Vehicle-mounted data real-time acquisition system

Abstract

The invention relates to a vehicle-mounted data real-time acquisition system, including sensor modules, signal conditioning modules, a data concentrator module, a browser equipped with a Javascript engine and a webpage server. Each signal conditioning module comprises an amplification circuit, a filter circuit and a communication interface. The data concentrator module comprises a communication interface, a CPU and a historical data storage device. The sensor modules collect data of all sensors and send the data to the signal conditioning modules. Each signal conditioning module is connected to the data concentrator module through the communication interface. The browser is equipped with the Javascript engine, the engine is additionally provided with a data access module which can directly access data in the data concentrator module, then collected local data can be queried via a webpage downloaded from the webpage server, so that the object of real-time data acquisition is achieved, and vehicle-mounted data can be timely mastered.

Description

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AI Technical Summary

Benefits of technology

This patented system helps gather important data on behalf of users' screens during their browsing sessions by capturing them over an internet network instead of relying solely upon servers that store everything locally for retrieval purposes. It allows remote updates without interferring with existing connections or accessing databases stored at other locations. Additionally, the system works well even if there are multiple sources of data available across different networks.

Problems solved by technology

The technical problem addressed in this patented solution relates to improving the accuracy and efficiency of acquiring test results from thermally driven systems (such as cars) used at different stages or locations throughout their lifecycle. Current methods require manual updates over multiple hours due to limited network connectivity between sensors and servers. This limits the ability to quickly respond to changes caused by environmental factors like air conditioning control settings.

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