Traffic control method based on mobile terminal, mobile terminal and storage device

Abstract

The invention provides a traffic control method based on a mobile terminal, the mobile terminal and a storage device. The method comprises the steps that when the taxi software of the mobile terminal of a vehicle owner determines that an order is successfully received, whether the vehicle owner turns on navigation software for navigation is detected; if the mobile terminal turns on the navigation software for navigation, whether the traffic sum of other software running on the background of the mobile terminal exceeds a threshold is detected; and if the mobile terminal of the vehicle owner runs other software during navigation, the networking function of other software is controlled to be shut down according to the fact that the traffic is up to the threshold. According to the invention, unrelated software of the background is selectively shut down when the vehicle owner receives the order, or a data network is shut down when an offline map is in the mobile terminal; the user's traffic is greatly saved; the traffic cost is reduced; and the safety of the vehicle owner and a passenger is enhanced.

Description

technical field [0001] The invention relates to the technical field of mobile terminal applications, in particular to a flow control method based on a mobile terminal, a mobile terminal and a storage device. Background technique [0002] With the widespread rise of self-customized sharing concepts such as free rides, carpooling, and buses (such as Didi Taxi), many individuals are now starting to work as part-time drivers, which can not only share the cost, but also pool resources to achieve green travel as much as possible. , reduce the resource waste of one car per person, but also facilitate passengers, so that passengers have one more choice. [0003] When individual users (passengers) use taxi-hailing apps, they may often need to switch between taxi-hailing apps (select the departure point, destination, and type selection, etc.) and navigation apps (passengers determine the distance to the destination, find the destination, view the map, etc.) Switching, but as a driver...

AI Technical Summary

Problems solved by technology

[0003] When individual users (passengers) use taxi-hailing apps, they may often need to switch between taxi-hailing apps (select the departure point, destination, and type selection, etc.) and navigation apps (passengers determine the distance to the destination, find the destination, view the map, etc.) Switching, but as a driver (car owner), he cannot operate the mobile phone in real time in consideration of safety issues (the mobile terminal of the present invention takes the mobile phone as an example, and also includes smart devices such as tablets), once the car owner keeps operating the mobile phone, it is easy to cause distraction. In the event of an unexpected situation, while the car owner does not operate the mobile phone, many applications that have already been opened will continue to run in the background, resulting in continuous use of background traffic, causing unnecessary waste and increasing the cost of the car owner

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