1) longitudinal cutting head
纵向截割头
1.
Through analyzing the move of a longitudinal cutting head of roadheader under different working conditions and discussing the simplification of movement, discover the move process and the regularity of spedd change and find out the positions of picks wore fastest under these conditions.
针对掘进机纵向截割头的不同工作状态，讨论了运动的简化问题，揭示了截割头各工况时的运动过程及速度变化规律，找出了各种情况下磨损最快的截齿在截割头上所处的位置。
2) cutting head
截割头
1.
Fuzzy optimum design of structure parameters for cutting head based on minimum consumed energy;
基于能耗最低的截割头结构参数模糊优化设计
2.
Fuzzy optimization model for structural parameters of longitudinal cutting head of roadheader;
纵轴式掘进机截割头结构参数模糊优化模型
3.
Kinematics analysis and computer simulation on longitudinal cutting head of roadheader;
纵轴式掘进机截割头横摆时的运动学分析及其仿真
3) cutting coal direction
截割方向
4) transverse cutting
横向截割
1.
Study of dynamic behaviour of horizontal-axial-roadheader as transverse cutting;
横轴式掘进机横向截割的动力学行为研究
5) ordinate cutting
纵向切割
1.
The ordinate cutting,which means that the laser-trimming path is parallel to the current flow,increases the resistance slowly.
激光调阻中激光束平行于电流方向的纵向切割对片式电阻的阻值变化影响较小,掌握其规律并将其应用于调阻过程中能够为提高激光调阻精度提供控制依据。
2.
The laser-trimming path that is parallel to the current flow, called ordinate cutting, increases the resistance slowly.
激光在片式电阻上的纵向切割对阻值变化影响较小 ,合理设计其长度可以提高激光调阻精度及保证阻值稳定性。
补充资料：割截
1.割断;截断。 2.谓从中截取。 3.制克。
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