Combination method of intelligent ultrasonic flowmeter

Abstract

The invention relates to a combination method of an intelligent ultrasonic flowmeter, which is applicable to measuring flowrate and heat of liquid in a pipeline, and belongs to the technical field of acoustics, sensors and flowmeters. The technical scheme is that a panel computer or a smart phone with wireless communication function, a converter with wireless communication function and a transducer are combined together, the to-be-detected signal is transmitted by the transducer to the converter and processed and converted into general transmission data by the converter, the measuring data is directly transmitted to the panel computer or the smart phone through the converter with the wireless communication function, and the data transmitted by the converter is summarized and analyzed through the data processing software mounted in the panel computer or the smart phone. The invention has the characteristics of reasonable structure, advanced technology, high intelligentization degree, powerful function, high informatization degree, wide application range and the like, and can be widely applied to the measuring technology utilizing the ultrasonic detecting technology to measure the flowrate of the liquid in the pipeline.

Description

technical field [0001] The invention relates to an intelligent ultrasonic flowmeter combination method, which is a flowmeter combination method for measuring liquid flow in a pipeline by using ultrasonic detection technology, is suitable for measuring liquid flow and heat in a pipeline, and belongs to the technical field of acoustics, sensors and flowmeters . Background technique [0002] At present, the existing flowmeters that use ultrasonic testing technology to measure the flow of liquid in pipelines are mainly composed of transducers and converters. This kind of flowmeter has no problem in accurately measuring the liquid flow, but the component converter basically does not have wireless communication functions such as WiFi, and the wireless transmission capability is weak; the existing wireless short-distance transmission only relies on RF radio frequency, and the transmission method itself has great limitations. limitations and higher costs. Therefore, it is difficul...

AI Technical Summary

Problems solved by technology

This kind of flowmeter has no problem in accurately measuring the liquid flow, but the component converter basically does not have wireless communication functions such as WiFi, and the wireless transmission capability is weak; the existing wireless short-distance transmission only relies on RF radio frequency, and the transmission method itself has great limitations. limitations and higher costs

Therefore, it is difficult or almost impossible to quickly realize the functions of data transmission, data analysis, real-time dynamic analysis of relevant data such as fluid flow state and flow rate in the pipeline with this kind of flowmeter, and it is difficult to integrate into the information technology such as the Internet of Things. manage

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