Mobile phone anti-theft tracking system and method

Abstract

The invention relates to a mobile phone anti-theft tracking system and a mobile phone anti-theft tracking method implemented with the system. The method comprises the following steps: S1, registering a user account on a server, and binding the IMEI (International Mobile Equipment Identity) code of a mobile phone; S2, setting a password by a user, and switching the mobile phone from an ordinary mode to an anti-theft mode by a mode switching unit; S3, measuring whether or not each state of the mobile phone changes suddenly within a certain time interval or at a certain moment in real time by an anti-theft unit, and if so, notifying the mode switching unit to switch the mobile phone mode to a tracking mode; and S4, tracking the current position information of the mobile phone with a tracking unit, acquiring information of an environment in which the mobile phone is positioned, and uploading the acquired information to the server for the user to learn. Detection on whether or not the mobile phone is in a lost state can be performed rapidly without increasing additional hardware cost; the manual disturbance to the tracking mode after the mobile phone is stolen is shielded effectively; error operation is reduced; the tracking time is prolonged; the tracking stability is enhanced; and the mobile phone finding success rate is increased.

Description

technical field [0001] The invention relates to a mobile phone anti-theft tracking system and a method for using the system to carry out mobile phone anti-theft tracking. Background technique [0002] With the increasing popularity of smart phones, their prices are generally more than 1,000 yuan, and because of their small size, they are easy to be stolen or even robbed by criminals. Because criminals commit crimes in a relatively concealed manner, users generally cannot find out that the mobile phone is stolen in time, making it very difficult to retrieve the mobile phone, resulting in property loss and data privacy disclosure. [0003] At present, general smartphones on the market already include acceleration sensors, gravity sensors, light sensors, distance sensors, etc., with the emergence of A-GPS (Assisted Global Positioning System) location information. In addition, the battery and SIM (Subscriber Identification Module) card slot in the mobile phone are designed to ...

AI Technical Summary

Problems solved by technology

[0007] However, the above-mentioned existing mobile phone anti-theft method uses a short-distance communication method to detect whether the mobile phone leaves the user, and requires additional hardware equipment support, which undoubtedly increases the anti-theft cost

In addition, keeping the communication connection for a long time will consume the power of the mobile phone faster, and carrying the anti-theft device on the body will cause inconvenience to the user

Moreover, by setting a legal user to detect whether the current mobile phone user is legal, only when criminals operate the mobile phone can it be detected that the mobile phone is stolen, and it cannot be guaranteed to find out in time.

Finally, the tracking phase cannot effectively shield illegal users from operating mobile phones, positioning and data transmission consume a lot of power, and the instability of satellite positioning system signals will have a greater impact on tracking results

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