CN105162928A - Method and device of adjusting mobile terminal screen brightness - Google Patents
Method and device of adjusting mobile terminal screen brightness Download PDFInfo
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- CN105162928A CN105162928A CN201510670143.8A CN201510670143A CN105162928A CN 105162928 A CN105162928 A CN 105162928A CN 201510670143 A CN201510670143 A CN 201510670143A CN 105162928 A CN105162928 A CN 105162928A
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- mobile terminal
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02D—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN INFORMATION AND COMMUNICATION TECHNOLOGIES [ICT], I.E. INFORMATION AND COMMUNICATION TECHNOLOGIES AIMING AT THE REDUCTION OF THEIR OWN ENERGY USE
- Y02D30/00—Reducing energy consumption in communication networks
- Y02D30/70—Reducing energy consumption in communication networks in wireless communication networks
Abstract
The embodiment of the invention discloses a method of adjusting mobile terminal screen brightness, used for solving the technical problem that a time interval exists from waking up a screen to adjusting brightness of an intelligent mobile terminal. The method comprises: determining whether a mobile terminal screen is awakened, and obtaining the environment luminance value detected in real time by the light sensor on a wearable device if the mobile terminal screen is awakened; and adjusting the brightness of the mobile terminal according to the environment luminance value. The embodiment of the invention also provides a device of adjusting mobile terminal screen brightness.
Description
Technical field
The present invention relates to intelligent mobile terminal technical field, particularly relate to the method and apparatus regulating mobile terminal screen brightness.
Background technology
Modern society, intelligent mobile terminal is almost one of object of people's indispensability, and its intellectuality is embodied in the every aspect of mobile terminal application, and wherein automatically adjusting screen intensity is one of function of deeply liking of people.
At present, intelligent mobile terminal, generally after screen is waken up, starts the brightness of light sensor testing environment, then regulates screen intensity according to detecting the brightness results obtained.But from the process waken screen up and complete to brightness regulation, generally need the stand-by period of 1 ~ 2 second, if under now user is in highlighted environment, under the sun, user cannot see screen content within the stand-by period.
Summary of the invention
Embodiments provide the method and apparatus regulating mobile terminal screen brightness, intelligent mobile terminal can be solved from the technical problem waking screen up and to complete to brightness regulation needed wait time.
A kind of method regulating mobile terminal screen brightness that the embodiment of the present invention provides, comprising:
Judge whether mobile terminal screen is waken up, if so, then obtain the ambient brightness value that wearable device glazed thread transducer detects in real time;
The brightness of described mobile terminal screen is regulated according to described ambient brightness value.
Alternatively, before the ambient brightness value that acquisition wearable device glazed thread transducer detects in real time, described method also comprises:
When mobile terminal detects screen wake operation, judge whether described mobile terminal and described wearable device connect, if not, then send pairing link order to described wearable device, described wearable device is connected according to described pairing link order and described mobile terminal.
Alternatively, before obtaining the ambient brightness value that wearable device glazed thread transducer detects in real time, described method also comprises:
Judge whether user is wearing described wearable device according to the testing result of first sensor on described wearable device, if not, then forbid the real-time detection function of described wearable device glazed thread transducer.
Alternatively, before obtaining the ambient brightness value that wearable device glazed thread transducer detects in real time, described method also comprises:
Judge whether described wearable device is covered by object according to the testing result of the second transducer on described wearable device, if so, then forbid the real-time detection function of described wearable device glazed thread transducer.
Alternatively, the brightness of described mobile terminal screen is regulated specifically to comprise according to described ambient brightness value:
Judge whether the present intensity value of described ambient brightness value and described mobile terminal meets default display brightness condition, if not, then regulate described present intensity value according to the display standard preset and described ambient brightness value.
Alternatively, also comprise after regulating described present intensity value according to the display standard preset and described ambient brightness value:
Forbid the real-time detection function of described wearable device glazed thread transducer;
If described mobile terminal screen enters closed condition, then start the real-time detection function of described wearable device glazed thread transducer, and re-execute the described step whether mobile terminal screen is waken up that judges.
Alternatively, regulate the brightness of described mobile terminal screen according to described ambient brightness value after described method also comprise:
Before described mobile terminal screen enters closed condition, obtain the second environment brightness value that described mobile terminal glazed thread transducer detects, and calibrate the brightness of described mobile terminal screen according to described second environment brightness value.
A kind of device regulating mobile terminal screen brightness that the embodiment of the present invention provides, comprising:
Wake judge module up, for judging whether mobile terminal screen is waken up;
Ambient brightness value acquisition module, for when described in wake judge module up judged result for being time, obtain the ambient brightness value that wearable device glazed thread transducer detects in real time;
Screen intensity adjustment module, for regulating the brightness of described mobile terminal screen according to described ambient brightness value.
Alternatively, described device also comprises at least one the large module in following three large modules:
First module comprises:
Connection judgment module, during for screen wake operation being detected when mobile terminal, judges whether described mobile terminal and described wearable device connect;
Link order module, for when the judged result of described connection judgment module is no, sends pairing link order to described wearable device, described wearable device is connected according to described pairing link order and described mobile terminal;
Second largest module comprises:
Wear judge module, for judging whether user is wearing described wearable device according to the testing result of first sensor on described wearable device;
First disabled module, for when described in wear judge module judged result be no time, forbid the real-time detection function of described wearable device glazed thread transducer;
The third-largest module comprises:
According to the testing result of the second transducer on described wearable device, Covering judgment module, for judging whether described wearable device is covered by object;
Second disabled module, for when the judged result of described Covering judgment module is for being, forbids the real-time detection function of described wearable device glazed thread transducer.
Alternatively, described screen intensity adjustment module specifically comprises:
Brightness conditions judging unit, for judging whether the present intensity value of described ambient brightness value and described mobile terminal meets default display brightness condition;
Brightness adjusting unit, for when the judged result of described brightness conditions judging unit is no, regulates described present intensity value according to the display standard preset and described ambient brightness value;
Described device also comprises:
3rd disabled module, after regulating described present intensity value when described brightness adjusting unit, forbids the real-time detection function of described wearable device glazed thread transducer;
Real-time detection starts module, if enter closed condition for described mobile terminal screen, starts the real-time detection function of described wearable device glazed thread transducer, and wakes judge module up described in triggering;
Second luminance acquisition module, before entering closed condition at described mobile terminal screen, obtains the second environment brightness value that described mobile terminal glazed thread transducer detects;
Brightness calibration module, for calibrating the brightness of described mobile terminal screen according to described second environment brightness value.
As can be seen from the above technical solutions, the embodiment of the present invention has the following advantages:
In the embodiment of the present invention, first, judge whether mobile terminal screen is waken up, if so, then obtain the ambient brightness value that wearable device glazed thread transducer detects in real time; Then, the brightness of this mobile terminal screen is regulated according to this ambient brightness value.In embodiments of the present invention, the ambient brightness value that can detect in real time according to wearable device glazed thread transducer carries out mobile terminal screen brightness regulation, eliminate the stand-by period needed for mobile terminal self detection, screen intensity conforms brightness fast, even if under highlighted environment, user also can see screen content without the need to waiting for;
Further, by judging whether user is wearing this wearable device, whether this wearable device is covered by object before obtaining the ambient brightness value that wearable device glazed thread transducer detects in real time, thus guarantee the ambient brightness value that wearable device glazed thread transducer detects in real time can referential;
Further, after mobile terminal screen is waken up, the present intensity value detected by obtaining mobile terminal glazed thread transducer regulates mobile terminal screen brightness, and the real-time detection function of this wearable device glazed thread transducer is forbidden when mobile terminal screen is lighted, the real-time detection function of this wearable device glazed thread transducer is started when mobile terminal screen is closed, thus improve this wearable device glazed thread sensor utilization, saving resource.
Accompanying drawing explanation
Fig. 1 is method first the embodiment flow chart regulating mobile terminal screen brightness in the embodiment of the present invention;
Fig. 2 is method second the embodiment flow chart regulating mobile terminal screen brightness in the embodiment of the present invention;
Fig. 3 is method the 3rd the embodiment flow chart regulating mobile terminal screen brightness in the embodiment of the present invention;
Fig. 4 is device first the example structure figure regulating mobile terminal screen brightness in the embodiment of the present invention;
Fig. 5 is device second the example structure figure regulating mobile terminal screen brightness in the embodiment of the present invention;
Fig. 6 is the structural representation of intelligent watch in the embodiment of the present invention.
Embodiment
Embodiments provide the method and apparatus regulating mobile terminal screen brightness, for solving intelligent mobile terminal from the technical problem waking screen up and to complete to brightness regulation needed wait time.
For making goal of the invention of the present invention, feature, advantage can be more obvious and understandable, below in conjunction with the accompanying drawing in the embodiment of the present invention, technical scheme in the embodiment of the present invention is clearly and completely described, obviously, the embodiments described below are only the present invention's part embodiments, and the embodiment of not all.Based on the embodiment in the present invention, those of ordinary skill in the art, not making other embodiments all obtained under creative work prerequisite, belong to the scope of protection of the invention.
Refer to Fig. 1, in the embodiment of the present invention, a kind of method first embodiment of mobile terminal screen brightness that regulate comprises:
101, judge whether mobile terminal screen is waken up, if so, then perform step 102;
First, can judge whether mobile terminal screen is waken up, if so, then perform step 102.
102, the ambient brightness value that wearable device glazed thread transducer detects in real time is obtained;
When judging to learn that mobile terminal screen is waken up, the ambient brightness value that wearable device glazed thread transducer detects in real time can be obtained.
103, the brightness of this mobile terminal screen is regulated according to this ambient brightness value.
After the ambient brightness value that acquisition wearable device glazed thread transducer detects in real time, the brightness of this mobile terminal screen can be regulated according to this ambient brightness value.
In the present embodiment, first, judge whether mobile terminal screen is waken up, if so, then obtain the ambient brightness value that wearable device glazed thread transducer detects in real time; Then, the brightness of this mobile terminal screen is regulated according to this ambient brightness value.In the present embodiment, the ambient brightness value that can detect in real time according to wearable device glazed thread transducer carries out mobile terminal screen brightness regulation, eliminate the stand-by period needed for mobile terminal self detection, screen intensity conforms brightness fast, even if under highlighted environment, user also can see screen content without the need to waiting for.
For ease of understanding, be described in detail a kind of method of mobile terminal screen brightness that regulates in the embodiment of the present invention below, refer to Fig. 2, in the embodiment of the present invention, a kind of method second embodiment of mobile terminal screen brightness that regulate comprises:
201, judge whether user is wearing this wearable device according to the testing result of first sensor on this wearable device, if so, then perform step 203, if not, then perform step 202;
First, can judge whether user is wearing this wearable device according to the testing result of first sensor on this wearable device, if so, then perform step 203, if not, then perform step 202.Be understandable that, before obtaining ambient brightness by wearable device, need to confirm whether this wearable device is worn by the user, if, then show that brightness value that this wearable device glazed thread transducer detects is the brightness value of user surrounding environment, can as the reference regulating mobile terminal screen brightness; If not, then show that this wearable device is not probably carried at it user, if the brightness value now using this wearable device glazed thread transducer to detect is as the reference regulating mobile terminal screen brightness, then there will be comparatively big error.
It should be noted that, this first sensor can be heart rate sensor, temperature sensor or pulse transducer.
202, the real-time detection function of this wearable device glazed thread transducer is forbidden;
When judging to learn that this user does not wear this wearable device, the real-time detection function of this wearable device glazed thread transducer can be forbidden, to reduce energy loss.
203, judge whether this wearable device is covered by object according to the testing result of the second transducer on this wearable device, if so, then perform step 204, if not, then perform step 205;
After judgement learns that this user is wearing this wearable device, can judge whether this wearable device is covered by object according to the testing result of the second transducer on this wearable device, if so, then perform step 204, if not, then perform step 205.Be understandable that, even if due to wearable device be worn by the user with it, also there is the situation of ambient brightness of cannot getting.As wearable intelligent watch, user is worn on hand, may insert among pocket by hand, and the brightness value that now this intelligent watch detects does not have reference value, therefore needs to judge whether this wearable device is covered by object.Only have when this wearable device is not covered by object, the brightness value that wearable device glazed thread transducer detects just has referential, otherwise performs step 204.
It should be noted that, this second transducer can be range sensor or proximity transducer.
204, the real-time detection function of this wearable device glazed thread transducer is forbidden;
When judging to learn that this wearable device is covered by object, the real-time detection function of this wearable device glazed thread transducer can be forbidden, to reduce energy loss.
205, judge whether mobile terminal screen is waken up, if so, then perform step 207, if not, then perform step 206;
Before the ambient brightness value that acquisition wearable device glazed thread transducer detects in real time, can judge whether mobile terminal screen is waken up, if so, then perform step 207, if not, then perform step 206.Be understandable that, when user needs to open mobile terminal, when waking mobile terminal screen up, just need the brightness of environmentally brightness regulation mobile terminal screen.Therefore before obtaining the ambient brightness value that wearable device glazed thread transducer detects in real time, by judging whether mobile terminal screen is waken up, can need just to obtain ambient brightness value when regulating brightness at mobile terminal screen, and without the need to the ambient brightness value that moment acquisition wearable device glazed thread transducer detects in real time, promote resource utilization.
206, continue to wait for that mobile terminal screen is waken up;
If mobile terminal screen is not waken up, then continue to wait until that mobile terminal screen is waken up.
207, judge whether this mobile terminal and this wearable device connect, if so, then perform step 209, if not, then perform step 208;
When this mobile terminal detects screen wake operation, judge whether this mobile terminal and this wearable device connect, if so, then perform step 209, if not, then perform step 208.Be understandable that, between mobile terminal and wearable device, generally adopt wireless connections, under specific circumstances, mobile terminal may and wearable device between disconnect.Therefore, when screen is waken up, first whether mobile terminal need to confirm to be connected with establishing between wearable device.
208, send pairing link order to this wearable device, this wearable device is connected according to this pairing link order and this mobile terminal;
When judging to learn that this mobile terminal and this wearable device do not connect, pairing link order can be sent to this wearable device, this wearable device is connected according to this pairing link order and this mobile terminal.
209, the ambient brightness value that wearable device glazed thread transducer detects in real time is obtained;
When mobile terminal screen is waken up, the ambient brightness value that wearable device glazed thread transducer detects in real time can be obtained.It should be noted that, the screen that this wearable device glazed thread transducer detects in real time can be arranged according to actual needs, and such as each second is detected once.
210, the brightness of this mobile terminal screen is regulated according to this ambient brightness value.
After the ambient brightness value that acquisition wearable device glazed thread transducer detects in real time, the brightness of this mobile terminal screen can be regulated according to this ambient brightness value.
In the present embodiment, by judging whether user is wearing this wearable device, whether this wearable device is covered by object before obtaining the ambient brightness value that wearable device glazed thread transducer detects in real time, thus guarantee the ambient brightness value that wearable device glazed thread transducer detects in real time can referential.
The main reference value aspect from obtaining the ambient brightness value that wearable device glazed thread transducer detects in real time is described above, below the processing method after regulating mobile terminal screen brightness from environmentally brightness value is described in detail, refer to Fig. 3, in the embodiment of the present invention, a kind of method of mobile terminal screen brightness the 3rd embodiment that regulate comprises:
301, judge whether user is wearing this wearable device according to the testing result of first sensor on this wearable device, if so, then perform step 303, if not, then perform step 302;
First, can judge whether user is wearing this wearable device according to the testing result of first sensor on this wearable device, if so, then perform step 303, if not, then perform step 302.Be understandable that, before obtaining ambient brightness by wearable device, need to confirm whether this wearable device is worn by the user, if, then show that brightness value that this wearable device glazed thread transducer detects is the brightness value of user surrounding environment, can as the reference regulating mobile terminal screen brightness; If not, then show that this wearable device is not probably carried at it user, if the brightness value now using this wearable device glazed thread transducer to detect is as the reference regulating mobile terminal screen brightness, then there will be comparatively big error.
It should be noted that, this first sensor can be heart rate sensor, temperature sensor or pulse transducer.
302, the real-time detection function of this wearable device glazed thread transducer is forbidden;
When judging to learn that this user does not wear this wearable device, the real-time detection function of this wearable device glazed thread transducer can be forbidden, to reduce energy loss.
303, judge whether this wearable device is covered by object according to the testing result of the second transducer on this wearable device, if so, then perform step 304, if not, then perform step 305;
After judgement learns that this user is wearing this wearable device, can judge whether this wearable device is covered by object according to the testing result of the second transducer on this wearable device, if so, then perform step 304, if not, then perform step 305.Be understandable that, even if due to wearable device be worn by the user with it, also there is the situation of ambient brightness of cannot getting.As wearable intelligent watch, user is worn on hand, may insert among pocket by hand, and the brightness value that now this intelligent watch detects does not have reference value, therefore needs to judge whether this wearable device is covered by object.Only have when this wearable device is not covered by object, the brightness value that wearable device glazed thread transducer detects just has referential, otherwise performs step 304.
It should be noted that, this second transducer can be range sensor or proximity transducer.
304, the real-time detection function of this wearable device glazed thread transducer is forbidden;
When judging to learn that this wearable device is covered by object, the real-time detection function of this wearable device glazed thread transducer can be forbidden, to reduce energy loss.
305, judge whether mobile terminal screen is waken up, if so, then perform step 307, if not, then perform step 306;
Before the ambient brightness value that acquisition wearable device glazed thread transducer detects in real time, can judge whether mobile terminal screen is waken up, if so, then perform step 307, if not, then perform step 306.Be understandable that, when user needs to open mobile terminal, when waking mobile terminal screen up, just need the brightness of environmentally brightness regulation mobile terminal screen.Therefore before obtaining the ambient brightness value that wearable device glazed thread transducer detects in real time, by judging whether mobile terminal screen is waken up, can need just to obtain ambient brightness value when regulating brightness at mobile terminal screen, and without the need to the ambient brightness value that moment acquisition wearable device glazed thread transducer detects in real time, promote resource utilization.
306, continue to wait for that mobile terminal screen is waken up;
If mobile terminal screen is not waken up, then continue to wait until that mobile terminal screen is waken up.
307, judge whether this mobile terminal and this wearable device connect, if so, then perform step 309, if not, then perform step 308;
When this mobile terminal detects screen wake operation, judge whether this mobile terminal and this wearable device connect, if so, then perform step 309, if not, then perform step 308.Be understandable that, between mobile terminal and wearable device, generally adopt wireless connections, under specific circumstances, mobile terminal may and wearable device between disconnect.Therefore, when screen is waken up, first whether mobile terminal need to confirm to be connected with establishing between wearable device.
308, send pairing link order to this wearable device, this wearable device is connected according to this pairing link order and this mobile terminal;
When judging to learn that this mobile terminal and this wearable device do not connect, pairing link order can be sent to this wearable device, this wearable device is connected according to this pairing link order and this mobile terminal.
309, the ambient brightness value that wearable device glazed thread transducer detects in real time is obtained;
When mobile terminal screen is waken up, the ambient brightness value that wearable device glazed thread transducer detects in real time can be obtained.It should be noted that, the screen that this wearable device glazed thread transducer detects in real time can be arranged according to actual needs, and such as each second is detected once.
310, judge whether the present intensity value of this ambient brightness value and this mobile terminal meets default display brightness condition, if so, then do not regulate brightness value before deserving, if not, then perform step 311;
After the ambient brightness value that acquisition wearable device glazed thread transducer detects in real time, can judge whether the present intensity value of this ambient brightness value and this mobile terminal meets default display brightness condition, if so, then not regulate brightness value before deserving, if not, then step 311 is performed.
311, this current brightness value is regulated according to the display standard preset and this ambient brightness value;
When judging to learn that the present intensity value of this ambient brightness value and this mobile terminal meets default display brightness condition, this current brightness value can be regulated according to the display standard preset and this ambient brightness value.Be understandable that, this display standard preset specifically can set according to actual use scenes, such as when outdoor, this display standard can be 1.2 times that present intensity value are adjusted to ambient brightness value, thus making mobile terminal screen brightness higher than ambient brightness, user clearly can view the content on screen.
312, the real-time detection function of this wearable device glazed thread transducer is forbidden;
After regulating this current brightness value according to the display standard preset and this ambient brightness value, the real-time detection function of this wearable device glazed thread transducer can be forbidden.Be understandable that, when obtaining the present intensity value that this mobile terminal glazed thread transducer detects, the ambient brightness value that the now real-time detection of wearable device glazed thread transducer obtains is by useless, therefore, the real-time detection function of this wearable device glazed thread transducer can be forbidden, to reduce energy loss.
313, the second environment brightness value that described mobile terminal glazed thread transducer detects is obtained;
Before described mobile terminal screen enters closed condition, the second environment brightness value that described mobile terminal glazed thread transducer detects can be obtained.
314, the brightness of described mobile terminal screen is calibrated according to described second environment brightness value;
After the second environment brightness value that the described mobile terminal glazed thread transducer of acquisition detects, the brightness of described mobile terminal screen can be calibrated according to described second environment brightness value.Be understandable that, after mobile terminal screen is opened, illustrate that user is now using this mobile terminal, the light sensor on mobile terminal normally receives extraneous light, and the brightness calibration function that mobile terminal carries therefore can be adopted to carry out the adjustment of screen intensity.
315, judge whether this mobile terminal screen enters closed condition, if so, then perform step 316, if not, then continue to wait for;
After the real-time detection function of this wearable device glazed thread transducer of forbidding, can judge whether this mobile terminal screen enters closed condition, if so, then perform step 316, if not, then continue to wait for.Be understandable that, wake up after mobile terminal screen uses a period of time user, meeting turning-off mobile terminal screen again, the light sensor now on mobile terminal is also closed thereupon, and mobile terminal may be placed into the place that handbag, pocket etc. cannot contact surrounding environment light.Therefore, if desired upper once wake mobile terminal screen up time, can ambient brightness value be got, then need the real-time detection function starting this wearable device glazed thread transducer.
316, start the real-time detection function of this wearable device glazed thread transducer, and re-execute step 305.
When judging to learn that this mobile terminal screen enters closed condition, the real-time detection function of this wearable device glazed thread transducer can be started, and re-execute step 305, to provide ambient brightness value to prepare for waking mobile terminal screen up next time.
In the present embodiment, after mobile terminal screen is waken up, the present intensity value detected by obtaining mobile terminal glazed thread transducer regulates mobile terminal screen brightness, and the real-time detection function of this wearable device glazed thread transducer is forbidden when mobile terminal screen is lighted, the real-time detection function of this wearable device glazed thread transducer is started when mobile terminal screen is closed, thus improve this wearable device glazed thread sensor utilization, saving resource.
Main above a kind of method of mobile terminal screen brightness that regulates to be described, be described in detail to a kind of device of mobile terminal screen brightness that regulates below, refer to Fig. 4, in the embodiment of the present invention, a kind of device first embodiment of mobile terminal screen brightness that regulate comprises:
Wake judge module 401 up, for judging whether mobile terminal screen is waken up;
Ambient brightness value acquisition module 402, for when the judged result that this wakes judge module 401 up is for being, obtains the ambient brightness value that wearable device glazed thread transducer detects in real time;
Screen intensity adjustment module 403, for regulating the brightness of this mobile terminal screen according to this ambient brightness value.
In this enforcement, first, wake judge module 401 up and judge whether mobile terminal screen is waken up; When the judged result that this wakes judge module 401 up is for being, ambient brightness value acquisition module 402 obtains the ambient brightness value that wearable device glazed thread transducer detects in real time; Screen intensity adjustment module 403 regulates the brightness of this mobile terminal screen according to this ambient brightness value.In the present embodiment, the ambient brightness value that can detect in real time according to wearable device glazed thread transducer carries out mobile terminal screen brightness regulation, eliminate the stand-by period needed for mobile terminal self detection, screen intensity conforms brightness fast, even if under highlighted environment, user also can see screen content without the need to waiting for.
For ease of understanding, be described in detail a kind of device of mobile terminal screen brightness that regulates in the embodiment of the present invention below, refer to Fig. 5, in the embodiment of the present invention, a kind of device second embodiment of mobile terminal screen brightness that regulate comprises:
Wake judge module 501 up, for judging whether mobile terminal screen is waken up;
Ambient brightness value acquisition module 502, for when the judged result that this wakes judge module 501 up is for being, obtains the ambient brightness value that wearable device glazed thread transducer detects in real time;
Screen intensity adjustment module 503, for regulating the brightness of this mobile terminal screen according to this ambient brightness value.
In the present embodiment, this device can also comprise at least one the large module in following three large modules:
First module comprises:
Connection judgment module 504, for when this mobile terminal detects screen wake operation, judges whether this mobile terminal and this wearable device connect;
Link order module 505, for when the judged result of this connection judgment module 504 is no, sends pairing link order to this wearable device, this wearable device is connected according to this pairing link order and this mobile terminal;
Second largest module comprises:
Wear judge module 506, for judging whether user is wearing this wearable device according to the testing result of first sensor on this wearable device;
First disabled module 507, for when the judged result that this wears judge module 506 is no, forbids the real-time detection function of this wearable device glazed thread transducer;
The third-largest module comprises:
According to the testing result of the second transducer on this wearable device, Covering judgment module 508, for judging whether this wearable device is covered by object;
Second disabled module 509, for when the judged result of this Covering judgment module 508 is for being, forbids the real-time detection function of this wearable device glazed thread transducer.
In the present embodiment, this screen intensity adjustment module 503 specifically can comprise:
Brightness conditions judging unit 5031, for judging whether the present intensity value of this ambient brightness value and this mobile terminal meets default display brightness condition;
Brightness adjusting unit 5032, for when the judged result of this brightness conditions judging unit is no, regulates this current brightness value according to the display standard preset and this ambient brightness value;
This device also comprises:
3rd disabled module 510, after regulating this current brightness value when this brightness adjusting unit, forbids the real-time detection function of this wearable device glazed thread transducer;
Real-time detection starts module 511, if enter closed condition for this mobile terminal screen, starts the real-time detection function of this wearable device glazed thread transducer, and triggers this and wake judge module up;
Second luminance acquisition module 512, before entering closed condition at described mobile terminal screen, obtains the second environment brightness value that described mobile terminal glazed thread transducer detects;
Brightness calibration module 513, for calibrating the brightness of described mobile terminal screen according to described second environment brightness value.
For ease of understanding, with a practical application scene, a kind of device of mobile terminal screen brightness that regulates in the embodiment of the present invention being described below, referring to Fig. 6:
Intelligent watch as shown in Figure 6, comprises dial plate 601 and watchband 602.The front of dial plate 601 is provided with infrared distance sensor and light sensor; The reverse side of dial plate 601 is provided with heart rate sensor or temperature sensor.
This light sensor is used for testing environment brightness value, and whether infrared distance sensor is covered by object mainly for detection of wrist-watch, and being capped is to get the real light luminance value of external environment.The hand of such as user injects pocket, and wrist-watch is covered by cloth, and the ambient brightness value got does not possess reference value.
Whether this heart rate sensor or temperature sensor have worn this equipment mainly for detection of user.If namely heart rate sensor detects that normal heart rate value or temperature sensor detect the body temperature of normal range (NR), representative of consumer can wear this equipment.
In addition, this intelligent watch is also provided with the communication module such as bluetooth, WIFI, to communicate with mobile terminal, and swap data.
Below for regulating the roughly process of mobile terminal screen brightness:
Start, if by heart rate sensor or temperature sensor, wrist-watch detects that user has worn this equipment, and infrared distance sensor to detect directly over wrist-watch not cover by object, wrist-watch periodically (such as 1 second) will obtain the value of light sensor.
When user presses mobile terminal power key, when needing to wake mobile terminal up, first mobile terminal followed wrist-watch communication (by bluetooth or WIFI) before screen is light, obtain the ambient brightness value having reference value that wrist-watch detects, get rear horse back and screen intensity is set, and displaying contents.After screen is light, mobile terminal continues to use the light sensor of oneself to obtain environmental light brightness and to adjust screen intensity, and tells that wrist-watch does not need continuing to monitor environmental light brightness.When mobile terminal screen is closed again, first with wrist-watch communication, notice wrist-watch will continue to monitor environmental light brightness, to provide the environment bright angle value of reference value before next mobile terminal bright screen.
Those skilled in the art can be well understood to, and for convenience and simplicity of description, the system of foregoing description, the specific works process of device and unit, with reference to the corresponding process in preceding method embodiment, can not repeat them here.
In several embodiments that the application provides, should be understood that, disclosed system, apparatus and method, can realize by another way.Such as, device embodiment described above is only schematic, such as, the division of described unit, be only a kind of logic function to divide, actual can have other dividing mode when realizing, such as multiple unit or assembly can in conjunction with or another system can be integrated into, or some features can be ignored, or do not perform.Another point, shown or discussed coupling each other or direct-coupling or communication connection can be by some interfaces, and the indirect coupling of device or unit or communication connection can be electrical, machinery or other form.
The described unit illustrated as separating component or can may not be and physically separates, and the parts as unit display can be or may not be physical location, namely can be positioned at a place, or also can be distributed in multiple network element.Some or all of unit wherein can be selected according to the actual needs to realize the object of the present embodiment scheme.
In addition, each functional unit in each embodiment of the present invention can be integrated in a processing unit, also can be that the independent physics of unit exists, also can two or more unit in a unit integrated.Above-mentioned integrated unit both can adopt the form of hardware to realize, and the form of SFU software functional unit also can be adopted to realize.
If described integrated unit using the form of SFU software functional unit realize and as independently production marketing or use time, can be stored in a computer read/write memory medium.Based on such understanding, the part that technical scheme of the present invention contributes to prior art in essence in other words or all or part of of this technical scheme can embody with the form of software product, this computer software product is stored in a storage medium, comprising some instructions in order to make a computer equipment (can be personal computer, server, or the network equipment etc.) perform all or part of step of method described in each embodiment of the present invention.And aforesaid storage medium comprises: USB flash disk, portable hard drive, read-only memory (ROM, Read-OnlyMemory), random access memory (RAM, RandomAccessMemory), magnetic disc or CD etc. various can be program code stored medium.
The above, above embodiment only in order to technical scheme of the present invention to be described, is not intended to limit; Although with reference to previous embodiment to invention has been detailed description, those of ordinary skill in the art is to be understood that: it still can be modified to the technical scheme described in foregoing embodiments, or carries out equivalent replacement to wherein portion of techniques feature; And these amendments or replacement, do not make the essence of appropriate technical solution depart from the spirit and scope of various embodiments of the present invention technical scheme.
Claims (10)
1. regulate a method for mobile terminal screen brightness, it is characterized in that, comprising:
Judge whether mobile terminal screen is waken up, if so, then obtain the ambient brightness value that wearable device glazed thread transducer detects in real time;
The brightness of described mobile terminal screen is regulated according to described ambient brightness value.
2. method according to claim 1, is characterized in that, before the ambient brightness value that acquisition wearable device glazed thread transducer detects in real time, described method also comprises:
When mobile terminal detects screen wake operation, judge whether described mobile terminal and described wearable device connect, if not, then send pairing link order to described wearable device, described wearable device is connected according to described pairing link order and described mobile terminal.
3. method according to claim 1, is characterized in that, before the ambient brightness value that acquisition wearable device glazed thread transducer detects in real time, described method also comprises:
Judge whether user is wearing described wearable device according to the testing result of first sensor on described wearable device, if not, then forbid the real-time detection function of described wearable device glazed thread transducer.
4. method according to claim 1, is characterized in that, before the ambient brightness value that acquisition wearable device glazed thread transducer detects in real time, described method also comprises:
Judge whether described wearable device is covered by object according to the testing result of the second transducer on described wearable device, if so, then forbid the real-time detection function of described wearable device glazed thread transducer.
5. method according to claim 1, is characterized in that, regulates the brightness of described mobile terminal screen specifically to comprise according to described ambient brightness value:
Judge whether the present intensity value of described ambient brightness value and described mobile terminal meets default display brightness condition, if not, then regulate described present intensity value according to the display standard preset and described ambient brightness value.
6. method according to claim 5, is characterized in that, also comprises after regulating described present intensity value according to the display standard preset and described ambient brightness value:
Forbid the real-time detection function of described wearable device glazed thread transducer;
If described mobile terminal screen enters closed condition, then start the real-time detection function of described wearable device glazed thread transducer, and re-execute the described step whether mobile terminal screen is waken up that judges.
7. method according to any one of claim 1 to 6, is characterized in that, regulate the brightness of described mobile terminal screen according to described ambient brightness value after, described method also comprises:
Before described mobile terminal screen enters closed condition, obtain the second environment brightness value that described mobile terminal glazed thread transducer detects, and calibrate the brightness of described mobile terminal screen according to described second environment brightness value.
8. regulate a device for mobile terminal screen brightness, it is characterized in that, comprising:
Wake judge module up, for judging whether mobile terminal screen is waken up;
Ambient brightness value acquisition module, for when described in wake judge module up judged result for being time, obtain the ambient brightness value that wearable device glazed thread transducer detects in real time;
Screen intensity adjustment module, for regulating the brightness of described mobile terminal screen according to described ambient brightness value.
9. device according to claim 8, is characterized in that, described device also comprises at least one the large module in following three large modules:
First module comprises:
Connection judgment module, during for screen wake operation being detected when mobile terminal, judges whether described mobile terminal and described wearable device connect;
Link order module, for when the judged result of described connection judgment module is no, sends pairing link order to described wearable device, described wearable device is connected according to described pairing link order and described mobile terminal;
Second largest module comprises:
Wear judge module, for judging whether user is wearing described wearable device according to the testing result of first sensor on described wearable device;
First disabled module, for when described in wear judge module judged result be no time, forbid the real-time detection function of described wearable device glazed thread transducer;
The third-largest module comprises:
According to the testing result of the second transducer on described wearable device, Covering judgment module, for judging whether described wearable device is covered by object;
Second disabled module, for when the judged result of described Covering judgment module is for being, forbids the real-time detection function of described wearable device glazed thread transducer.
10. device according to claim 8, is characterized in that, described screen intensity adjustment module specifically comprises:
Brightness conditions judging unit, for judging whether the present intensity value of described ambient brightness value and described mobile terminal meets default display brightness condition;
Brightness adjusting unit, for when the judged result of described brightness conditions judging unit is no, regulates described present intensity value according to the display standard preset and described ambient brightness value;
Described device also comprises:
3rd disabled module, after regulating described present intensity value when described brightness adjusting unit, forbids the real-time detection function of described wearable device glazed thread transducer;
Real-time detection starts module, if enter closed condition for described mobile terminal screen, starts the real-time detection function of described wearable device glazed thread transducer, and wakes judge module up described in triggering;
Second luminance acquisition module, before entering closed condition at described mobile terminal screen, obtains the second environment brightness value that described mobile terminal glazed thread transducer detects;
Brightness calibration module, for calibrating the brightness of described mobile terminal screen according to described second environment brightness value.
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