TWI404436B - Device and method for auto data network connection/disconnection of the finance software on a mobile apparatus - Google Patents

Abstract

The disclosure is a device and method for auto data network connection/disconnection of the finance software on a mobile apparatus. This software is designed for mobile phone, PDA, stock machine, smart phone, Tablet PC and Mobile Internet Device/Ultra-Mobile PC. The disclosure is used for auto network connection/disconnection of a data transmission of the finance software on the apparatus above. The mobile apparatus automatically closes data network connection to reduce power consumption according to suspend mode and background mode. The mobile apparatus automatically opens data network connection according to open screen-backlight or switch from background mode to foreground mode.

Description

Device and method for automatic connection and disconnection of mobile device financial watch software

The invention relates to a touch-type mobile device financial watch software, in particular to a touch-type mobile device financial watch software automatic connection and disconnection device and method.

At present, the operating system of the touch-type mobile device is divided into a multi-tasking and a single-tasking, and the multiplexed operating system allows the user to execute more than one application at the same time, and The application can be executed in the Background Mode, while the simplex operating system allows only one application to be executed at a time, and the application cannot be executed in background mode.

I saw that the touch-based mobile device financial watch software relies on the Internet (Data Network, also known as "data transmission connection") to transmit data (Data), while the financial watch software uses the network connection protocol (Network) Protocol) includes both HTTP and TCP. HTTP is a type of Connectionless Network Protocol. As the name implies, Connectionless means that the network does not stay connected, that is, the network connection is terminated immediately after the data transmission is completed. Some of the mobile device financial software used this HTTP as the agreement of the network connection. The network does not maintain the characteristics of the connection, and the power consumption of the network connection is low, and the automatic update data of the mobile device financial software using the HTTP protocol is adopted for a fixed time to the server. Establish a one-time HTTP network connection, the fixed time can be set in the program, for example: 5 seconds / 10 seconds / 15 seconds / 20 seconds / 30 seconds / 1 minute, if the network connection adopts HTTP protocol and no A fixed time automatic update requires the user to update the data manually; while TCP is a connection-oriented network protocol (Connection-Oriented Network Protocol), which is characterized by a network. After the connection is established, the connection state is maintained until one of the parties terminates the connection. The commonly used program for TCP Socket connection is also such a communication protocol. Great way than HTTP (i.e. TCP connection mode consumes more power). The network connection referred to in this manual includes both HTTP and TCP network communication protocols.

In addition, the touch-based mobile device financial watch software is executed in the multiplexed or simplex operating system, and the sleep control module of the operating system or a "timeout disconnection setting" (also known as "connected" The line time setting "or "connection idle time setting") controls the length of the idle time (Idle) time of the financial network connection (ie "data transmission connection") to prevent the user from being stopped. Continue to look at the disk but forget the disconnection (turn off the network connection) and waste power consumption, whether it is the former (the "sleep setting" built into the operating system) or the latter (the "timeout disconnection setting" in the software" ), it is also the same after the idle time, before closing the network connection. Taking the timeout disconnection setting in the software as an example, the timeout disconnection setting value allows the user to select it in the software setting, for example: 30 seconds / 1 minute / 3 minutes / 5 minutes / 10 minutes / permanent connection If the user chooses to leave the connection idle for 1 minute, when the user does not operate the mobile device and idle for 1 minute, the software will immediately disconnect the cable and turn off the screen backlight to enter the sleep mode, when the mobile device wakes up from the sleep mode. You will need to manually operate to reconnect. In addition, the sleep mode of some operating systems does not include turning off the network connection, but only turning off the screen backlight.

Refer to Figure 1 for a schematic diagram of the timeout disconnection setting of the mobile device financial watch software. The illustration is based on Google's Android mobile device style as an illustrative example, which illustrates the user's system setting view of the financial watch software 10. After selecting "Timeout Break Setting" in the middle point, pop-up (Pop-up) a time-out disconnection setting window 14 containing a radio button of a plurality of disconnection times (RadioButton) for the user to select, click Then press the "OK" button to save the settings.

Referring to FIG. 2A, a view of the self-selected quotation of the financial watch software, which illustrates the self-selected quotation view 16 of the financial watch software 10 provides real-time quotation information for one to a plurality of financial products, the quotation information including: stock name, transaction price, Ups and downs, magnitude...etc.

Refer to Figure 2B for a screen lock diagram of the mobile device. It shows that after the wake-up action device wakes up from sleep mode, its screen backlight is turned on, but it is still in the state of screen lock. The user should touch the direction indicated on the screen by touch. You can unlock it to get started with your mobile device.

Referring to Figure 2C, see the re-establishment connection diagram of the financial watch software, which illustrates the financial watch software after the network connection is closed (for example, after waking up from the sleep mode), and asks the user whether to re-open with a pop-up window. Establish a connection.

Refer to Figure 3 for a diagram of the system block diagram of the mobile device financial disk software. This figure only depicts the modules related to this manual. The remaining unrelated modules are omitted and not depicted. It shows that the financial platform software includes: The input device and the operation module 18 are responsible for processing the input and operation of the user through the physical buttons of the mobile device or the touch screen; the network connection control module 20 is responsible for processing the network connection and closing the network connection. a data receiving/transmitting module 22, which is responsible for processing data to be transmitted from the server end to the mobile device end, and transmitted by the mobile device end to the server end; the sleep control module 24 is responsible for processing the time-out disconnection setting, The idle time is monitored and the entry/end hibernation module is controlled; the self-selected quotation module 26 is responsible for generating a self-selected quotation view 16 based on the quotation data of the financial product.

Figure 4 is a flow chart of the user operation of the financial software. The operation flow of the technology and the time-out disconnection/hibernation mechanism is explained by the specific operation flow after the software is started. Please refer to Figure 2A. 2B, 2C, and 3, which include the following steps: Step 101: Execute the financial watch software; the user executes the financial watch software 10 on the mobile device.

Step 102: Establish a network connection; when the software is turned on, the network connection control module 20 establishes a network connection by using an HTTP or TCP network protocol.

Step 103: Switch to the self-selected quotation view by using the menu; after the network connection is established, the user can select to enter the self-selected quotation view 16 through the input device and the operation module 18 by using a physical button or a touch screen.

Step 104: View the quotation information; after the user selects to enter the self-selected quotation view 16, the TCP communication protocol is kept connected by the network connection at any time, so the data receiving/transmitting module 22 starts to receive the server end directly. The quotation information transmitted is sent to the optional quotation module 26 to process the received data to generate a self-selected quotation view 16, as shown in Figure 2A, at which point the user can begin to view the quotation information. The HTTP communication protocol automatically establishes a network connection by the network connection control module 20 for a fixed time (for example, 5 seconds/10 seconds/20 seconds/30 seconds), and then the data receiving/transferring module 22 The receiving of the quotation information transmitted by the server end is started and the received quotation module 26 processes the received data to generate a self-selected quotation view 16, as shown in FIG. 2A.

Step 105: Idle the timeout; assume that the "timeout" time of the software set by the previous user is "1 minute" (as shown in Figure 1), or the built-in sleep setting time in the operating system is set to "1 minute", when the user does not have any operation after viewing the quotation information, the sleep control module 24 starts the idle timer, and if the user continues to operate, the sleep control module 24 will idle. The timer resets to zero. When the user stops the operation again, the sleep control module 24 starts the idle timer again, and the sleep control module 24 monitors whether the idle time reaches the timeout setting. Time (in this case, "1 minute"). Proceed to step 106A or 106B (depending on whether the dormant mechanism of the mobile device operating system controls the network disconnection).

Step 106A: Enter the sleep mode; after the idle timeout, the sleep control module 24 notifies the network connection control module 20 to turn off the screen backlight to enter the sleep mode. If the mobile device operating system does not control the network disconnection, then enter this step, most of the technology is this type, that is, in the sleep mode, the mobile device financial watch software still maintains the network connection and continues. Receive data updates. The next step is to wake up from sleep mode to step 107A.

Step 106B: The automatic disconnection enters the sleep mode; after the idle timeout, the sleep control module 24 notifies the network connection control module 20 to turn off the network connection and turn off the screen backlight to enter the sleep mode. If the mobile device operating system's sleep mechanism includes control network disconnection, then enter this step. The next step is to wake up from sleep mode to step 107B.

Step 107A: wake up from the sleep mode; after entering the sleep mode, the sleep control module 24 monitors whether the input device and the operation module 18 have a user input operation. If "Yes", the sleep control module 24 ends the sleep mode. That is, the mobile device wakes up from the sleep mode and turns on the backlight of the screen. As shown in Figure 2B, the user must then slide the direction indicated on the screen to unlock the screen to start using the mobile device. Then, go to step 104.

Step 107B: wake up from the sleep mode; after entering the sleep mode, the sleep control module 24 monitors whether the input device and the operation module 18 have a user input operation. If "Yes", the sleep control module 24 ends the sleep mode. That is, the mobile device wakes up from the sleep mode and turns on the backlight of the screen. As shown in Figure 2B, the user must then slide the direction indicated on the screen to unlock the screen to start using the mobile device. Then, go to step 108.

Step 108: Manually establish a network connection; when the mobile device wakes up from the sleep mode and the screen lock is released, the network connection of the financial watch software 10 is still interrupted, and the user needs to input the device and operate by himself. The module 18 operates the menu (not depicted) or clicks "OK" directly in the "Reconnect Window" (as shown in Figure 2C) to allow the network connection control module 20 to re-establish the network connection. After the connection is established, skip to step 104 to view the quote information.

If the operating system enters the sleep state, the network connection is not included (ie, step 106A), although the quotation information can be directly viewed after the wake-up from the sleep mode (step 107A) (step 104), without manually setting up the network. The connection is easy for the user to operate, but the network connection continues to waste power consumption during sleep. Especially for TCP connection, it is more wasteful of power consumption than HTTP connection. In fact, after entering the sleep state, even if the network stays connected and the data is continuously updated, but the user cannot view the data (because the screen is closed), the data update is meaningless.

If the operating system enters the sleep state, it includes the network connection shutdown (ie, step 106B), that is, the power consumption of the network connection can be reduced when sleeping. This kind of technology also has shortcomings, except that it takes a long time to look at the market before the order is placed or when the market changes rapidly. In general, the user can view the update of the price information of a certain number of financial products. The time is about 20 seconds or less. However, in steps 107B and 108, after waking up from the sleep mode, the user needs to manually establish a network connection, which is inconvenient and time consuming for the user, so usually used. After querying the quotation information, the mobile device will not actively switch to the sleep mode, but when the timeout setting time of the mobile device arrives, the sleep control module 24 controls to enter the sleep mode, and when the user views the quotation information only It takes 20 seconds (assuming that the information viewed is in the same view, so there is no need to operate with the input device and the operation module 18), and the "timeout disconnection setting" time is "1 minute", which means the middle In 40 seconds, the network connection was wasted. The data transmission rate of the network connection was fixed at a fixed rate (commonly known as the "satisfaction" single rate). The network connection power was wasted. Work Consumption, in terms of the accumulation of more and more, the concept of gathering sand into towers, users consume a dozen times of "40 seconds" of network connection power consumption per day, not to mention the power consumption, especially today's manufacturers are not dedicated It is an important issue to save power consumption of mobile devices to extend their usage time and save power consumption of mobile devices.

In addition, on the mobile device of the multiplexed operating system, for example, Android and Microsoft's Windows Phone, when the financial watch software 10 on it is switched to the background mode for execution (for example, the user answers the call), the financial watch The disk software 10 still maintains the state of the network connection and continuously receives the quotation information, but the current user does not need (and cannot) view the quotation information, so the network connection power function of the financial watch software 10 when executed in the background mode Consumption is also a waste. In particular, in step 106A of the above operation flow, if the operating system sleep mechanism of the operating system does not control the network disconnection, the power consumption of the network connection is still wasted after entering the sleep mode, and all power consumption of the power is wasted. Crown, especially needs improvement.

In summary, the prior art mobile device financial watch software lacks the function of effectively managing network connection and disconnection, which wastes the power consumption of the network connection, and needs to be manually re-established after waking up from the sleep mode. Line, this mode of operation is extremely inconvenient for the user.

Therefore, it is necessary to propose a device and method for automatically connecting and disconnecting the mobile device financial watch software to meet the potential demand of the user to operate the financial watch software.

The invention provides a device and a method for automatically connecting and disconnecting a mobile device financial watch software, which is mainly for adding a power-saving management module to the financial watch software for detecting the brightness/darkness of the screen and the software foreground. The /background execution mode manages the automatic establishment and shutdown of the network connection to save power consumption of the network connection and eliminates the need for the user to manually establish a network connection.

The invention provides a device for automatically connecting and disconnecting a mobile device financial watch software, which is applied to a touch mobile device having a multi-work operation system, comprising: an input device and an operation module, which are used by the user Input and operate mobile devices; a network connection control module for establishing network connection and network connection; a sleep control module for controlling the end and entering the sleep mode; The group is used to detect the screen light/dark and the background/foreground execution mode of the software to manage the automatic establishment and shutdown of the network connection, so as to save the power consumption of the network connection and eliminate the user to manually establish the network. The steps of the road connection.

The invention further provides a method for automatically connecting and disconnecting a mobile device financial watch software, which is applied to a touch mobile device having a multi-work operation system, comprising the following steps: executing a software for viewing a disk; Road connection; when the software is switched to the background execution mode or the screen backlight is turned off, the network connection is automatically turned off; when the software is switched from the background execution mode to the foreground execution mode or the screen backlight is turned on, the network connection is automatically established. line.

The detailed features and advantages of the present invention are set forth in the Detailed Description of the Detailed Description of the <RTIgt; </ RTI> <RTIgt; </ RTI> </ RTI> </ RTI> <RTIgt; The objects and advantages associated with the present invention can be readily understood by those skilled in the art.

The invention is used on a screen touch mobile device, such as a mobile phone, a PDA, a stock machine, a smart phone, a tablet PC, or a mobile Internet device (Mobile Internet Device / Ultra-Mobile PC). The disk software 10 is exemplified by the touch mobile device style using the Android multiplexed operating system. The other mobile devices using the multiplexed operating system have the same screen features, and therefore are not depicted or described separately.

The device and method for automatically connecting and disconnecting the financial device software of the mobile device of the present invention mainly adopts the setting of the time-out disconnection of the technology, and adds a power-saving management module to the financial disk software for Detect the brightness/darkness of the screen and the software foreground/background execution mode to manage the automatic establishment and shutdown of the network connection, and to determine the length of the network time by user operation.

Referring to FIG. 5, a system block diagram of a mobile device financial watch software according to an embodiment of the present invention is provided. The present invention mainly adds a power-saving management module 28 to the financial watch software, and the module has the function of detecting the backlight of the screen (the screen is bright). ) or the function of screen backlight off (screen dark), and the detection of the financial watch soft system in foreground mode (Foreground Mode) or background mode (Background Mode). When the user normally uses the financial watch software 10, the screen backlight of the mobile device should be turned on (the screen is on), and the soft system is executed in the foreground mode. At this time, the network connection should be kept open, if not connected. Automatically establish a network connection; when the user answers the incoming call or uses other software (such as calendar, phone book), the screen backlight is turned on, the software is executed in background mode, and the network connection should be closed; When the screen backlight is turned off or the system enters the sleep mode, the screen backlight is turned off, and the software is executed in the foreground or background mode. At this time, the network connection should be immediately turned off. The power saving management module 28 is based on the above various states. The network connection control module 20 is notified of when the connection should be established and when the connection should be closed.

FIG. 6A is a flow chart of user operation of the financial watch software according to the embodiment of the present invention, which illustrates the operation flow of the automatic connection/disconnection and sleep mechanism of the present invention in the same manner as the operation scenario of FIG. With reference to FIG. 2A, FIG. 2B, FIG. 5 and FIG. 7 , the method includes the following steps: Step 201: Execute the financial watch software; the user executes the financial watch software 10 on the mobile device.

Step 202: Establish a network connection; when the software is turned on, the network connection control module 20 establishes a network connection by using an HTTP or TCP network protocol.

Step 203: Switch to the self-selected quotation view by using the menu; when the network connection is established, the user can select to enter the self-selected quotation view 16 through the input device and the operation module 18 by using a physical button or a touch screen.

Step 204: View the quotation information; after the user selects to enter the self-selected quotation view 16, the TCP communication protocol is kept connected by the network connection at any time, so the data receiving/transferring module 22 starts to receive the transmission from the server. The quotation information is sent to the optional quotation module 26 to process the received data to generate a self-selected quotation view 16, as shown in Figure 2A, at which point the user can begin to view the quotation information. The HTTP communication protocol automatically establishes a network connection by the network connection control module 20 for a fixed time (for example, 5 seconds/10 seconds/20 seconds/30 seconds), and then the data receiving/transferring module 22 The receiving of the quotation information transmitted by the server end is started and the received quotation module 26 processes the received data to generate a self-selected quotation view 16, as shown in FIG. 2A.

Step 205: idle timeout; if the built-in sleep setting time in the operating system is set to "1 minute", when the user does not have any operation after viewing the quotation information, the sleep control module 24 starts the idle timer. (idle timer), if the user continues to operate, the sleep control module 24 resets the idle timer to zero. When the user stops the operation again, the sleep control module 24 starts the idle timer again. Timing, the sleep control module 24 monitors the idle time at any time for the timeout setting (in this example, "1 minute").

Step 206: Automatically disconnecting into the sleep mode; after the idle timeout, if the sleep mode of the operating system includes shutting down the network connection, the sleep control module 24 turns off the screen backlight and notifies the network connection control module 20 to close. The network is connected to enter the sleep mode; if the sleep mode of the operating system does not include the network connection off, the sleep control module 24 only turns off the screen backlight to enter the sleep mode, and then the power management module 28 detects Test monitoring can know that the screen backlight is off, and confirm that the network connection is closed. If the network connection is still open, turn off the network connection (because some mobile device operating system sleep mode does not close the network connection) The above method adopts the TCP communication protocol. If the HTTP communication protocol is adopted, the action of "closing the network connection" is actually "stopping to automatically establish a network connection at a fixed time to update the data".

Step 207: wake up from the sleep mode; after entering the sleep mode, the sleep control module 24 monitors whether the input device and the operation module 18 have an input operation of the user. If "Yes", the sleep control module 24 ends the sleep mode. That is, the mobile device wakes up from the sleep mode and turns on the backlight of the screen. As shown in Figure 2B, the user must then slide the direction indicated on the screen to unlock the screen to start using the mobile device.

Step 208: Automatically establish a network connection; when the mobile device wakes up from the sleep mode, the detection and monitoring of the power-saving management module 28 can know that the backlight of the screen is turned on, and at this time, the power-saving management module 28 re-detects Whether the software is in the foreground execution mode (if the foreground execution mode is the foreground execution mode, the wake-up wakeup mode is also the foreground execution mode). If YES, the power-saving management module 28 notifies the network connection control module 20 to re-establish the network. Road connection, as shown in Figure 7, after the connection is established, the user needs to release the screen lock and then jump to step 204 to view the quote information, as shown in Figure 2A.

In step 206, the line is automatically disconnected and enters the sleep mode. If the network connection of the disk software is TCP network protocol, the power consumption saved by the invention is more significant and effective.

In the above operation, the user automatically establishes a network connection in step 208, which is different from the prior art step 108, and the user needs to manually establish a network connection, thereby saving user operations. time. At step 207, the mobile device is woken up from the sleep mode and the screen backlight is turned on, although it is in the screen lock state (some mobile devices can skip this touch slide to unlock the screen in the operating system "Settings"" Steps), but the detection operation of the power-saving management module 28 of step 208 can also know that the screen backlight has been turned on to notify the network connection control module 20 to re-establish the network connection, but until the screen is unlocked, the user is unlocked. Operable. If the touch device is touched to unlock the screen when the mobile device is turned on, it is a necessary step, which means that the step cannot be turned off or skipped in the "Settings". The power-saving management module 28 of another embodiment of the present invention can also replace the "detect screen lock-on" method in the previous embodiment of the present invention.

The sleep control module causes the mobile device to enter the screen lock mode according to the screen lock time exceeding the screen set time, and changes the mobile device to the screen on mode according to the screen lock release command. In the screen lock mode, the power-saving management module detects the screen lock mode and the network connection is turned on, and the control network connection module closes the network connection. Among them, when entering the screen on mode, the power-saving management module detects the screen on mode and the financial watch software is in the foreground mode, and controls the network connection module to establish a network connection.

FIG. 6B is another scenario flow diagram of the user operating the embodiment of the present invention, which illustrates the operation flow of the user who listens to the incoming call when the disk is viewed and continues to use the software of the disk after the call ends, please refer to the reference. 2A, 5, and 7 include the following steps: Step 301: Execute the financial watch software; the user executes the financial watch software 10 on the mobile device.

Step 302: Establish a network connection; when the software is turned on, the network connection control module 20 establishes a network connection by using an HTTP or TCP network protocol.

Step 303: Switch to the self-selected quotation view by using the menu; when the network connection is established, the user can select to enter the self-selected quotation view 16 through the input device and the operation module 18 by using a physical button or a touch screen.

Step 304: View the quotation information; after the user chooses to enter the self-selected quotation view 16, the TCP communication protocol is kept connected by the network connection at any time, so the data receiving/transmitting module 22 starts to receive the server end. The quotation information is sent to the optional quotation module 26 to process the received data to generate a self-selected quotation view 16, as shown in Figure 2A, at which point the user can begin to view the quotation information. The HTTP communication protocol automatically establishes a network connection by the network connection control module 20 for a fixed time (for example, 5 seconds/10 seconds/20 seconds/30 seconds), and then the data receiving/transferring module 22 The receiving of the quotation information transmitted by the server end is started and the received quotation module 26 processes the received data to generate a self-selected quotation view 16, as shown in FIG. 2A.

Step 305: Switch to background mode execution; suppose the user answers an incoming call in the watch disk. At this time, the watch software is switched from the foreground mode to the background mode, and the power-saving management module 28 detects and monitors. You can immediately know the switch of this mode.

Step 306: Automatically shut down the network connection; when switching to the background mode execution, the TCP communication protocol is adopted, then the power-saving management module 28 notifies the network connection control module 20 to close the network connection; The communication agreementr "stops automatically establishing network connections at a fixed time to update the data."

Step 307: Switching to the foreground mode execution; assuming that the user continues to watch the disk after the call ends, the disk software is switched from the background mode to the foreground mode, and the detection and monitoring of the power saving management module 28 can be known. A mode switch.

Step 308: Automatically establish a network connection; after switching to the foreground mode, the power-saving management module 28 notifies the network connection control module 20 to re-establish the network connection, as shown in FIG. 7, the connection is established. Immediately, skip to step 304 to view the quote information, as shown in Figure 2A.

In this case, when the user answers the call (steps 305 and 306) and continues to watch the call (steps 307 and 308), the present invention is responsible for managing the network connection control module by the power-saving management module 28. And let the network connection control module can automatically close and establish the network connection. Allow users to automatically turn off the network connection when they don't watch the disk (software is in background mode), which saves the power consumption of the network connection, especially for those who use TCP protocol, when the user continues to watch When the disk is turned on (software switches back to foreground mode execution), the network connection can be automatically established to save the user's manual operation time.

In summary, the device and method for automatic connection and disconnection of the mobile device financial software enable the power consumption of the network connection to be managed more efficiently, and automatically turn off when the user does not watch the disk. Connected, when the user continues to watch the disc, the connection is automatically established.

The embodiment of the present invention is exemplified by Google's Android multiplexed mobile device operating system, and any other multiplexed mobile device operating system is also applicable to the present invention.

Although the technical content of the present invention has been disclosed in the above preferred embodiments, it is not intended to limit the present invention, and any modifications and refinements made by those skilled in the art without departing from the spirit of the present invention are encompassed by the present invention. The scope of protection of the present invention is therefore defined by the scope of the appended claims.

10. . . Financial watch software

12. . . System settings view

14. . . Timeout disconnection setting window

16. . . Optional quote view

18. . . Input device and operation module

20. . . Network connection control module

twenty two. . . Data receiving/transmitting module

twenty four. . . Sleep control module

26. . . Optional quotation module

28. . . Power saving management module

Figure 1 is a schematic diagram showing the setting of the time-out disconnection;

Figure 2A is a view of the self-selected quotation of the financial watch software;

Figure 2B is a schematic diagram of the screen lock of the mobile device;

The 2C chart is a schematic diagram of the re-establishment connection of the financial watch software;

Figure 3 is a block diagram of the system of the mobile device financial watch software;

Figure 4 is a flow chart of the user operation of the financial watch software;

5 is a system block diagram of a mobile device financial watch software according to an embodiment of the present invention;

Figure 6A is a flow chart (1) of the user operation of the embodiment of the present invention;

Figure 6B is a flow chart (2) of the user operation of the embodiment of the present invention; and

Figure 7 is a schematic diagram of the re-establishment connection of the financial watch software in the embodiment of the present invention.

18. . . Input device and operation module

20. . . Network connection control module

twenty two. . . Data receiving/transmitting module

twenty four. . . Sleep control module

26. . . Optional quotation module

28. . . Power saving management module

Claims (7)

A device for automatically connecting and disconnecting a mobile device software for a mobile device, which is applied to a mobile device of a multi-work operating system, the device comprising: a network connection module for establishing an internet connection or Turning off the network connection; and a power-saving management module, detecting that the screen backlight of the mobile device is dark in a sleep mode, and controlling the network connection module to be closed when the network connection is open The network connection detects the backlight of the screen in a sleep mode and controls the network connection module to establish the network connection when the financial watch software is in a foreground mode, and detects the financial watch software. Controlling the network connection module to close the network connection when the foreground mode is switched to a background mode, and detecting that the financial watch software controls the network connection module when the background mode is switched to the foreground mode Establish this network connection. The device of claim 1, further comprising: a sleep control module, wherein the idle time exceeds a set time, the mobile device enters the sleep mode and the backlight of the screen is dark, and the action is controlled according to a user. The screen backlight is illuminated when the device leaves the sleep mode. The device of claim 2, wherein the sleep control module is built in an operating system or the financial watch software. A device for automatically connecting and disconnecting a mobile device software for a mobile device, which is applied to a mobile device of a multi-work operating system, the device comprising: a network connection module for establishing an internet connection or Closing the network connection; and a power-saving management module detects a screen lock mode and controls the network connection module to close the network connection when the network connection is open, detecting one When the screen is turned on and the financial watch software is in the foreground mode, the network connection module is controlled to establish the network connection, and the financial watch is detected to be soft. Controlling the network connection module to close the network connection when the foreground mode is switched to the background mode, and detecting that the financial watch software controls the network connection module to establish the network when the background mode is switched to the foreground mode Road connection. The device of claim 4, further comprising: a sleep control module, the mobile device enters the screen lock mode according to a screen lock time exceeding a screen set time, and the mobile device is activated according to a screen lock release command Change to the screen on mode. A method for automatically connecting and disconnecting a mobile device financial watch software is applied to a mobile device of a multi-work operation system, comprising the following steps: executing a financial watch software; establishing an internet connection; When the financial watch software is switched from a foreground mode to a background mode, the network connection is closed; when the mobile device is detected to enter a screen lock, the network connection is closed; when the network connection is detected; When the financial watch software switches from the background mode to the foreground mode, the network connection is established; and when the mobile device detects that the screen lock is released, and the financial watch software is in the foreground mode, the Internet connection. The invention relates to a method for automatically connecting and disconnecting a mobile device financial watch software, which is applied to a mobile device of a multi-work operation system, comprising the following steps: executing a financial watch software; establishing a network connection; Turning off the network connection when detecting that the financial watch software is switched from a foreground mode to a background mode; when detecting that the mobile device turns off a screen backlight, the network connection is closed; when detecting When the financial watch software is switched from the background mode to the foreground mode, the network connection is established; and when the mobile device detects that the backlight is turned on, and the financial watch software is in the foreground mode, Establish this network connection.