A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Water surface oil spilling surrounding control device
The invention relates to a water surface oil spill surrounding control device which comprises a surrounding control main body which is of a bent structure so as to form an oil surrounding cavity in a surrounding mode, the oil surrounding cavity is provided with an open end and a closed end which are oppositely arranged, the surrounding control main body comprises a floating load assembly and a surrounding control skirt body, and the floating load assembly is used for floating on the sea surface; the enclosing and controlling skirt body is arranged on the floating load assembly and is used for enclosing sea surface spilled oil; the enclosure control auxiliary mechanism comprises a supporting frame, a first water retaining skirt and a second water retaining skirt, the two opposite ends of the supporting frame are connected with the two opposite side walls of the oil enclosure cavity in a one-to-one correspondence mode, and the first water retaining skirt and the second water retaining skirt are arranged on the supporting frame in the direction from the open end to the closed end in a spaced mode and located below the sea surface. The first water retaining skirt, the supporting frame and the second water retaining skirt define an oil stain trap. Compared with the prior art, the water surface oil spill containment control device can effectively prevent spilled oil of containment control from escaping and leaking, the problem of oil containment failure is solved, and reliability and effectiveness of oil spill containment control are improved.
本申请涉及一种水面溢油围控装置，包括围控主体呈弯折结构设置以围设形成有围油腔，围油腔具有相对设置的开口端和封闭端，围控主体包括浮载组件和围控裙体，浮载组件用于漂浮于海面上，围控裙体装设于浮载组件上以用于围挡海面溢油；以及围控辅助机构包括支撑架、第一挡水裙和第二挡水裙，支撑架的相对两端分别与围油腔的相对两侧侧壁一一对应连接，第一挡水裙和第二挡水裙沿着开口端至封闭端的方向相间隔的装设在支撑架上并位于海面以下，第一挡水裙、支撑架和第二挡水裙围成有油污陷阱。相较于现有技术而言，本方案的水面溢油围控装置能有效防止围控的溢油发生逃逸泄漏，解决了围油失效的问题，提高了对溢油围控的可靠性与有效性。
Water surface oil spilling surrounding control device
The invention relates to a water surface oil spill surrounding control device which comprises a surrounding control main body which is of a bent structure so as to form an oil surrounding cavity in a surrounding mode, the oil surrounding cavity is provided with an open end and a closed end which are oppositely arranged, the surrounding control main body comprises a floating load assembly and a surrounding control skirt body, and the floating load assembly is used for floating on the sea surface; the enclosing and controlling skirt body is arranged on the floating load assembly and is used for enclosing sea surface spilled oil; the enclosure control auxiliary mechanism comprises a supporting frame, a first water retaining skirt and a second water retaining skirt, the two opposite ends of the supporting frame are connected with the two opposite side walls of the oil enclosure cavity in a one-to-one correspondence mode, and the first water retaining skirt and the second water retaining skirt are arranged on the supporting frame in the direction from the open end to the closed end in a spaced mode and located below the sea surface. The first water retaining skirt, the supporting frame and the second water retaining skirt define an oil stain trap. Compared with the prior art, the water surface oil spill containment control device can effectively prevent spilled oil of containment control from escaping and leaking, the problem of oil containment failure is solved, and reliability and effectiveness of oil spill containment control are improved.
本申请涉及一种水面溢油围控装置，包括围控主体呈弯折结构设置以围设形成有围油腔，围油腔具有相对设置的开口端和封闭端，围控主体包括浮载组件和围控裙体，浮载组件用于漂浮于海面上，围控裙体装设于浮载组件上以用于围挡海面溢油；以及围控辅助机构包括支撑架、第一挡水裙和第二挡水裙，支撑架的相对两端分别与围油腔的相对两侧侧壁一一对应连接，第一挡水裙和第二挡水裙沿着开口端至封闭端的方向相间隔的装设在支撑架上并位于海面以下，第一挡水裙、支撑架和第二挡水裙围成有油污陷阱。相较于现有技术而言，本方案的水面溢油围控装置能有效防止围控的溢油发生逃逸泄漏，解决了围油失效的问题，提高了对溢油围控的可靠性与有效性。
Water surface oil spilling surrounding control device
水面溢油围控装置
ZHANG QIAOMIN (author) / OUYANG JINQIANG (author) / XIAO GUOHAO (author) / XIANG YUANJING (author) / WU YANHONG (author) / HUANG HUAHUA (author) / WU ZIZHAO (author) / NIU LIWEN (author) / CHEN ZHENG (author) / LI ZEGUO (author)
2024-03-01
Patent
Electronic Resource
Chinese
IPC:
E02B
HYDRAULIC ENGINEERING
,
Wasserbau
| Taylor & Francis Verlag | 2014