流体传动与控制
流體傳動與控製
류체전동여공제
FLUICL POWER TRANSMISSION AND CONTROL
2014年
6期
39-41
,共3页
船用拖拉液压绞车%液压泵站%液压系统%集成设计
船用拖拉液壓絞車%液壓泵站%液壓繫統%集成設計
선용타랍액압교차%액압빙참%액압계통%집성설계
marine hydraulic hauling winch%hydraulic power unit%hydraulic system%integration design
采用液压泵站与执行元件（船用液压拖拉绞车）集成一体的设计，较传统液压系统中的液压泵站与执行元件分离的设计而言，操作时既方便了对整个液压系统相关数据的观察，又能准确地观测到执行元件的运行情况；同时为整体运输带来了方便，无需运输后再整体接管装配的过程，可直接进行生产运作；在检测运行和维修方面也有很大的便捷。用户应用结果表明，该设计安全可靠，结构紧凑，工作效率高，运输操作便捷，可以大范围内推广应用。
採用液壓泵站與執行元件（船用液壓拖拉絞車）集成一體的設計，較傳統液壓繫統中的液壓泵站與執行元件分離的設計而言，操作時既方便瞭對整箇液壓繫統相關數據的觀察，又能準確地觀測到執行元件的運行情況；同時為整體運輸帶來瞭方便，無需運輸後再整體接管裝配的過程，可直接進行生產運作；在檢測運行和維脩方麵也有很大的便捷。用戶應用結果錶明，該設計安全可靠，結構緊湊，工作效率高，運輸操作便捷，可以大範圍內推廣應用。
채용액압빙참여집행원건（선용액압타랍교차）집성일체적설계，교전통액압계통중적액압빙참여집행원건분리적설계이언，조작시기방편료대정개액압계통상관수거적관찰，우능준학지관측도집행원건적운행정황；동시위정체운수대래료방편，무수운수후재정체접관장배적과정，가직접진행생산운작；재검측운행화유수방면야유흔대적편첩。용호응용결과표명，해설계안전가고，결구긴주，공작효솔고，운수조작편첩，가이대범위내추엄응용。
This design integrated the hydraulic power unit with the implemented components (marine hydraulic haul-ing winch), compared to the traditional hydraulic power unit with the separation of implemented components in com-mon hydraulic system, the operation is convenient to observe the related technical data of hydraulic system, and can accurately observed operation performance. At the same time, it's convenient to whole packing and transportation. It can directly put into action without any more connection of pipeline and coupling. And it's very convenient in the op-eration and maintenance and repair. The applied result from the customers indicates that this design is safety, com-pact layout design as whole, high work efficiency, and convenient to transport, can be widely used in various field.
