Crane remote monitoring and intelligent maintenance system based on IOT and DSP

Abstract

The present invention discloses a crane remote monitoring and intelligent maintenance system based on an IOT and a DSP. The system is formed by the connection of a sensor group, an industrial wireless network, a test and control servers, a remote data service center, and an information receiving terminal device in order. The design and project amount can be greatly reduced, the installation cost is reduced, the DSP has the characteristics of fast computing speed, multiple data channels and high floating point operating precision, and the characteristics are very suitable for an industrial control system to carry out accurate detection and positioning.

Description

Technical field [0001] The invention relates to a remote monitoring and intelligent maintenance system, in particular to a crane remote monitoring and intelligent maintenance system based on the Internet of Things and DSP (Digital Signal Processing, digital signal processing). Background technique [0002] Traditional crane maintenance depends on fixed personnel, timing, and fixed points. With the rising labor cost, especially the lack of experienced human resources, the cost of relying on manual maintenance is becoming more and more expensive. In addition, the failure frequency of equipment throughout its life cycle varies, especially in the early and late stages of equipment operation, equipment is more prone to failures, and traditional timing methods cannot serve cranes well. Traditional maintenance is passive, and is usually dealt with after the failure occurs, which leads to safety, production shutdown costs, and maintenance costs. Summary of the invention [0003] The tech...

AI Technical Summary

Problems solved by technology

[0002] The maintenance of traditional cranes is completed by fixed personnel, timing, and fixed points. With the rising cost of labor, especially the lack of experienced human resources, the cost of relying on manual maintenance is becoming more and more expensive.

In addition, the failure frequency of the equipment changes throughout the life cycle, especially in the early and late stages of equipment operation, the equipment is more prone to failure, and the traditional timing method cannot serve the crane well

Traditional maintenance is passive, and is generally dealt with after a failure occurs, which leads to increased safety, production stop costs, and maintenance costs

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