An open method and system for ultra-remote industrial monitoring information integration

Abstract

The invention discloses open super-long distance industrial supervising information integrating method and the system. The data processing flow of the information integration method includes following parts: a) the supervising instruction is submitted to the industrial supervising data server by the remote supervising computer; b)the instruction is processed by the industrial data server and the result is returned; c) the remote supervising computer carries on super-long distance script update and logic function extension; d) the script explanation and script bank maintenance of the industrial supervising data server. The information integration system is made up of industrial supervising data server, industrial grade GSM model, and wireless data transmitting network, industrial GSM model and remote supervising computer in order. The invention has character such as open, plug, thus the industrial engineer and the application engineer can add the functional card to the remote supervising system according to the service demands, realizes the function extension and the logic adjustment of super-long distance.

Description

technical field [0001] The invention relates to the field of industrial automation, in particular to an open ultra-long-distance industrial monitoring information integration method and system. Background technique [0002] Ultra-long-distance industrial monitoring information integration refers to a special type of industrial monitoring in which the distance between the information source and the monitoring computer is too long (tens to hundreds of kilometers), and it is difficult to use wired or wireless LAN or telephone dial-up network. Typical ultra-long-distance industrial monitoring requirements include: [0003] 1) The monitoring points are very scattered and located in remote areas where network communication means are lacking, such as the monitoring and monitoring of various environmental variables and hydropower facilities; [0004] 2) The monitoring point is in a large-scale movement process, and the traditional wired network cannot be ...

AI Technical Summary

Problems solved by technology

[0004] 2) The monitoring point is in a large-scale movement process, and the traditional wired network cannot be used, and the existing wireless local area network such as 802.11 is difficult to meet the coverage requirements, such as the monitoring of vehicles, ships, aircraft and other vehicles;

[0005] 3) Relevant personnel are required to be able to participate in monitoring anytime and anywhere, but the location of relevant personnel cannot be determined. For example, in industrial production, once an equipment failure occurs, the failure information will be sent to the maintenance engineer in time

[0008] 2) Weak real-time performance

[0011] At present, enterprise private network erection, radio stations, satellite leases, etc. are adopted, or the construction cost and maintenance cost are high, or the application area is limited, and the maintainability and scalability are poor, which cannot meet the actual needs of enterprises in this regard.

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