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活塞缸
相关语句
  piston cylinder
     The water pump transfers piston cylinder crack origin analysis and processing
     水泵转轮体活塞缸裂纹成因分析及处理
短句来源
     Hydraulic-mechanic Transmission Integrated System Based on Three Classes Force Amplificatory Structure and Shank-less Piston Cylinder
     基于三级力放大机构与无杆活塞缸的液压-机械集成传动系统
短句来源
     A Symmetrical Double Hinges Hydraulic Fixture Based on a Non-rod Piston Cylinder
     基于无杆活塞缸的对称双铰杆增力液压夹具
短句来源
     Actual harm of slow speed creeping to hydraulic drive control has been concluded and control loop of hydraulic piston cylinder by connecting two cavities been introduced as solving scheme to search the design of precision control loop of hydraulic cylinder with hyper-slow speed wriggling.
     在分析了低速爬行对液压传动控制的现实危害的基础上,引入了液压活塞缸两腔联通的控制回路作为对策性方案,由此探求了超低速"蠕进"液压缸精确控制回路的设计。
短句来源
     Wedge-steel ball-wedge-steel ball three classes force amplificatory structure and hydraulic-mechanic transmission integrated system constituted by shank-less piston cylinder were introduced. The formula about output forces and amplificatory coefficient was worked out.
     介绍了斜面-钢球-斜面-钢球三级力放大机构与无杆活塞缸组成的液压-机械集成传动系统,并给出了其输出力和增力系数的计算公式。
短句来源
  piston jar
     An Optimization Design of Piston Jar of the Quasi-fluid Fuze
     准流体引信保险机构活塞缸优化设计
短句来源
     FEM Analysis of Piston Jar of the Quasi-fluid Safety Mechanism
     准流体保险机构的活塞缸有限元分析
短句来源
     Piston jar is the important part of the quasi fluid safety mechanism. Its mechanics property affects the fuze's function greatly.
     活塞缸是准流体保险机构中重要的机械零件 ,其力学性能对引信功能的影响非常大。
短句来源
     The mechanics analysis is done on the piston jar with the ANSYS software,and the reasons of the fuze failure caused by the piston jar are analyzed in more detail based on calculation results.
     该文利用ANSYS软件 ,对活塞缸进行了力学分析 ; 并根据计算结果 ,对由活塞缸引起的引信失效原因进行了详细的分析。
短句来源
     The paper introduces the optimization function of ANSYS program, and makes a transit analysis with ANSYSY to piston jar ,which may be one of the possible reasons for the quasi fluid fuze not functioning Moreover, an optimization design of piston jar is given.
     简要介绍了 ANSYS程序的优化设计功能 ,并利用 ANSYS程序 ,对造成准流体引信瞎火的可能因素之一“活塞缸”进行了瞬态响应分析 ,进而对其进行优化分析
短句来源
  “活塞缸”译为未确定词的双语例句
     The characteristic signals of piston-liner wear are usually submerged in the combustion,valve and the adjacent cylinder vibration.
     在柴油机缸盖振动信号中,活塞缸套磨损的特征信号通常被燃烧爆发、气阀关闭及相邻缸的振动所淹没。
短句来源
     Analysis of Designing and Operating for Mortar Pump compensative Mechanism
     双活塞缸砂浆泵补偿机构设计和运行理论分析
短句来源
     The Identification on Wear Status of Piston-Cylinder-Ring Assembly of IC Engine Based on Evidence Theory
     基于证据理论的内燃机活塞缸套活塞环组件磨损状态识别
短句来源
     The monitoring and diagnosing parameters, such as cylinder pressure, cylinder block vibration, and transient speed are chosen. The relationship between the diesel cylinder liner operating conditions and the parameters are also analyzed, and some experiments have been made, from which the diagnosis characteristics are extracted.
     针对多缸柴油机的超磨耗标准缸套间隙进行分析 ,在此基础上选择与活塞 缸套工作状态有关的监测诊断参数 ,探讨气缸压力、机体振动、瞬时转速与活塞 缸套工作状态的关系并进行试验 ,利用各种分析方法 ,从中提取诊断特征作为状态监测及故障诊断信息。
短句来源
     Bionic Study of Non-smooth Effect on Engine Piston-cylinder System
     内燃机活塞缸套系统非光滑效应的仿生研究
短句来源
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  piston cylinder
On the Effect of Pipe Boundary Layer Growth on the Formation of a Laminar Vortex Ring Generated by a Piston/Cylinder Arrangement
      
The growth of a?boundary layer at the nozzle wall during laminar vortex ring formation by a?nozzle flow generator (piston/cylinder arrangement) is analysed theoretically and numerically and used for modelling the formation of real vortex rings.
      
The compression of cordierite (Mg, Fe)2Al4Si5O18·n (H2O, CO2; Na+, K+) has been studied up to 30 kbar (25° C) by volumetric measurements with a piston cylinder apparatus and by X-ray measurements with a diamond-anvil cell.
      
The measurements with the piston cylinder apparatus where lead is used as quasihydrostatic pressure medium indicate normal compression properties.
      
Large differences in dP/dT slope between this result and those of earlier studies performed with piston cylinder and belt apparatus may be attributed to large differential stress in the high pressure cells of latter studies.
      
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Loading and unloading from the top of a light oil rail tank has been the main method in China so far. There remained many problems difficult to solve such as air lock, vapor loss higher than the standarized, complex operating procedures, too much labour involved and being less safe. etc. To solve the problems, a bottom unloading device is designed which is of air-seperation type with grease as its sealing material. The device is made up of a sealing piston, an actuator, and a piston cylinder. Both the sealing...

Loading and unloading from the top of a light oil rail tank has been the main method in China so far. There remained many problems difficult to solve such as air lock, vapor loss higher than the standarized, complex operating procedures, too much labour involved and being less safe. etc. To solve the problems, a bottom unloading device is designed which is of air-seperation type with grease as its sealing material. The device is made up of a sealing piston, an actuator, and a piston cylinder. Both the sealing piston and its cylinder form the grease chamber and the air chamber. The latter is filled with grease, both ends are sealed with sealing rings. The air chamber seperates the product oil from grease. Compared with a valve, this device has the following five characteristics: 1. Generally, the sealing rings, medium being sealed,the width of the rings and the reaction force acted on them can be regulated. 2. The sealing material is composed of grease and polymer, not only stiff but also good for filling. 3. The medium is sealed with the sealing piston on which there are both a grease chamber and an air chamber. The product can be fully sealed by means of absolute sealing of the air in the air chamber. 4. No maintenance is necessary during application except regulating the pressure and grease level in the grease chamber. 5. This device is suitable only for low temperature environment.

国内目前铁路油罐车轻质油品的装卸多数采用上装上卸式,此方式存在许多难以解决的问题,如气阻、蒸发损耗超标准、操作程序复杂、劳动量大、不安全等。为此,设计了气隔式油脂密封下部卸油装置。它是由密封活塞、传动机构和活塞缸组成。密封活塞又和活塞缸共同组成油脂室和空气室。油脂室内装满密封油脂,两端由密封圈密封,空气室则把油品与油脂隔绝开来。该装置与阀门相比有五个特点:1.宏观密封环密封介质,封密环的宽度及其上的反力是可调的。2.密封材料是油脂与聚合物的组合,既有硬度又有良好的填充性。3.由密封活塞来密封介质,密封活塞上有油脂室和空气室,通过绝对密封空气室内的空气来达到绝对密封油品的目的。4.使用中不需进行检修,只需调整油脂室内压力和油脂高度。5.只适用于压力低的环境。

This paper introduces the structure and theory of pour_diffluence milti_cans with one plunger vat

本文介绍了用一个活塞缸对多部容器进行灌装的分流装置结构及原理

Piston jar is the important part of the quasi fluid safety mechanism.Its mechanics property affects the fuze's function greatly.Improper design of the piston jar will cause its greater deformation upon firing the projectile,resulting in abnormal extraction of the piston and leading to hard return of the rotor,as a result the fuse failure occurs.The mechanics analysis is done on the piston jar with the ANSYS software,and the reasons of the fuze failure caused by the piston jar are analyzed in more detail based...

Piston jar is the important part of the quasi fluid safety mechanism.Its mechanics property affects the fuze's function greatly.Improper design of the piston jar will cause its greater deformation upon firing the projectile,resulting in abnormal extraction of the piston and leading to hard return of the rotor,as a result the fuse failure occurs.The mechanics analysis is done on the piston jar with the ANSYS software,and the reasons of the fuze failure caused by the piston jar are analyzed in more detail based on calculation results.

活塞缸是准流体保险机构中重要的机械零件 ,其力学性能对引信功能的影响非常大。若设计不当 ,在弹丸发射过程中缸体变形过大 ,活塞不能正常抽出 ,回转体无法回转 ,就会导致引信失效。该文利用ANSYS软件 ,对活塞缸进行了力学分析 ;并根据计算结果 ,对由活塞缸引起的引信失效原因进行了详细的分析。

 
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