Intelligent internet-of-things testing system based on trailer and automatic control mode of intelligent internet-of-things testing system

Abstract

The invention relates to an intelligent internet-of-things testing system based on a trailer and an automatic control mode of the intelligent internet-of-things testing system based on the trailer, and the system comprises a top-layer visual centralized control system which achieves the field visualization of a pool, the visualization of a test process and the remote control of a test; a test data management system of a management layer which is used for creating test items, issuing tasks and integrating, analyzing and processing test data; a field data acquisition system of an operation layer which receives the test task, then sends a control instruction to a trailer management system and a wave making and absorbing device, and acquires pool environment monitoring information and trailer operation monitoring information in real time; a trailer management system of a control layer which manages the trailer of the field layer, so that the trailer advances, retreats or stops on a track at a set speed, and the operation monitoring information of the trailer is fed back to the field data acquisition system; therefore, the intelligent internet-of-things testing system of the trailer is formed, the automation of the whole process of a pool towing test is greatly facilitated, and the intelligent internet-of-things testing system is particularly suitable for a high-speed towing test.

Description

technical field [0001] The invention relates to the technical field of towing test equipment, in particular to a trailer-based intelligent IoT testing system and its automatic control method. Background technique [0002] In the existing technology, traditional trailers and information collection systems are still mostly used in towing pool experiments. The follow-up processing and archiving of experimental data after output by the trailer computer greatly depends on manpower, and the degree of automation is not high; "Information isolated islands", the interconnection of things and the low degree of system integration lead to unsmooth real-time information acquisition, and it is impossible to know the details of the test status at the first time; Standardized and unified storage is not conducive to data management and knowledge mining; moreover, the basic network is not perfect, and data and video transmission is limited, which affects customer experience. Contents of the...

AI Technical Summary

Problems solved by technology

[0002] In the existing technology, traditional trailers and information collection systems are still mostly used in towing pool experiments. The follow-up processing and archiving of experimental data after output by the trailer computer greatly depends on manpower, and the degree of automation is not high; "Information isolated islands", the interconnection of things and the low degree of system integration lead to unsmooth real-time information acquisition, and it is impossible to know the details of the test status at the first time; Standardized unified storage is not conducive to data management and knowledge mining; moreover, the basic network is not perfect, data and video transmission is limited, which affects customer experience

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