Intelligent instrument configuration software and method for fluid machinery measurement and control system

Abstract

The invention discloses an intelligent instrument configuration software and method for a fluid machinery measurement and control system. The intelligent instrument configuration software is characterized in that a general intelligent instrument configuration software architecture is established for the intelligent instrument configuration software; the architecture includes an intelligent instrument of a fluid machinery measurement and control system, an Internet-of-things module, a collector configuration management module, a controller configuration management module, a collector diagnosismodule, a controller diagnosis module and a report analysis module; the intelligent instrument configuration software encapsulates an intelligent instrument communication protocol according to an object-oriented idea; the collector configuration management module and the controller configuration management module respectively collect data and adjust parameters of the intelligent instrument of thefluid machinery measurement and control system through the Internet-of-things module; and the collector diagnosis module and the controller diagnosis module checks the validity of and filters the communication data of the intelligent instrument of the fluid machinery measurement and control system. The developing and debugging efficiency of the fluid machinery measurement and control system is improved.

Description

technical field

[0001] The invention relates to the field of control software for a fluid machinery measurement and control system, in particular to an intelligent instrument configuration software and method for a fluid machinery measurement and control system. Background technique

[0002] Fluid machinery products are widely used in national economic life. The measurement and control requirements of fluid machinery products are intricate when performing performance testing. In the fluid machinery measurement and control system, communication with smart instruments is a very important link. The communication interfaces and communication protocols of the intelligent instruments involved in the system are very different, so the reliability and stability of the underlying intelligent instrument communication of the fluid machinery measurement and control system are put forward very high requirements.

[0003] In the domestic fluid machinery product testing industry, most softw...

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