Multi-protocol data collection system and method of various equipment sensors

Abstract

The invention discloses a multi-protocol data collection system and method of various equipment sensors. According to the method, multi-protocol data collection of the various equipment sensors is achieved through a multi-protocol controller, a collection data storage, a simple multi-protocol configurator and a communication result displayer; universality of multi-protocol data collection of the various equipment sensors is achieved through an open connector; multi-protocol real-time data collection supported by the cross-platform, multiple-system and long-distance Internet is achieved by the application of a B / S structure. Due to the flexibility and expandability of a programming interface, data collection of a sensor of new equipment and new collection protocol expansion can be increased swiftly on the basis of an existing system modeling. Investment of on-spot equipment can be lowered due to the integrated system, and a data collection solution with the optimal cost-performance ratio is achieved due to seamless connection between the system and a data system of the equipment.

Description

technical field [0001] The invention relates to a multi-protocol data acquisition system and method for realizing various equipment sensors, belonging to the equipment sensor communication field. Background technique [0002] In recent years, more and more attention has been paid to the efficiency and safety of various equipment. Existing commercial and industrial equipment and instruments, such as electronic and electrical equipment, air conditioners, water collection wells, steam boilers, elevators, central oxygen stations, cold source units and other large electromechanical operating equipment, real-time operating status and work efficiency are important components of safety. It is imperative to conduct comprehensive research on system monitoring and real-time data collection to achieve equipment operation quality. A convenient and flexible multi-protocol data acquisition method for various equipment sensors is a necessary and sufficient condition for this purpose. Vari...

AI Technical Summary

Problems solved by technology

[0003] 1. The communication protocols of various equipment sensors provided by various manufacturers are not the same, and the application system needs to develop a variety of communication systems to ensure normal communication, which will inevitably lead to crossover of various communication systems, reducing reliability and increasing complexity;

[0004] 2. The data calculation formulas collected by various equipment sensors provided by various manufacturers are not the same, and the application system needs to use a variety of calculation formulas to ensure that the collected data is correct, which will inevitably lead to duplication of various calculation formulas and reduce reusability;

[0005] 3. Lack of unified data interface, communication monitoring and data storage monitoring interface

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