Design and production standards and non-standard hydraulic cylinder, hydraulic station, hydraulic machinery and other products.

Hydraulic crawling is the main factor effect low-speed moving performance of hydraulic cylinder.

液压爬行是影响液压缸低速运动性能的主要因素.

It also gives the two hydraulic cylinder synchronization scheme and synchronization control algorithm.

并且给出了两个液压缸的同步方案和同步控制算法.

The hydraulic cylinder cannot be used as electrode for grounding to avoid electrically damaging the rod.

液压缸不能作为电极接地使用,以免电击伤活塞杆.

PU products can be used in hydraulic cylinder seal and high-pressure high electrically charged system.

聚氨酯产品可用于液压缸密封件和高压高带电系统.

We can customize the design and production of hydraulic cylinder and pump system for special requirements.

可以针对风电设备的一些特殊需求为客户设计定做液压油缸及泵站系统.

The seal between piston and hydraulic cylinder used development machines , structure forms and operations are introduced.

介绍了掘进机液压缸与活塞处的密封结构形式以及使用.

The valve from the valve, hydraulic cylinder, piston, valve stem, valve flap formed cylinder liquid instruments.

该阀由阀体 、 液压缸 、 活塞 、 阀杆 、 阀瓣组成,液压缸是液体工具.

All valves are available with hand-wheels, gearing, electric motor actuators or pneumatic or hydraulic cylinder actuators.

所有阀门都可配置手轮, 齿轮操作机构, 电动马达执行机构,或者气动或液动缸体执行机构.

Production and sales of hydraulic cylinder hydraulic system.

生产销售液压油缸及液压系统.

Hydraulic cylinder piston seal for the L-cups, the sealing performance and durability.

液压缸的活塞密封件为L型 皮碗, 其密封机能好,经久耐用.

Final design hydraulic cylinder and speed of the organization.

最终设计液压缸和速度的组织.

Final design of hydraulic cylinder body and the speed of travel.

最后设计液压缸机构的行程和速度要求.

Three dimensional rigid plastic FEM simulation of backward extrusion& application of local mesh densification

反挤工艺三维刚塑性有限元模拟及其局部网格细分技术的应用

Backward Extrusion Rotary Swaging Forging

旋转反挤压锻造

Derivation and Experimental Research on the Pressure for Backward Extrusion With Biconical Punch Under Conditions of Semi-active Friction

双锥冲头半积极摩擦反挤压力与实验研究

Experimental Study for Flat Hook-commutator by Integral Cold Backward Extrusion Technology

平面钩型换向器整体反挤压工艺实验研究

The best composite was the one after backward extrusion and heat treatment.

其中力学性能最好的为反挤压后经过热处理的TiB2/Al-Si-Mg-Cu复合材料。

Based on the results of simulation, analysis and research have been done to the metal flow law during backward extrusion, which offer basis to reasonable design of die and technological parameter.

根据模拟结果对反挤压过程中金属的流动规律进行分析和研究，从而为合理设计模具和工艺参数提供依据。

Simplified Slip-Line Solution for the Backward Extrusion Forming of Cup-Shape Parts with Axial-Symmetry

轴对称杯形件反挤压的简化滑移线解

The Optimum Design of Ceramic-steel Combined Backward Extrusion die

陶瓷-钢反挤压组合凹模的优化设计