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A platform for research: civil engineering, architecture and urbanism
Deep seawater taking device and method
The invention discloses a deep seawater taking device and method.The deep seawater taking device comprises an armored hose, a signal transmission assembly, an underwater inlet valve and a seawater filtering device, the armored hose is composed of a hose body and an armored layer additionally arranged outside the hose body, the armored layer is used for providing a cable channel and tensile load bearing, and the signal transmission assembly is arranged in the armored layer; the signal transmission assembly comprises an underwater inlet valve switch control cable and other signal transmission cables, the underwater inlet valve is arranged at the bottom end of the armored hose, comprises a piston, a pressure type spring and a movable sliding rail and is controlled by the signal transmission assembly, and the piston is driven by the pressure type spring to slide along the movable sliding rail to achieve opening and closing of the valve. The structure and method of the deep sea water taking device are simplified, the water taking process is simple and easy to operate, the water taking cost of existing deep sea water is greatly reduced, cost reduction and efficiency improvement of deep sea water taking are achieved, and economic and efficient development and utilization of deep sea water are achieved.
本发明公开了一种深层海水取水装置和方法，包括铠装软管，信号传输组件，水下进口阀门和海水过滤装置，铠装软管由软管及其外部加装的铠装层构成，铠装层用于提供电缆通道和抗拉承重，信号传输组件设置于铠装层内，信号传输组件包括水下进口阀门开关控制电缆及其他信号传输电缆，水下进口阀门设置于铠装软管的底端，包括活塞，压力式弹簧和移动滑轨，其由信号传输组件控制，通过压力式弹簧带动活塞沿移动滑轨滑动实现阀门的开关，海水过滤装置设置于水下进口阀门的入口处，本发明简化了深层海水取水装置的结构及方法，取水过程简单易操作，大幅度降低了现有深层海水的取水成本，实现了深层海水取水的降本增效以及深层海水经济高效地开发与利用。
Deep seawater taking device and method
The invention discloses a deep seawater taking device and method.The deep seawater taking device comprises an armored hose, a signal transmission assembly, an underwater inlet valve and a seawater filtering device, the armored hose is composed of a hose body and an armored layer additionally arranged outside the hose body, the armored layer is used for providing a cable channel and tensile load bearing, and the signal transmission assembly is arranged in the armored layer; the signal transmission assembly comprises an underwater inlet valve switch control cable and other signal transmission cables, the underwater inlet valve is arranged at the bottom end of the armored hose, comprises a piston, a pressure type spring and a movable sliding rail and is controlled by the signal transmission assembly, and the piston is driven by the pressure type spring to slide along the movable sliding rail to achieve opening and closing of the valve. The structure and method of the deep sea water taking device are simplified, the water taking process is simple and easy to operate, the water taking cost of existing deep sea water is greatly reduced, cost reduction and efficiency improvement of deep sea water taking are achieved, and economic and efficient development and utilization of deep sea water are achieved.
本发明公开了一种深层海水取水装置和方法，包括铠装软管，信号传输组件，水下进口阀门和海水过滤装置，铠装软管由软管及其外部加装的铠装层构成，铠装层用于提供电缆通道和抗拉承重，信号传输组件设置于铠装层内，信号传输组件包括水下进口阀门开关控制电缆及其他信号传输电缆，水下进口阀门设置于铠装软管的底端，包括活塞，压力式弹簧和移动滑轨，其由信号传输组件控制，通过压力式弹簧带动活塞沿移动滑轨滑动实现阀门的开关，海水过滤装置设置于水下进口阀门的入口处，本发明简化了深层海水取水装置的结构及方法，取水过程简单易操作，大幅度降低了现有深层海水的取水成本，实现了深层海水取水的降本增效以及深层海水经济高效地开发与利用。
Deep seawater taking device and method
一种深层海水取水装置和方法
GAO SONG (author) / HUANG ZIQING (author) / FENG GEYANG (author)
2022-11-29
Patent
Electronic Resource
Chinese