Method for dynamically loading driver program of vehicle-mounted remote control device

Abstract

The invention discloses a method for dynamically loading a driving program by a vehicle-mount remote control device. The method comprises the following steps: S101, detecting whether a corresponding function module is inserted into a basic circuit board, entering the step S102 if the corresponding function module is inserted into the basic circuit board and shifting to the step S105 if the corresponding function module is not inserted into the basic circuit board; S102, if detecting that the corresponding function module is inserted into the basic circuit board, loading the driving software corresponding to the function module; S103, activating application corresponding to the driving module; S104, reporting to a server to enable the server to provide corresponding service and configuration parameters and enable the function module to work normally; S105, detecting whether the corresponding function module is pulled out, entering the step S106 if the corresponding function module is pulled out and shifting to the step S107 if the corresponding function module is not pulled out; S106, removing the driving software corresponding to the function module, releasing storage space and reporting to the server; and S107, if detecting the corresponding function module is not interested into a corresponding expansion slot and the corresponding function module is not excluded, judging that the corresponding function module is not inserted into the expansion slot for the first time.

Description

technical field [0001] The invention relates to a method for dynamically loading a driver program in a vehicle-mounted remote control device. Background technique [0002] Vehicle remote monitoring can realize wireless remote monitoring, GPS map positioning, historical vehicle trajectory playback, voice intercom, alarm linkage, remote video storage, remote download video, vehicle area management, remote equipment upgrades, etc. The vehicle-mounted remote monitoring system includes a cloud server, a remote control client, and a vehicle installed on the vehicle that communicates with the cloud server and / or the remote control client to control the relevant electrical components on the vehicle according to the cloud server and / or the remote control client Execute the corresponding operation to control the execution terminal, that is, the vehicle-mounted remote control device. [0003] The vehicle-mounted remote control device is installed in the vehicle, including the housing ...

AI Technical Summary

Problems solved by technology

[0003] The vehicle-mounted remote control device is installed in the vehicle, including the housing and the circuit board installed in the housing, etc. The vehicle-mounted remote control device has independent functions such as GPS module, one-button start module, communication module and other basic functional modules are integrated on the circuit board In fact, such an integration method leads to a relatively single function of the vehicle-mounted remote control device, which cannot be adjusted or changed according to the needs of customers for different functions, cannot meet customer needs, and reduces customer experience and satisfaction.

There are also some vehicle-mounted remote control devices with serial ports reserved on the circuit board. Manufacturers or users can connect some functional modules with more needs on the basic functional modules through serial ports according to their needs. In this way, the integration before leaving the factory The basic functional modules on the circuit board cannot be adjusted, and independent functional module circuits with low user requirements cannot be deleted, which reduces the utilization rate and user experience.

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