Wireless transceiving float-type brine baume meter and baume degree measuring method

Abstract

The invention relates to a wireless transceiving float-type brine baume meter which is characterized by comprising a float housing, a pressure sensor, a pendant and a collection and transmission circuit, wherein the float housing comprises a top cover, an upper float stand pipe and a lower float stand pipe; the upper float stand pipe and the lower float stand pipe are fixedly mounted; the top cover is fixedly mounted at the top of the upper float stand pipe; a lower float cone is manufactured at the bottom of the lower float stand pipe; the pressure sensor is mounted at the bottom in the float housing; the pendant is mounted in the float housing at the upper part of the pressure sensor through a sealing baffle pipe seat; the collection and transmission circuit is mounted t the upper part of the pendant in the float housing; and an output wire of the pressure sensor is connected with the collection and transmission circuit. The wireless transceiving float-type brine baume meter is scientific and reasonable in structural design, small in size, and convenient to detect, can realize large-area continuous and accurate collection of mass data, does not need personnel to measure on the site, is simple and convenient to operate, and is especially suitable for application to brine baume degree measurement during sea-lake salt production.

Description

technical field [0001] The invention belongs to the field of brine Baume meter, in particular to a wireless transceiver float type brine Baume meter and a method for measuring Baume degree. Background technique [0002] At present, in the field of brine production in salt fields, a brine Baume degree meter is mostly used to measure the Baume degree of brine. The existing brine Baume meter has a relatively simple structure, which mainly includes a float tube body and a scale made on the wall surface of the tube body. The Baume meter is immersed in the measured solution, and the Baume degree value is obtained through observation. It can be seen that the existing brine Baume meter has many shortcomings in the actual measurement operation process: 1. There must be staff on site to measure; 2. Generally, the area of ​​the salt field is relatively large, and the amount of data collected in one working day is limited; 3. Continuous and accurate collection cannot be carried out; 4....

AI Technical Summary

Problems solved by technology

It can be seen that the existing brine Baume meter has many shortcomings in the actual measurement operation process: 1. There must be staff on site to measure; 2. Generally, the area of ​​the salt field is relatively large, and the amount of data collected in one working day is limited; 3. Continuous and accurate collection cannot be carried out; 4. The data of the collection point is affected by time and environment

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