1) serrated base
齿状底座
2) serrated saddle
齿状垫座
3) pick-site
齿座
1.
Research of pick-site based on green-produce;
基于绿色制造的齿座研制
2.
The mechanical property and the technical property of 20CrNiMo are superior to other material that is used as gear pick-site material before.
以绿色制造原理探讨了20CrNiMo在材料应用、机械性能、工艺性能及使用性能上的优越性,在与其他几种常用的齿座材料进行比较分析后,研制出20CrNiMo齿座及组焊件并应用于生产。
4) substructure
[英]['sʌbstrʌktʃə(r)] [美]['sʌb'strʌktʃɚ]
底座
1.
Design model for new rig derrick and substructure;
新型钻机井架及底座设计模型
2.
Recnstruction of the derrick and substructure for Daqing 130 rig;
大庆130型钻机井架和底座的改造
3.
For the mast and substructure,as the drilling rig's main components,the structural design project,mostly,of its influence and decide general arrangement of the drill rig.
井架、底座作为石油钻机的主要部件,其结构方案的优劣很大程度上影响和决定着钻机方案的优劣,在超深井钻机设计中,井架、底座技术更是钻机的关键技术之一。
5) base
[英][beɪs] [美][bes]
底座
1.
Several methods for lifting the base of porwered support are introduced,The way to reduce the load intensity on the front edge of powered suppord base is proposed by means of analysis and test,Two design instances are provided.
介绍几种液压支架抬底座的方法，通过分析和试验提出减小支架底座前端比压的方法，并提供了设计实
2.
0 as the base of pump carries out Finite element analysis,it not only gets its stress and deformation to meet an emergency to but also gives inherent frequency and the form of vibration.
0对水泵底座进行了有限元分析,获得了在载荷作用下结构的应力、应变值和结构的固有频率和振型。
3.
The finite element model is established and analyzed by using AUTODESK INVENTOR and ANSYS WORKBENCH,by which the strain and stress of the base during opening and closing are calculated.
利用AUTODESK INVENTOR和ANSYS WORKBENCH软件对某大型水工闸门的底座结构进行分析,计算了结构在开启和关闭过程中产生的应力和应变,从而验证所设计的底座结构能够满足系统的刚/强度指标要求,为水工闸门底座设计提供有益的参考。
6) foundation
[英][faʊn'deɪʃn] [美][faun'deʃən]
底座
1.
Structural analysis and improvement on the foundation of TLJ400 continuous extrusion;
TLJ400连续挤压机底座的结构分析与改进设计
2.
During hanging the frame and driving pile,the frame foundation,guide columniation and supports would be affected by multiple forces that would affect the intensity design and structure design of the frame.
在起吊和打桩过程中,导向架底座、立柱和支撑会受到各种力的作用,这些力将对其强度和结构设计产生重要影响。
补充资料：齿状突异常
齿状突异常
abnormal odontoid
包括无齿状突、齿状突发育不全或齿状骨，病因未明。多无症状。有时可因C1、2不稳定而产生疼痛或斜颈，亦可因神经受压出现相应症状。过伸、过屈X线片，不稳定超过10mm或椎管间隙小于13mm，应行复位及稳定手术，如有脊髓受压，加行减压术。
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