Railway container overload and unbalanced load detection monitoring system

Abstract

A railway container overload and unbalanced load detection monitoring system is composed of overload and unbalanced load detection terminal systems mounted on container spreaders, handling station monitoring systems and a monitoring center system. Each overload and unbalanced load detection terminal system comprises force sensors respectively arranged on four spinlocks of the corresponding container spreader, a data acquisition module and a wireless communication module. Each handling station monitoring system is connected with the overload and unbalanced load detection terminal systems on the container spreaders in a corresponding handling station through a wireless network, and the handling station monitoring systems carry out data analysis and processing on measured values of the force sensors on the container spreaders and calculate the total weight and the center of gravity of a container. The monitoring center system is connected with the handling station monitoring systems through the Internet, receives detection data uploaded by the handling station monitoring systems, and issues management information to the handling station monitoring systems in a timely manner. Unified management of railway container overload and unbalanced load detection means and results is realized.

Description

technical field [0001] The invention relates to the technical field of container management systems, in particular to a system for detecting and supervising railway containers with excessive and unbalanced loads. Background technique [0002] The phenomenon of excessive and unbalanced loading of containers is a hidden danger to the safety of railway traffic. When the train is loaded with overloaded or unbalanced containers, it may cause the center of gravity of the loaded vehicle to shift beyond the limit in the horizontal or vertical direction, causing serious accidents such as derailment or rollover of the train. At present, my country's railway container overload detection is completed before loading at the handling station where the container is located. The detection methods adopted by each processing station are not the same, the detection data are kept separately, and there is a lack of unified supervision methods. This will easily lead to the phenomenon of underrepo...

AI Technical Summary

Problems solved by technology

[0003] The technical problem to be solved by the present invention is to provide a railway container over-unbalanced load detection and supervision system, which overcomes defects such as the island phenomenon of railway container over-unbalanced load detection data or the delay in uploading detection data in the prior art.

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