1) little piston rod
小活塞杆
1.
Through analyzing the working condition and the invalidation form of the little piston rod of the high -pressure mixing chamber.
通过对高压混合头中小活塞杆的工作条件、失效形式进行分析,概括了小活塞杆应具备的综合性能,从而确定了其材料、热处理及结构,相对地延长了高压混合头的使用寿命,创造了显著的经济效益。
2) piston rod
活塞杆
1.
Application of Quality Improvement in Piston Rod Machining;
质量管理改进法在活塞杆加工质量管理中的应用
2.
The piston rod steering structure analysis of disc type deburrer for billets;
连铸坯圆盘式去毛刺机活塞杆导向结构分析
3.
Experimental research on piston rod surface intensification using electric brush coating method;
筑路机械活塞杆表面电刷镀强化的试验研究
3) piston pole
活塞杆
1.
This article introduces the principle and method of nickel - plating with chemistry plating mode and it is simple in technics, operation conveniency, innocuity, naught contamination and can be using anticorrosive of the tail of piston pole.
介绍采用化学镀方式镀镍的原理和方法,其工艺简单、操作方便、无毒、无污染,可用来对活塞杆尾部进行防腐蚀保护。
2.
This article analyzes and calculates the fatigue breaking theory of piston pole, presents the viewpoint of improving the pre-tightening part s elasticity of piston pole, introduces all previous alteration course to prevent piston pole from breaking.
通过对活塞杆疲劳断裂原因的理论分析和计算,提出了提高活塞杆预紧段弹性的观点,介绍了防止活塞杆断裂的历次改造过程。
4) rod-less piston
无杆活塞
1.
Working principle of two kinds of hydraulic clamping devices,which based on rod-less piston,is introduced,and the mechanics calculation formulas were also given.
介绍了两种基于无杆活塞的液压夹具,分析了其工作原理,给出了相应的计算公式。
5) Piston-rod
活塞杆
1.
The wear and corrosion-resistant piston-rod is a difficult problem for improveing its quality in production for reciprocating piston compressor all the time.
在往复压缩机中活塞杆的耐磨、耐蚀性问题始终是提高产品质量的一大难题。
2.
This article includes a detailed exposition of that,According to the technological process analysis of Slender Shaft and the practice on processing of piston-rod,a processing measure was put forword for reducing the bending deformation,and got good effects during the production process.
本文通过对细长轴工艺特点的分析并结合生产实践以活塞杆为例对细长轴的加工作出了详细的阐述,提出了解决细长轴加工时弯曲变形问题的机械加工工艺措施,并应用于生产取得了良好效果。
6) piston rods
活塞球杆
补充资料:螺杆-活塞式注塑
分子式:
CAS号:
性质:螺杆只塑化而不进行往复运动,材料塑化后通过止逆阀送入蓄料室,再依靠活塞将熔融物料压入模具的成型方法。
CAS号:
性质:螺杆只塑化而不进行往复运动,材料塑化后通过止逆阀送入蓄料室,再依靠活塞将熔融物料压入模具的成型方法。
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