Water quality monitoring equipment available for all waters, and system

Abstract

The invention discloses water quality monitoring equipment available for all waters. The equipment comprises a monitoring equipment shell, a water sample collection device, a power device and more than two groups of snorkeling devise; the monitoring equipment shell is a hollow elliptic cylinder; a fish fin plate is arranged at the upper part of the monitoring equipment shell; the water sample collection device is arranged in the monitoring equipment shell; the power device is fixedly connected with a tail part of the monitoring equipment shell; the power device comprises a power case, a tail plug and a steering engine; the power case comprises a fixed casing and a connecting casing; one end of the connecting casing is connected with the fixed casing, and the other end is connected with themonitoring equipment shell; one end of the tail plug is located at the tail part of an inner cavity of the monitoring equipment shell; the steering engine is arranged in the tail plug, a steering engine rocker arm is connected with the steering engine, and the steering engine rocker arm is connected with the connecting casing through a flexible connecting part; the snorkeling devices are respectively located at two sides of the bottom of the monitoring equipment shell. The invention further discloses a water quality monitoring system available for all waters. The problem that the existing monitoring equipment is ground or rolled over at the shallow water and cannot detect the water quality at the deep water is solved.

Description

technical field [0001] The invention relates to the technical field of surface water quality monitoring, in particular to a water quality monitoring equipment and system available in the whole water area. Background technique [0002] Water quality monitoring has gradually attracted people's attention. For the current main method of water quality monitoring, manual regular inspection, there are problems such as inconsistent instruments, poor consistency of detection accuracy, high subjectivity, and difficulty in timely detection of failures of individual detection instruments. question. If the water quality status in a certain water area can be objectively obtained by using one set of testing instruments instead of multiple sets, it will not only solve some of the above problems, but also reduce costs and improve the consistency and reliability of water quality status testing. If the detection process can be realized with the help of automated equipment instead of staff, it...

AI Technical Summary

Problems solved by technology

However, the existing mobile unmanned monitoring platform for carrying water quality monitoring is mainly used in waters with large water depths. It is prone to stranding and rollover in shallow waters. For monitoring in some deep waters, there are phenomena that cannot be monitored.

Limit the scope of water quality monitoring to a certain extent, so that the monitoring results are limited

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