1) Seawater hydraulic powered underwater operation tools system
海水液压水下作业工具系统
2) underwater working tools
水下作业工具
1.
The pressure of output shaft end seal in the gear motor was calculated after analyzing unload pressure for underwater working tools.
通过对水下作业工具管路卸油压力的分析,确定了齿轮马达输出轴轴端密封的压力,分析了唇形骨架密封失效的原因,设计了O形密封圈与L形衬环组成的组合式密封,介绍了密封原理,分析了O形密封圈受力密封状况及L形衬环工作原理,经过对水下作业工具中液压马达轴轴端密封的改造及实验,实现了液压马达输出轴的带压旋转动密封,保证了水下作业工具的稳定、可靠、安全作业。
2.
The construction and principle of the underwater working tools system are introduced in this article , the underwater working tools is studied in detail and be used underwater which is not deeper than 300 m.
介绍了水下作业工具的组成、工作原理、结构等, 较深入地探讨了深水液压系统及水下工具的相关问题。
3) underwater tools
水下作业工具
1.
Based on the introduction of correlative technology of underwater tools, the construction and principle of the hydraulic power source is expatiated.
通过水下作业工具的有关技术的介绍 ,阐述了液压动力源的基本构成及工作原理 ,设计了水压力自动补偿器可消除深水压力对工具系统的影响 ,最后 ,经过试验验证了理论的正确
4) underwater hydraulic system
水下液压系统
1.
Application of underwater hydraulic system in hydropower station;
水下液压系统在水电站的应用
2.
Based on the survey of pressure compensation situations of underwater hydraulic systems, this paper proposed a new underwater ambient pressure compensated valve, which can be installed on an underwater hydraulic system whose fluid power source is in the atmosphere environments.
在分析当前水下液压系统压力补偿现状的基础上 ,提出了一种新型水下环境压力补偿阀 ,应用于油源装置在常压空气环境中的水下液压系统。
3.
In this way the influence of seawater pressure on underwater hydraulic system is avoided.
水下液压系统在水下作业设备中发挥着重要作用,由于海水的特殊环境,对水下液压系统在可靠性、安全性、体积重量等方面都提出了更高的要求。
5) seawater hydraulic system
海水液压系统
6) hydraulic system containing seawater
含海水液压系统
1.
In this paper, it is combined with the practical problems in the hydraulic system under the marine environment and our research achievement on the hydraulic system containing seawater, the key technologies are analysized of the hydraulic system containing seawater which need to solve and the system is designed, so it si of popularization and practical value.
本文结合长期工作于海洋环境中的液压系统所面临的现实问题及我单位在含海水液压系统上的研究成果 ,分析了含海水液压系统需要解决的关键技术 ,并对系统进行了设计 ,具有一定的推广应用价
补充资料:海水增养殖(见海水养殖、海水增殖)
海水增养殖(见海水养殖、海水增殖)
marine aquaculture
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说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条