MULTIPLE-PARAMETER WIRELESS REAL-TIME MONITORING SELF-POWERED FLUORESCENT TRACING SYSTEM AND METHOD

WIPO Patent Application WO/2019/184082

A1

A multi-parameter wireless real-time monitoring self-powered fluorescent tracing system and method. The system comprises: a multi-parameter test probe (2) used to collect data at least comprising a water level and the concentration of fluorescein in water, and send the collected data to a control unit (1); an intelligent hydraulic DC charging device (3) comprising a rotating impeller (35) and a generator (31) connected to each other, wherein the rotating impeller (35) is driven by a water flow, and the generator (31) can convert mechanical energy generated by the water flow into electric energy; and the control unit (1) comprising a data recording module (113), a cellular data communication module (112), and a remote instruction control module (111), wherein a remote terminal uses the water level and the speed of the water flow to perform a fitting correction calculation on a dynamic water flow rate. The system can measure the flow speed of water, a water level, turbidity, conductivity, and the concentration of fluorescein in the water over a long period of time, use a terminal device to remotely view test data at a specific time or in real time, and correct a real-time flow rate parameter, so as to obtain the total recycling mass of a river measurement section within a preset time.

LI SHUCAI (CN)
XU ZHENHAO (CN)
LIN CHUNJIN (CN)
WANG XINTONG (CN)
GAO BIN (CN)
SHI XUESONG (CN)
HUANG XIN (CN)
PAN DONGDONG (CN)

PCT/CN2018/089293

October 03, 2019

May 31, 2018

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UNIV SHANDONG (CN)

G01N33/18

CN103798121A	2014-05-21
CN101776177A	2010-07-14
CN107209117A	2017-09-26
JP5846364B2	2016-01-20

JINAN SHENGDA INTELLECTUAL PROPERTY AGENCY CO., LTD (CN)

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