Underwater fluid collecting valve
作者： Zhou Huaiyang , Ji Fuwu , Wu Zhengwei
DOI:
关键词: Underwater 、 Operational reliability 、 Acoustics 、 Materials science 、 Elastic component 、 Power component
摘要: The invention relates to the field of marine engineering equipment, in particular an underwater fluid collection valve. An inner valve sleeve is arranged cavity outer a sleeved mode. A element and elastic component are mounted sleeve. One end located communicating position sample discharge hole other makes contact with component. Through force generated by deformation component, squeeze tightly sealed. drive power connected side Drive transmitted through transmission sequentially, so that made move direction which further compressed deformed separate from hole, collected samples enter via inlet then flow out reach collecting container. While pressure gas holding achieved, operational reliability repeatability product manufacturing improved, operation difficulty work reduced.
lens.org 参考文章(13)
Galen G. Verhulst, Sea floor sampling device and method ,(2010)
Kenneth B Kilbourne, Deep water sampling valve ,(1965)
Ross O. Barnes, Apparatus for collecting deep-sea sediment pore water ,(1974)
Ying Chen, Canjun Yang, Yanqing Xie, Lei Yang, Kang Ding, Shijun Wu, High-temperature high-pressure sampling valve used for deep sea ,(2009)
Takada Shingo, Terashita Toru, SAMPLER EMPLOYED IN CHIP DRIER OR THE LIKE ,(1997)
Yang Canjun Wu, Hand-held deep-sea thermal fluid sampler ,(2007)
Mo Chengxiao, Liu Jingxi, Zhou Donghui, Jiang Ruilin, Li Weiran, Liu Guijie, Air holding sampler for lower layer seabed sediment ,(2006)
Ma Xiafei, Zhu Jimao, Ren Ping, Small thrust straight pushing type dwell check valve under condition of ultrahigh pressure environment ,(2005)
Jianou Pan, Hanzhou Wang, Xiaolai Qiu, Mingjin Huang, Jianwei Ye, Deep-sea submarine sampling device ,(2010)
Sun Hui, Huang Duojia, Wu Shijun, Yang Canjun, Sampling valve linear driving device for deep sea ,(2013)