Multi-parameter ultrasonic wave fluid tester and use method thereof

Abstract

The invention relates to a multi-parameter ultrasonic wave fluid tester and a use method of the multi-parameter ultrasonic wave fluid tester. The multi-parameter ultrasonic wave fluid tester comprises an MSP430 single-chip microcomputer, a terminal sensor, a signal conditioning circuit, an ultrasonic wave probe, an ultrasonic processing circuit, a memorizer, an alarm output circuit, a data output circuit, a gateway and a cloud database. Sensing information is made to have access to the signal processing circuit by the terminal sensor through an interface cable, and a differential signal is made to have access to the ultrasonic processing circuit by the ultrasonic wave probe through an interface cable; the signal conditioning circuit, the ultrasonic processing circuit, the memorizer, the alarm output circuit and the data output circuit have access to the MSP430 single-chip microcomputer; the data output circuit is connected with the gateway in a wired or wireless mode; the gateway is connected to the cloud database through the Ethernet. The multi-parameter ultrasonic wave fluid tester and the use method of the multi-parameter ultrasonic wave fluid tester have the advantages that monitoring pipelines are safe, operation is easy to conduct, construction is convenient to conduct, scale control can be achieved and operating cost is low; the multi-parameter ultrasonic wave fluid tester and the use method of the multi-parameter ultrasonic wave fluid tester have great popularization value in energy saving systems and public facilities.

Description

Technical field: [0001] The invention relates to a fluid tester, in particular to a multi-parameter ultrasonic fluid tester and its usage method. Background technique: [0002] With the development of society, human beings are facing a deteriorating environment, and the increasing shortage of energy makes saving more and more important. In daily life, fluid energy accounts for a large part, such as water, oil, steam (heat energy), natural gas and so on. The safe and lossless transmission of energy is a very complicated topic. It is necessary to monitor its flow, instantaneous flow, pressure, liquid level, water quality, etc. at the same time to quickly locate problems. [0003] At present, for fluid monitoring, the traditional methods mostly use impeller pipe section and plug-in type to monitor its flow, which is labor-intensive and time-consuming, and often cannot be shut down for construction; with the development of ultrasonic technology, the use of external ultrasonic s...

AI Technical Summary

Problems solved by technology

At present, all specialized testers cannot realize the storage and linkage analysis of various data

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