopia degree, in order that intelligent glasses can accurately determine the adjustment action of oneself, under same pattern, increase
The big eyeglass number of degrees are different with the frequency of wink of eyes to be regulated when reducing the eyeglass number of degrees.I.e. under near-sighted shaping modes, increase mirror
During the myopia degree of the myopia degree of piece and minimizing eyeglass, the frequency of wink difference of eyes to be regulated；Under hypermetropia shaping modes,
When the hyperopia degree for increasing eyeglass and the hyperopia degree for reducing eyeglass, the frequency of wink difference of eyes to be regulated.But, for two
Individual different shaping modes, when the hyperopia degree for increasing eyeglass and the myopia degree for increasing eyeglass, the blink frequency of eyes to be regulated
Rate can be the same or different, equally, when the hyperopia degree for reducing eyeglass and the myopia degree for reducing eyeglass, eyes to be regulated
Frequency of wink can be the same or different.
Under near-sighted shaping modes, two kinds of frequencies of wink can be only defined：T1 and T2, T1 are used for increasing the near-sighted degree of eyeglass
Number, T2 is used for reducing the myopia degree of eyeglass.Optionally, under near-sighted shaping modes, it is also possible to define more frequencies of wink,
Wherein, the frequency of wink of eyes to be regulated is bigger, and the adjustment amount of the corresponding eyeglass number of degrees of eyes to be regulated is bigger.For example, define
Four kinds of frequencies of wink：T1, T2, T3, T4, wherein, T1 and T3 is used for increasing the myopia degree of eyeglass, and T1 is less than T3, T2 and T4
For reducing the myopia degree of eyeglass, T2 is less than T4.When the frequency of wink of glasses to be regulated is T1, eyes to be regulated are corresponding
The eyeglass number of degrees increase 10 degree, when the frequency of wink of glasses to be regulated is T3, the corresponding eyeglass number of degrees increase 20 of eyes to be regulated
Degree.When the frequency of wink of glasses to be regulated is T2, the corresponding eyeglass number of degrees of eyes to be regulated reduce 10 degree, when glasses to be regulated
Frequency of wink when being T4, the corresponding eyeglass number of degrees of eyes to be regulated reduce 20 degree.For hypermetropia shaping modes, it is also possible to define
Two kinds or more frequency of wink, the frequency of wink of eyes to be regulated is bigger, the tune of the corresponding eyeglass number of degrees of eyes to be regulated
Whole amount is bigger.
In the present embodiment, the number of winks of the eyes to be regulated within the very first time of user and another is gathered by photographic head
The closed action of eyes, after the another eyes closed T second, according to blink time of the eyes to be regulated blink within the very first time
Number starts the near-sighted shaping modes of eyes to be regulated or hypermetropia shaping modes, under near-sighted shaping modes or hypermetropia shaping modes,
The frequency of wink of the eyes to be regulated is gathered by photographic head, and eyes to be regulated are adjusted according to the frequency of wink of eyes to be regulated
The myopia degree of corresponding eyeglass or hyperopia degree.The method user only needs to blink and can just complete the near-sighted degree of intelligent glasses
Number and the regulation of hyperopia degree, bring user and preferably experience.
On the basis of embodiment illustrated in fig. 1, Fig. 3 is a kind of tune of the intelligent glasses according to an exemplary embodiment
The flow chart of section method, as shown in figure 3, the control method of the intelligent glasses is comprised the following steps.
In step S301, the number of winks of the eyes to be regulated within the very first time of user and another is gathered by photographic head
The closed action of one eye.
In the present embodiment, the first blink action is number of winks of the eyes to be regulated within the very first time and another eyes
Closed action, wherein, the eyes to be regulated are that the closed action of left eye or right eye, another glasses is used for confirming eye to be regulated
The blink release of eyeball.
In step s 302, after the another eyes closed T second, according to eyes to be regulated blink blinking within the very first time
Eye number of times starts near-sighted shaping modes or the hypermetropia shaping modes of eyes to be regulated.
Wherein, under near-sighted shaping modes and hypermetropia shaping modes, number of winks of the eyes to be regulated within the very first time be not
With.
In step S303, under near-sighted shaping modes or hypermetropia shaping modes, eyes to be regulated are gathered by photographic head
Number of winks and user eyes closed action.
Different from method shown in Fig. 2, the second blink action in the present embodiment is number of winks and the user of eyes to be regulated
Eyes closed action, eyes closed action is used for confirming the blink release of eyes to be regulated.
In step s 304, after eyes closure T second, eyes pair to be regulated are adjusted according to the number of winks of eyes to be regulated
The myopia degree of the eyeglass that answers or hyperopia degree.
As a example by under near-sighted shaping modes, the myopia degree for adjusting the corresponding eyeglass of eyes to be regulated includes to increase myopia
The number of degrees and minimizing myopia degree, under same pattern, the blink of eyes to be regulated when increasing the eyeglass number of degrees and reducing the eyeglass number of degrees
Number of times difference.I.e. under near-sighted shaping modes, when the myopia degree for increasing eyeglass and the myopia degree for reducing eyeglass, eye to be regulated
The number of winks difference of eyeball；Under hypermetropia shaping modes, when the hyperopia degree for increasing eyeglass and the hyperopia degree for reducing eyeglass, treat
Adjust the number of winks difference of eyes.But, for two different shaping modes, increase the hyperopia degree of eyeglass and increase mirror
During the myopia degree of piece, the number of winks of eyes to be regulated can be the same or different, and equally, reduce the hyperopia degree of eyeglass
With reduce eyeglass myopia degree when, the number of winks of eyes to be regulated can be the same or different.
Under near-sighted shaping modes, two kinds of number of winks can be only defined：N1 and N2, N1 are used for increasing the near-sighted degree of eyeglass
Number, N2 is used for reducing the myopia degree of eyeglass.The magnitude relationship of N1 and N2 and value the present embodiment are not limited, for example, N1's
It can be 2 that value can be the value of 1, N2.Optionally, under near-sighted shaping modes, it is also possible to define more number of winks,
Wherein, the number of winks of eyes to be regulated is more, and the adjustment amount of the corresponding eyeglass number of degrees of eyes to be regulated is bigger.For example, define
Four kinds of number of winks：N1, N2, N3, N4, wherein, N1 and N3 is used for increasing the myopia degree of eyeglass, and N1 is less than N3, N2 and N4
For reducing the myopia degree of eyeglass, N2 is less than N4.When the number of winks of glasses to be regulated is N1, eyes to be regulated are corresponding
The eyeglass number of degrees increase 10 degree, when the number of winks of glasses to be regulated is N3, the corresponding eyeglass number of degrees increase 20 of eyes to be regulated
Degree.When the number of winks of glasses to be regulated is N2, the corresponding eyeglass number of degrees of eyes to be regulated reduce 10 degree, when glasses to be regulated
Number of winks when being N4, the corresponding eyeglass number of degrees of eyes to be regulated reduce 20 degree.For hypermetropia shaping modes, it is also possible to define
Two kinds or more number of winks, the number of winks of eyes to be regulated is more, the tune of the corresponding eyeglass number of degrees of eyes to be regulated
Whole amount is bigger.
The present embodiment adjusts myopia degree or the hyperopia degree of the corresponding eyeglass of eyes to be regulated according to number of winks, compares
Myopia degree or the hyperopia degree of the corresponding eyeglass of eyes to be regulated is adjusted in embodiment illustrated in fig. 2 according to frequency of wink, is adjusted
JIESHEN number is more accurate, and is also more convenient user operation.This is because when being adjusted according to frequency of wink, user is needed default
Number of winks in time is exact value, the more difficult control of Preset Time for a user, and for example, user was needed in 5 seconds
Blink 3 times, i.e. user every one second blink once, but user's blink is slow, has only blinked 4 times in 5 seconds, blinks the 5th in user
When, already exceed 5 seconds, for intelligent glasses, the frequency of wink of user is mismatched, it is impossible to complete adjustment.And using blinking
During eye number of times, after intelligent mode is opened, user does not need control time, even if user only needs to ensure that number of winks is correct complete
Become adjustment, for example, number of winks is that 2, then user can be blinked twice in 1 second, it is also possible to per second blink once, it is also possible to 5
Blink twice in second, user is after blinking twice, as long as close by eyes confirming that blink terminates.
In the present embodiment, the number of winks of the eyes to be regulated within the very first time of user and another is gathered by photographic head
The closed action of eyes, after the another eyes closed T second, according to blink time of the eyes to be regulated blink within the very first time
Number starts the near-sighted shaping modes of eyes to be regulated or hypermetropia shaping modes, under near-sighted shaping modes or hypermetropia shaping modes,
The number of times of eyes to be regulated and the eyes closed action of user are gathered by photographic head, after eyes closure T second, according to be regulated
The number of winks of eyes adjusts the myopia degree of the corresponding eyeglass of eyes to be regulated or hyperopia degree.The method user only needs to blink
Eye can just complete the myopia degree of intelligent glasses and the regulation of hyperopia degree, bring user and preferably experience.
On the basis of embodiment illustrated in fig. 1, Fig. 4 is a kind of tune of the intelligent glasses according to an exemplary embodiment
The flow chart of section method, as shown in figure 4, the control method of the intelligent glasses is comprised the following steps.
In step S401, number of winks of the eyes of user within the second time is gathered by photographic head.
In the present embodiment, the first blink action is to pre-define number of winks of the eyes within the second time, the second time
Good, the second time can be identical with the very first time, it is also possible to different from the very first time.Optionally, after eyes blink terminates, also
The blink release of the closed action confirmation eyes of left eye or right eye can be passed through.
In step S402, the number of winks according to eyes within the second time starts brightness regulation pattern.
First blink action is pre-defined with the corresponding relation of glasses shaping modes, and for example, pre-defined eyes exist
When number of winks in second time is 5, start brightness regulation pattern, therefore, when intelligent glasses detect eyes second
When interior number of winks is five times, determines and start brightness regulation pattern.
The frequency of wink of eyes in step S403, under brightness regulation pattern, is gathered by photographic head.
In the present embodiment, the second blink action is the frequency of wink of eyes, and the frequency of wink of eyes is eyes when default
Interior number of winks.Specifically, after brightness regulation pattern is started, intelligent glasses start timing, while photographic head starts to adopt
Collection number of winks of the eyes in Preset Time, at the end of timing, the number of winks of the eyes that photographic head is collected is as double
The frequency of wink of eye.
In step s 404, the brightness of intelligent glasses is adjusted according to the frequency of wink of eyes.
Wherein, the brightness of adjustment intelligent glasses includes the bright of increase brightness and minimizing brightness, increase and less intelligent glasses
When spending, the frequency of wink of eyes is different.Under brightness adjustment pattern, two kinds of frequencies of wink or more blinks can be defined
Frequency, when two kinds of frequencies of wink are defined, a kind of frequency of wink is used for increasing the brightness of intelligent glasses, and a kind of frequency of wink is used
In the brightness for reducing intelligent glasses.When 2N kind frequency of wink is defined, when N is more than 1, N kind frequency of wink is used for increasing intelligence
The brightness of glasses, remaining N kind frequency of wink is used for reducing the brightness of intelligent glasses.Wherein, the frequency of wink of eyes is bigger, intelligence
The adjustment amount of the brightness of energy glasses is bigger, and the adjustment amount of brightness includes the brightness of the brightness or minimizing for increasing.
In the present embodiment, number of winks of the eyes of user within the second time is gathered by photographic head, is existed according to eyes
Number of winks in second time starts brightness regulation pattern, under brightness regulation pattern, gathers blinking for eyes by photographic head
Eye frequency, adjusts the brightness of intelligent glasses according to the frequency of wink of eyes, wherein, increases double during the brightness with less intelligent glasses
The frequency of wink of eye is different.The method user only needs to blink and can just complete the regulation of the brightness of intelligent glasses, brings use
Family is preferably experienced.
On the basis of embodiment illustrated in fig. 1, Fig. 5 is a kind of tune of the intelligent glasses according to an exemplary embodiment
The flow chart of section method, as shown in figure 5, the control method of the intelligent glasses is comprised the following steps.
In step S501, number of winks of the eyes of user within the second time is gathered by photographic head.
In the present embodiment, the first blink action is to pre-define number of winks of the eyes within the second time, the second time
Good, the second time can be identical with the very first time, it is also possible to different from the very first time.Optionally, after eyes blink terminates, also
The blink release of the closed action confirmation eyes of left eye or right eye can be passed through.
In step S502, the number of winks according to eyes within the second time starts brightness regulation pattern.
Eyes number of winks and the eyes of user in step S503, under brightness regulation pattern, are gathered by photographic head
Closed action, eyes closed action is used for confirming eyes blink release.
In step S504, after eyes closure T second, the brightness of intelligent glasses is adjusted according to the number of winks of eyes.
Under brightness adjustment pattern, two kinds of number of winks or more number of winks can be defined, when defining two kinds
During number of winks, a kind of number of winks is used for increasing the brightness of intelligent glasses, and a kind of number of winks is used for reducing intelligent glasses
Brightness.When 2N kind number of winks is defined, N is used for increasing the brightness of intelligent glasses, remaining N more than 1, N kind number of winks
Planting frequency of wink is used for reducing the brightness of intelligent glasses.Wherein, the number of winks of eyes is more, the adjustment of the brightness of intelligent glasses
Amount is bigger, and the adjustment amount of brightness includes the brightness of the brightness or minimizing for increasing.
In the present embodiment, number of winks of the eyes of user within the second time is gathered by photographic head, is existed according to eyes
Number of winks in second time starts brightness regulation pattern, under brightness regulation pattern, gathers blinking for eyes by photographic head
Eye number of times and eyes closed action, after the eyes closures T second, adjusts the brightness of intelligent glasses according to the number of winks of eyes, its
In, when increasing the brightness with less intelligent glasses, the number of winks of eyes is different.It is just permissible that the method user only needs to blink
The regulation of the brightness of intelligent glasses is completed, is brought user and preferably experience.
Fig. 6 is a kind of block diagram of the adjusting means of the intelligent glasses according to an exemplary embodiment, as shown in fig. 6,
The adjusting means of the intelligent glasses of the present embodiment includes：First acquisition module 11, starting module 12, the second acquisition module 13 and tune
Mould preparation block 14.
Wherein, the first acquisition module 11, is configured to the first blink action that photographic head gathers user；
Starting module 12, is configured to according to the described first blink action launching eye corresponding with the first blink action
Mirror shaping modes；
Second acquisition module 13, is configured under the glasses shaping modes, gathers the use by the photographic head
The second blink action at family；
Adjusting module 14, is configured to adjust the parameter of intelligent glasses according to the second blink action.
Fig. 7 is a kind of block diagram of the adjusting means of the intelligent glasses according to an exemplary embodiment, as shown in fig. 7,
The device of this enforcement is on the basis of Fig. 6 shown device, and first acquisition module 11 includes：
First collection submodule 111, is configured to the photographic head and gathers the eyes to be regulated of the user the
Number of winks in one time and the closed action of another eyes, the eyes to be regulated are left eye or right eye, described another
The closed action of glasses is used for confirming the blink release of the eyes to be regulated；
The starting module 12 includes：
First starts submodule 121, after being configured as the another eyes closed T second, according to the eye to be regulated
Number of winks of the eyeball blink within the very first time starts the near-sighted shaping modes of the eyes to be regulated or hypermetropia adjusts mould
Formula, wherein, blink of the eyes to be regulated within the very first time under the myopia shaping modes and hypermetropia shaping modes
Number of times difference；
Second acquisition module 13 includes：
Second collection submodule 131, is configured under the myopia shaping modes or the hypermetropia shaping modes, passes through
The photographic head gathers the frequency of wink of the eyes to be regulated；
The adjusting module 14 includes：
First adjustment submodule 141, is configured to described to be regulated according to the adjustment of the frequency of wink of the eyes to be regulated
The myopia degree of the corresponding eyeglass of eyes or hyperopia degree, wherein, under same pattern, increase the eyeglass number of degrees and reduce eyeglass degree
The frequency of wink difference of the eyes to be regulated during number.
Optionally, the frequency of wink of the eyes to be regulated is bigger, the tune of the corresponding eyeglass number of degrees of the eyes to be regulated
Whole amount is bigger.
Fig. 8 is a kind of block diagram of the adjusting means of the intelligent glasses according to an exemplary embodiment, as shown in figure 8,
The device of this enforcement is on the basis of Fig. 6 shown device, and first acquisition module 11 includes：
First collection submodule 111, is configured to the photographic head and gathers the eyes to be regulated of the user the
Number of winks in one time and the closed action of another eyes, the eyes to be regulated are left eye or right eye, described another
The closed action of glasses is used for confirming the blink release of the eyes to be regulated；
The starting module 12 includes：
First starts submodule 131, after being configured as the another eyes closed T second, according to the eye to be regulated
Number of winks of the eyeball blink within the very first time starts the near-sighted shaping modes of the eyes to be regulated or hypermetropia adjusts mould
Formula, wherein, blink of the eyes to be regulated within the very first time under the myopia shaping modes and hypermetropia shaping modes
Number of times difference；
Second acquisition module 13 includes：
3rd collection submodule 132, is configured under the myopia shaping modes or the hypermetropia shaping modes, passes through
The photographic head gathers the number of winks of the eyes to be regulated and the eyes closed action of the user, and the eyes closure is dynamic
Act on the blink release for confirming the eyes to be regulated；
The adjusting module 14 includes：
Second adjustment submodule 142, after being configured as the eyes closure T second, according to blinking for the eyes to be regulated
Eye number of times adjusts the myopia degree of the corresponding eyeglass of the eyes to be regulated or hyperopia degree, wherein, under same pattern, increases
When the number of degrees and the minimizing number of degrees, the number of winks of the eyes to be regulated is different.
Optionally, the number of winks of the eyes to be regulated is more, the tune of the corresponding eyeglass number of degrees of the eyes to be regulated
Whole amount is bigger.
Fig. 9 is a kind of block diagram of the adjusting means of the intelligent glasses according to an exemplary embodiment, as shown in figure 9,
The device of this enforcement is on the basis of Fig. 6 shown device, and first acquisition module 11 includes：
4th collection submodule 112, is configured to the photographic head and gathers the eyes of the user in the second time
Interior number of winks；
The starting module 12 includes：
Second starts submodule 122, is configured to the number of winks according to the eyes within the second time and starts brightness
Shaping modes；
Second acquisition module 13 includes：
5th collection submodule 133, is configured under the brightness regulation pattern, described by photographic head collection
The frequency of wink of eyes；
The adjusting module 14 includes：
3rd adjustment submodule 143, is configured to adjust the bright of the intelligent glasses according to the frequency of wink of the eyes
Degree, wherein, when increasing the brightness with the less intelligent glasses, the frequency of wink of the eyes is different.
Optionally, the frequency of wink of the eyes is bigger, and the adjustment amount of the brightness of the Brilliant Eyes is bigger.
Figure 10 is a kind of block diagram of the adjusting means of the intelligent glasses according to an exemplary embodiment, as Figure 10 institute
Show, the device of this enforcement is on the basis of Fig. 6 shown device, and first acquisition module 11 includes：
4th collection submodule 112, is configured to gather the eyes of the user within the second time by the photographic head
Eyes number of winks；
The starting module 12 includes：
Second starts submodule 122, is configured according to eyes blink action launching brightness regulation pattern；
Second acquisition module 13 includes：
6th collection submodule 134, is configured under the brightness regulation pattern, described by photographic head collection
The eyes number of winks and eyes closed action of user, the eyes closed action is used for confirming eyes blink release；
The adjusting module 14 includes：
4th adjustment submodule 144, after being configured as the eyes closure T second, according to the number of winks of the eyes
The brightness of the intelligent glasses is adjusted, wherein, the number of winks of eyes when increasing the brightness with the less intelligent glasses
Different.
Optionally, the number of winks of the eyes is more, and the adjustment amount of the brightness of the Brilliant Eyes is bigger.
Figure 11 is a kind of entity block diagram of the adjusting means of the intelligent glasses according to an exemplary embodiment, such as Figure 11
Shown, smart machine 200 includes：Processor 21 and the memorizer 22 for storing 21 executable instruction of processor, memorizer 22
It is connected with processor 21 by system bus and communicates.
Wherein, processor 21 is configured to：
Memorizer；
It is configured to store the memorizer of processor executable；
Wherein, the processor is configured to：
The first blink action of user is gathered by photographic head；
According to the described first blink action launching glasses shaping modes corresponding with the first blink action；
The second blink action of the user under the glasses shaping modes, is gathered by the photographic head；
The parameter of intelligent glasses is adjusted according to the second blink action.
It should be understood that in above-described embodiment, processor can be CPU (English：Central Processing
Unit, referred to as：CPU), can also be other general processors, digital signal processor (English：Digital Signal
Processor, referred to as：DSP), special IC (English：Application Specific Integrated
Circuit, referred to as：ASIC) etc..General processor can be microprocessor or the processor can also be any conventional place
Reason device etc., and aforesaid memorizer can be read only memory (English：Read-only memory, abbreviation：ROM), deposit at random
Access to memory (English：Random access memory, referred to as：RAM), flash memory, hard disk or solid state hard disc.In conjunction with
The step of method disclosed in the embodiment of the present invention, can be embodied directly in hardware processor and execute and complete, or with processor
Hardware and software module combination execution complete.
Those skilled in the art will readily occur to its of the present invention after considering description and putting into practice invention disclosed herein
Its embodiment.The application is intended to any modification, purposes or the adaptations of the present invention, these modifications, purposes or
Person's adaptations follow the general principle of the present invention and including the undocumented common knowledge in the art of the disclosure
Or conventional techniques.Description and embodiments are considered only as exemplary, and true scope and spirit of the invention are by following
Claims are pointed out.
It should be appreciated that the precision architecture for being described above and being shown in the drawings is the invention is not limited in, and
And various modifications and changes can carried out without departing from the scope.The scope of the present invention is only limited by appending claims
System.
Claims (19)
1. a kind of control method of intelligent glasses, it is characterised in that include：
The first blink action of user is gathered by photographic head；
According to the described first blink action launching glasses shaping modes corresponding with the first blink action；
The second blink action of the user under the glasses shaping modes, is gathered by the photographic head；
The parameter of intelligent glasses is adjusted according to the second blink action.
2. method according to claim 1, it is characterised in that described by photographic head gather user the first blink dynamic
Make, including：
Number of winks and another eyes of the eyes to be regulated of the user within the very first time are gathered by the photographic head
Closed action, the eyes to be regulated are that the closed action of left eye or right eye, the another glasses is used for confirming described treating
Adjust the blink release of eyes；
Described according to the described first blink action launching glasses shaping modes corresponding with the first blink action, including：
After the another eyes closed T second, according to blink time of the eyes blink to be regulated within the very first time
Number starts the near-sighted shaping modes of the eyes to be regulated or hypermetropia shaping modes, wherein, the near-sighted shaping modes and hypermetropia
Number of winks difference of the eyes to be regulated within the very first time under shaping modes；
Described gather the second blink action of the user by the photographic head under the glasses shaping modes, including：
Under the myopia shaping modes or the hypermetropia shaping modes, the eyes to be regulated are gathered by the photographic head
Frequency of wink；
The parameter for adjusting intelligent glasses according to the second blink action, including：
Myopia degree or the hypermetropia of the corresponding eyeglass of the eyes to be regulated are adjusted according to the frequency of wink of the eyes to be regulated
The number of degrees, wherein, under same pattern, when increasing the eyeglass number of degrees and reducing the eyeglass number of degrees, the frequency of wink of the eyes to be regulated is not
With.
3. method according to claim 2, it is characterised in that the frequency of wink of the eyes to be regulated is bigger, described treats
The adjustment amount for adjusting the corresponding eyeglass number of degrees of eyes is bigger.
4. method according to claim 1, it is characterised in that described by photographic head gather user the first blink dynamic
Make, including：
Number of winks and another eyes of the eyes to be regulated of the user within the very first time are gathered by the photographic head
Closed action, the eyes to be regulated are that the closed action of left eye or right eye, the another glasses is used for confirming described treating
Adjust the blink release of eyes；
Described according to the described first blink action launching glasses shaping modes corresponding with the first blink action, including：
After the another eyes closed T second, according to blink time of the eyes blink to be regulated within the very first time
Number starts the near-sighted shaping modes of the eyes to be regulated or hypermetropia shaping modes, wherein, the near-sighted shaping modes and hypermetropia
Number of winks difference of the eyes to be regulated within the very first time under shaping modes；
Described gather the second blink action of the user by the photographic head under the glasses shaping modes, including：
Under the myopia shaping modes or the hypermetropia shaping modes, the eyes to be regulated are gathered by the photographic head
The eyes closed action of number of winks and the user, the eyes closed action is used for confirming the blink of the eyes to be regulated
Release；
The parameter for adjusting intelligent glasses according to the second blink action, including：
After eyes closure T second, the eyes to be regulated are adjusted according to the number of winks of the eyes to be regulated corresponding
The myopia degree of eyeglass or hyperopia degree, wherein, under same pattern, the eyes to be regulated when increasing the number of degrees and reducing the number of degrees
Number of winks different.
5. method according to claim 4, it is characterised in that the number of winks of the eyes to be regulated is more, described treats
The adjustment amount for adjusting the corresponding eyeglass number of degrees of eyes is bigger.
6. method according to claim 1, it is characterised in that described by photographic head gather user the first blink dynamic
Make, including：
Number of winks of the eyes of the user within the second time is gathered by the photographic head；
Described according to the described first blink action launching glasses shaping modes corresponding with the first blink action, including：
Number of winks according to the eyes within the second time starts brightness regulation pattern；
Described gather the second blink action of the user by the photographic head under the glasses shaping modes, including：
The frequency of wink of the eyes under the brightness regulation pattern, is gathered by the photographic head；
The parameter for adjusting intelligent glasses according to the second blink action, including：
The brightness of the intelligent glasses is adjusted according to the frequency of wink of the eyes, wherein, is increased and the less intelligent glasses
Brightness when the eyes frequency of wink different.
7. method according to claim 6, it is characterised in that the frequency of wink of the eyes is bigger, the Brilliant Eyes
The adjustment amount of brightness is bigger.
8. method according to claim 1, it is characterised in that described by photographic head gather user the first blink dynamic
Make, including：
Eyes number of winks of the eyes of the user within the second time is gathered by the photographic head；
Described according to the described first blink action launching glasses shaping modes corresponding with the first blink action, including：
According to eyes blink action launching brightness regulation pattern；
Described gather the second blink action of the user by the photographic head under the glasses shaping modes, including：
Under the brightness regulation pattern, the eyes number of winks of the user is gathered by the photographic head and eyes closure is moved
Make, the eyes closed action is used for confirming eyes blink release；
The parameter for adjusting intelligent glasses according to the second blink action, including：
After eyes closure T second, the brightness of the intelligent glasses is adjusted according to the number of winks of the eyes, wherein, is increased
During the brightness of the big and less intelligent glasses, the number of winks of the eyes is different.
9. method according to claim 8, it is characterised in that the number of winks of the eyes is more, the Brilliant Eyes
The adjustment amount of brightness is bigger.
10. a kind of adjusting means of intelligent glasses, it is characterised in that include：
First acquisition module, is configured to the first blink action that photographic head gathers user；
Starting module, is configured to be adjusted according to the described first blink action launching glasses corresponding with the first blink action
Pattern；
Second acquisition module, is configured under the glasses shaping modes, gathers the of the user by the photographic head
Two blink actions；
Adjusting module, is configured to adjust the parameter of intelligent glasses according to the second blink action.
11. devices according to claim 10, it is characterised in that first acquisition module includes：
First collection submodule, is configured to the photographic head and gathers the eyes to be regulated of the user within the very first time
Number of winks and another eyes closed action, the eyes to be regulated are left eye or right eye, the another glasses
Closed action is used for confirming the blink release of the eyes to be regulated；
The starting module includes：
First starts submodule, after being configured as the another eyes closed T second, is existed according to the eyes blink to be regulated
Number of winks in the very first time starts the near-sighted shaping modes of the eyes to be regulated or hypermetropia shaping modes, wherein,
The myopia shaping modes are different with number of winks of the eyes to be regulated within the very first time under hypermetropia shaping modes；
Second acquisition module includes：
Second collection submodule, is configured under the myopia shaping modes or the hypermetropia shaping modes, is taken the photograph by described
As head gathers the frequency of wink of the eyes to be regulated；
The adjusting module includes：
First adjustment submodule, is configured to be corresponded to according to the frequency of wink of the eyes to be regulated adjustment eyes to be regulated
The myopia degree of eyeglass or hyperopia degree, wherein, under same pattern, described in when increasing the eyeglass number of degrees and reducing the eyeglass number of degrees
The frequency of wink difference of eyes to be regulated.
12. devices according to claim 11, it is characterised in that the frequency of wink of the eyes to be regulated is bigger, described
The adjustment amount of the corresponding eyeglass number of degrees of eyes to be regulated is bigger.
13. devices according to claim 10, it is characterised in that first acquisition module includes：
First collection submodule, is configured to the photographic head and gathers the eyes to be regulated of the user within the very first time
Number of winks and another eyes closed action, the eyes to be regulated are left eye or right eye, the another glasses
Closed action is used for confirming the blink release of the eyes to be regulated；
The starting module includes：
First starts submodule, after being configured as the another eyes closed T second, is existed according to the eyes blink to be regulated
Number of winks in the very first time starts the near-sighted shaping modes of the eyes to be regulated or hypermetropia shaping modes, wherein,
The myopia shaping modes are different with number of winks of the eyes to be regulated within the very first time under hypermetropia shaping modes；
Second acquisition module includes：
3rd collection submodule, is configured under the myopia shaping modes or the hypermetropia shaping modes, is taken the photograph by described
The number of winks of the eyes to be regulated and the eyes closed action of the user are gathered as head, the eyes closed action is used for
Confirm the blink release of the eyes to be regulated；
The adjusting module includes：
Second adjustment submodule, after being configured as the eyes closure T second, adjusts according to the number of winks of the eyes to be regulated
The myopia degree of the corresponding eyeglass of whole eyes to be regulated or hyperopia degree, wherein, under same pattern, increase the number of degrees and subtract
During few number of degrees, the number of winks of the eyes to be regulated is different.
14. devices according to claim 13, it is characterised in that the number of winks of the eyes to be regulated is more, described
The adjustment amount of the corresponding eyeglass number of degrees of eyes to be regulated is bigger.
15. devices according to claim 10, it is characterised in that first acquisition module includes：
4th collection submodule, is configured to the photographic head and gathers blink of the eyes of the user within the second time
Number of times；
The starting module includes：
Second starts submodule, is configured to the number of winks according to the eyes within the second time and starts brightness regulation mould
Formula；
Second acquisition module includes：
5th collection submodule, is configured under the brightness regulation pattern, gathers the eyes by the photographic head
Frequency of wink；
The adjusting module includes：
3rd adjustment submodule, is configured to adjust the brightness of the intelligent glasses according to the frequency of wink of the eyes, wherein,
When increasing the brightness with the less intelligent glasses, the frequency of wink of the eyes is different.
16. devices according to claim 15, it is characterised in that the frequency of wink of the eyes is bigger, the Brilliant Eyes
Brightness adjustment amount bigger.
17. devices according to claim 10, it is characterised in that first acquisition module includes：
4th collection submodule, is configured the eyes by the eyes of the photographic head collection user within the second time and blinks
Eye number of times；
The starting module includes：
Second starts submodule, is configured according to eyes blink action launching brightness regulation pattern；
Second acquisition module includes：
6th collection submodule, is configured under the brightness regulation pattern, gathers the user's by the photographic head
Eyes number of winks and eyes closed action, the eyes closed action is used for confirming eyes blink release；
The adjusting module includes：
4th adjustment submodule, after being configured as the eyes closure T second, according to the adjustment of the number of winks of the eyes
The brightness of intelligent glasses, wherein, when increasing the brightness with the less intelligent glasses, the number of winks of the eyes is different.
18. devices according to claim 17, it is characterised in that the number of winks of the eyes is more, the Brilliant Eyes
Brightness adjustment amount bigger.
19. a kind of adjusting meanss of intelligent glasses, it is characterised in that include：
Memorizer；
It is configured to store the memorizer of processor executable；
Wherein, the processor is configured to：
The first blink action of user is gathered by photographic head；
According to the described first blink action launching glasses shaping modes corresponding with the first blink action；
The second blink action of the user under the glasses shaping modes, is gathered by the photographic head；
The parameter of intelligent glasses is adjusted according to the second blink action.
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|---|---|---|---|
| CN201610908243.4A CN106445164A (en) | 2016-10-18 | 2016-10-18 | Adjusting method and device of intelligent glasses |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610908243.4A CN106445164A (en) | 2016-10-18 | 2016-10-18 | Adjusting method and device of intelligent glasses |
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| CN106445164A true CN106445164A (en) | 2017-02-22 |
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Application publication date: 20170222 |