A water quality detector for mariculture

Abstract

The invention discloses a water quality detector for marine culture, which comprises a floating board, a mounting board, an element box, struts, a data antenna, a solar panel, connection columns, a sensor box, a guide board, a falling body, stabilization boards, an isolation board, an integrated circuit board, a sealing cover, graphite paper, a storage battery, water inlets and sensors. The detector has the benefits that the two symmetrical stabilization boards perpendicular to the floating board are mounted on the lower end face of the floating board, so that the stability of the floating board is higher; the floating board has low possibility of rollover; the guide board on the sensor box is parallel to the water inlets; when an included angle is formed between a water flow and the waterinlets, the water flow can push the guide board to rotate, so that the water flow and the water inlets are in the same direction; water can flow into the water inlets to be in contact with the sensors very easily; the solar panel can supply power to the storage battery and the integrated circuit board; when the sunlight is sufficient, the solar panel can be used for charging and power supply; thecruising capability of the whole detector is stronger.

Description

technical field [0001] The invention relates to a water quality detector, in particular to a water quality detector for mariculture, belonging to the field of water quality detection. Background technique [0002] China is a big country with traditional agriculture and aquaculture. Various animals and plants can be cultivated through seawater, fresh water, etc., and water quality is the key to the growth and reproduction of animals and plants. In order to obtain high yields and reduce the impact of natural disasters, improve breeding facilities and environment To carry out scientific breeding, it is necessary to keep abreast of the water quality on site, and to know the temperature, salinity, acidity, dissolved oxygen and other water quality parameters of the water quality and their changes, which have a decisive effect on the quality of aquaculture, especially in seawater aquaculture. , including the measurement of seawater temperature, salinity, acidity and dissolved oxyge...

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Problems solved by technology

[0002] China is a big country with traditional agriculture and aquaculture. Various animals and plants can be cultivated through seawater, fresh water, etc., and water quality is the key to the growth and reproduction of animals and plants. In order to obtain high yields and reduce the impact of natural disasters, improve breeding facilities and environment To carry out scientific breeding, it is necessary to keep abreast of the water quality on site, and to know the temperature, salinity, acidity, dissolved oxygen and other water quality parameters of the water quality and their changes, which have a decisive effect on the quality of aquaculture, especially in seawater aquaculture. , including the measurement of seawater temperature, salinity, acidity and dissolved oxygen, etc., there are two main methods of water quality detection in existing seawater farms. One is to use the traditional pen-type meter for detection, which requires more manual work The measured value of this method is greatly affected by subjective factors, so it is inaccurate and labor-intensive. The sensor in the seawater is connected with the receiving device on the shore with a cable, and a cable needs to be connected between the two, so limited by the long distance, it is very inconvenient to set up and use the instrument, and it is troublesome to use

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