A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Collecting device adopting simulated coral to intercept microplastics
The invention relates to the technical field of marine micro-plastic collection, and provides a collection device for intercepting micro-plastic by adopting simulated coral, which comprises a closed container, a suspension assembly, a submersible pump assembly, a dredge pump, a particle storage tank and a vertical intercepting unit, the submersible pump components are arranged at two ends of the closed container; the vertical interception unit, the dredge pump and the particle storage tank are all arranged in the closed container; the vertical intercepting unit comprises a hollow rod body and funnel-shaped disc carriers arranged on the hollow rod body, a plurality of simulation corals are arranged on the top surface of each funnel-shaped disc carrier, and a plurality of micro-plastic collecting holes communicated with an internal channel of the hollow rod body are formed in the top surface of each funnel-shaped disc carrier; the dredge pump is respectively connected with an internal channel of the hollow rod body and the particle storage tank, and the tank wall of the particle storage tank is provided with filtering holes with the diameter smaller than that of the micro plastic particles. And the funnel-shaped disc carrier and the hollow rod body temporarily store the micro-plastic particles, so that the problem that a traditional micro-plastic intercepting filter screen is easy to block is effectively avoided.
本申请涉及海洋微塑料收集技术领域，提供一种采用仿真珊瑚拦截微塑料的收集装置，包括：密闭容器、悬浮组件、潜水泵组件、吸泥泵、颗粒贮存罐和立式拦截单元；潜水泵组件设置在密闭容器的两端；立式拦截单元、吸泥泵和颗粒贮存罐均设置在密闭容器内；立式拦截单元包括：空心杆体和设置在空心杆体上的漏斗状圆盘载体，每个漏斗状圆盘载体的顶面上设有多个仿真珊瑚，漏斗状圆盘载体的顶面上设有若干与空心杆体内部通道连通的微塑料收集孔洞；吸泥泵分别与空心杆体的内部通道和颗粒贮存罐连接，颗粒贮存罐的罐壁上设有直径小于微塑料颗粒直径的过滤孔。漏斗状圆盘载体和空心杆体暂存微塑料颗粒，有效避免传统微塑料拦截滤网容易堵塞的问题。
Collecting device adopting simulated coral to intercept microplastics
The invention relates to the technical field of marine micro-plastic collection, and provides a collection device for intercepting micro-plastic by adopting simulated coral, which comprises a closed container, a suspension assembly, a submersible pump assembly, a dredge pump, a particle storage tank and a vertical intercepting unit, the submersible pump components are arranged at two ends of the closed container; the vertical interception unit, the dredge pump and the particle storage tank are all arranged in the closed container; the vertical intercepting unit comprises a hollow rod body and funnel-shaped disc carriers arranged on the hollow rod body, a plurality of simulation corals are arranged on the top surface of each funnel-shaped disc carrier, and a plurality of micro-plastic collecting holes communicated with an internal channel of the hollow rod body are formed in the top surface of each funnel-shaped disc carrier; the dredge pump is respectively connected with an internal channel of the hollow rod body and the particle storage tank, and the tank wall of the particle storage tank is provided with filtering holes with the diameter smaller than that of the micro plastic particles. And the funnel-shaped disc carrier and the hollow rod body temporarily store the micro-plastic particles, so that the problem that a traditional micro-plastic intercepting filter screen is easy to block is effectively avoided.
本申请涉及海洋微塑料收集技术领域，提供一种采用仿真珊瑚拦截微塑料的收集装置，包括：密闭容器、悬浮组件、潜水泵组件、吸泥泵、颗粒贮存罐和立式拦截单元；潜水泵组件设置在密闭容器的两端；立式拦截单元、吸泥泵和颗粒贮存罐均设置在密闭容器内；立式拦截单元包括：空心杆体和设置在空心杆体上的漏斗状圆盘载体，每个漏斗状圆盘载体的顶面上设有多个仿真珊瑚，漏斗状圆盘载体的顶面上设有若干与空心杆体内部通道连通的微塑料收集孔洞；吸泥泵分别与空心杆体的内部通道和颗粒贮存罐连接，颗粒贮存罐的罐壁上设有直径小于微塑料颗粒直径的过滤孔。漏斗状圆盘载体和空心杆体暂存微塑料颗粒，有效避免传统微塑料拦截滤网容易堵塞的问题。
Collecting device adopting simulated coral to intercept microplastics
一种采用仿真珊瑚拦截微塑料的收集装置
YAO YU (author) / YI QIANSHU (author) / WU HAIPENG (author) / ZHOU TING (author)
2024-07-16
Patent
Electronic Resource
Chinese
IPC:
E02B
HYDRAULIC ENGINEERING
,
Wasserbau