A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Algae collecting device capable of automatically collecting water bloom without power consumption
The invention provides an algae collecting device capable of automatically collecting water bloom without power consumption. The algae collecting device comprises a polygonal well body, wherein the bottom of the polygonal well body is fixed to the water bottom, the middle of the polygonal well body is located in water, and the top of the polygonal well body is located above the water surface; the polygonal well body is an enclosed polygonal well body formed by sequentially splicing a plurality of main wall bodies with the same or different shapes; and a plurality of water passing openings are formed in the main wall bodies, the water passing openings comprise water inlets and water outlets, the water inlets are located in the upper portions of the main wall bodies, the water outlets are located below the water inlets, and inner side one-way plates used for blocking the water inlets are rotationally connected to the inner side walls of the water inlets through limiting devices. According to the algae collecting device capable of automatically collecting the water bloom without power consumption, the water bloom on the lake surface is concentrated in a fixed range, phytoplankton can be conveniently collected and transferred, the negative influence on the water bloom environment is reduced, energy supply is not needed in the collecting process, and automatic concentration of the water bloom is realized.
本发明提供了一种无功耗自动收集水华的集藻装置，包括多边形井体，所述多边形井体的底部固定在水底，中部位于水中，顶部位于水面以上；所述多边形井体是由多个相同或不同形状的主墙体依次拼接而成的围蔽式多边形井体；多个所述主墙体上均设有多个过水口，多个所述过水口包括进水口和出水口，所述进水口位于主墙体的上部，所述出水口位于进水口的下方，在所述进水口处的内侧壁上均通过限位装置可转动连接有用于封堵进水口的内侧单向板。本发明的无功耗自动收集水华的集藻装置，将湖面的水华集中在固定范围内，便于将浮游植物收集转移，减少水华环境上的负面影响，并且收集过程无需能量供应，实现水华的自动集中。
Algae collecting device capable of automatically collecting water bloom without power consumption
The invention provides an algae collecting device capable of automatically collecting water bloom without power consumption. The algae collecting device comprises a polygonal well body, wherein the bottom of the polygonal well body is fixed to the water bottom, the middle of the polygonal well body is located in water, and the top of the polygonal well body is located above the water surface; the polygonal well body is an enclosed polygonal well body formed by sequentially splicing a plurality of main wall bodies with the same or different shapes; and a plurality of water passing openings are formed in the main wall bodies, the water passing openings comprise water inlets and water outlets, the water inlets are located in the upper portions of the main wall bodies, the water outlets are located below the water inlets, and inner side one-way plates used for blocking the water inlets are rotationally connected to the inner side walls of the water inlets through limiting devices. According to the algae collecting device capable of automatically collecting the water bloom without power consumption, the water bloom on the lake surface is concentrated in a fixed range, phytoplankton can be conveniently collected and transferred, the negative influence on the water bloom environment is reduced, energy supply is not needed in the collecting process, and automatic concentration of the water bloom is realized.
本发明提供了一种无功耗自动收集水华的集藻装置，包括多边形井体，所述多边形井体的底部固定在水底，中部位于水中，顶部位于水面以上；所述多边形井体是由多个相同或不同形状的主墙体依次拼接而成的围蔽式多边形井体；多个所述主墙体上均设有多个过水口，多个所述过水口包括进水口和出水口，所述进水口位于主墙体的上部，所述出水口位于进水口的下方，在所述进水口处的内侧壁上均通过限位装置可转动连接有用于封堵进水口的内侧单向板。本发明的无功耗自动收集水华的集藻装置，将湖面的水华集中在固定范围内，便于将浮游植物收集转移，减少水华环境上的负面影响，并且收集过程无需能量供应，实现水华的自动集中。
Algae collecting device capable of automatically collecting water bloom without power consumption
一种无功耗自动收集水华的集藻装置
HE YUNCHUAN (author) / DENG JIANMING (author) / QIN BOQIANG (author) / ZHANG YUNLIN (author)
2021-11-23
Patent
Electronic Resource
Chinese
IPC:
E02B
HYDRAULIC ENGINEERING
,
Wasserbau
Water bloom collecting device and water bloom removing method
| European Patent Office | 2020