CN106326078A - Operation time monitoring system - Google Patents

Abstract

The embodiment of the present invention discloses an operation time monitoring system, including a computer host, a computer screen and an input device. The computer host is installed with an application and a driver corresponding to the input device, and the driver includes a monitoring program. The monitoring program can identify the application when the application is started and start to calculate the operation time of the application. The monitoring program can perform reminder setting work to obtain a reminder time point. When the monitoring program determines that the application operation reaches the reminder time point, the computer screen is controlled to display the current operation time. The technical solution of the embodiment of the present invention can effectively control the operation time.

Description

Operating time monitoring system

technical field

The invention relates to an operating time monitoring system, in particular to an operating time monitoring system for an input device.

Background technique

With the development of science and technology, electronic devices have been popularized to individual users. Common electronic devices include mainframe computers, notebook computers, smart phones, and tablet computers. Among them, smart phones and tablet computers are small in size and easy to carry. Advantages, so the touch electronic device is favored by the majority of users. Generally speaking, the user will use the input device to operate the computer mainframe and the notebook computer, wherein the notebook computer is preset with a keyboard module therein. Although touch-sensitive electronic devices such as smart phones and tablet computers can be operated by users with fingers, their efficiency is still lower than that of input devices for inputting text or symbols. Therefore, input devices with various functions are launched on the market for users to use with electronic devices (including touch-sensitive electronic devices).

Since the above-mentioned electronic devices have been popularized in ordinary families, most children in the family often execute game application programs in the electronic devices to play computer games. Usually, children play computer games for a long time, which not only easily causes children's myopia, but also shortens their time for homework or reading. Therefore, most users will control the time when children play computer games. Generally, it is stipulated that children can only play computer games at a specific time, but it is often caused by the negligence of users that children play computer games overtime.

In view of the above problems, Taiwan's No. TWM410913 New Patent discloses a reminder device for preventing the computer from being used for too long, which can be provided with a pressure sensor, a microcontroller including a timing unit, and an alarm in the input device. Taiwan's No. TWM410913 patent case utilizes a pressure sensor to detect the direct pressure or indirect pressure generated by the hand on the input device, so as to determine whether someone is using the input device. When the pressure sensor detects the pressure generated by the hand, the timing unit starts timing. When the microcontroller judges that the user or child continues to generate pressure for a long time, the microcontroller controls the alarm to generate vibration or warning sound to remind the user to stop Operate the computer.

However, the Taiwan No. TWM410913 patent case still cannot effectively restrict children from playing computer games or using electronic devices. Warning tone. Therefore, there is a need for a monitoring system that can effectively control the operating time.

Contents of the invention

The purpose of the present invention is to provide an operation time monitoring system which can effectively control the operation time.

In a preferred embodiment, the present invention provides an operation time monitoring system, including: a computer host, a computer screen and an input device. An application program is installed on the computer mainframe, and the computer screen is connected to the computer mainframe to display a picture of the computer mainframe operation. The input device is connected to the computer host and is used to control the computer host according to a user's operation. The input device includes: an input interface and a driver. The input interface is used for outputting a corresponding operation signal to the computer host according to the operation of the user. The driver program is installed in the computer host, and the driver program includes a monitoring program, which is used to identify the application program when the computer host starts the application program, and start counting an operation time of the application program; Wherein, when the monitoring program judges that the operation of the application program reaches a reminder time point, it controls the computer screen to display the current operation time.

In one embodiment, the application program has an identification element, and the monitoring program can identify the application program according to the identification element; wherein, when the computer host starts the application program, the monitoring program can identify the application program according to the identification element of the application program element to identify the application and detect that the application is launched.

In one embodiment, when the application program is installed in the computer host, the monitoring program can scan the application program to obtain the identification element; wherein the identification element is an identification code of the application program, an identification code of the application program A program name or an installation path of the application program.

In one embodiment, the monitoring program includes a monitoring setting option, which is displayed on the screen operated by the host computer, and is used to perform a reminder setting task, a locking setting task and a Link establishment work, wherein when the computer host starts the monitoring setting option, the monitoring program displays a setting interface on the computer screen, the setting interface includes a reminder setting column, a locking setting column and a link The establishment setting column is used to receive an event occurrence time information, the lock setting column is used to receive an open period information, and the link establishment setting column is used to receive an identification element of the application program.

In one embodiment, when the monitoring program receives the event occurrence time information, it calculates and obtains the reminder time point according to an event occurrence time point and an advance reminder time length corresponding to the event occurrence time information, And when the monitoring program reaches the reminder time point, it controls the computer screen to display the current operation time, and the operation time covers the screen corresponding to the application program.

In one embodiment, the monitoring program is set to display a reminder period. When the computer mainframe starts the application program and the monitoring program reaches the reminder time point, the monitoring program controls the computer screen to continue during the display reminder period. The current operation time is displayed, and the computer screen is controlled to stop displaying the current operation time after the display reminder period has passed.

In one embodiment, when the event occurrence time information includes another warning time length in advance, the monitoring program can calculate and obtain another reminder time point corresponding to the other warning time length in advance, and the monitoring When the program reaches the other reminding time point, the computer screen is controlled to display the current operating time, and the operating time is overlaid on the screen corresponding to the application program.

In one embodiment, when the monitoring program identifies the application program and detects that the application program is activated, the monitoring program controls the host computer to suspend the activation of the application program, and according to a current time and corresponding to the open period information An open start time point and an open end time point, to determine whether the computer host is allowed to continue to start the application program; wherein, when the current time is between the open start time point and the open end time point, the monitoring The program allows the host computer to continue to start the application program; and when the current time is not between the opening start time point and the opening end time point, the monitoring program controls the computer host computer to close the application program.

In one embodiment, the monitoring program allows the host computer to continue to start the application program, according to the current time, the opening end time point corresponding to the opening period information, and an advance reminder time length to obtain the reminder by calculation time point, and when the monitoring program reaches the reminder time point, control the computer screen to display the current operating time and a remaining usage time information, and the operating time and remaining usage time information cover the screen corresponding to the application above; wherein, the remaining usage time information is the time length from the reminder time point to the opening end time point.

In one embodiment, the input device further includes a power control module connected to the monitoring program to control whether to supply power to the input device; when the monitoring program reaches the opening end time point, the monitoring program controls The power control module stops supplying power to the input device.

In one embodiment, it also includes another input device connected to the host computer to control the host computer according to the user's operation, wherein the other input device can transmit a The unlocking signal is sent to the host computer, so that the monitoring program can control the power control module to resume power supply to the input device according to the unlocking signal.

Description of drawings

FIG. 1 is a schematic block diagram of a preferred embodiment of the operating time monitoring system of the present invention.

FIG. 2 is a schematic diagram of the monitoring options and setting interface of the operating time monitoring system in a preferred embodiment of the present invention.

3A-3C are schematic diagrams of a reminder setting bar of the operating time monitoring system in a preferred embodiment of the present invention.

FIG. 4 is a schematic diagram of the operation time monitoring system displaying the reminder time on the computer screen in a preferred embodiment.

5A-5B are schematic diagrams of the locking setting column of the operating time monitoring system in a preferred embodiment of the present invention.

FIG. 6 is a schematic diagram of the link establishment setting column of the operating time monitoring system in a preferred embodiment of the present invention.

Wherein, the reference signs are explained as follows:

1 Operating time monitoring system

11 host computer

12 computer screen

13 First input device

12 Second input device

111 first application

112 Second application

113 drivers

114 monitoring program

115 Monitor setting options

131 The first input interface

132 Power control module

141 Second input interface

1141 Setting interface

1141a Reminder Setting Options

1141b Lock setting option

1141c Link Establishment Setting Options

1142a Reminder setting bar

1142b Lock setting bar

1142c Link creation setting column

1143b Open/lock period setting column

F First application screen

I identify elements

L monitoring list

T The operating time of the first application

detailed description

In view of the known technical problems, the present invention provides an operating time monitoring system that can solve the known technical problems. Firstly, the structure of the operating time monitoring system of the present invention will be described. Please refer to FIG. 1 , which is a block diagram of a preferred embodiment of the operating time monitoring system of the present invention. The operating time monitoring system 1 includes a computer host 11 , a computer screen 12 , a first input device 13 and a second input device 14 . The host computer 11 is installed with a first application program 111, a second application program 112, and a driver 113 corresponding to the first input device 13, and the driver program 113 includes a monitoring program 114, and the monitoring program 114 is installed on the driver program 113 in the host computer. After the installation in 11 is completed, it is established. The function of the monitoring program 113 is to identify the application program when the host computer 11 starts any application program, and when it is judged that the application program is an application program that needs to be monitored, it starts to calculate the value of the application program. operating time. The computer screen 12 is connected to the host computer 11 , and can display images operated by the host computer 11 , including images of the first application program 111 and the second application program 112 . In this preferred embodiment, the first application program 111 is a game program, and the second application program 112 is a text processing program.

In Fig. 1, the first input device 13 is connected to the host computer 11 and can be driven by a driver, which can control the host computer 11 according to the user's operation. The first input device 13 includes a first input interface 131 and a power control Module 132, the first input interface 131 is partly exposed on the first input device 13 and can be operated by the user through touch, thereby outputting a corresponding first operation signal to the host computer 11, so that the host computer 11 can The corresponding operation is performed according to the first operation signal. The power control module 132 can be connected to the monitoring program 114 through the connection between the first input device 13 and the monitor of the host computer 11 , and its function is to control whether to supply power to the first input device 131 . The second input device 14 is connected to the computer mainframe 11 and can carry out monitoring related settings through the monitoring program 114. The second input device 14 has a second input interface 141, and its part is exposed on the second input device 14 and can be touched by the user. It is operated by touch, so that a corresponding second operation signal can be output to the host computer 11, so that the host computer 11 can perform corresponding operations according to the second operation signal. In addition, the second input device 14 also includes an unlocking function, which will be described in detail later.

In this preferred embodiment, the host computer 11 is a desktop computer, the first input device 13 is a mouse device, and the second input device 14 is a keyboard device, and the driver 113 is provided by the manufacturer of the first input device 13 , which is stored in any storage carrier (for example, an optical disc), so that the host computer 11 can obtain the driver program 113 through a corresponding storage carrier reader (for example, an optical disc drive), so that the driver program 113 can be installed In the host computer 11. It is only an example, rather than limiting the patent scope of the present invention. In another preferred embodiment, the host computer can be assembled with the computer screen and the second input device to form a notebook computer, and the first input device The device and the second input device can also be devices with other input functions. In addition, the driver program can also be stored in the network server or network space by the manufacturer of the first input device 13, so that the host computer can use network connection to connect to the network server or network space to obtain the driver program.

FIG. 1 shows that the first application program 111 has an identification element I, which can be used by the monitoring program 114 to identify the first application program 111 through the identification element I. On the contrary, the second application program 112 does not have the identification element, that is to say, the monitoring program 114 can identify the first application program 111 but cannot identify the second application program 112 . Wherein, the identifiable application program in the present invention is the application program that needs to be monitored by the monitoring program 114 . In this preferred embodiment, the identification element I is the identification code of the first application program 111 , its program name or its installation path in the host computer 11 .

In addition, the manufacturer of the first input device 13 can count the application programs with high usage rate in the market in advance, and preset the identification elements of the multiple application programs with high usage rate in the monitoring list L of the monitoring program 114 . Take the first application program 111 as an example to briefly explain: after the monitoring program 114 is installed on the host computer 11 first, the first application program 111 is installed in the host computer 11. During the installation of the first application program 111, the monitoring The program 114 can scan the first application program 111 to obtain the identification element I of the first application program 111 , thereby identifying the first application program 111 . In a better practice, the monitoring program can also add the identification elements of the required application programs to the monitoring list L of the monitoring program according to the needs of users, so as to increase the applications that can be monitored.

After the hardware and software aspects of the operating time monitoring system 1 are set or installed, the operation of the operating time monitoring system 1 of the present invention will be described. Please refer to FIG. 1 and FIG. 2 at the same time. FIG. 2 is a schematic diagram of the monitoring options and setting interface of the operating time monitoring system in a preferred embodiment of the present invention. After the driver program 113 is installed, the monitoring program 114 is also installed, and the monitoring setting option 115 of the monitoring program 114 is displayed in the operation screen of the computer host 11, and the monitoring setting option 115 can be performed according to the user's operation. Reminder setting work, lock setting work and link building work. When the user uses the first input interface 131 of the first input device 13 to select the monitoring setting option 115, the host computer 11 starts the monitoring setting option 115, so that the monitoring program 114 displays the setting interface 1141 on the screen, and the setting interface 1141 includes a reminder setting option 1141a, a lock setting option 1141b, and a connection establishment setting option 1141c.

Wherein, activate the reminder setting option 1141a to provide a reminder setting column 1142a, its function is to receive the event occurrence time information provided by the user, and its event is the user's upcoming to-do list, so that the monitoring program 114 can Remind the user a period of time before the to-do items occur, so as to avoid delaying the to-do items. Activating the lock setting option 1141b can provide a lock setting column 1142b, its function is to receive the opening period information provided by the user, so that the monitoring program 114 can restrict the activation of one or some application programs during the set lock period, And only one or some application programs can be activated during the set open time period. And start link establishment setting option 1141c can provide link establishment setting bar 1142c, its function is to receive the identification element of a certain application program, make monitoring program 114 be able to add this application program in its monitoring list L, and can identify and monitor the application.

Firstly, the operation situation of the monitoring program 114 performing the reminder setting work will be described. Please refer to FIG. 1 , FIG. 2 , and FIG. 3A-3C at the same time. FIG. 3A-3C are schematic views of the reminder setting column of the operating time monitoring system in a preferred embodiment of the present invention. When the user uses the first input interface 131 to select the reminder setting option 1141a of the setting interface 1141, the host computer 11 activates the monitoring setting option 115, so that the monitoring program 114 displays a reminder setting column 1142a on the screen. Figure 3A shows that the reminder setting column 1142a includes a to-do item field, an event occurrence time point field, and an advance reminder time length field. The to-do item field is to receive the to-do item content information provided by the user, such as: going out, eating and meetings etc. The event occurrence time point field is to receive the occurrence time point information of the to-do item provided by the user, which may include date and time, and only time is shown in FIG. The figures are concise and date information is omitted. The advance reminder time length field is to receive at least one piece of advance reminder time length information provided by the user. Wherein, the above-mentioned event occurrence time information includes to-do item content information, occurrence time point information, and advance reminder time length information.

For example, assume that the to-do item content information received by the monitoring program 114 in the to-do item field is "dinner", and the occurrence time point information received in the event occurrence time point field is "19:30", and in The advance reminder time length information received in the advance reminder time length field is "15 minutes" and "30 minutes". When the monitoring program 114 receives the above-mentioned event occurrence time information, it can calculate and obtain two reminder time points according to the event occurrence time point "19:30" and the advance reminder time length "15 minutes" and "30 minutes", namely 19:00 and 19:15 to complete the reminder setting work.

Next, when the user utilizes the first input device 13 to activate the first application program 111, the monitoring program 114 recognizes it according to the identification element I of the first application program 111, and detects that the first application program 111 is activated. The monitoring program 114 starts counting the operation time of the first application program 111 . When the monitoring program 114 judges that the first reminder time point (i.e. 19:00) is reached, the monitoring program 114 controls the computer screen 12 to display the current operation time T in the display reminder period, and the operation time T part covers the corresponding first reminder time point. The screen F of the application program 111 is as shown in FIG. 4 . In Fig. 4, the operation time T of the first application program 111 is covered on the upper edge of the screen F of the first application program 111, and its partial coverage means that the operation time T of the first application program 111 is displayed on the screen of the first application program 111. The upper layer of the picture F to avoid its operation time T being shadowed. In this preferred embodiment, the display reminder period is about 3-5 seconds, and after the display reminder period passes, the monitoring program 114 controls the computer screen 12 to stop displaying the current operating time. Afterwards, when the monitoring program 114 judges that the second reminder time point (that is, 19:15) is reached, the current operation time is displayed in the reminder period again, and the operation time is partially covered on the screen corresponding to the first application program 111, for a second reminder. The above is the reminder function of the monitoring program 114 , whereby the monitoring program 114 can remind the user in the above manner, so as to avoid delaying the processing of the to-do items.

It should be noted that the second reminder by the monitoring program 114 is due to the receipt of two advance reminder time length information during the reminder setting work, so the monitoring program 114 can perform a corresponding number of reminders. After the reminder but before the second reminder time point, the first application program 111 is closed, and the monitoring program 114 will not perform the second reminder. Of course, the contents of the above-mentioned to-do list information, occurrence time point information, and advance reminder time length information are all examples, and not limited thereto.

Next, the operation situation of the monitoring program 114 performing the lock setting operation will be described. Please refer to FIG. 1 , FIG. 2 and FIG. 5A-5B at the same time. FIG. 5A-5B are schematic views of the locking setting column of the operating time monitoring system in a preferred embodiment of the present invention. When the user uses the first input interface 131 to select the lock setting option 1141b of the setting interface 1141, the host computer 11 activates the monitoring setting option 115, so that the monitoring program 114 displays the locking setting bar 1142b on the screen. Figure 5A shows the option to open the locking function, the option to close the locking function, the setting option of the opening/locking period, and the same advance reminder time length field as in the above-mentioned Figures 3A to 3C. When the option to open the locking function is selected, the monitoring program 114 can Executing the locking function, the locking function is to restrict the host computer 111 from starting all the application programs in the monitoring list L during the locking period, and can only be started during the open period. On the contrary, when the option of closing the locking function is selected, the monitoring program 114 does not perform the locking work. Wherein, the locking function is mainly for the user to restrict the use of certain application programs by the children, so as to prevent the children from starting the multiple application programs during a time period not permitted by the user. As for the selection of the open/lock period setting option, when the open/lock period setting option is selected, the monitoring program 114 can set the open period (or lock period) according to the user's setting operation. The function of the advance reminder time length field is the same as that described above, so it will not be repeated here.

Figure 5B shows the opening/locking period setting column 1143b, the opening/locking period setting column 1143b includes every Sunday to Saturday and the time points from 0:00 to 24:00 every day, which can be set according to the needs of users Among them, the area indicated by oblique lines in the opening/locking period setting column 1143b is the locked period, and the rest of the blank areas are the open periods. And in Fig. 5, it is shown that the opening period is from 14:00 to 17:00 every day, and the rest are locked periods, wherein, 14 o'clock every day is the opening start time point, and 17 o'clock every day is the opening end time point, monitoring program 114 Whether it is currently within the open period can be judged according to the current time, the open start time point, and the open end time point.

When the child utilizes the first input device 13 to activate the first application program 111 during the open period, the host computer 111 activates the first application program 111 according to the operation of the child. At this time, the monitoring program 114 detects that the first application program 111 is opened and Control the host computer 11 to suspend and start the first application program 111, and judge whether to allow the host computer 11 to continue to start the first application program 111 according to the opening start time point, the opening end time point and the current time received by the opening/locking period setting column 1143b. Apps 111. Since the current time is within the opening period, the monitoring program 114 judges that the current time is between the opening start time point and the opening end time point, and allows the host computer 11 to continue to start the first application program 111, so that the child can perform the first application program 111. Operation of the application program 111 .

At the same time when the first application program 111 is started, the monitoring program 114 performs the same operation as the above reminder function: starts counting the operation time of the first application program 111 . When the monitoring program 114 judges that the reminder time point is reached, the monitoring program 114 controls the computer screen 12 to display the current operation time in the display reminder period, and the operation time is partially covered on the screen corresponding to the first application program 111, as shown in FIG. 4 , and FIG. 4 shows that the first application program 111 is a racing game program. In a better way, besides the displayed current operating time, the information of the remaining usage time until the opening end time point can be additionally displayed, so as to further remind children. Wherein, the remaining usage time information is the time length from the reminder time point to the opening end time point. When the child ignores the current operating time reminded and continues to operate the first application program 111, and the monitoring program 114 judges that the current time has reached the opening end time point, the monitoring program 114 controls the power control module 132 to stop supplying power to the first input device 13 to lock the first input device 13 so that the child cannot proceed with the first application program 111 . After that, the user can use the second input device 14 to input preset key combination commands, such as: Ctrl, A, B, C and other key commands to the monitoring program 114, so that the monitoring program 114 can control the power control according to the unlocking signal The module 132 restores power to the first input device 13 to unlock the first input device 13 .

When the child uses the first input device 13 to start the first application program 111 during the locking period, the host computer 111 starts the first application program 111 according to the child's operation. At this time, the monitoring program 114 detects that the first application program 111 is opened and Control the host computer 11 to suspend and start the first application program 111, and judge whether to allow the host computer 11 to continue to start the first application program 111 according to the opening start time point, the opening end time point and the current time received by the opening/locking period setting column 1143b. Apps 111. When the current time is not between the open start time point and the open end time point (that is, within the lock period), the monitoring program 114 controls the host computer 11 to close the first application program 111 . In a preferred method, the monitoring program can further control the power control module to stop supplying power to the first input device, so as to lock the first input device 13 .

In addition, the operating time monitoring system 1 of the present invention is not only limited to the first application program 111 and the application programs in the monitoring list L to perform monitoring functions, reminder functions and locking functions, but also allows users to add new ones according to their needs. The monitored application program is placed in the monitoring list L. Please refer to FIG. 2 and FIG. 6 at the same time. FIG. 6 is a schematic diagram of the link establishment setting column of the operating time monitoring system in a preferred embodiment of the present invention. When the user uses the first input interface 131 to select the link creation setting option 1141c of the setting interface 1141, the host computer 11 activates the monitoring setting option 115, so that the monitoring program 114 sets a link setting column 1142c on the screen. The user can input the identification element of the application program to be added into the link creation setting column 1142c, so that the monitoring program 114 can obtain the new identification element, and can link with the corresponding application program, and add the application program In the monitoring list L. Therefore, the operating time monitoring system 1 of the present invention can also perform a reminder function and a locking function for the application program that the user wants to monitor.

According to the above, the operating time monitoring system of the present invention establishes a monitoring list in the monitoring program in advance. When the application program on the monitoring list is activated, the monitoring program can detect and start timing to remind when necessary. In addition, a lock period can also be set in the monitoring program to prevent children from executing the application program during the unallowed period, and the power supply to the input device can be stopped to forcibly suspend the operation of the application program. Compared with the known technology, it can be seen that it does not need to detect whether someone is using the input device, and can avoid misjudgment caused by detection errors. In addition, the operating time monitoring system of the present invention not only stops the power supply to the input device, but also controls the host computer to close the application program. Even if the child replaces the input device whose power supply has been stopped, the application program cannot continue.

The above descriptions are only preferred embodiments of the present invention, and are not intended to limit the patent scope of the present invention. Therefore, all other equivalent changes or modifications that do not deviate from the spirit disclosed in the present invention should be included in this case. within the scope of the patent application.

Claims (11)

1. An operating time monitoring system comprising: A host computer, installed with an application program and a driver program, and the driver program includes a monitoring program, the monitoring program is used to identify the application program when the host computer starts the application program, and start to calculate a part of the application program operating time; a computer screen, connected to the computer host, for displaying a picture of the operation of the computer host; and An input device, connected to the computer host and driven by the driver, is used to control the computer host according to a user's operation; wherein, when the monitoring program judges that the application program operation reaches a reminder time point, And control the computer screen to display the current operating time. 2. The operating time monitoring system as claimed in claim 1, wherein the application program has an identification element, and the monitoring program can identify the application program according to the identification element; wherein, when the host computer starts the application program , the monitoring program can identify the application program according to the identification element of the application program, and detect that the application program is started. 3. The operating time monitoring system according to claim 2, wherein when the application program is installed in the host computer, the monitoring program can scan the application program to obtain the identification element; wherein the identification element is An identification code of the application program, a program name of the application program or an installation path of the application program. 4. The operating time monitoring system as claimed in claim 1, wherein the monitoring program includes a monitoring setting option displayed on the screen of the host computer operation for performing an operation according to the user's operation. Reminder setting work, a lock setting work and a connection establishment work, wherein when the computer host starts the monitoring setting option, the monitoring program displays a setting interface on the computer screen, the setting interface includes a reminder setting column, a locking setting column and a link setting setting column, the reminder setting column is used to receive an event occurrence time information, the locking setting column is used to receive an opening period information, and the link setting setting The field is used to receive an identification element of the application. 5. The operating time monitoring system as claimed in claim 4, wherein when the monitoring program receives the event time information, according to an event time point corresponding to the event time information and an advance reminder The length of time is calculated to obtain the reminding time point, and when the monitoring program reaches the reminding time point, it controls the computer screen to display the current operating time, and the operating time is overlaid on the screen corresponding to the application program. 6. The operating time monitoring system as claimed in claim 5, wherein the monitoring program is set with a display reminder period, when the computer host starts the application program and the monitoring program reaches the reminder time point, the monitoring The program controls the computer screen to continuously display the current operation time during the display reminder period, and controls the computer screen to stop displaying the current operation time after the display reminder period passes. 7. The operating time monitoring system as claimed in claim 5, wherein when the event occurrence time information includes another advance reminder time length, the monitoring program can calculate and obtain the time corresponding to the other advance reminder time Another reminder time point of the length, and when the monitoring program reaches the other reminder time point, control the computer screen to display the current operating time, and the operating time is overlaid on the screen corresponding to the application program. 8. The operating time monitoring system as claimed in claim 4, wherein when the monitoring program identifies the application program and detects that the application program is started, the monitoring program controls the host computer to suspend starting the application program, and According to a current time and an opening start time point and an opening end time point corresponding to the opening period information, it is judged whether to allow the computer host to continue to start the application program; wherein, when the current time is between the opening start time point and the opening end time point, the monitoring program allows the host computer to continue to start the application program; and when the current time is not between the opening start time point and the opening end time point, the monitoring program controls The computer host closes the application. 9. The operating time monitoring system according to claim 8, wherein when the monitoring program allows the host computer to continue to start the application program, according to the current time, the opening end time corresponding to the opening period information, and An advance reminder time length is calculated to obtain the reminder time point, and when the monitoring program reaches the reminder time point, it controls the computer screen to display the current operating time and a remaining usage time information, and the operating time and the remaining time The use time information is overlaid on the screen corresponding to the application program; wherein, the remaining use time information is the time length from the reminder time point to the opening end time point. 10. The operating time monitoring system according to claim 8, wherein the input device further comprises a power control module connected to the monitoring program to control whether to supply power to the input device; when the monitoring program is in When the opening end time point is reached, the monitoring program controls the power control module to stop supplying power to the input device. 11. The operating time monitoring system according to claim 10, further comprising another input device connected to the computer host for controlling the computer host according to the user's operation, wherein the other input device The input device can transmit an unlock signal to the host computer according to the user's operation, so that the monitoring program can control the power control module to resume power supply to the input device according to the unlock signal.