A water supply device for supporting water quality monitoring by multiple sensors

Abstract

The invention discloses a water supply device capable of supporting water quality monitoring of multiple sensors. The water supply device sequentially comprises a steering connector, an inlet water filtering connector, sensor fixing connector(s) and a drain pipe, wherein the steering connector is connected with a device for taking water with different depths; the inlet water filtering connector is used for filtering the collected water; the sensor fixing connector(s) is / are used for fixedly connecting one or more water quality sensor(s); the drain pipe is used for discharging water detected by the water quality sensor(s) into the water. After a sealing thread structure is adopted, the sealing property of the device is improved, and the pollutant in the water is effectively isolated; a water filtering sponge can be used for filtering the water pumped into the device, but the chemical components of the water are not influenced; the water filtering sponge can be replaced, so that the sustainability of the device is improved, and the equipment maintenance cost is effectively lowered; steering connectors with multiple specifications and sensor sealing and fixing rubber plugs with multiple specifications are provided, and the different numbers of sensor fixing connector(s) can be installed according to the need, so that the flexibility and the expansibility of the device are guaranteed.

Description

technical field [0001] The invention relates to a water supply device for supporting water quality monitoring by multiple sensors. Background technique [0002] The water environment of aquaculture is relatively complex, and there are many attached pollutants such as residual bait and algae. When using water quality sensors for water quality monitoring, the sensor is in direct contact with the aquaculture water that has not been physically filtered for a long time, which may easily cause pollutants on the surface of the sensor to adhere. Reduce sensor measurement accuracy, and even damage precision parts. Frequent cleaning and maintenance of sensors results in a waste of human resources and time costs, which seriously restricts the promotion and development of related industries. Existing water-extraction measuring devices require civil engineering construction or buried long-distance water intake pipes. The process of extracting water has a certain impact on water quality,...

AI Technical Summary

Problems solved by technology

[0002] The water environment of aquaculture is relatively complex, and there are many attached pollutants such as residual bait and algae. When using water quality sensors for water quality monitoring, the sensor is in direct contact with the aquaculture water that has not been physically filtered for a long time, which may easily cause pollutants on the surface of the sensor to adhere. Reduce sensor measurement accuracy and even damage precision parts

High-frequency cleaning and maintenance of sensors results in a waste of human resources and time costs, which seriously restricts the promotion and development of related industries

The current extraction water measurement devices require civil engineering construction or burying of long-distance water intake pipes. The process of extracting water has a certain impact on water quality, which brings major errors to the measurement results and increases the cost.

Most of the existing sensor fixed facilities and water quality measurement supporting equipment are customized according to the sensor, which is not flexible and scalable. Once the sensor or related equipment is replaced, it will cause a certain amount of waste

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