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A platform for research: civil engineering, architecture and urbanism
Recovery system for garbage and greasy dirt in river
The system comprises a plurality of separation mechanisms, a collection net and an air exhaust mechanism, the separation mechanisms are arranged in the river at intervals in the water flow direction, the collection net is arranged in the river and located on one side of the most downstream separation mechanism, and the air exhaust mechanism communicates with the separation mechanisms through pipelines; a cavity is formed in the blocking part, a plurality of oil-water inlets are formed in the peripheral side of the blocking part at intervals corresponding to the cavity, the control valve is fixedly arranged in the blocking part, one end of the control valve is communicated with the cavity, the oil absorption block is fixedly arranged in the cavity and shields one end of the control valve, and a hydrophobic oleophylic film layer is arranged on the side face, close to the control valve, of the oil absorption block. One end of the floating module is fixedly connected with the blocking part and communicates with the other end of the control valve, the other end of the floating module is rotationally connected and communicates with the pipeline, and water flow can drive the floating module to rotate around the axis of the floating module. The problems of short operation time, high energy consumption and frequent manual intervention of a water garbage and oil stain recovery system in the prior art are solved.
本发明公开了一种用于河流内垃圾与油污的回收系统，包括多个分离机构、收集网以及抽气机构，多个分离机构沿水流方向间隔设于河内，收集网设于河内并位于最下游的分离机构的一侧，抽气机构经由管道与多个分离机构连通，阻挡部内设有腔体，阻挡部的周侧对应腔体间隔开设有多个油水入口，控制阀固设于阻挡部内且一端与腔体连通，吸油块固设于腔体内并遮挡于控制阀的一端，吸油块靠近控制阀的一侧面设有憎水亲油膜层，浮动模块的一端与阻挡部固定连接并与控制阀的另一端连通，浮动模块的另一端与管道转动连接并连通，水流可驱动浮动模块绕自身轴线转动。解决了现有技术中水体垃圾与油污回收系统运行时间短、能耗高、需频繁人工干预的问题。
Recovery system for garbage and greasy dirt in river
The system comprises a plurality of separation mechanisms, a collection net and an air exhaust mechanism, the separation mechanisms are arranged in the river at intervals in the water flow direction, the collection net is arranged in the river and located on one side of the most downstream separation mechanism, and the air exhaust mechanism communicates with the separation mechanisms through pipelines; a cavity is formed in the blocking part, a plurality of oil-water inlets are formed in the peripheral side of the blocking part at intervals corresponding to the cavity, the control valve is fixedly arranged in the blocking part, one end of the control valve is communicated with the cavity, the oil absorption block is fixedly arranged in the cavity and shields one end of the control valve, and a hydrophobic oleophylic film layer is arranged on the side face, close to the control valve, of the oil absorption block. One end of the floating module is fixedly connected with the blocking part and communicates with the other end of the control valve, the other end of the floating module is rotationally connected and communicates with the pipeline, and water flow can drive the floating module to rotate around the axis of the floating module. The problems of short operation time, high energy consumption and frequent manual intervention of a water garbage and oil stain recovery system in the prior art are solved.
本发明公开了一种用于河流内垃圾与油污的回收系统，包括多个分离机构、收集网以及抽气机构，多个分离机构沿水流方向间隔设于河内，收集网设于河内并位于最下游的分离机构的一侧，抽气机构经由管道与多个分离机构连通，阻挡部内设有腔体，阻挡部的周侧对应腔体间隔开设有多个油水入口，控制阀固设于阻挡部内且一端与腔体连通，吸油块固设于腔体内并遮挡于控制阀的一端，吸油块靠近控制阀的一侧面设有憎水亲油膜层，浮动模块的一端与阻挡部固定连接并与控制阀的另一端连通，浮动模块的另一端与管道转动连接并连通，水流可驱动浮动模块绕自身轴线转动。解决了现有技术中水体垃圾与油污回收系统运行时间短、能耗高、需频繁人工干预的问题。
Recovery system for garbage and greasy dirt in river
一种用于河流内垃圾与油污的回收系统
XU LIN (author) / SU ZIBO (author) / ZHANG BAIYU (author) / ZHAO KAIQI (author) / MENG ZIKUAN (author) / ZUO YUXIN (author)
2024-12-06
Patent
Electronic Resource
Chinese
IPC:
E02B
HYDRAULIC ENGINEERING
,
Wasserbau
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