1) hydraulic keyless connection
液压无键联接
1.
The hydraulic keyless connection of shaft system described in this paper is writer bold design and summery on the basis of many years experience in new shipbuilding practice with a plenty of analysis and improvement.
本文所阐述的液压无键联接在船舶轴系中的系列应用是作者根据多年造船过程中的实际情况，经过不断认真研究，大胆设计总结而成。
2) keyless connection
无键联接
1.
The design and installation techniques of the hydraulic keyless connection between the propeller and stern-shaft on 37 420 t multi-purpose vessel;
37 420t多用途船螺旋桨液压无键联接的设计与安装工艺
2.
Peculiarity of keyless connection and application and design of elastic sleeve with conical surface;
无键联接传动的特点及锥面弹性衬套设计和应用
3.
Expanding sleeve and keyless connection device is a new type of connection device.
胀套式无键联接装置系一种新型的轮轴无键联接装置,是过盈联接的一种特殊形式。
3) keyless joint
无键联接
1.
According to domestic and foreign related data,several kinds of new type keyless joint structures and working principle thereof have been described,which can be used for your information of in-service use.
根据国内外有关资料,介绍了几种新型无键联接结构及其工作原理,供实际使用时参考。
2.
This paper carries out calculation and comparison on the strength and structure between keyless joint and key joint, and puts forward characteristics of keyless joint.
就无键联接与有键联接的强度和结构进行计算与比较，并提出了无键联接的特点。
3.
The selective calculation of keyless joint fit between synchronous gear and rotor shaft of roots blower for LDPE unit are recommended.
介绍了ＬＤＰＥ（高压低密度聚乙烯）装置的萝茨风机上同步齿轮与转子轴无键联接配合的选择计算，探讨无键联接的应用及注意事
4) hydraulic joint
液压联接
1.
Developing and applying the hydraulic joint and moving support;
液压联接式悬移支架的研制与应用
5) tapered axis keyless connection
圆锥面无键联接
1.
This article introduces the tapered axis keyless connection technology,and tries to probe into it on the basis of the reciprocating shears.
本文对圆锥面无键联接技术进行了介绍,并以冷剪机为背景对圆锥面无键联接技术进行了具体的探讨,阐明了设计计算过程、装拆工艺方法及安全注意事项等。
6) keyless connection for conical surface
锥面无键联接
补充资料：花键联接
依靠轴和轮毂上纵向齿的相互啮合来传递扭矩的可拆联接，是联接轴与带毂零件的常用方式。与普通键联接比较，花键联接齿数多，总承载面积大，轴、毂受力均匀,齿根应力集中小，被联接件的强度削弱也较小,有利于提高承载能力。此外，花键齿可采用完善的加工工艺，两被联接件的定心性好，带毂零件能沿轴移动，零件的互换性也容易保证。但花键齿加工须用专门设备和刀具。花键已标准化，按齿形的不同分为矩形、渐开线形和三角形3种（见图）。矩形花键应用很广。渐开线形花键齿根较厚且齿根圆角较大，承载能力高，可用制造齿轮的方法进行加工，工艺性好。三角形花键的齿较细，适用于载荷很轻或薄壁零件的联接。
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