导向套

高压开关管用尼龙导向套的研制

Development of the nylon guide sleeve used in high voltage switch

压装导向套内衬的自动模架的设计

Design of automatic die carrier for assembling the bushings into guide sleeve

C轴的静压导向套设置于滑枕的前部。

The hydrostatically guide C-axis sleeve is located at the front of the ram .

射钉保护导向套注射模设计

Injection Mould Design of Protection Guide Bush of Shoot Nail

一种新型的液压缸活塞导向套

A new type of guide bush for hydraulic cylinder piston

铁基石墨复合材料在矿井罐笼导向套上的应用研究

Application of Iron Matrix Graphite Composite on the Colliery Vertical Shaft Tin Guiding Bush

矿用液压千斤顶导向套的结构分析及选择

Analyzing and choosing the structure of cylinder jacket of hydraulic jack used in mine

采用数控机床加工导向套辅导员工作探微

Work Guidance Sets with NC Machine Tool

矿山自卸车用三耐型塑料导向套的研制

Development of Pressure Resisting , Wear Resisting and Heat Resisting Plastics Guides Sleeve for Mining Dumper

混凝土泵车液压缸导向套结构形式改进建议

Analysis & improvement suggestions of the guiding bush structural styles of hydraulic cylinder in truck-mounted concrete pump

立柱导向套拆装机的研制圆柱满滚子轴承拆套

Development of apparatus for dismounting and assembling the deflector of column_type support Withdrawal sleeve of cylindrical full-roller bearing

本文介绍了压装导向套内衬的自动模架的设计方法和工作原理。

Design procedure and working principle of a automatic die carrier for assembling a bushing into guide sleeve are presented .

介绍了立柱导向套拆装机的工作原理和结构特点。

This paper introduces of working principle and structure characters of apparatus for dismounting and assembling the deflector of column_type support .

液压千斤顶的设计与标定矿用液压千斤顶导向套的结构分析及选择

Design and Setting for Hydraulic Jack Testing Device Analyzing and choosing the structure of cylinder jacket of hydraulic jack used in mine

在主机系统中，通过对铰链梁的有限元的分析，通过不断改变关键部件的尺寸，优化了其零件应力和应变情况，同时活塞结构采用了空心铸造结构，导向套采用了镶体结构；

Development of Assembled Piston In the host system , hollow-casted piston , inlayed guide bushing and other optimized key parts were adopted .

该机的钻杆与钻杆之间连接处采用了能够加大钻杆刚性的加固导向套。

A strengthening guide sleeve capable of enlarging the rigidity of the drill rods is arranged at a site where the drill rods are connected .

研究了77t矿山自卸车前悬挂液&氮缸导向套塑件尺寸波动的各种因素。分析了各种注射模模腔尺寸计算公式及修正手段不能满足大尺寸高精度工程塑件设计要求的原因。

S The various factors that have caused the undulation of plastics product dimension of guide sleeve in front suspension hydraulic-nitrogen cylinder of 77-ton mining dumper are studied .

分析了射钉保护导向套的结构特点，介绍了注射模的结构、型腔的加工工艺和工作过程。

The structure characteristics of the protection guide bush of shoot nail were analyzed . The structure , machining process of the cavity and the working process of injection mould were introduced .

介绍了按强度和可装配性设计液压缸体与导向套为内卡键环连接的方法，给出了计算公式和应用实例。

The design method of internal clip key ring according to intensity and assembly for connecting hydraulic cylinder and guiding sleeve is introduced , the calculating equation and examples of application are presented .

其中最关键的零件就是导向套&活塞杆这对摩擦副，它们的失效很快会导致整个减振器的失效。

The key parts in the shock absorber are the friction couples - guide sleeve and piston rod , the failure of these two parts will lead to the failure of the shock absorber .

因此测试减振器的导向套-活塞杆这对摩擦副的动态摩擦学性能，研究其磨损机理，提高其使用寿命非常重要。

Therefore , it is very important to measure and test the dynamic tribological properties , to analyze the wear mechanism and to increase the service life of the the guide sleeve and piston rod in the shock absorber .

但是在活塞杆上导向套处，由于导向套仍采用旧有的橡胶圈密封，在高频、大负载工况下，容易磨擦发热，灼伤活塞杆镀铬层，造成严重泄漏。

But on the piston rod , the guide sleeve still used traditional rubber sealing ring . In the harsh conditions , this could cause severe friction and a lot of fever , which could burn the piston rod plating chromic layer and cause serious leakage .

使用导向钻套钻孔引出的中心偏移问题

Make Use Guide Drill Case Drill a Hole Lead to of Deviate Heart of a Drill

对无凸模导向和保护套的模具结构进行分析，提出冲裁小凸模强度核算应考虑的问题。

Both the structure of die without punch guidance and protecting jacket are analyzed , and opinions that intensity of blanking small punch should be verified are concluded .

当你在对准导向销和导向套时，这将防止套筒接触到孔的边缘。

When you sell at the direction and guidance package , which will prevent the sleeve come into contact with the edge of holes .