CN103677551B - Information processing method and electronic device - Google Patents

Abstract

The invention discloses an information processing method and electronic equipment, wherein the electronic equipment comprises a display unit, wherein the display unit has a screen locking state and an unlocking state, and the display unit is in the unlocking state at the first moment after the electronic equipment is started; detecting whether a trigger operation occurs at a second moment after the first moment, wherein the screen locking time of the display unit corresponding to the first moment is a third moment, and the second moment is before the third moment; when the trigger operation occurs, responding to the trigger operation to generate an adjustment instruction of the screen locking time; and executing the adjusting instruction, and adjusting the current screen locking time of the display unit from the third time to a fourth time, wherein a first time length between the first time and the third time is less than a second time length between the second time and the fourth time.

Description

Information processing method and electronic device

technical field

The invention relates to the field of computer technology, in particular to an information processing method and electronic equipment.

Background technique

With the development of electronic equipment technology, the intelligence of electronic equipment is getting higher and higher. When the electronic equipment does not receive an operation instruction within the preset lock time after the electronic equipment is started, the display unit of the electronic equipment will automatically switch from the unlocked state to Adjust to the lock screen state (the display unit is dimmed), which reduces the power consumption of electronic equipment and saves energy.

However, in the process of realizing the technical solution of the invention in the embodiment of the present application, the inventor of the present application found that the above-mentioned technology has at least the following technical problems:

After the existing electronic equipment is started, the user may not operate the electronic equipment for a long time due to some reasons, such as when the user uses the electronic equipment to read news, short messages or novels, and the electronic equipment will not operate according to the state of the user. Adjusting the length of the preset locking time by itself is still to adjust the current state of the display unit by detecting whether the electronic device receives an operation instruction within the length of the preset locking time. When no operation instruction is received within the length, the display unit will automatically adjust to the lock screen state, causing the user to interrupt the use, which in turn causes the user to operate the electronic device once every preset lock time before it can be used normally. Electronic equipment makes it inconvenient for users to use and has poor user experience.

Contents of the invention

The embodiment of the present application provides an information processing method and an electronic device to solve the technical problem in the prior art that the electronic device does not automatically adjust the length of the preset lock time according to the state of the user, and the resulting It is inconvenient for users who come to use, and the user experience is poor.

An embodiment of the present application provides an information processing method, which is applied to an electronic device including a display unit, wherein the display unit has a screen-locked state and an unlocked state, and the method includes:

After the electronic device is started and at the first moment when the display unit is in the unlocked state;

Whether a trigger operation occurs is detected at a second moment after the first moment, wherein at the first moment, the lock screen time for the display unit to enter the lock screen state from the unlocked state is the first a third time after time, said second time being before said third time;

When the trigger operation occurs, responding to the trigger operation, generating an adjustment instruction for lock screen time;

Executing the adjustment instruction to adjust the current screen lock time of the display unit from the third moment to a fourth moment after the third moment, wherein the time between the first moment and the third moment The first time length is shorter than a second time length between the second moment and the fourth moment.

Optionally, the first moment after the electronic device is started and when the display unit is in the unlocked state specifically includes: detecting whether the display unit is in the unlocked state after the electronic device is started. state: when the display unit is in the unlocked state, obtain a first moment when the display unit is in the unlocked state.

Optionally, when the trigger operation occurs, generating an adjustment instruction for the lock screen time in response to the trigger operation specifically includes: when the trigger operation occurs, judging whether the second moment is on the display The time within which the unit is about to enter the lock screen state; when the second moment is within the time within which the display unit is about to enter the lock screen state, an adjustment instruction for the lock screen time is generated in response to the trigger operation .

Optionally, when the trigger operation occurs, generating an adjustment instruction of the lock screen time in response to the trigger operation specifically includes: obtaining the first time when the display unit is at the second moment when the trigger operation occurs. Two operation objects: judging whether the second operation object is the same as the first operation object at the first moment of the display unit; when the second operation object is the same as the first operation object, responding to the trigger operation to generate an adjustment command for the lock screen time.

Optionally, after the adjustment instruction is executed to adjust the current screen lock time of the display unit from the third moment to a fourth moment after the third moment, the method includes: acquiring the The display unit is in a first state at a fifth moment, wherein the fifth moment is after the fourth moment; when the first state indicates that the display unit is in a locked state, obtaining a preview of the display unit Set a first lock screen time length; adjust the current lock screen time length of the display unit to the first lock screen time length.

Optionally, after the adjustment instruction is executed to adjust the current screen lock time of the display unit from the third moment to a fourth moment after the third moment, the method further includes: obtaining The display unit is at the third operation object at the sixth moment, wherein the sixth moment is after the second moment; judging whether the third operation object is the first operation with the display unit at the first moment The objects are the same; when the third display object is different from the first display object, adjusting the current lock screen time length of the display unit to the preset first lock screen time length of the display unit.

The present invention also provides an electronic device, the electronic device includes a display unit, wherein the display unit has a lock screen state and an unlocked state, and the electronic device includes:

circuit board;

The processing chip is arranged on the circuit board, and detects whether a trigger operation occurs at a first moment when the display unit is in the unlocked state after the electronic device is started, and at a second moment after the first moment , wherein, at the first moment, the lock screen time for the display unit to enter the lock screen state from the unlocked state is the third moment after the first moment, and the second moment is at the third moment Before the time, when the trigger operation occurs, it is used to respond to the trigger operation and generate an adjustment instruction for the lock screen time, and then execute the adjustment instruction to adjust the lock screen time from the third moment To the fourth moment after the third moment, wherein, wherein, the first time length between the first moment and the third moment is shorter than the second time between the second moment and the fourth moment length.

Optionally, the processing chip includes a first moment obtaining unit, after the electronic device is started, for detecting whether the display unit is in the unlocked state, and when the display unit is in the unlocked state, use The first moment when the display unit is in the unlocked state is obtained.

Optionally, the processing chip includes a first adjustment instruction generating unit, configured to determine whether the second moment is within the time when the display unit is about to enter the lock screen state when the trigger operation occurs, When the second moment is within the time when the display unit is about to enter the lock screen state, it is used to respond to the trigger operation and generate an adjustment instruction for lock screen time.

Optionally, the processing chip includes a second adjustment instruction generating unit, configured to acquire a second operation object at a second moment of the display unit when the trigger operation occurs, and then determine whether the second operation object The same as the first operation object of the display unit at the first moment, when the second operation object is the same as the first operation object, it is used to respond to the trigger operation and generate an adjustment instruction of the lock screen time.

Optionally, the processing chip includes a first lock screen time adjustment unit, after the execution of the adjustment instruction, the current lock screen time of the display unit is adjusted from the third moment to the third moment After the fourth moment, it is used to obtain the first state that the display unit is in the fifth moment, wherein the fifth moment is after the fourth moment, and the first state indicates that the display unit is locked state, it is used to obtain the preset first lock screen time length of the display unit, and adjust the current lock screen time length of the display unit to the first lock screen time length.

Optionally, the processing chip includes a second lock screen time adjustment unit, after the execution of the adjustment instruction, the current lock screen time of the display unit is adjusted from the third moment to the third moment After the fourth moment, it is used to obtain the third operation object that the display unit is at the sixth moment, wherein, the sixth moment is after the second moment, and it is used to judge whether the third operation object is consistent with the The first operation object of the display unit at the first moment is the same, and when the third display object is different from the first display object, it is used to adjust the current lock screen time length of the display unit to the display unit The preset length of time for the first lock screen.

One or more technical solutions provided in the embodiments of this application have at least the following technical effects or advantages:

First, since the embodiment of the present application monitors whether a trigger operation occurs at a second moment after the first moment after the electronic device is started and at the first moment when the display unit is in the unlocked state, And at the second moment, before the lock screen time corresponding to the first moment is the third moment after the first moment, when the trigger operation occurs, the display unit is set to The current lock screen time is adjusted from the third moment to a fourth moment after the third moment, wherein the first time length between the first moment and the third moment is shorter than the second moment and the second moment. For the second length of time between the fourth moments, when the user may not operate the electronic device for a long time due to some reasons, such as when the user uses the electronic device to read news, short messages or novels, the electronic device may The trigger operation is used to increase the length of the lock screen time and reduce the number of times the user operates the electronic device, so that the user can use it more conveniently and the user experience is better.

Second, when the trigger operation occurs in the embodiment of the present application, the second operation object at the second moment of the display unit is obtained, and the first operation at the first moment of the second operation object and the display unit is When the objects are the same, an adjustment instruction of the lock screen time is generated in response to the trigger operation. In this way, when the operation object on the display unit does not change, it will respond to the trigger operation, so that the electronic device can judge the user's state more accurately, and then decide whether to respond to the trigger operation according to the user's state , increasing the length of the lock screen time according to the trigger operation, reducing the number of times the user operates the electronic device, and further improving the intelligence of the electronic device, making the user more convenient to use and the user experience better.

Third, because the embodiment of the present application executes the adjustment instruction to adjust the current lock screen time of the display unit from the third moment to the fourth moment after the third moment, the acquisition of the The first state of the display unit at the fifth moment after the fourth moment, when the first state indicates that the display unit is in the lock screen state, the current lock screen time length of the display unit is adjusted to The first lock screen time preset by the display unit. In this way, when the electronic device enters the unlocked state from the locked state again, it is determined whether the electronic device is about to be entered by detecting whether the actual length of time the electronic device has not been operated reaches the first lock screen time length. The lock screen state prompts the electronic device to enter the lock screen state more quickly, so that the power consumption of the electronic device is reduced, and the battery life of the electronic device is improved, which is convenient for users to use, and the user experience is better .

Description of drawings

Fig. 1 is a flow chart of the method for information processing in the first embodiment of the present application;

FIG. 2 is a flow chart of an information processing method in the second embodiment of the present application;

FIG. 3 is a schematic structural diagram of the electronic device in the first embodiment of the present application;

FIG. 4 is a schematic structural diagram of an electronic device in a second embodiment of the present application.

detailed description

The embodiment of the present application provides an information processing method and an electronic device to solve the technical problem in the prior art that the electronic device does not automatically adjust the length of the preset lock time according to the state of the user, and the resulting It is inconvenient for users who come to use, and the user experience is poor.

The technical solution of the embodiment of the present application is to solve the above-mentioned inconvenient problems for users, and the general idea is as follows:

After the electronic device is started and at the first moment when the display unit is in the unlocked state, whether a trigger operation occurs is monitored at a second moment after the first moment, and the second moment is at the same time as the unlocked state. The lock screen time corresponding to the first moment is before the third moment after the first moment, and when the trigger operation occurs, the current lock screen time of the display unit is changed from the third time to The time is adjusted to a fourth time after the third time, wherein the first time length between the first time and the third time is shorter than the second time between the second time and the fourth time Length, when the user may not operate the electronic device for a long time due to some reasons, such as when the user uses the electronic device to read news or short messages or novels, the electronic device can adjust the lock screen time according to the trigger operation The length makes the user more convenient to use and the user experience is better.

In order to better understand the above-mentioned technical solution, the above-mentioned technical solution will be described in detail below in conjunction with the accompanying drawings and specific implementation methods.

An embodiment of the present application provides an information processing method, which is applied to an electronic device including a display unit, wherein the display unit has a lock screen state and an unlock state, and the electronic device is, for example, a mobile phone, a tablet computer and other electronic devices , the display unit is, for example, an electronic device such as a liquid crystal display screen or a touch screen.

Referring to Figure 1, the method includes:

Step 101: after the electronic device is started and at the first moment when the display unit is in the unlocked state;

Step 102: Detect whether a trigger operation occurs at a second moment after the first moment, wherein at the first moment, the lock screen time for the display unit to enter the lock screen state from the unlocked state is the a third moment after said first moment, said second moment being before said third moment;

Step 103: When the trigger operation occurs, generate an adjustment instruction of the lock screen time in response to the trigger operation;

Step 104: Execute the adjustment instruction to adjust the current lock screen time of the display unit from the third time to a fourth time after the third time, wherein the first time is the same as the third time The first time length between time instants is smaller than the second time length between the second instant and the fourth instant.

Wherein, in step 101, after the electronic device is started and at the first moment when the display unit is in the unlocked state, in a specific implementation process, after the electronic device is started, it is detected whether the display unit In the unlocked state, when the display unit is in the unlocked state, obtain a first moment when the display unit is in the unlocked state. Wherein, the locked state refers to a state in which the screen of the display unit is dimmed.

Specifically, the electronic device takes a mobile phone as an example. After the mobile phone is started by the power button, it detects the current state of the display screen of the mobile phone. When it is detected that the display screen is on, that is, the The display screen is in an unlocked state, and the first moment when the display screen is in the lighting state is obtained at 11:25:35.

Next, step 102 is executed. In this step, whether a trigger operation occurs is detected at a second moment after the first moment. In a specific implementation process, when the electronic device is in an unlocked state at the first moment, Acquiring the first lock screen time length of the electronic device, based on the first lock screen time length, it may be determined that the lock screen time when the display unit enters the lock screen state from the unlocked state is the third moment, wherein the The third moment is after the first moment, and the second moment is before the third moment.

Wherein, at the second moment, it is detected whether a trigger operation occurs. In the specific implementation process, the trigger operation may be triggered by running a specific application program, for example, by running a short program code to trigger the trigger operation. The above-mentioned trigger operation; it can also be triggered by performing a specific gesture operation, for example, the mobile phone detects that the user draws a circle or arc clockwise to trigger the trigger operation; it can also be triggered by pressing a certain set button To trigger, for example, press the number key corresponding to the trigger operation on the electronic device to trigger, the number key can be a number key from 1 to 9, or trigger by other keys such as letters; it can also be triggered by voice For example, when the electronic device receives specific voice data such as "adjust the lock screen time" and "I want to watch the news" sent by the user, the trigger operation is triggered.

Specifically, the electronic device takes a mobile phone with physical buttons as an example. If the mobile phone enters the unlocked state at 11:25:35, that is, the first moment is 11:25:35; The length of the lock screen time is 1 minute, so the display screen of the mobile phone will enter the lock screen state at 11:26:35, that is, the third moment of the lock screen time corresponding to the first moment is 11:26: 35. At the second moment between the first moment and the third moment, it is detected by detecting whether a signal of any one of the physical keys or a signal of a specific key such as number key 0 or number key 4 is received Whether the described trigger action occurred.

Another specific example will be given below to illustrate the specific implementation process of step 102. In this embodiment, the electronic device is an example of a smartphone. If the touch screen of the mobile phone enters the unlocked state at 10:30:14, and The first lock screen time length of the smart phone is set to 2 minutes, then the smart phone enters the lock screen state at 10:32:14, and the first lock screen time between 10:30:14 and 10:32:14 At a second moment, the triggering operation may be triggered by detecting a signal that the user touches the touch screen is received.

Next, step 103 is executed. In this step, when the trigger operation occurs, an adjustment instruction for the lock screen time is generated in response to the trigger operation. In the specific implementation process, when the trigger operation is detected, it can be In direct response to the trigger operation, an adjustment instruction for the lock screen time is generated; when the trigger operation occurs, the second operation object on the display unit at the second moment may be obtained; and it is judged whether the second operation object is consistent with the The first operation object of the display unit at the first moment is the same; when the second operation object is the same as the first operation object, an adjustment instruction for lock screen time is generated in response to the trigger operation. Specifically, it compares whether the first operation object of the display unit at the first moment is the same as the second operation object of the display unit at the second moment, and at the first operation When the object is the same as the second operation object, the trigger operation is responded; when the first operation object is different from the second operation object, the trigger operation is not responded.

In the specific implementation process, the electronic device takes a tablet computer as an example. When the tablet computer is turned on, it enters the unlocked state at the first moment of 10:35 and the operation object displayed on the touch screen of the tablet computer is NetEase News , and the first lock screen time length of the tablet computer is 10 minutes, that is, the third moment at 10:45 will enter the lock screen state, and the user touched the touch screen at 10:38, that is, the The tablet computer detects the signal that triggers the trigger operation. At this time, if the operation object displayed on the touch screen by the tablet computer at 10:38 is still Netease News, it will respond to the trigger operation and generate a lock. The adjustment command of the screen time; if the operation object displayed on the touch screen by the tablet computer at 10:38 is not Netease News, the trigger operation will not be responded. In this way, the electronic device can more accurately judge the user's state, and then decide whether to respond to the trigger operation according to the user's state, which improves the intelligence of the electronic device, makes the user more convenient to use, and has a better user experience.

Next, step 104 is executed. In this step, after executing the adjustment instruction, the current screen lock time of the display unit is adjusted from the third moment to the fourth moment after the third moment, wherein the A first time length between the first moment and the third moment is shorter than a second time length between the second moment and the fourth moment.

In the specific implementation process, by executing the adjustment instruction, the length of the preset first lock screen time of the electronic device is increased, and the increased third time length is the same as the second time length and the first lock screen time length. The difference between the time lengths, wherein, the third time length may be a fixed value, or a variable value, for example, after executing the adjustment instruction, the current lock screen time length of the electronic device is For the second length, when the trigger operation is detected again within the time between the second moment and the fourth moment, and the trigger operation is responded to, the display unit needs to be adjusted again. screen lock time, the length of time added this time may be longer than the third time length, and may also be shorter than the third time length.

Specifically, the electronic device takes a tablet computer as an example. When the tablet computer is turned on, it enters the unlocked state at the first moment of 10:35 and the operation object displayed on the touch screen of the tablet computer is "time "History" e-book, and the first lock screen time length of the tablet computer is 10 minutes, that is, the third moment at 10:45 will enter the lock screen state, and the user touched the touch screen at 10:40 The trigger operation is triggered, and the current lock screen time of the tablet computer is adjusted from 10:45 to 10:55, that is, the third time length is 15-10=5 minutes; when between 10:40 and 10 If the trigger operation is detected at any time at :55 at 10:50, the current lock screen time of the tablet computer can be adjusted from 10:55 to 11:10, and the currently increased time length is 5 minutes , which is the same as the third time length; of course, the current lock screen time can also be adjusted from 10:55 to a time after 11:10 or to any time between 11:05 and 11:10. At this time, since the user is reading the e-book "A Brief History of Time" and will not operate the electronic device for a long time, that is, the electronic device has not received any operation instructions for a long time, the user can pass The triggering operation increases the lock screen time of the electronic device, so that the user reduces the number of clicks on the electronic device, so that the user can use it more conveniently and the user experience is better.

One or more technical solutions provided in the embodiments of this application have at least the following technical effects or advantages:

First, since the embodiment of the present application monitors whether a trigger operation occurs at a second moment after the first moment after the electronic device is started and at the first moment when the display unit is in the unlocked state, And at the second moment, before the lock screen time corresponding to the first moment is the third moment after the first moment, when the trigger operation occurs, the display unit is set to The current lock screen time is adjusted from the third moment to a fourth moment after the third moment, wherein the first time length between the first moment and the third moment is shorter than the second moment and the second moment. For the second length of time between the fourth moments, when the user may not operate the electronic device for a long time due to some reasons, such as when the user uses the electronic device to read news, short messages or novels, the electronic device may The trigger operation is used to increase the length of the lock screen time and reduce the number of times the user operates the electronic device, so that the user can use it more conveniently and the user experience is better.

Second, when the trigger operation occurs in the embodiment of the present application, the second operation object at the second moment of the display unit is obtained, and the first operation at the first moment of the second operation object and the display unit is When the objects are the same, an adjustment instruction of the lock screen time is generated in response to the trigger operation. In this way, when the operation object on the display unit does not change, it will respond to the trigger operation, so that the electronic device can judge the user's state more accurately, and then decide whether to respond to the trigger operation according to the user's state , increasing the length of the lock screen time according to the trigger operation, reducing the number of times the user operates the electronic device, and further improving the intelligence of the electronic device, making the user more convenient to use and the user experience better.

Another embodiment of the present invention also provides an information processing method, which is applied to an electronic device including a display unit, wherein the display unit has a lock screen state and an unlock state, and the electronic device is, for example, a mobile phone, a tablet computer, etc. An electronic device, the display unit is, for example, an electronic device such as a liquid crystal display screen or a touch screen.

Referring to Figure 2, the method includes:

Step 201: after the electronic device is started and at the first moment when the display unit is in the unlocked state;

Step 202: Detect whether a trigger operation occurs at a second moment after the first moment, wherein, at the first moment, the lock screen time for the display unit to enter the lock screen state from the unlocked state is the a third moment after said first moment, said second moment being before said third moment;

Step 203: When the trigger operation occurs, generate an adjustment instruction of the lock screen time in response to the trigger operation;

Step 204: Execute the adjustment instruction to adjust the current lock screen time of the display unit from the third time to a fourth time after the third time, wherein the first time is the same as the third time a first length of time between moments is less than a second length of time between said second moment and said fourth moment;

Step 205: Obtain the first state that the display unit is in the fifth moment, wherein the fifth moment is after the fourth moment;

Step 206: When the first state indicates that the display unit is in a locked state, obtain a preset first lock screen time length of the display unit;

Step 207: Adjust the current lock screen time length of the display unit to the first lock screen time length.

Wherein, in step 201, after the electronic device is started and at the first moment when the display unit is in the unlocked state, in a specific implementation process, after the electronic device is started, it is detected whether the display unit In the unlocked state, when the display unit is in the unlocked state, obtain a first moment when the display unit is in the unlocked state. Wherein, the locked state refers to a state in which the screen of the display unit is dimmed.

Next, step 202 is executed. In this step, whether a trigger operation occurs is detected at a second moment after the first moment. In a specific implementation process, when the electronic device is in an unlocked state at the first moment, Acquiring the first lock screen time length of the electronic device, based on the first lock screen time length, it may be determined that the lock screen time when the display unit enters the lock screen state from the unlocked state is the third moment, wherein the The third moment is after the first moment, and the second moment is before the third moment.

Next, step 203 is executed. In this step, when the trigger operation occurs, an adjustment instruction for locking screen time is generated in response to the trigger operation. In the specific implementation process, when the trigger operation occurs, it is judged whether the second moment is within the time when the display unit is about to enter the lock screen state; when the second moment is within the time of the display unit When the screen lock state is about to enter the time, an adjustment instruction of the screen lock time is generated in response to the trigger operation. Wherein, the said about to enter the lock screen state is a period of time before the moment when the display unit enters the lock screen state, for example, the first moment when the mobile phone is in the unlock state is 10:35, and will Entering the lock screen state, the time from 10:39 to 10:40 is taken as the time when the screen lock state is about to be entered.

Specifically, when it is detected that the trigger operation occurs, it is also necessary to determine whether the second moment when the trigger operation occurs is within the time when the screen lock state is about to enter, and when the second moment is within the The trigger operation will be responded to and a lock screen time adjustment command will be generated when the time of entering the lock screen state is about to be entered; if the second moment is not within the time of being about to enter the lock screen state, There is no response to the trigger action. For example, the first moment when the mobile phone is in the unlocked state is 10:35, and it will enter the locked screen state at 10:40, and the time when it is about to enter the locked screen state is 10:39~10:40. When the second time when the trigger operation occurs is 10:38, the trigger operation is not responded to; only when it is detected that the second time when the trigger operation occurs is within the time period of 10:39~10:40, the Respond to the trigger action.

Next, step 204 is executed. In this step, after executing the adjustment instruction, the current screen lock time of the display unit is adjusted from the third moment to the fourth moment after the third moment, wherein the A first time length between the first moment and the third moment is shorter than a second time length between the second moment and the fourth moment.

In the specific implementation process, by executing the adjustment instruction, the length of the preset first lock screen time of the electronic device is increased, and the increased third time length is the same as the second time length and the first lock screen time length. The difference between the time lengths, wherein, the third time length may be a fixed value, or a variable value, for example, after executing the adjustment instruction, the current lock screen time length of the electronic device is For the second length, when the trigger operation is detected again within the time between the second moment and the fourth moment, and the trigger operation is responded to, the display unit needs to be adjusted again. screen lock time, the length of time added this time may be longer than the third time length, and may also be shorter than the third time length.

Next, step 205 is executed. In this step, the first state that the display unit is in the fifth moment is acquired, wherein the fifth moment is after the fourth moment. In a specific implementation process, the first state of the display unit at a fifth moment after the fourth moment is acquired. For example, the current time of the mobile phone is 10:39:35, and the display screen of the mobile phone enters the lock screen state at the fourth moment of 10:49:35, and any moment after the 10:49:35 is used as the fifth moment. time, if the fifth time is 10:55, the state of the display unit at 10:55 is obtained as the first state.

Next, step 206 is executed. In this step, when the first state indicates that the display unit is in a locked state, a preset first lock screen time length of the display unit is acquired. In a specific implementation process, after obtaining the first state, it is judged whether the first state indicates that the display unit is in the locked state, and when the first state indicates that the display unit is in the locked state , obtaining a preset first lock screen time length of the display unit. Wherein, the locked state refers to a state in which the electronic device needs to be unlocked before entering the unlocked state, that is, the electronic device cannot be operated in the locked state.

Next, step 207 is executed. In this step, the current lock screen time length of the display unit is adjusted to the first lock screen time length. In the specific implementation process, taking a mobile phone as an example, when the mobile phone is turned on, the first lock screen time length set by the mobile phone is 1 minute, and after step 204 is passed, the current lock screen time length of the mobile phone is the second lock screen time length Length, the second lock screen time length is 2 minutes longer than 1 minute, if at the fifth moment after the fourth moment 10:49:35, it is detected that the mobile phone is in the locked state, and the current lock screen of the mobile phone The length of time is adjusted to 1 minute. In this way, when the electronic device enters the unlocked state from the locked state again, if the electronic device is not operated within the first lock screen time length, the electronic device will enter the lock screen state, and The electronic device enters the screen lock state only when the electronic device is not operated within the second screen lock time period. Since the second lock screen time length is longer than the first lock screen time length, so that the electronic device can enter the lock screen state more quickly, so that the power consumption of the electronic device is reduced, and the The battery life of the electronic device can further facilitate the use of the user, and the user experience is better.

In another embodiment, when step 203 is executed, when the trigger operation is detected, it is also necessary to determine whether the second moment when the trigger operation occurs is within the time when the screen lock state is about to be entered, When the second moment is within the time when the screen is about to enter the lock screen state, it is also necessary to determine whether the second operation object on the display unit at the second moment is the same as the second operation object at the first moment on the display unit. The first operation object is the same, and the trigger operation is responded only when the second operation object is the same as the first operation object. In this way, when the user does not operate the electronic device for a long time due to some reasons, such as when the user uses the electronic device to read news, short messages or novels, the electronic device can more accurately judge the user's state by receiving signals According to the state of the user, it is decided whether to increase the length of the lock screen time, so the number of times the user operates the electronic device can be reduced, making the user more convenient to use and the user experience better.

In another implementation, after step 204, the third display object whose display unit is at the sixth moment may also be acquired, wherein the sixth moment is after the second moment, and then the third display object is judged again. Whether the display object is the same as the first operation object of the display unit at the first moment, and when the third display object is different from the first display object, adjust the current lock screen time length of the display unit to the specified The preset first lock screen time length of the display unit; if the third display object is the same as the first display object, the current lock screen time length of the display unit is not adjusted.

In the specific implementation process, the electronic device takes a tablet computer as an example. When the tablet computer is turned on, it enters the unlocked state at the first moment of 10:35 and the operation object displayed on the touch screen of the tablet computer is " A brief history of time" e-book, and the length of the first lock screen of the tablet computer is 10 minutes, that is, the third moment at 10:45 will enter the lock screen state, and at 10:40 the user touches the The touch screen triggers the trigger operation to adjust the current screen lock time of the tablet computer from 10:45 to 10:55, that is, the current screen lock time of the tablet computer is 15 minutes. When at any moment after the 10:40, such as 10:42, the detected third operation object displayed on the tablet computer at 10:42 is not an e-book of "A Brief History of Time", then the The current lock screen time of the tablet computer is adjusted to 10 minutes. In this way, when the operation object on the electronic device is changed, the electronic device can automatically adjust the current lock screen time length of the display unit to the first lock screen time length, so that the electronic device can be more Quickly entering the locked screen state reduces the power consumption of the electronic device and improves the battery life of the electronic device, thereby facilitating the use of the user and providing a better user experience.

An embodiment of the present invention also provides an electronic device, such as a mobile phone, a tablet computer, and other electronic devices, and the display unit is, for example, an electronic device such as a liquid crystal display screen and a touch screen.

As shown in FIG. 3 , the electronic device includes: a circuit board 301; a processing chip 302, disposed on the circuit board 301, after the electronic device is started and at the first moment when the display unit 303 is in the unlocked state, and at the first moment when the display unit 303 is in the unlocked state Detecting whether a trigger operation occurs at a second moment after the first moment, wherein, at the first moment, the lock screen time for the display unit 303 to enter the lock screen state from the unlocked state is after the first moment at the third moment, the second moment is before the third moment, and when the trigger operation occurs, it is used to respond to the trigger operation and generate an adjustment instruction for lock screen time, and then execute the adjustment instruction, It is used to adjust the lock screen time from the third moment to a fourth moment after the third moment, wherein, the first time length between the first moment and the third moment is less than the A second time length between the second moment and the fourth moment.

Wherein, the circuit board 301 may be a main board of an electronic device, and the processing chip 302 may be a separate processor, or may be integrated in the processor.

Further, the data processing chip 302 includes a first moment obtaining unit, which is used to detect whether the display unit 303 is in the unlocked state after the electronic device is started, and is used to obtain the display unit 303 in the unlocked state when the display unit 303 is in the unlocked state. Unit 303 is at the first moment in said unlocked state.

Further, the data processing chip 302 includes a second adjustment instruction generation unit, configured to obtain a second operation object at the second moment of the display unit when the trigger operation occurs, and then determine whether the second operation object is consistent with The first operation object of the display unit at the first moment is the same, and when the second operation object is the same as the first operation object, it is used to respond to the trigger operation and generate an adjustment instruction of the lock screen time.

In an embodiment, the first moment when the display unit of the electronic device is in the unlocked state is obtained, and the display corresponding to the first moment is obtained according to the first lock screen time length of the display unit of the electronic device. At the third moment when the unit enters the lock screen state, it is detected whether a trigger operation occurs at a second moment between the first moment and the third moment, and by detecting that the display unit is at the first moment at the second moment 2. Whether the operation object is the same as the first operation object of the display unit at the first moment, and if they are the same, add a period of time to the first lock screen time length as the current lock screen time length of the display unit . For the specific process, please refer to the relevant description in the embodiment in FIG. 1 .

An embodiment of the present invention also provides an electronic device, such as a mobile phone, a tablet computer, and other electronic devices, and the display unit is, for example, an electronic device such as a liquid crystal display screen and a touch screen.

As shown in FIG. 4 , the electronic device includes: a circuit board 401; a processing chip 402, disposed on the circuit board 401, after the electronic device is started and at the first moment when the display unit 403 is in the unlocked state, and at Detecting whether a trigger operation occurs at a second moment after the first moment, wherein, at the first moment, the lock screen time for the display unit 403 to enter the lock screen state from the unlocked state is after the first moment at the third moment, the second moment is before the third moment, and when the trigger operation occurs, it is used to respond to the trigger operation and generate an adjustment instruction for lock screen time, and then execute the adjustment instruction, It is used to adjust the lock screen time from the third moment to a fourth moment after the third moment, wherein, the first time length between the first moment and the third moment is less than the A second time length between the second moment and the fourth moment.

Wherein, the circuit board 401 may be a mainboard of an electronic device, and the processing chip 402 may be a separate processor, or may be integrated in the processor.

Further, the processing chip 402 includes a first moment obtaining unit, which is used to detect whether the display unit is in the unlocked state after the electronic device is started, and to obtain the display unit in the unlocked state when the display unit is in the unlocked state. The first moment when the display unit is in the unlocked state.

Further, the processing chip 402 includes a first adjustment instruction generation unit, configured to determine whether the second moment is within the time when the display unit is about to enter the lock screen state when the trigger operation occurs. When the second moment is within the time when the display unit is about to enter the lock screen state, it is used to respond to the trigger operation and generate an adjustment instruction for lock screen time.

Further, the processing chip 402 includes a first screen lock time adjustment unit, which adjusts the current screen lock time of the display unit from the third moment to the first time after the third moment after the execution of the adjustment instruction. After four moments, used to obtain the first state of the display unit, when the first state indicates that the display unit is in the lock screen state, used to obtain the preset first lock screen in the display unit time length, and adjust the current lock screen time length of the display unit to the first lock screen time length.

In another embodiment, the processing chip 402 includes a second lock screen time adjustment unit, which adjusts the current lock screen time of the display unit from the third moment to the second lock time when the adjustment instruction is executed. After the fourth moment after the third moment, used to acquire the third operation object that the display unit is at the sixth moment, wherein the sixth moment is after the second moment, used to determine the third operation object Whether it is the same as the first operation object of the display unit at the first moment, when the third display object is different from the first display object, it is used to adjust the current lock screen time length of the display unit to the specified The preset first lock screen time length of the display unit.

Wherein, the first lock screen time adjustment unit and the second lock screen time adjustment unit may be set in the electronic device at the same time, or one of them may be set in the electronic device.

The above-mentioned technical solutions in the embodiments of the present application have at least the following technical effects or advantages:

First, since the embodiment of the present application monitors whether a trigger operation occurs at a second moment after the first moment after the electronic device is started and at the first moment when the display unit is in the unlocked state, And at the second moment, before the lock screen time corresponding to the first moment is the third moment after the first moment, when the trigger operation occurs, the display unit is set to The current lock screen time is adjusted from the third moment to a fourth moment after the third moment, wherein the first time length between the first moment and the third moment is shorter than the second moment and the second moment. For the second length of time between the fourth moments, when the user may not operate the electronic device for a long time due to some reasons, such as when the user uses the electronic device to read news, short messages or novels, the electronic device may The trigger operation is used to increase the length of the lock screen time and reduce the number of times the user operates the electronic device, so that the user can use it more conveniently and the user experience is better.

Second, when the trigger operation occurs in the embodiment of the present application, the second operation object at the second moment of the display unit is obtained, and the first operation at the first moment of the second operation object and the display unit is When the objects are the same, an adjustment instruction of the lock screen time is generated in response to the trigger operation. In this way, when the operation object on the display unit does not change, it will respond to the trigger operation, so that the electronic device can judge the user's state more accurately, and then decide whether to respond to the trigger operation according to the user's state , increasing the length of the lock screen time according to the trigger operation, reducing the number of times the user operates the electronic device, and further improving the intelligence of the electronic device, making the user more convenient to use and the user experience better.

Third, because the embodiment of the present application executes the adjustment instruction to adjust the current lock screen time of the display unit from the third moment to the fourth moment after the third moment, the acquisition of the The first state of the display unit at the fifth moment after the fourth moment, when the first state indicates that the display unit is in the lock screen state, the current lock screen time length of the display unit is adjusted to The first lock screen time preset by the display unit. In this way, when the electronic device enters the unlocked state from the locked state again, it is determined whether the electronic device is about to be entered by detecting whether the actual length of time the electronic device has not been operated reaches the first lock screen time length. The lock screen state prompts the electronic device to enter the lock screen state more quickly, so that the power consumption of the electronic device is reduced, and the battery life of the electronic device is improved, which is convenient for users to use, and the user experience is better .

While preferred embodiments of the invention have been described, additional changes and modifications to these embodiments can be made by those skilled in the art once the basic inventive concept is appreciated. Therefore, it is intended that the appended claims be construed to cover the preferred embodiment as well as all changes and modifications which fall within the scope of the invention.

Obviously, those skilled in the art can make various changes and modifications to the present invention without departing from the spirit and scope of the present invention. Thus, if these modifications and variations of the present invention fall within the scope of the claims of the present invention and their equivalent technologies, the present invention also intends to include these modifications and variations.

Claims (10)

1. A method for information processing, which is applied to an electronic device comprising a display unit, wherein the display unit has a screen-locked state and an unlocked state, wherein the method comprises: After the electronic device is started and at the first moment when the display unit is in the unlocked state; Whether a trigger operation occurs is detected at a second moment after the first moment, wherein at the first moment, the lock screen time for the display unit to enter the lock screen state from the unlocked state is the first a third time after time, said second time being before said third time; When the trigger operation occurs, responding to the trigger operation, generating an adjustment instruction for lock screen time; Executing the adjustment instruction to adjust the current screen lock time of the display unit from the third moment to a fourth moment after the third moment, wherein the time between the first moment and the third moment The first length of time is less than a second length of time between the second moment and the fourth moment; Acquiring that the display unit is in the first state at a fifth moment, wherein the fifth moment is after the fourth moment; When the first state indicates that the display unit is in a locked state, acquiring a preset first lock screen time length of the display unit; Adjusting the current lock screen time length of the display unit to the first lock screen time length. 2. The method according to claim 1, wherein after the electronic device is started and at the first moment when the display unit is in the unlocked state, specifically comprising: After the electronic device is started, detecting whether the display unit is in the unlocked state; When the display unit is in the unlocked state, obtain a first moment when the display unit is in the unlocked state. 3. The method according to claim 1, characterized in that, when the trigger operation occurs, in response to the trigger operation, an instruction for adjusting the lock screen time is generated, specifically comprising: When the trigger operation occurs, it is judged whether the second moment is within the time when the display unit is about to enter the lock screen state; When the second moment is within the time when the display unit is about to enter the screen lock state, an adjustment instruction for screen lock time is generated in response to the trigger operation. 4. The method according to claim 1, wherein, when the trigger operation occurs, in response to the trigger operation, an instruction for adjusting the lock screen time is generated, specifically comprising: When the trigger operation occurs, acquire a second operation object on the display unit at a second moment; judging whether the second operation object is the same as the first operation object at the first moment on the display unit; When the second operation object is the same as the first operation object, an adjustment instruction of a lock screen time is generated in response to the trigger operation. 5. The method according to claim 1, characterized in that, after the execution of the adjustment instruction, the current lock screen time of the display unit is adjusted from the third moment to the third moment after the third moment. After four moments, the method also includes: acquiring a third operation object whose display unit is at a sixth moment, wherein the sixth moment is after the second moment; judging whether the third operation object is the same as the first operation object at the first moment on the display unit; When the third operation object is different from the first operation object, adjusting the current lock screen time length of the display unit to the preset first lock screen time length of the display unit. 6. An electronic device, the electronic device includes a display unit, wherein the display unit has a lock screen state and an unlocked state, characterized in that the electronic device includes: circuit board; The processing chip is arranged on the circuit board, and detects whether a trigger operation occurs at a first moment when the display unit is in the unlocked state after the electronic device is started, and at a second moment after the first moment , wherein, at the first moment, the lock screen time for the display unit to enter the lock screen state from the unlocked state is the third moment after the first moment, and the second moment is at the third moment Before the time, when the trigger operation occurs, it is used to respond to the trigger operation and generate an adjustment instruction for the lock screen time, and then execute the adjustment instruction to adjust the lock screen time from the third moment To the fourth moment after the third moment, wherein, wherein, the first time length between the first moment and the third moment is shorter than the second time between the second moment and the fourth moment length; The processing chip includes a first lock screen time adjustment unit, which adjusts the current lock screen time of the display unit from the third moment to a fourth moment after the third moment when the adjustment instruction is executed. Afterwards, it is used to obtain the first state that the display unit is in the fifth moment, wherein the fifth moment is after the fourth moment, and when the first state indicates that the display unit is in the locked state, use Obtaining the preset first lock screen time length of the display unit, and adjusting the current lock screen time length of the display unit to the first lock screen time length. 7. The electronic device according to claim 6, wherein the processing chip comprises a first moment obtaining unit, which is used to detect whether the display unit is in the unlocked state after the electronic device is started, and When the display unit is in the unlocked state, it is used to obtain a first moment when the display unit is in the unlocked state. 8. The electronic device according to claim 6, wherein the processing chip comprises a first adjustment instruction generation unit, configured to determine whether the second moment is within the display unit when the trigger operation occurs. within the time within which the display unit is about to enter the lock screen state, and when the second moment is within the time within which the display unit is about to enter the lock screen state, it is used to respond to the trigger operation and generate a lock screen time Adjust instructions. 9. The electronic device according to claim 6, wherein the processing chip comprises a second adjustment instruction generating unit, configured to acquire the second adjustment instruction generation unit at the second moment when the display unit is at the second moment when the trigger operation occurs. operation object, and then judge whether the second operation object is the same as the first operation object at the first moment of the display unit, and when the second operation object is the same as the first operation object, it is used to respond to the Trigger an operation and generate an adjustment command for the lock screen time. 10. The electronic device according to claim 6, wherein the processing chip comprises a second lock screen time adjustment unit, and when the adjustment instruction is executed, the current lock screen time of the display unit is changed from the Adjusting the third moment to the fourth moment after the third moment is used to acquire the third operation object at the sixth moment of the display unit, wherein the sixth moment is after the second moment, It is used to determine whether the third operation object is the same as the first operation object at the first moment of the display unit, and when the third operation object is different from the first operation object, it is used to set the display unit to The current lock screen time length is adjusted to the preset first lock screen time length of the display unit.