CN107566614B - Intelligent alarm clock setting management method of mobile terminal - Google Patents
Intelligent alarm clock setting management method of mobile terminal Download PDFInfo
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Abstract
The invention relates to an intelligent alarm clock setting management method of a mobile terminal, which comprises the steps of starting intelligent alarm clock application software of the mobile terminal, and setting preset starting time of target application software in the intelligent alarm clock application software; when the intelligent alarm clock application software judges that the current time reaches the preset starting time of the target application software, the mobile terminal monitors and adjusts the state of the screen of the mobile terminal; otherwise, the intelligent alarm clock application software continues to monitor the current moment; when the mobile terminal monitors that the screen is in a non-screen-locking state, the mobile terminal monitors whether target application software is started; the mobile terminal establishes a user habit operation database, and when the user operates the target application software, the mobile terminal automatically sets the next application software of the target application software to be in a state to be started in advance according to the precedence order relation of the application software in the user habit operation database, so that the next application software is started immediately after the user operates the target application software.
Description
Technical Field
The invention relates to the field of mobile terminals, in particular to an intelligent alarm clock setting management method of a mobile terminal.
Background
Currently, mobile terminals such as smart phones and tablet computers are increasingly popularized, and intelligent alarm clock application software in the mobile terminals is popular with users due to the fact that reminding services can be set. The intelligent alarm clock mainly solves the problem that people forget easily due to increasingly various information and things, and a common alarm clock can only remind a user of the arrival of time.
However, the existing intelligent alarm clock management of the mobile terminal has a single function, and only can remind the user of the time, which cannot well meet the requirement that the user starts the target application software at the preset time. For example, the existing intelligent alarm clock management method for the mobile terminal cannot meet the actual requirement that a user starts application software such as a radio at the set time so that the mobile terminal automatically starts the radio at the set time.
Disclosure of Invention
The technical problem to be solved by the present invention is to provide a method for setting and managing an intelligent alarm clock of a mobile terminal in view of the above prior art. The intelligent alarm clock setting management method of the mobile terminal can automatically start target application software according to the setting of a user.
The technical scheme adopted by the invention for solving the technical problems is as follows: an intelligent alarm clock setting management method of a mobile terminal is used for managing application software in the mobile terminal, and is characterized by comprising the following steps 1 to 6:
step 1, starting intelligent alarm clock application software of a mobile terminal, and setting a preset starting time of target application software in the intelligent alarm clock application software;
step 2, the intelligent alarm clock application software monitors the current moment in real time to judge whether the preset starting moment of the target application software is reached:
when the intelligent alarm clock application software judges that the current time reaches the preset starting time of the target application software, the mobile terminal goes to the step 3; otherwise, the intelligent alarm clock application software continues to monitor the current moment;
step 3, the mobile terminal monitors the state of the screen of the mobile terminal to start the processing aiming at the screen state: when the mobile terminal monitors that the screen is in a screen locking state, the mobile terminal commands to automatically start unlocking aiming at the screen and adaptively adjust the current brightness of the screen; when the mobile terminal monitors that the screen is in a non-screen-locking state, the mobile terminal monitors whether target application software is started;
step 4, when the mobile terminal monitors that the target application software is started at the preset starting moment, the mobile terminal transfers to an operation interface of the target application software; otherwise, the mobile terminal commands to start the target application software and adaptively accelerates the response speed of the target application software;
step 5, the mobile terminal records habit operation data of the user to each application software on the mobile terminal in real time within a preset time period, and a user habit operation database is established; the habit operation data comprises respectively corresponding position information when each software is started, starting time when each application software is started, ending time when each application software is closed, an inclination angle of the corresponding mobile terminal when each application software is operated by a user and a sequence relation of operating each application software;
and 6, the mobile terminal operates the database according to the user habits, and when the user operates the target application software, the mobile terminal automatically sets the next application software of the target application software to be in a state to be started in advance according to the precedence order relation of the application software in the user habit operation database, so that the next application software is started immediately after the user operates the target application software.
In order to protect the user from taking effective rest, the method for setting and managing the intelligent alarm clock of the mobile terminal further comprises the following steps: setting reminding time values aiming at the accumulated time of operating each application software by a user by the mobile terminal; and when the mobile terminal judges that the accumulated time of the user operating the application software exceeds the corresponding reminding time value, the mobile terminal feeds back rest prompt information to the user.
In order to increase the running speed of the target application software, the intelligent alarm clock setting management method of the mobile terminal further comprises the following steps: when the mobile terminal monitors that the target application software is in the starting state, the mobile terminal displays other application software in the starting state to a user so that the user can select whether to close the corresponding application software.
Further, in the method for setting and managing the intelligent alarm clock of the mobile terminal, in step 3, the process of adaptively adjusting the current brightness of the screen by the mobile terminal includes the following steps a to d:
step a, a mobile terminal presets a target brightness value aiming at a screen;
b, the mobile terminal monitors the current brightness value of the screen and the illumination intensity value in the surrounding environment where the mobile terminal is located in real time;
c, when the mobile terminal judges that the difference value between the current brightness value of the screen and the target brightness value is within a preset difference value range, the mobile terminal does not adjust the brightness of the screen; otherwise, the mobile terminal goes to step d to execute a fine adjustment response for the screen brightness:
d, the mobile terminal obtains the difference value between the current brightness value of the screen and the illumination intensity of the surrounding environment, and when the illumination intensity of the surrounding environment is greater than the current brightness value of the screen, the mobile terminal does not adjust the brightness value of the screen; and when the mobile terminal judges that the illumination intensity of the surrounding environment is less than or equal to the current brightness value of the screen, the mobile terminal adjusts the current brightness value of the screen to a target brightness value.
Further, the method for setting and managing the intelligent alarm clock of the mobile terminal further comprises the following steps: step e1, the mobile terminal receives the control of the remote terminal; and e2, the mobile terminal sets the preset starting time of another target application software for the intelligent alarm clock application software according to the command of the remote terminal.
Further, the method for setting and managing the intelligent alarm clock of the mobile terminal further comprises steps f1 to f 3:
step f1, setting a preset threshold value aiming at the surrounding environment activity noise in the mobile terminal;
step f2, the mobile terminal detects the activity noise condition of the surrounding users;
step f3, when the mobile terminal judges that the activity noise is lower than a preset threshold value, the mobile terminal orders to turn down the starting sound corresponding to the target application software; otherwise, the mobile terminal does not adjust the starting sound corresponding to the target application software.
And then, the method for setting and managing the intelligent alarm clock of the mobile terminal further comprises the following steps: setting a volume adjustment scheme corresponding to different geographical position information aiming at the mobile terminal; and when the target application software is started, the mobile terminal acquires the current geographical position information and executes a volume adjustment scheme corresponding to the current geographical position information.
Further, the method for setting and managing the intelligent alarm clock of the mobile terminal further comprises steps g1 to g 4:
step g1, the mobile terminal presets a health starting event frequency which is in accordance with the body health of the user within a preset time period;
step g2, the mobile terminal obtains the actual starting time frequency of the user in the preset time period according to the preset starting time of each target application software set by the user;
step g3, when the mobile terminal judges that the actual starting time frequency is higher than the healthy starting time frequency, the mobile terminal sends a prompt message of paying attention to rest to the user, and the mobile terminal forbids to start other target application software set by the current user;
and g4, the mobile terminal adjusts the prompt information to be paved on the whole screen of the current mobile terminal, and increases the brightness of the whole screen to make a rest prompt for the current user.
In the method for setting and managing the intelligent alarm clock of the mobile terminal, the method further comprises the following steps 7-1 to 7-5 after the step 6:
7-1, the mobile terminal establishes an individualized application software starting list aiming at the current user according to target application software set by the user and preset starting time corresponding to each target application software; wherein, marking the ith application Software as Softwarei(ii) a The total number of the application software in the personalized application software starting list is N, i is less than or equal to N, and N is greater than or equal to 2;
7-2, the mobile terminal detects the historical operation time of the user operating each application software in real time to establish a personalized operation time list aiming at the operation time corresponding to the user operating each application software; wherein the current user operates the ith application SoftwareiThe corresponding operation time is marked as T (Software)i)；
7-3, the mobile terminal detects the attention focusing time when the user operates each application software in real time to establish a personalized attention focusing time list aiming at the attention time corresponding to the user operating each application software; wherein the current user operates the ith application SoftwareiAttention time mark T' corresponding to time (Software)i)；
7-4, the mobile terminal receives the priority given by the user to each application software in the personalized application software starting list when startingEstablishing a personalized application software starting priority list aiming at the starting of each application software by the user; wherein, the corresponding priorities of the application software are completely different; the level numerical values of the priorities are sequentially assigned according to the priority sequence; user endowing ith application SoftwareiHas a priority level value of I (Software)i)；
7-5, the mobile terminal obtains starting indexes of all application software starting according to the established personalized operation time list, the personalized attention focusing time list and the personalized application software starting priority list, and starts all application software in sequence according to the size sequence of the starting indexes corresponding to all application software; wherein, the ith application SoftwareiIs marked as sigma (Software)i)：
Compared with the prior art, the invention has the advantages that:
firstly, the intelligent alarm clock setting management method of the mobile terminal can automatically start target application software according to the setting of a user; secondly, the intelligent alarm clock setting management method of the mobile terminal can automatically set the next application software of the target application software to be in a state to be started according to the operation habit of the user, and the starting speed of the next application software is increased.
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Fig. 1 is a schematic flow chart of a method for setting and managing an intelligent alarm clock of a mobile terminal according to an embodiment of the present invention.
Detailed Description
The invention is described in further detail below with reference to the accompanying examples.
As shown in fig. 1, the method for setting and managing an intelligent alarm clock of a mobile terminal in this embodiment is used for managing application software in the mobile terminal, and includes the following steps 1 to 6:
step 1, starting intelligent alarm clock application software of a mobile terminal, and setting a preset starting time of target application software in the intelligent alarm clock application software;
for example, radio application software for listening to broadcast is installed on the mobile terminal, the user selects the radio application software as target application software, and the user sets the preset starting time of the radio application software to be 20:00 by using the intelligent alarm clock application software, namely, the user wants the radio application software on the mobile terminal to be automatically started at 20:00 on time, so that the user is not required to manually start the radio application software;
step 2, the intelligent alarm clock application software monitors the current moment in real time to judge whether the preset starting moment of the target application software is reached:
when the intelligent alarm clock application software judges that the current time reaches the preset starting time of the target application software, the mobile terminal goes to the step 3; otherwise, the intelligent alarm clock application software continues to monitor the current moment;
step 3, the mobile terminal monitors the state of the screen of the mobile terminal to start the processing aiming at the screen state: when the mobile terminal monitors that the screen is in a screen locking state, the mobile terminal commands to automatically start unlocking aiming at the screen and adaptively adjust the current brightness of the screen; when the mobile terminal monitors that the screen is in a non-screen-locking state, the mobile terminal monitors whether target application software is started;
the unlocking aiming at the screen is automatically started through the mobile terminal, so that the situation that the user spends time again to perform manual unlocking operation can be avoided, the operation time of the user is saved, and the response efficiency of the mobile terminal is improved;
step 4, when the mobile terminal monitors that the target application software is started at the preset starting moment, the mobile terminal transfers to an operation interface of the target application software; otherwise, the mobile terminal commands to start the target application software and adaptively accelerates the response speed of the target application software;
step 5, the mobile terminal records habit operation data of the user to each application software on the mobile terminal in real time within a preset time period, and a user habit operation database is established; the habit operation data comprises respectively corresponding position information when each software is started, starting time when each application software is started, ending time when each application software is closed, an inclination angle of the corresponding mobile terminal when each application software is operated by a user and a sequence relation of operating each application software;
specifically, for example, according to the user habit operation, after the user habit finishes operating the radio application software, the short message editing application software is started immediately, and then the precedence order relationship in the user habit operation database in step 5 is that the next software of the radio application software is the short message editing application software; the position information of a user operating certain application software, namely the specific geographic position of the mobile terminal, can be obtained by a pre-installed GPS positioning device in the mobile terminal;
and 6, the mobile terminal operates the database according to the user habits, and when the user operates the target application software, the mobile terminal automatically sets the next application software of the target application software to be in a state to be started in advance according to the precedence order relation of the application software in the user habit operation database, so that the next application software is started immediately after the user operates the target application software.
Specifically, for example, when the user operates the radio application software, the mobile terminal automatically sets the next application software to be started, that is, the mobile terminal sets the short message editing application software to be started, so that the short message editing application software can be immediately started once the user operates the radio application software, thereby greatly increasing the starting speed of each software component and improving the response efficiency of the mobile terminal.
In order to protect the user from getting effective rest, in an improved manner, the method for setting and managing the intelligent alarm clock of the mobile terminal in this embodiment further includes: setting reminding time values aiming at the accumulated time of operating each application software by a user by the mobile terminal; and when the mobile terminal judges that the accumulated time of the user operating the application software exceeds the corresponding reminding time value, the mobile terminal feeds back rest prompt information to the user.
In order to increase the running speed of the target application software, in an improved manner, the method for setting and managing the intelligent alarm clock of the mobile terminal in this embodiment further includes: when the mobile terminal monitors that the target application software is in the starting state, the mobile terminal displays other application software in the starting state to a user so that the user can select whether to close the corresponding application software.
Further, in the method for setting and managing an intelligent alarm clock of a mobile terminal according to this embodiment, in step 3, the process of adaptively adjusting the current brightness of the screen by the mobile terminal includes the following steps a to d:
step a, a mobile terminal presets a target brightness value aiming at a screen;
b, the mobile terminal monitors the current brightness value of the screen and the illumination intensity value in the surrounding environment where the mobile terminal is located in real time;
c, when the mobile terminal judges that the difference value between the current brightness value of the screen and the target brightness value is within a preset difference value range, the mobile terminal does not adjust the brightness of the screen; otherwise, the mobile terminal goes to step d to execute a fine adjustment response for the screen brightness:
d, the mobile terminal obtains the difference value between the current brightness value of the screen and the illumination intensity of the surrounding environment, and when the illumination intensity of the surrounding environment is greater than the current brightness value of the screen, the mobile terminal does not adjust the brightness value of the screen; and when the mobile terminal judges that the illumination intensity of the surrounding environment is less than or equal to the current brightness value of the screen, the mobile terminal adjusts the current brightness value of the screen to a target brightness value.
In order to facilitate a user to set a preset starting time of target application software in the mobile terminal at a remote location, in an improved manner, the method for setting and managing the intelligent alarm clock of the mobile terminal in this embodiment further includes: step e1, the mobile terminal receives the control of the remote terminal; and e2, the mobile terminal sets the preset starting time of another target application software for the intelligent alarm clock application software according to the command of the remote terminal.
In order to enable the mobile terminal to more intelligently sense the user activity of the surrounding environment to ensure that the mobile terminal is not affected by the noise generated by the operation of various software in the user's resting state, the method for setting and managing the intelligent alarm clock of the mobile terminal in this embodiment further includes steps f1 to f 3:
step f1, setting a preset threshold value aiming at the surrounding environment activity noise in the mobile terminal;
step f2, the mobile terminal detects the activity noise condition of the surrounding users;
step f3, when the mobile terminal judges that the activity noise is lower than a preset threshold value, the mobile terminal orders to turn down the starting sound corresponding to the target application software; otherwise, the mobile terminal does not adjust the starting sound corresponding to the target application software.
Furthermore, the method for setting and managing the intelligent alarm clock of the mobile terminal further comprises the following steps: setting a volume adjustment scheme corresponding to different geographical position information aiming at the mobile terminal; and when the target application software is started, the mobile terminal acquires the current geographical position information and executes a volume adjustment scheme corresponding to the current geographical position information.
In order to enable the mobile terminal to give a health prompt to the user more humanization and intellectualization so as to avoid fatigue operation of the mobile terminal by the user, the method for setting and managing the intelligent alarm clock of the mobile terminal is further improved, and further comprises the following steps g1 to g 4:
step g1, the mobile terminal presets a health starting event frequency which is in accordance with the body health of the user within a preset time period;
step g2, the mobile terminal obtains the actual starting time frequency of the user in a preset time period according to the preset starting time of each target application software set by the user;
step g3, when the mobile terminal judges that the actual starting time frequency is higher than the healthy starting time frequency, the mobile terminal sends a prompt message of paying attention to rest to the user, and the mobile terminal forbids to start other target application software set by the current user;
and step g4, the mobile terminal adjusts the prompt information to be paved on the whole screen of the current mobile terminal, and the brightness of the whole screen is increased to make a rest prompt for the current user.
In order to satisfy that each application software in the mobile terminal can be started successively and more intelligently to meet the application requirements of the user on each application software, the method for setting and managing the intelligent alarm clock of the embodiment further includes, after step 6, step 7-1 to step 7-5:
7-1, the mobile terminal establishes an individualized application software starting list aiming at the current user according to target application software set by the user and preset starting time corresponding to each target application software; wherein, marking the ith application Software as Softwarei(ii) a The total number of the application software in the personalized application software starting list is N, i is less than or equal to N, and N is greater than or equal to 2;
7-2, detecting the historical operation time of the user operating each application software in real time by the mobile terminal to establish a personalized operation time list aiming at the operation time corresponding to the user operating each application software; wherein the current user operates the ith application SoftwareiThe corresponding operation time is marked as T (Software)i)；
7-3, detecting the attention focusing time of each application software operated by the user in real time by the mobile terminal to establish a personalized attention focusing time list aiming at the attention time corresponding to each application software operated by the user; wherein, the current user operates the ith application SoftwareiAttention time mark T' corresponding to time (Software)i)；
7-4, the mobile terminal receives the priority given by the user to each application software in the personalized application software starting list when starting, and establishes a personalized application software starting priority list aiming at each application software starting by the user; wherein, the corresponding priorities of the application software are completely different; the level numerical values of the priorities are sequentially assigned according to the priority sequence; user endowing ith application SoftwareiHas a priority level value of I (Software)i)；
Specifically, for example, the user sets the Software1Software with application2Higher priority, then at this point the user assignsSoftware1Class number of priority I (Software)1) A, the user gives Software2Class number of priority I (Software)2) B and a>b；
7-5, the mobile terminal obtains starting indexes of starting of the application software according to the established personalized operation time list, the personalized attention focusing time list and the personalized application software starting priority list, and starts the application software in sequence according to the size sequence of the starting indexes corresponding to the application software; wherein, the ith application SoftwareiIs marked as sigma (Software)i)：
For example, the current user operates Software of the 1 st application1Corresponding operation time T (Software)1) 10s, the current user operates the 1 st application Software1Attention time mark T' corresponding to time (Software)1) The user gives Software to the 1 st application Software 20s1Has a priority level value of I (Software)1)＝5，t00.01; 1 st application Software1Is marked as sigma (Software)1)：
Software of 2 nd application is operated by current user2Corresponding operation time T (Software)2) 5s, the current user operates the 2 nd application Software2Attention time mark T' corresponding to time (Software)2) The user gives Software of the 2 nd application Software 10s2Has a priority level value of I (Software)2)＝4，t00.01; 2 nd application Software2Is marked as sigma (Software)2)：
By comparison, σ (Software)1)<σ(Software2) That is, the mobile terminal first starts the Software 11Then the 2 nd application Software is started2。
Although preferred embodiments of the present invention have been described in detail hereinabove, it should be clearly understood that modifications and variations of the present invention are possible to those skilled in the art. Any modification, equivalent replacement, or improvement made within the spirit and principle of the present invention should be included in the protection scope of the present invention.
Claims (8)
1. An intelligent alarm clock setting management method of a mobile terminal is used for managing application software in the mobile terminal, and is characterized by comprising the following steps:
step 1, starting intelligent alarm clock application software of a mobile terminal, and setting a preset starting time of target application software in the intelligent alarm clock application software;
step 2, the intelligent alarm clock application software monitors the current moment in real time to judge whether the preset starting moment of the target application software is reached:
when the intelligent alarm clock application software judges that the current time reaches the preset starting time of the target application software, the mobile terminal goes to the step 3; otherwise, the intelligent alarm clock application software continues to monitor the current moment;
step 3, the mobile terminal monitors the state of the screen of the mobile terminal to start the processing aiming at the screen state:
when the mobile terminal monitors that the screen is in a screen locking state, the mobile terminal commands to automatically start unlocking aiming at the screen and adaptively adjust the current brightness of the screen;
when the mobile terminal monitors that the screen is in a non-screen-locking state, the mobile terminal monitors whether target application software is started;
step 4, when the mobile terminal monitors that the target application software is started at the preset starting moment, the mobile terminal transfers to an operation interface of the target application software; otherwise, the mobile terminal commands to start the target application software and adaptively accelerates the response speed of the target application software;
step 5, the mobile terminal records habit operation data of the user to each application software on the mobile terminal in real time within a preset time period so as to establish a user habit operation database; the habit operation data comprises respectively corresponding position information when each software is started, starting time when each application software is started, ending time when each application software is closed, an inclination angle of the corresponding mobile terminal when each application software is operated by a user and a sequence relation of operating each application software;
step 6, the mobile terminal operates the database according to the user habits, and when the user operates the target application software, the mobile terminal automatically sets the next application software of the target application software to be in a state to be started in advance according to the precedence order relation of the application software in the user habit operation database, so that the next application software is started immediately after the user operates the target application software; wherein, step 7-1 to step 7-5 are also included after step 6:
7-1, the mobile terminal establishes an individualized application software starting list aiming at the current user according to target application software set by the user and preset starting time corresponding to each target application software; wherein, marking the ith application Software as Softwarei(ii) a The total number of the application software in the personalized application software starting list is N, i is less than or equal to N, and N is greater than or equal to 2;
7-2, the mobile terminal detects the historical operation time of the user operating each application software in real time to establish a personalized operation time list aiming at the operation time corresponding to the user operating each application software; wherein the current user operates the ith application SoftwareiThe corresponding operation time is marked as T (Software)i)；
7-3, the mobile terminal detects the attention focusing time when the user operates each application software in real time to establish the current focus when the user operates each application softwareA personalized attention focusing time list corresponding to the attention time; wherein the current user operates the ith application SoftwareiAttention time mark T' corresponding to time (Software)i)；
7-4, the mobile terminal receives the priority given by the user to each application software in the personalized application software starting list when starting, and establishes a personalized application software starting priority list aiming at each application software starting by the user; wherein, the corresponding priorities of the application software are completely different; the level numerical values of the priorities are sequentially assigned according to the priority sequence; user endowing ith application SoftwareiHas a priority level value of I (Software)i)；
7-5, the mobile terminal obtains starting indexes of all application software starting according to the established personalized operation time list, the personalized attention focusing time list and the personalized application software starting priority list, and starts all application software in sequence according to the size sequence of the starting indexes corresponding to all application software; wherein, the ith application SoftwareiIs marked as sigma (Software)i)：
2. The intelligent alarm clock setting management method of a mobile terminal according to claim 1, further comprising: setting reminding time values aiming at the accumulated time of operating each application software by a user by the mobile terminal; and when the mobile terminal judges that the accumulated time of the user operating the application software exceeds the corresponding reminding time value, the mobile terminal feeds back rest prompt information to the user.
3. The intelligent alarm clock setting management method of a mobile terminal according to claim 1, further comprising: when the mobile terminal monitors that the target application software is in the starting state, the mobile terminal displays other application software in the starting state to a user so that the user can select whether to close the corresponding application software.
4. The intelligent alarm clock setting management method of the mobile terminal according to any one of claims 1 to 3, wherein in the step 3, the process of the mobile terminal adaptively adjusting the current brightness of the screen comprises the following steps a to d:
step a, a mobile terminal presets a target brightness value aiming at a screen;
b, the mobile terminal monitors the current brightness value of the screen and the illumination intensity value in the surrounding environment where the mobile terminal is located in real time;
c, when the mobile terminal judges that the difference value between the current brightness value of the screen and the target brightness value is within a preset difference value range, the mobile terminal does not adjust the brightness of the screen; otherwise, the mobile terminal goes to step d to execute a fine adjustment response for the screen brightness:
d, the mobile terminal obtains the difference value between the current brightness value of the screen and the illumination intensity of the surrounding environment, and when the illumination intensity of the surrounding environment is greater than the current brightness value of the screen, the mobile terminal does not adjust the brightness value of the screen; and when the mobile terminal judges that the illumination intensity of the surrounding environment is less than or equal to the current brightness value of the screen, the mobile terminal adjusts the current brightness value of the screen to a target brightness value.
5. The intelligent alarm clock setting management method of the mobile terminal according to claim 4, further comprising:
step e1, the mobile terminal receives the control of the remote terminal;
and e2, the mobile terminal sets the preset starting time of another target application software for the intelligent alarm clock application software according to the command of the remote terminal.
6. The intelligent alarm clock setting management method of a mobile terminal according to claim 5, further comprising steps f1 to f 3:
step f1, setting a preset threshold value aiming at the surrounding environment activity noise in the mobile terminal;
step f2, the mobile terminal detects the activity noise condition of the surrounding users;
step f3, when the mobile terminal judges that the activity noise is lower than a preset threshold value, the mobile terminal orders to turn down the starting sound corresponding to the target application software; otherwise, the mobile terminal does not adjust the starting sound corresponding to the target application software.
7. The intelligent alarm clock setting management method of a mobile terminal according to claim 6, further comprising: setting a volume adjustment scheme corresponding to different geographical position information aiming at the mobile terminal; and when the target application software is started, the mobile terminal acquires the current geographical position information and executes a volume adjustment scheme corresponding to the current geographical position information.
8. The intelligent alarm clock setting management method of a mobile terminal of claim 7, further comprising steps g1 to g 4:
step g1, the mobile terminal presets a health starting event frequency which is in accordance with the body health of the user within a preset time period; step g2, the mobile terminal obtains the actual starting time frequency of the user in the preset time period according to the preset starting time of each target application software set by the user; step g3, when the mobile terminal judges that the actual starting time frequency is higher than the healthy starting time frequency, the mobile terminal sends a prompt message of paying attention to rest to the user, and the mobile terminal forbids to start other target application software set by the current user; and g4, the mobile terminal adjusts the prompt information to be paved on the whole screen of the current mobile terminal, and increases the brightness of the whole screen to make a rest prompt for the current user.
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