Driving record monitoring device based on cloud storage

Abstract

The invention relates to the technical field of driving record monitoring, and specifically relates to a driving record monitoring device based on cloud storage. A camera, a GPS positioning device, an acceleration sensor, a super capacitor, a wireless communication module and an Internet of Things terminal are all connected with a core processing device, the Internet of Things terminal is connected with an Internet of Things server, the Internet of Things server is connected with a cloud storage device, the core processing device comprises an image processing module, an image encoder, an analog output module, an analog output interface, a position matching module, a speed calculation module and a power supply module, the camera is connected with an input end of the image processing module, an output end of the image processing module is connected with the image encoder and the analog output module, the image encoder and the analog output module both are connected with the Internet of Things terminal and the wireless communication module, the GPS positioning device is connected with the position matching module, the acceleration sensor is connected with the speed calculation module, and the super capacitor is connected with the power supply module. With the driving record monitoring device based on cloud storage, real-time on-line transmission and storage of large volumes of big data are realized.

Description

technical field [0001] The invention relates to the technical field of driving record monitoring, in particular to a driving record monitoring device based on cloud storage. Background technique [0002] The Internet of Things technology, which connects everyday things to the Internet, is developing rapidly and is entering the age of the home. Using smartphones and tablets allows people to monitor anytime, anywhere. Most of the existing driving record monitoring devices include a camera, an ARM processor and a memory, and the camera of the ARM processor stores the collected driving images into the memory for subsequent query or real-time output through CVBS. Due to the limited capacity of the memory, the camera data storage adopts the principle of overflow when it is full, and deletes the first stored data according to the time sequence to make room for new data. And most of the existing driving recorders only capture images of the environment outside the car, but for the ...

AI Technical Summary

Problems solved by technology

And most of the existing driving recorders only capture images of the environment outside the vehicle, but for the inside of the vehicle, such as the driver's driving speed and driving location cannot be monitored in real time, and additional GPS positioning devices need to be installed. For this reason, the existing The driving recorder still needs to be improved in the improvement of its functional structure

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