Multi-water quality parameter detection device capable of automatically adjusting depth

Abstract

The invention provides a multi-water-quality-parameter detection device capable of automatically adjusting depth, which comprises depth adjusting equipment, multi-water-quality-parameter detection equipment and water quality data analysis and processing equipment, wherein the depth adjusting device can drive the multi-water-quality-parameter detection device to rise and fall in the underwater environment, so that the multi-water-quality-parameter detection device can detect and obtain various different types of water quality data at different depth positions of the underwater environment; such that the various water quality data at different depth positions of the underwater environment can be detected through one multi-water quality parameter detection device, so that the difficulty and the cost of arranging a water quality sensor in the underwater environment are greatly reduced; besides, the water quality data analysis and processing equipment can predict the water quality change condition according to the detected water quality data so as to carry out corresponding alarm operation, so that the water quality data can be effectively and efficiently analyzed and processed, and the intelligent degree of water quality detection of the water body is improved.

Description

technical field [0001] The invention relates to the technical field of water quality monitoring, in particular to a multi-water quality parameter detection device capable of automatically adjusting depth. Background technique [0002] When water quality detection is performed on water bodies such as rivers or lakes, water quality sensors are placed inside the water body environment to detect water quality data at specific depths inside the water body. Generally speaking, a water quality sensor can only detect one type of water quality data. If multiple water quality data needs to be detected, multiple different water quality sensors need to be installed inside the water body at the same time. Moreover, in the prior art, the installation position of the water quality sensor inside the water body is fixed, and it can only detect the water quality data at a fixed depth position. In order to detect the water quality data at different depth positions inside the water body, it nee...

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Problems solved by technology

Moreover, in the prior art, the installation position of the water quality sensor inside the water body is fixed, and it can only detect the water quality data at a fixed depth position. In order to detect the water quality data at different depth positions inside the water body, it needs to be installed at different depth positions at the same time Multiple groups of water quality sensors, which greatly increase the cumbersome process and cost of water quality sensors arranged inside the water body

In addition, at present, after the water quality detection is completed, the water quality data can only be directly displayed to the staff, and it is impossible to predict the water quality change of the water body based on the detected water quality data, which cannot effectively analyze and process the water quality data efficiently, and reduce the Intelligent degree of water quality detection

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