CN111522709A - Student mobile terminal APP use time management method, system and device - Google Patents
Student mobile terminal APP use time management method, system and device Download PDFInfo
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- CN111522709A CN111522709A CN202010290744.7A CN202010290744A CN111522709A CN 111522709 A CN111522709 A CN 111522709A CN 202010290744 A CN202010290744 A CN 202010290744A CN 111522709 A CN111522709 A CN 111522709A
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F11/00—Error detection; Error correction; Monitoring
- G06F11/30—Monitoring
- G06F11/3003—Monitoring arrangements specially adapted to the computing system or computing system component being monitored
- G06F11/302—Monitoring arrangements specially adapted to the computing system or computing system component being monitored where the computing system component is a software system
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F11/00—Error detection; Error correction; Monitoring
- G06F11/30—Monitoring
- G06F11/3051—Monitoring arrangements for monitoring the configuration of the computing system or of the computing system component, e.g. monitoring the presence of processing resources, peripherals, I/O links, software programs
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F11/00—Error detection; Error correction; Monitoring
- G06F11/30—Monitoring
- G06F11/34—Recording or statistical evaluation of computer activity, e.g. of down time, of input/output operation ; Recording or statistical evaluation of user activity, e.g. usability assessment
- G06F11/3438—Recording or statistical evaluation of computer activity, e.g. of down time, of input/output operation ; Recording or statistical evaluation of user activity, e.g. usability assessment monitoring of user actions
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F11/00—Error detection; Error correction; Monitoring
- G06F11/30—Monitoring
- G06F11/34—Recording or statistical evaluation of computer activity, e.g. of down time, of input/output operation ; Recording or statistical evaluation of user activity, e.g. usability assessment
- G06F11/3466—Performance evaluation by tracing or monitoring
- G06F11/3476—Data logging
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F9/00—Arrangements for program control, e.g. control units
- G06F9/06—Arrangements for program control, e.g. control units using stored programs, i.e. using an internal store of processing equipment to receive or retain programs
- G06F9/46—Multiprogramming arrangements
- G06F9/48—Program initiating; Program switching, e.g. by interrupt
- G06F9/4806—Task transfer initiation or dispatching
- G06F9/4843—Task transfer initiation or dispatching by program, e.g. task dispatcher, supervisor, operating system
- G06F9/485—Task life-cycle, e.g. stopping, restarting, resuming execution
Abstract
The invention provides a method, a system and a device for managing the APP use time of a student mobile terminal, wherein the method comprises the steps of single APP time management, time period management, accumulated time length management, terminal time management and message pushing monitoring; the system comprises a single APP time management module, a time period management module, an accumulated time period management module, a terminal time management module and a push message monitoring module; the device comprises a management terminal and a wireless communication device.
Description
Technical Field
The invention provides a method, a system and a device for managing the application time of a student mobile terminal APP, and belongs to the technical field of digital education equipment control.
Background
With the development of science and technology and the improvement of living standards of people, more and more parents are equipped with mobile terminals such as mobile phones or tablet computers for students in middle and primary schools to study or entertain, however, the groups holding the mobile terminals such as the mobile phones and the computers are more and more aged, and simultaneously, more and more social problems are caused, for example, the students in middle and primary schools play games for a large amount of time, watch the novels on the screen, browse bad information, but the parents cannot know the events, so that the learning performance of the students is reduced. There is currently no way to effectively manage the usage time of a student's mobile device.
Disclosure of Invention
The invention provides a method, a system and a device for managing the application time of a student mobile terminal APP, which are used for solving the problem that the application time of the student mobile terminal cannot be effectively managed, and adopt the following technical scheme:
the invention provides a method for managing the use time of an APP (application) of a student mobile terminal, which utilizes a WEB-based computer platform or a mobile device APP to manage the use time of the APP installed on the student mobile terminal in a remote control mode, and comprises the following steps:
setting the daily use duration and time period of a single APP installed on a student mobile terminal, and managing the running state of the single APP according to the duration and time period;
classifying the APPs installed on the student mobile terminal, setting the use time period of each type of APP, and managing the running state of each type of APP according to the use time period;
setting the accumulated use time value of each type of APP, and managing the running state of each type of APP according to the accumulated use time value;
setting screen locking duration or screen locking time period of a student mobile terminal, and managing the screen state of the student mobile terminal according to the screen locking duration or the screen locking time period;
judging whether to intercept the push message of each APP; after confirming to intercept the push message, judging whether the APP intercepted the push message carries out background operation or not, if the APP intercepted the push message has background operation, forcing the APP intercepted the push message to close, and meanwhile resetting the time occupied by the APP intercepted the push message.
Further, the setting of the cumulative service life value of each category APP and the managing of the running state of each category APP according to the cumulative service life value include:
monitoring the service time of each APP contained in each category of APP;
performing cumulative calculation on the service time of each APP contained in each category of APP to obtain the cumulative service time of each category of APP;
and judging whether the accumulated use time length reaches the accumulated use time length value or not in real time, and if the accumulated use time length reaches the accumulated use time length value, controlling all APPs in the category which reach the accumulated use time length value to be incapable of being opened.
Further, the setting of the screen locking duration or the screen locking time period of the student mobile terminal, and the managing of the screen state of the student mobile terminal according to the screen locking duration or the screen locking time period include:
setting a screen unlocking time period of a student mobile terminal, wherein when the student mobile terminal is in the unlocking time period, the student mobile terminal is in a screen unlocking state and is allowed to be used; when the student mobile terminal is out of the unlocking time period, the student mobile terminal is in a screen locking state, and the student mobile terminal is forbidden to be used; (ii) a
Setting screen unlocking duration of a student mobile terminal, and when the student mobile terminal reaches the set unlocking duration, automatically locking a screen of the student mobile terminal, and forbidding the student mobile terminal to use; when the student mobile terminal does not reach the unlocking time length, the student mobile terminal is in a screen free state, and the screen of the student mobile terminal is allowed to be freely unlocked.
Further, judging whether to intercept the push message of each APP; after confirming the interception propelling movement message, judge whether the APP intercepted the propelling movement message carries out the backstage operation, if there is the backstage operation by the APP intercepted the propelling movement message, force the APP intercepted the propelling movement message closes, will simultaneously by the time that the APP intercepted the propelling movement message is occupied clears zero, include:
under the condition that one type of APP of the student mobile terminal is allowed to be used, acquiring characteristic information of each application in the one type of APP every 1 hour, and constructing an application sample matrix corresponding to the one type of APP according to the number of the APPs in the one type of APP and the characteristic information corresponding to each APP; the application sample matrix
Wherein, the sample elements of each row in the application sample matrix respectively correspond to characteristic information representing an application: reading time of the push information, push information interval time, push information times and push information opening times, wherein n represents the number of applications in the sample matrix;
calculating a sample distance value between any one APP in the application sample matrix and other APPs;
wherein, αijRepresenting a distance value between two applications in the application sample matrix, n representing the number of applications contained in the application sample matrix, i and j representing the ith and jth applications in the application sample matrix, respectively, qikRepresenting the kth characteristic information in the ith application, qjkRepresenting the kth characteristic information in the jth application;
calculating a sample density value corresponding to each APP;
where ρ isiDenotes the corresponding density value of each APP, λ (x) denotes a function, when x is αij-α0When x is equal to or less than 0, lambda (x) is equal to 1, and when x is equal to αij-α0λ (x) ═ 0 when > 0, αijRepresenting the value of the distance between two APPs, α0Indicating a preset distance threshold value between applications, and β indicating the number of APPs with the distance value larger than the distance threshold value between each application;
setting a sample density threshold, and selecting an APP of which the density value is smaller than the sample density threshold from the application sample matrix to form a comparison sample;
when one type of APP of the student mobile terminal sends a push message, judging whether the APP of the push message belongs to the application in the comparison sample, if not, directly intercepting the message pushed by the APP, and if the APP belongs to the application in the comparison sample, allowing the push message;
obtaining the background information of the student mobile terminal, detecting whether the APP intercepted the push message carries out background operation, if detecting the APP intercepted the push message carries out background operation, then closing the background operation the APP intercepted the push message, simultaneously will the time occupied by the APP intercepted the push message is cleared, not accumulated calculation is in the accumulated service time of each category APP.
The utility model provides a student mobile terminal APP live time management system, the system utilizes computer platform or mobile device APP based on WEB to carry out the live time management to the APP of installing on student mobile terminal through the remote control mode, the system includes:
the single APP time management module is used for setting the daily use time length and time period of a single APP installed on the student mobile terminal and managing the running state of the single APP according to the time length and time period;
the time interval management module is used for classifying the APPs installed on the student mobile terminal, setting the use time interval of each category of APP, and managing the running state of each category of APP according to the use time interval;
the accumulated time length management module is used for setting the accumulated use time length value of each category APP and managing the running state of each category APP according to the accumulated use time length value;
the terminal time management module is used for setting the screen locking duration or the screen locking time period of the student mobile terminal and managing the screen state of the student mobile terminal according to the screen locking duration or the screen locking time period;
the push message monitoring module is used for judging whether to intercept the push messages of the APPs; after confirming to intercept the push message, judging whether the APP intercepted the push message carries out background operation or not, if the APP intercepted the push message has background operation, forcing the APP intercepted the push message to close, and meanwhile resetting the time occupied by the APP intercepted the push message.
Further, the accumulated duration management module includes:
a duration monitoring module, configured to monitor a duration of use of each APP included in each category APP;
a duration accumulation module, configured to perform accumulation calculation on the usage duration of each APP included in each category APP to obtain the accumulated usage duration of each category APP;
and the application control module is used for judging whether the accumulated use time length reaches the accumulated use time length value in real time, and if the accumulated use time length reaches the accumulated use time length value, controlling all APPs in the category which reach the accumulated use time length value to be incapable of being opened.
Further, the terminal time management module includes:
the terminal use time period management module is used for setting a screen unlocking time period of the student mobile terminal, and when the student mobile terminal is in the unlocking time period, the student mobile terminal is in a screen unlocking state and is allowed to be used; when the student mobile terminal is out of the unlocking time period, the student mobile terminal is in a screen locking state, and the student mobile terminal is forbidden to be used;
the terminal use duration management module is used for setting screen unlocking duration of the student mobile terminal, when the student mobile terminal reaches the set unlocking duration, the student mobile terminal automatically locks a screen, and the student mobile terminal is forbidden to be used; when the student mobile terminal does not reach the unlocking time length, the student mobile terminal is in a screen free state, and the screen of the student mobile terminal is allowed to be freely unlocked.
Further, the push message monitoring module comprises:
the application sample matrix establishing module is used for acquiring the characteristic information of each application in one type of APP once every 1 hour when the one type of APP of the student mobile terminal is allowed to be used, and establishing an application sample matrix corresponding to the one type of APP according to the number of the APPs in the one type of APP and the characteristic information corresponding to each APP;
the distance value calculating module is used for calculating a sample distance value between any APP in the application sample matrix and other APPs;
the density value calculation module is used for calculating a sample density value corresponding to each APP;
the comparison sample generation module is used for setting a sample density threshold value, selecting an APP with a density value smaller than the sample density threshold value from the application sample matrix, and forming a comparison sample;
the message pushing limiting module is used for judging whether the APP of the pushed message belongs to the application in the comparison sample or not when the APP of the student mobile terminal pushes the message, directly intercepting the message pushed by the APP if the APP does not belong to the application in the comparison sample, and allowing the message to be pushed if the APP belongs to the application in the comparison sample;
the time zero clearing module is used for acquiring background information of the student mobile terminal, detecting whether the APP intercepted the push message performs background operation or not, if so, closing the APP which performs background operation, and simultaneously clearing the time occupied by the APP which intercepts the push message, wherein the time zero clearing module does not perform accumulated calculation in the accumulated service time of each category of APPs.
Further, the feature information includes: the reading time of the push information, the interval time of the push information, the push information times and the click-on times of the push information.
A student mobile terminal APP use time management device comprises a management end and a wireless communication device; the management terminal is in data connection with the student mobile terminal through the wireless communication device; the management terminal adopts a computer or mobile equipment based on WEB and is used for running programs or instructions to realize the student mobile terminal APP use time management method as claimed in any one of claims 1-4.
The invention has the beneficial effects that:
the method, the system and the device for managing the use time of the student mobile terminal APP can be used for remotely controlling and managing the use time and the use time period of single application and category application of all application systems APP on the student mobile terminal, meanwhile, the error calculation of application accumulated time can be effectively avoided through a message pushing interception mode and a background application operation detection mode, and the accuracy of time management of the student mobile terminal is effectively improved.
Drawings
FIG. 1 is a flow chart of a student mobile terminal APP use time management method of the invention;
FIG. 2 is a system block diagram of the student mobile terminal APP usage time management system of the present invention;
fig. 3 is a schematic diagram of a structure diagram of the student mobile terminal APP usage time management device according to the present invention.
Detailed Description
The preferred embodiments of the present invention will be described in conjunction with the accompanying drawings, and it will be understood that they are described herein for the purpose of illustration and explanation and not limitation.
The invention provides a method, a system and a device for managing the use time of a student mobile terminal APP, which are used for solving the problem that the use time of the student mobile terminal cannot be effectively managed, wherein the student mobile terminal refers to mobile equipment used by students, such as a mobile phone, a tablet computer and the like.
The embodiment of the invention provides a method for managing the use time of an APP (application) of a student mobile terminal, which utilizes a WEB-based computer platform or a mobile device APP to remotely manage the use time of the APP installed on the student mobile terminal, as shown in figure 1, and comprises the following steps:
s1, setting the daily use duration and time period of a single APP installed on the student mobile terminal, and managing the running state of the single APP according to the duration and time period;
specifically, the use time length and the time period of a certain appointed APP of the student mobile terminal are set, the running state of the appointed APP is managed according to the set time length and the set time period, if a certain appointed APP of a game class is set to be available from 12:00 pm to 15:00 pm every day, the APP cannot be opened at other times, the game APP is set to be available for only 2 hours every day, time monitoring is carried out on the APP, when the APP is in the opened state for more than 2 hours, the application runs out of use time today, and at the moment, the APP enters the unopened state and can be reused only in the tomorrow day.
S2, classifying the APPs installed on the student mobile terminal, setting the use time period of each type of APP, and managing the running state of each type of APP according to the use time period;
specifically, game entertainment applications installed on the student mobile terminals are divided into game classes, all the APPs of the game classes of the student mobile terminals are set to be capable of being used only at 17: 00-19: 00 of each day, and all the APPs of the game classes at other times cannot be opened.
S3, setting the accumulated use duration value of each type of APP, and managing the running state of each type of APP according to the accumulated use duration value;
specifically, aiming at the game type APPs of the classified good types, the student mobile terminal is set to be capable of playing games for 2 hours every day, so that the use duration of all the APPs of the accumulated game type is monitored, if one APP in the game type applications is played for one hour and the other game type APP is played for one hour, the APP of the game type reaches the set duration of 2 hours, and all the APPs of all the game types on the student mobile terminal can not be opened on the same day.
S4, setting screen locking duration or screen locking time period of the student mobile terminal, and managing the screen state of the student mobile terminal according to the screen locking duration or the screen locking time period;
s5, judging whether to intercept the push message of each APP; after confirming to intercept the push message, judging whether the APP intercepted the push message carries out background operation or not, if the APP intercepted the push message has background operation, forcing the APP intercepted the push message to close, and meanwhile resetting the time occupied by the APP intercepted the push message.
The working principle of the scheme is as follows: the time management of the student mobile terminal is realized by setting the service time and the time period of a single application, the accumulated service time and the time period of a certain type of APP, and the screen locking time of the mobile terminal to all applications APP installed on the mobile equipment such as a mobile phone or a tablet computer in the student mobile terminal. Meanwhile, the interception of the push message and the closing of the background program are realized through the interception judgment of the push message and the detection of the background running application.
The technical effects of the scheme are as follows: the system and the method have the advantages that the remote control management of the use duration and the use time period of single application and category application can be performed on all application systems APP on the student mobile terminal, meanwhile, the miscalculation of application accumulation time can be effectively avoided through a message pushing intercepting mode and a background application running detection mode, and the accuracy of time management of the student mobile terminal is effectively improved.
In an embodiment of the present invention, the setting a cumulative duration of use value of each category APP, and managing an operating state of each category APP according to the cumulative duration of use value includes:
s301, monitoring the service duration of each APP contained in each category of APP;
s302, performing cumulative calculation on the service time of each APP contained in each category of APP to obtain the cumulative service time of each category of APP;
s303, judging whether the accumulated use time length reaches the accumulated use time length value in real time, and controlling all APPs in the category which reach the accumulated use time length value to be incapable of being opened if the accumulated use time length reaches the accumulated use time length value.
The working principle of the scheme is as follows: classify all APPs of installation on student's mobile terminal, then according to the APP classification, respectively to the APP of different classification set up total length of time of using, when a certain classification APP is used, add up the live time of all APPs of this classification inside cumulatively, when reaching total live time of using that sets up in advance, control in this classification APP all applications when accumulative total and can't open on the same day again.
The technical effects of the scheme are as follows: accurate and comprehensive time management is achieved for the use of student mobile terminal types APP.
In an embodiment of the present invention, the setting of the screen locking duration or the screen locking time period of the student mobile terminal, and the managing of the screen state of the student mobile terminal according to the screen locking duration or the screen locking time period includes:
s401, setting a screen unlocking time period of a student mobile terminal, wherein when the student mobile terminal is in the unlocking time period, the student mobile terminal is in a screen unlocking state and is allowed to be used; when the student mobile terminal is out of the unlocking time period, the student mobile terminal is in a screen locking state, and the student mobile terminal is forbidden to be used;
specifically, the student mobile terminal is set to be usable at 9:00 to 11:00 every day, and then is usable within 9:00 to 11:00 every day, and in the time period beyond 9:00 to 11:00, the screen of the student mobile terminal is in a locked state, that is, the student mobile terminal is in an unavailable state.
S402, setting screen unlocking duration of a student mobile terminal, and when the student mobile terminal reaches the set unlocking duration, automatically locking a screen of the student mobile terminal, and forbidding the student mobile terminal to use; when the student mobile terminal does not reach the unlocking time length, the student mobile terminal is in a screen free state, and the screen of the student mobile terminal is allowed to be freely unlocked.
Specifically, the daily use duration of the terminal is set, the student mobile terminal is set to be used for 4 hours every day, and when the student mobile terminal is used for 4 hours in a cumulative mode in one day, the student mobile terminal is remotely controlled to lock the screen and cannot be used any more.
The working principle of the scheme is as follows: the whole use duration and time interval of the student mobile terminal are controlled through screen locking time management of the student mobile terminal.
The technical effects of the scheme are as follows: the whole service behavior of effective control student mobile terminal avoids when long and the time quantum setting is not in place for single APP or a type of APP, and student mobile terminal is abused, improves student mobile terminal's time management efficiency and comprehensiveness.
In an embodiment of the present invention, the determining whether to intercept the push message of each APP; after confirming the interception propelling movement message, judge whether the APP intercepted the propelling movement message carries out the backstage operation, if there is the backstage operation by the APP intercepted the propelling movement message, force the APP intercepted the propelling movement message closes, will simultaneously by the time that the APP intercepted the propelling movement message is occupied clears zero, include:
s501, under the condition that one type of APP of the student mobile terminal is allowed to be used, acquiring feature information of each application in the one type of APP every 1 hour, and constructing an application sample matrix corresponding to the one type of APP according to the number of the APPs in the one type of APP and the feature information corresponding to each APP; the application sample matrix
Wherein, the sample elements of each row in the application sample matrix respectively correspond to characteristic information representing an application: reading time of the push information, push information interval time, push information times and push information opening times, wherein n represents the number of applications in the sample matrix;
s502, calculating a sample distance value between any APP in the application sample matrix and other APPs;
wherein, αijRepresenting a distance value between two applications in the application sample matrix, n representing the number of applications contained in the application sample matrix, i and j representing the ith and jth applications in the application sample matrix, respectively, qikRepresenting the kth characteristic information in the ith application, qjkRepresenting the kth characteristic information in the jth application;
s503, calculating a sample density value corresponding to each APP;
where ρ isiDenotes the corresponding density value of each APP, λ (x) denotes a function, when x is αij-α0When x is equal to or less than 0, lambda (x) is equal to 1, and when x is equal to αij-α0λ (x) ═ 0 when > 0, αijRepresenting the value of the distance between two APPs, α0Indicating a preset distance threshold value between applications, and β indicating the number of APPs with the distance value larger than the distance threshold value between each application;
s504, setting a sample density threshold, and selecting an APP with a density value smaller than the sample density threshold from the application sample matrix to form a comparison sample;
s505, when a class of APP of the student mobile terminal sends a push message, judging whether the APP of the push message belongs to the application in the comparison sample, if not, directly intercepting the message pushed by the APP, and if the APP belongs to the application in the comparison sample, allowing the push message;
s506, obtaining background information of the student mobile terminal, detecting whether the APP intercepted the push message performs background operation, if so, closing the APP performing background operation, and simultaneously resetting the time occupied by the APP intercepted the push message, wherein the time is not accumulated in the accumulated service time of each category of APPs.
The working principle of the scheme is as follows: the method comprises the steps of establishing an application sample matrix by taking classes of student mobile terminals APP as a basis and combining feature information of each application in each class of APP, obtaining a sample distance value and a sample density value by using the application sample matrix and the feature information, screening out a comparison sample by means of the sample distance value and the sample density value, wherein each application contained in the comparison sample is an application which is used and browsed in the student mobile terminals at high frequency. And screening the application APP of the push message by using the comparison sample, and intercepting the message pushed by the APP if the APP of the push message does not belong to the application in the comparison sample. Meanwhile, the APP push message possibly causes the application to be started and fall into the background to run to occupy the time of the student for using the mobile terminal, so that whether the APP is in background running or not is detected, if the APP is detected to be in background running, the APP is forcibly closed, and the time occupied by the APP background running is cleared.
The technical effects of the scheme are as follows: the APP allowing the message to be pushed is screened in a sample distance value and sample density value mode, the number and range of the applications of APP high-frequency browsing in the student mobile terminal can be effectively reduced, and the applications used at high frequency can be accurately screened; application number and scope that reduce APP high frequency and browse as far as possible and can effectively restrict the use number of APP on student's mobile terminal, because student's mobile terminal's time management operation, lead to the student to use mobile terminal's time limited, this kind of screening mode can and guarantee that the student all uses on some application APPs that browse frequency is the highest at ordinary times with limited time, reduces the waste of live time. On the other hand, interception of the delivery message of the APP which does not meet the screening requirement can reduce the starting frequency of unnecessary applications on the student mobile terminal and the reception of junk or unhealthy information, so that the student mobile terminal can obtain effective information management; meanwhile, the background running application is detected and closed, and time is reset, so that occupation of the background running program on the limited use time and time period of the students can be effectively avoided, the use time of the mobile terminals of the students is prevented from being wasted under the condition that the students do not know, the mobile terminals or the APP of the students are forbidden to be used in advance, and the accuracy and the precision of time management are effectively improved.
A student mobile terminal APP usage time management system, as shown in fig. 2, the system remotely time-manages APPs installed on student mobile terminals using WEB-based computer platforms or mobile devices APPs, the system comprising:
the single APP time management module is used for setting the daily use time length and time period of a single APP installed on the student mobile terminal and managing the running state of the single APP according to the time length and time period;
the time interval management module is used for classifying the APPs installed on the student mobile terminal, setting the use time interval of each category of APP, and managing the running state of each category of APP according to the use time interval;
the accumulated time length management module is used for setting the accumulated use time length value of each category APP and managing the running state of each category APP according to the accumulated use time length value;
the terminal time management module is used for setting the screen locking duration or the screen locking time period of the student mobile terminal and managing the screen state of the student mobile terminal according to the screen locking duration or the screen locking time period;
the push message monitoring module is used for judging whether to intercept the push messages of the APPs; after confirming to intercept the push message, judging whether the APP intercepted the push message carries out background operation or not, if the APP intercepted the push message has background operation, forcing the APP intercepted the push message to close, and meanwhile resetting the time occupied by the APP intercepted the push message.
The working principle of the scheme is as follows: the method comprises the steps that through a single APP time management module, a time period management module, an accumulated time period management module and a terminal time management module, time management and control are respectively carried out on the use time period and the time period of a designated APP on a student mobile terminal, the accumulated time period and the use time period of a type of APP and the use time period of the whole student mobile terminal; meanwhile, the push message monitoring module is used for realizing the push message interception of certain applications, and clearing and resetting the APP of the intercepted push message.
The technical effects of the scheme are as follows: the system and the method have the advantages that the remote control management of the use duration and the use time period of single application and category application can be performed on all application systems APP on the student mobile terminal, meanwhile, the miscalculation of application accumulation time can be effectively avoided through a message pushing intercepting mode and a background application running detection mode, and the accuracy of time management of the student mobile terminal is effectively improved.
In an embodiment of the present invention, the accumulated time duration management module includes:
a duration monitoring module, configured to monitor a duration of use of each APP included in each category APP;
a duration accumulation module, configured to perform accumulation calculation on the usage duration of each APP included in each category APP to obtain the accumulated usage duration of each category APP;
and the application control module is used for judging whether the accumulated use time length reaches the accumulated use time length value in real time, and if the accumulated use time length reaches the accumulated use time length value, controlling all APPs in the category which reach the accumulated use time length value to be incapable of being opened.
The working principle of the scheme is as follows: all APPs installed on the student mobile terminal are classified through the time length monitoring module, total use time length is set for the APPs of different categories respectively according to the APP categories, when a certain category of APP is used, the use time of all the APPs in the category is calculated in an accumulated mode through the time length accumulation module, and when the total use time length which is set in advance is reached, all applications in the category of APPs are controlled through the application control module to be opened on the same day in an accumulated mode.
The technical effects of the scheme are as follows: accurate and comprehensive time management is achieved for the use of student mobile terminal types APP.
In an embodiment of the present invention, the terminal time management module includes:
the terminal use time period management module is used for setting a screen unlocking time period of the student mobile terminal, and when the student mobile terminal is in the unlocking time period, the student mobile terminal is in a screen unlocking state and is allowed to be used; when the student mobile terminal is out of the unlocking time period, the student mobile terminal is in a screen locking state, and the student mobile terminal is forbidden to be used; (ii) a
The terminal use duration management module is used for setting screen unlocking duration of the student mobile terminal, when the student mobile terminal reaches the set unlocking duration, the student mobile terminal automatically locks a screen, and the student mobile terminal is forbidden to be used; when the student mobile terminal does not reach the unlocking time length, the student mobile terminal is in a screen free state, and the screen of the student mobile terminal is allowed to be freely unlocked.
The working principle of the scheme is as follows: the screen locking time of the student mobile terminal is managed by the terminal use time period management module and the terminal use time period management module, and the whole use time period of the student mobile terminal are controlled through the screen locking time management of the student mobile terminal.
The technical effects of the scheme are as follows: the whole service behavior of effective control student mobile terminal avoids when long and the time quantum setting is not in place for single APP or a type of APP, and student mobile terminal is abused, improves student mobile terminal's time management efficiency and comprehensiveness.
In an embodiment of the present invention, the push message monitoring module includes:
the application sample matrix establishing module is used for acquiring the characteristic information of each application in one type of APP once every 1 hour when the one type of APP of the student mobile terminal is allowed to be used, and establishing an application sample matrix corresponding to the one type of APP according to the number of the APPs in the one type of APP and the characteristic information corresponding to each APP; wherein the feature information includes: the reading time of the push information, the interval time of the push information, the push information times and the click-on times of the push information.
The distance value calculating module is used for calculating a sample distance value between any APP in the application sample matrix and other APPs;
the density value calculation module is used for calculating a sample density value corresponding to each APP;
the comparison sample generation module is used for setting a sample density threshold value, selecting an APP with a density value smaller than the sample density threshold value from the application sample matrix, and forming a comparison sample;
the message pushing limiting module is used for judging whether the APP of the pushed message belongs to the application in the comparison sample or not when the APP of the student mobile terminal pushes the message, directly intercepting the message pushed by the APP if the APP does not belong to the application in the comparison sample, and allowing the message to be pushed if the APP belongs to the application in the comparison sample;
the time zero clearing module is used for acquiring background information of the student mobile terminal, detecting whether the APP intercepted the push message performs background operation or not, if so, closing the APP which performs background operation, and simultaneously clearing the time occupied by the APP which intercepts the push message, wherein the time zero clearing module does not perform accumulated calculation in the accumulated service time of each category of APPs.
The monitoring process of the push message monitoring module comprises the following steps:
step 1, acquiring feature information of each application in one type of APP of the student mobile terminal every 1 hour in a state that the one type of APP is allowed to be used, wherein the feature information comprises the reading time length of push information, the interval time length of the push information, the times of push information and the times of opening the push information; constructing an application sample matrix corresponding to each type of application by using the number of applications in one type of APP and the characteristic information corresponding to each application, wherein the application sample matrix is as follows:
wherein, the sample elements of each row in the application sample matrix respectively correspond to characteristic information representing an application: reading time of the push information, push information interval time, push information times and push information opening times, wherein n represents the number of applications in the sample matrix;
step 2, calculating a sample distance value between any APP in the application sample matrix and other APPs by using a distance value formula, wherein the distance value formula is as follows:
wherein, αijRepresenting a distance value between two applications in the application sample matrix, n representing the number of applications contained in the application sample matrix, i and j representing the ith and jth applications in the application sample matrix, respectively, qikRepresenting the kth characteristic information in the ith application, qjkRepresenting the kth characteristic information in the jth application;
step 3, calculating a density value corresponding to each APP, wherein the density value is obtained through the following formula:
where ρ isiDenotes the corresponding density value of each APP, λ (x) denotes a function, when x is αij-α0When x is equal to or less than 0, lambda (x) is equal to 1, and when x is equal to αij-α0λ (x) ═ 0 when > 0, αijRepresenting the value of the distance between two APPs, α0Indicating a preset distance threshold value between applications, and β indicating the number of APPs with the distance value larger than the distance threshold value between each application;
step 4, setting a density threshold, and selecting APP with the distance density smaller than the density threshold from the sample matrix to form a comparison sample;
step 5, when the APP of the student mobile terminal pushes the message, judging whether the APP belongs to the application in the comparison sample, if not, directly intercepting the message pushed by the APP, and if the APP belongs to the application in the comparison sample, allowing the message to be pushed;
and 6, acquiring background information of the student mobile terminal, detecting whether the APP intercepted from the push message performs background operation or not, closing the APP intercepted from the push message which performs background operation if the APP intercepted from the push message performs background operation, and clearing the time occupied by the APP intercepted from the push message to zero without performing accumulative calculation within the accumulative usage time of each category of APPs.
The working principle of the scheme is as follows: the method comprises the steps of establishing an application sample matrix by taking classes of student mobile terminals APP as a basis and combining feature information of each application in each class of APP, obtaining a sample distance value and a sample density value by using the application sample matrix and the feature information, screening out a comparison sample by means of the sample distance value and the sample density value, wherein each application contained in the comparison sample is an application which is used and browsed in the student mobile terminals at high frequency. And screening the application APP of the push message by using the comparison sample, and intercepting the message pushed by the APP if the APP of the push message does not belong to the application in the comparison sample. Meanwhile, the APP push message possibly causes the application to be started and fall into the background to run to occupy the time of the student for using the mobile terminal, so that whether the APP is in background running or not is detected, if the APP is detected to be in background running, the APP is forcibly closed, and the time occupied by the APP background running is cleared.
The technical effects of the scheme are as follows: the APP allowing the message to be pushed is screened in a sample distance value and sample density value mode, the number and range of the applications of APP high-frequency browsing in the student mobile terminal can be effectively reduced, and the applications used at high frequency can be accurately screened; application number and scope that reduce APP high frequency and browse as far as possible and can effectively restrict the use number of APP on student's mobile terminal, because student's mobile terminal's time management operation, lead to the student to use mobile terminal's time limited, this kind of screening mode can and guarantee that the student all uses on some application APPs that browse frequency is the highest at ordinary times with limited time, reduces the waste of live time. On the other hand, interception of the delivery message of the APP which does not meet the screening requirement can reduce the starting frequency of unnecessary applications on the student mobile terminal and the reception of junk or unhealthy information, so that the student mobile terminal can obtain effective information management; meanwhile, the background running application is detected and closed, and time is reset, so that occupation of the background running program on the limited use time and time period of the students can be effectively avoided, the use time of the mobile terminals of the students is prevented from being wasted under the condition that the students do not know, the mobile terminals or the APP of the students are forbidden to be used in advance, and the accuracy and the precision of time management are effectively improved.
A device for managing the APP use time of a student mobile terminal is shown in figure 3 and comprises a management end and a wireless communication device; the management terminal is in data connection with the student mobile terminal through the wireless communication device; the management terminal adopts a WEB-based computer or mobile equipment (such as a mobile phone, a tablet computer and the like) and is used for running a machine program or an instruction so as to realize the student mobile terminal APP use time management method.
The working principle of the scheme is as follows: the management terminal remotely performs time management on the application APP of the student mobile terminal by combining the student mobile terminal APP use time management method through a wireless communication device.
The technical effects of the scheme are as follows: the time management method has the advantages that parents or teachers can conveniently use management ends of computers or mobile terminals and the like to manage the application use time of the student mobile terminals, meanwhile, part of push messages can be effectively intercepted, wrong calculation of application accumulation time is avoided through a background application running detection mode, and the accuracy of time management of the student mobile terminals is effectively improved.
It will be apparent to those skilled in the art that various changes and modifications may be made in the present invention without departing from the spirit and scope of the invention. Thus, if such modifications and variations of the present invention fall within the scope of the claims of the present invention and their equivalents, the present invention is also intended to include such modifications and variations.
Claims (10)
1. The utility model provides a student mobile terminal APP live time management method which characterized in that, the method carries out the live time management to student mobile terminal APP through the remote control mode, includes:
setting the daily use duration and time period of a single APP installed on a student mobile terminal, and managing the running state of the single APP according to the duration and time period;
classifying the APPs installed on the student mobile terminal, setting the use time period of each type of APP, and managing the running state of each type of APP according to the use time period;
setting the accumulated use time value of each type of APP, and managing the running state of each type of APP according to the accumulated use time value;
setting screen locking duration or screen locking time period of a student mobile terminal, and managing the screen state of the student mobile terminal according to the screen locking duration or the screen locking time period;
judging whether to intercept the push message of each APP; after confirming to intercept the push message, judging whether the APP intercepted the push message carries out background operation or not, if the APP intercepted the push message has background operation, forcing the APP intercepted the push message to close, and meanwhile resetting the time occupied by the APP intercepted the push message.
2. The method according to claim 1, wherein the setting a cumulative duration of use value of each category APP and managing the operating state of each category APP according to the cumulative duration of use value comprises:
monitoring the service time of each APP contained in each category of APP;
performing cumulative calculation on the service time of each APP contained in each category of APP to obtain the cumulative service time of each category of APP;
and judging whether the accumulated use time length reaches the accumulated use time length value or not in real time, and if the accumulated use time length reaches the accumulated use time length value, controlling all APPs in the category which reach the accumulated use time length value to be incapable of being opened.
3. The method for managing the service time according to claim 1, wherein the setting of the screen locking duration or the screen locking time period of the student mobile terminal, and the managing of the screen state of the student mobile terminal according to the screen locking duration or the screen locking time period comprises:
setting a screen unlocking time period of a student mobile terminal, wherein when the student mobile terminal is in the unlocking time period, the student mobile terminal is in a screen unlocking state and is allowed to be used; when the student mobile terminal is out of the unlocking time period, the student mobile terminal is in a screen locking state, and the student mobile terminal is forbidden to be used;
setting screen unlocking duration of a student mobile terminal, and when the student mobile terminal reaches the set unlocking duration, automatically locking a screen of the student mobile terminal, and forbidding the student mobile terminal to use; when the student mobile terminal does not reach the unlocking time length, the student mobile terminal is in a screen free state, and the screen of the student mobile terminal is allowed to be freely unlocked.
4. The method according to claim 1, wherein the determining whether to intercept push messages of the APPs; after confirming the interception propelling movement message, judge whether the APP intercepted the propelling movement message carries out the backstage operation, if there is the backstage operation by the APP intercepted the propelling movement message, force the APP intercepted the propelling movement message closes, will simultaneously by the time that the APP intercepted the propelling movement message is occupied clears zero, include:
under the condition that one type of APP of the student mobile terminal is allowed to be used, acquiring characteristic information of each application in the one type of APP every 1 hour, and constructing an application sample matrix corresponding to the one type of APP according to the number of the APPs in the one type of APP and the characteristic information corresponding to each APP; the application sample matrix
The characteristic information comprises the reading time length of the push information, the interval time length of the push information, the push information times and the click-on times of the push information; the sample elements of each row in the application sample matrix respectively correspond to characteristic information representing an application: reading time of the push information, push information interval time, push information times and push information opening times, wherein n represents the number of applications in the sample matrix;
calculating a sample distance value between any one APP in the application sample matrix and other APPs;
wherein, αijRepresenting a distance value between two applications in the application sample matrix, n representing the number of applications contained in the application sample matrix, i and j representing the ith and jth applications in the application sample matrix, respectively, qikRepresenting the kth characteristic information in the ith application, qjkRepresenting the kth characteristic information in the jth application;
calculating a sample density value corresponding to each APP;
where ρ isiDenotes the corresponding density value of each APP, λ (x) denotes a function, when x is αij-α0When x is equal to or less than 0, lambda (x) is equal to 1, and when x is equal to αij-α0λ (x) ═ 0 when > 0, αijRepresenting the value of the distance between two APPs, α0Indicating a preset distance threshold value between applications, and β indicating the number of APPs with the distance value larger than the distance threshold value between each application;
setting a sample density threshold, and selecting an APP of which the density value is smaller than the sample density threshold from the application sample matrix to form a comparison sample;
when one type of APP of the student mobile terminal sends a push message, judging whether the APP of the push message belongs to the application in the comparison sample, if not, directly intercepting the message pushed by the APP, and if the APP belongs to the application in the comparison sample, allowing the push message;
obtaining the background information of the student mobile terminal, detecting whether the APP intercepted the push message carries out background operation, if detecting the APP intercepted the push message carries out background operation, then closing the background operation the APP intercepted the push message, simultaneously will the time occupied by the APP intercepted the push message is cleared, not accumulated calculation is in the accumulated service time of each category APP.
5. The utility model provides a student mobile terminal APP live time management system which characterized in that, the system carries out the live time management to student mobile terminal APP through the remote control mode, includes:
the single APP time management module is used for setting the daily use time length and time period of a single APP installed on the student mobile terminal and managing the running state of the single APP according to the time length and time period;
the time interval management module is used for classifying the APPs installed on the student mobile terminal, setting the use time interval of each category of APP, and managing the running state of each category of APP according to the use time interval;
the accumulated time length management module is used for setting the accumulated use time length value of each category APP and managing the running state of each category APP according to the accumulated use time length value;
the terminal time management module is used for setting the screen locking duration or the screen locking time period of the student mobile terminal and managing the screen state of the student mobile terminal according to the screen locking duration or the screen locking time period;
the push message monitoring module is used for judging whether to intercept the push messages of the APPs; after confirming to intercept the push message, judging whether the APP intercepted the push message carries out background operation or not, if the APP intercepted the push message has background operation, forcing the APP intercepted the push message to close, and meanwhile resetting the time occupied by the APP intercepted the push message.
6. The system for managing use time according to claim 5, wherein the accumulated time period management module comprises:
a duration monitoring module, configured to monitor a duration of use of each APP included in each category APP;
a duration accumulation module, configured to perform accumulation calculation on the usage duration of each APP included in each category APP to obtain the accumulated usage duration of each category APP;
and the application control module is used for judging whether the accumulated use time length reaches the accumulated use time length value in real time, and if the accumulated use time length reaches the accumulated use time length value, controlling all APPs in the category which reach the accumulated use time length value to be incapable of being opened.
7. The system for managing use time according to claim 5, wherein the terminal time management module comprises:
the terminal use time period management module is used for setting a screen unlocking time period of the student mobile terminal, and when the student mobile terminal is in the unlocking time period, the student mobile terminal is in a screen unlocking state and is allowed to be used; when the student mobile terminal is out of the unlocking time period, the student mobile terminal is in a screen locking state, and the student mobile terminal is forbidden to be used; (ii) a
The terminal use duration management module is used for setting screen unlocking duration of the student mobile terminal, when the student mobile terminal reaches the set unlocking duration, the student mobile terminal automatically locks a screen, and the student mobile terminal is forbidden to be used; when the student mobile terminal does not reach the unlocking time length, the student mobile terminal is in a screen free state, and the screen of the student mobile terminal is allowed to be freely unlocked.
8. The system according to claim 5, wherein the push message monitoring module comprises:
the application sample matrix establishing module is used for acquiring the characteristic information of each application in one type of APP once every 1 hour when the one type of APP of the student mobile terminal is allowed to be used, and establishing an application sample matrix corresponding to the one type of APP according to the number of the APPs in the one type of APP and the characteristic information corresponding to each APP;
the distance value calculating module is used for calculating a sample distance value between any APP in the application sample matrix and other APPs;
the density value calculation module is used for calculating a sample density value corresponding to each APP;
the comparison sample generation module is used for setting a sample density threshold value, selecting an APP with a density value smaller than the sample density threshold value from the application sample matrix, and forming a comparison sample;
the message pushing limiting module is used for judging whether the APP of the pushed message belongs to the application in the comparison sample or not when the APP of the student mobile terminal pushes the message, directly intercepting the message pushed by the APP if the APP does not belong to the application in the comparison sample, and allowing the message to be pushed if the APP belongs to the application in the comparison sample;
the time zero clearing module is used for acquiring background information of the student mobile terminal, detecting whether the APP intercepted the push message performs background operation or not, if so, closing the APP which performs background operation, and simultaneously clearing the time occupied by the APP which intercepts the push message, wherein the time zero clearing module does not perform accumulated calculation in the accumulated service time of each category of APPs.
9. The system for managing use time according to claim 8, wherein the characteristic information includes: the reading time of the push information, the interval time of the push information, the push information times and the click-on times of the push information.
10. The device for managing the APP use time of the student mobile terminal is characterized by comprising a management end and a wireless communication device; the management terminal is in data connection with the student mobile terminal through the wireless communication device; the management terminal adopts a computer or mobile equipment based on WEB and is used for running programs or instructions to realize the student mobile terminal APP use time management method as claimed in any one of claims 1-4.
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