Terminal and method for detecting and processing stand-by power consumption abnormity

Abstract

The invention provides a terminal and a method for detecting and processing stand-by power consumption abnormity. The terminal comprises a current detecting module, a lock detecting module and an abnormity judging module, wherein after the terminal sends out a stand-by request, the current detecting module detects a current consumed in real time by a system of the terminal and compares the current with a preset threshold, when the current is larger than the preset threshold, the lock detecting module detects whether an unreleased lock exists in the system, and when the unreleased lock exists in the system, the abnormity judging module judges that the terminal is in the state of stand-by power consumption abnormity. By means of the terminal and method for detecting and processing stand-by power consumption abnormity, when the current is large, whether the system of the terminal is in a normal stand-by power consumption state can be judged, whether the terminal is in the state of stand-by power consumption abnormity is judged through a detecting lock, so that subsequent processing is conducted on the state of stand-by power consumption abnormity.

Description

technical field [0001] The invention relates to the field of mobile communication, in particular to a terminal and a method for detecting and processing abnormal standby power consumption. Background technique [0002] In some current smart phones, such as Android system mobile phones, the application needs to apply for the corresponding lock when it is working, and when the work is over, it will release the lock it applied for. Among them, if the application uses If it is a timeout lock, the timeout lock will be automatically released after the predetermined time to stop the work of the application. When the terminal is in standby, since the application program needs to stop working, it is necessary to ensure that all locks in the system are released, so that the standby state can be truly realized. [0003] When the application does not release the lock due to abnormality, or the application is downloaded from the Internet and has not been formally tested, the lock is not...

AI Technical Summary

Problems solved by technology

[0003] When the application does not release the lock due to abnormality, or the application is downloaded from the Internet and has not been formally tested, the lock is not released in time when the mobile phone is in standby, which will cause the system to fail to standby normally. At this time, the standby current is abnormal (lower than normal) much bigger)

This will cause the battery power of the user's mobile phone to run out in a short period of time without the user's awareness, bringing a very bad experience to the user

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