1·Each of the side gears may have a tooth with a first tooth flank.
每个半轴齿轮可具有带第一齿根面的齿。
2·Tooth flank milling of center wheel is implemented in NC milling machine.
并对中心轮齿面进行了数字化加工。
3·Paint the tooth flank of the big bevel gear with a thin and equal red lead coat.
即在大锥齿轮的齿面上涂一层薄而均匀的红铅油，然后转动齿轮数圈。
4·The evaporation is affected by temperature and wearing condition of gear tooth flank.
汽化程度与齿面温度及磨损状态有关。
5·The machining error affecting the load distribution are errors of the tooth flank direction and the contact line.
影响负荷分布性的加工误差主要因素是齿向误差和接触线误差。
6·The pinions may be configured for engagement with the pair of side gears and each of the pinions may have a tooth with a second tooth flank.
所述小齿轮可配置成与所述一对半轴齿轮啮合，并且每个小齿轮可具有带第二齿根面的齿。
7·Analysis of the forming principle of tooth flank of modified type worm gear pair was based on different geometry and spatial engaging theory.
基于微分几何和空间啮合理论，分析了修正型圆环面双包络环面蜗杆副齿面形成原理。
8·In this paper are proposed the methods for evaluating the contact accuracy of gears with the tooth flank error measured by means of 3-coordinate measuring technique.
本文提出了用三座标测量技术测得的齿面误差来分析和评估斜齿轮的接触精度。
9·The rough gear milling is the preceding working procedure of finish gear milling, which influences not only the machining efficiency of gear but also the final machining accuracy of tooth flank.
粗铣齿是精加工铣齿的前道工序，它影响齿轮的加工效率也影响齿面的最终加工精度。
10·Chapter 4 mainly solved the problems of tooth flank parameterization and the analysis of differential geometric structure, which is the theoretical basis to implement the third order contact analysis.
第4章主要解决了齿面的参数化和微分几何结构分析问题，它是实现三阶接触分析理论的基础。