Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Monitoring device for eutrophicated water body
The invention provides a monitoring device for an eutrophic water body, and belongs to the technical field of water quality monitoring, and the monitoring device for the eutrophic water body comprises a rich water sampling assembly and a power collection assembly. And the floating algae and the floating oil climb up under the driving of the water flow and flow into the water collecting tank frame between the overflowing gate blade and the discharging gate blade. The standard conditions of floating algae and floating oil purification concentration in the water collecting tank frame are monitored through images, shaking of floating oil and floating algae water between the overflowing gate blade and the discharging gate blade is reduced through the wind shield, rotating closing of the overflowing gate blade is controlled through the overflowing motor, rotating closing of the discharging gate blade is controlled through the discharging motor, and a water sample is sealed and stored. And transporting out through the transfer device. The device can adjust the sampling draft according to the dynamic and static changes of the water body, and the floating algae and the floating oil in the water body are filtered by the water layer in a split-flow manner by utilizing the buoyancy of the floating algae and the floating oil, so that the purpose of purification is achieved. The monitoring efficiency of floating algae and floating oil in the water body is high, and the sampling period of floating algae and floating oil water samples is short.
本申请提供了一种用于富营养化水体监测装置，属于水质监测技术领域，该用于富营养化水体监测装置包括富水取样组件和动力收集组件。浮藻和浮油在水流的带动下爬高流入过流闸叶和泄流闸叶之间的水集槽架内。通过影像监测水集槽架内浮藻和浮油提纯浓度的达标状况，通过挡风罩减少过流闸叶和泄流闸叶之间浮油和浮藻水体的晃动，通过过流电机控制过流闸叶的转动闭合，通过泄流电机控制泄流闸叶转动闭合，对水样进行封存，通过转运装置运出。装置可针对水体的动静态变化，调整取样吃水量，利用浮藻和浮油自身浮力，水层分流过滤水体中的浮藻和浮油，从而达到提纯的目的。水体浮藻和浮油监测效率高，浮藻和浮油水样采样周期短。
Monitoring device for eutrophicated water body
The invention provides a monitoring device for an eutrophic water body, and belongs to the technical field of water quality monitoring, and the monitoring device for the eutrophic water body comprises a rich water sampling assembly and a power collection assembly. And the floating algae and the floating oil climb up under the driving of the water flow and flow into the water collecting tank frame between the overflowing gate blade and the discharging gate blade. The standard conditions of floating algae and floating oil purification concentration in the water collecting tank frame are monitored through images, shaking of floating oil and floating algae water between the overflowing gate blade and the discharging gate blade is reduced through the wind shield, rotating closing of the overflowing gate blade is controlled through the overflowing motor, rotating closing of the discharging gate blade is controlled through the discharging motor, and a water sample is sealed and stored. And transporting out through the transfer device. The device can adjust the sampling draft according to the dynamic and static changes of the water body, and the floating algae and the floating oil in the water body are filtered by the water layer in a split-flow manner by utilizing the buoyancy of the floating algae and the floating oil, so that the purpose of purification is achieved. The monitoring efficiency of floating algae and floating oil in the water body is high, and the sampling period of floating algae and floating oil water samples is short.
本申请提供了一种用于富营养化水体监测装置，属于水质监测技术领域，该用于富营养化水体监测装置包括富水取样组件和动力收集组件。浮藻和浮油在水流的带动下爬高流入过流闸叶和泄流闸叶之间的水集槽架内。通过影像监测水集槽架内浮藻和浮油提纯浓度的达标状况，通过挡风罩减少过流闸叶和泄流闸叶之间浮油和浮藻水体的晃动，通过过流电机控制过流闸叶的转动闭合，通过泄流电机控制泄流闸叶转动闭合，对水样进行封存，通过转运装置运出。装置可针对水体的动静态变化，调整取样吃水量，利用浮藻和浮油自身浮力，水层分流过滤水体中的浮藻和浮油，从而达到提纯的目的。水体浮藻和浮油监测效率高，浮藻和浮油水样采样周期短。
Monitoring device for eutrophicated water body
一种用于富营养化水体监测装置
LIU LIN (Autor:in) / XU DANDAN (Autor:in) / CHEN MENG'OU (Autor:in) / JIANG FANGYUAN (Autor:in) / ZHANG GUIXIANG (Autor:in) / ZHOU CHAO (Autor:in)
14.03.2023
Patent
Elektronische Ressource
Chinesisch
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