1) complementary angle of front angle
前角余角
1.
Through calculation of the mini vlaue of the complementary angle of front angle α,conclusion is made that the impact of complementary angle of front angle on the carding effect is an important factor to the figuration of new clothing in addition to the factors such as performance of the processed fiber,carding process,and production condition.
为了正确选用配套新型针布,阐述了锡林-盖板工作区纤维转移的4种情况,重点对针尖上纤维的受力进行了分析,通过对前角余角α最小值的计算,指出新型针布的选用配套除考虑被加工纤维的特点、梳棉机的工艺及纺纱条件的要求外,须重视锡林针布齿条前角余角对梳理的效果的影响;对于高产梳棉机,随着梳棉机产量的增加,前角余角α应减小,对于低速梳棉机,应选用大前角余角的针布齿条,从而使纤维能够在锡林-盖板区多次被剥取,形成有效梳理。
3) complementary angle
补角，余角
4) front angle
前角
1.
Through calculation of the mini vlaue of the complementary angle of front angle α,conclusion is made that the impact of complementary angle of front angle on the carding effect is an important factor to the figuration of new clothing in addition to the factors such as performance of the processed fiber,carding process,and production condition.
为了正确选用配套新型针布,阐述了锡林-盖板工作区纤维转移的4种情况,重点对针尖上纤维的受力进行了分析,通过对前角余角α最小值的计算,指出新型针布的选用配套除考虑被加工纤维的特点、梳棉机的工艺及纺纱条件的要求外,须重视锡林针布齿条前角余角对梳理的效果的影响;对于高产梳棉机,随着梳棉机产量的增加,前角余角α应减小,对于低速梳棉机,应选用大前角余角的针布齿条,从而使纤维能够在锡林-盖板区多次被剥取,形成有效梳理。
5) hook angle
前角
1.
Research about the tooth pitch and hook angle having an effect on the noise of idling circular saw blade;
齿距及前角对空转圆锯片噪声影响的研究
2.
It also discusses the problems such as striping away the protector, changing the shape of the vice flushing hole, altering the degree of the hook angle and the arrangement of the cutting prongs.
针对三翼钻头在硬粘土地层的钻进所遇到的问题提出了改进措施 ,对去掉护圈、改变副吸渣口形状 ,调整前角角度、切削齿的排列等问题进行了探讨 ,基本解决了三翼钻头易糊钻、钻速缓慢的两大难题。
6) rake angle
前角
1.
Milling tool normal rake angle optimization based on orthogonal cutting simulation;
基于正交切削模拟的直齿圆柱铣刀前角优化
2.
Finite element analysis for the influence of rake angles of diamond tool on ultraprecision cutting process;
金刚石刀具前角对超精密切削过程影响的有限元分析
3.
Study of Influence of Cutting Edge Inclination on Rake Angle;
车刀刃倾角对前角影响研究
补充资料：余角
如果两个角的和是一个直角,那么称这两个角互为余角,简称互余,也可以说其中一个角是另一个角的余角. ∠a +∠c=90°,∠a= 90°-∠c ,∠c的余角=90°-∠c 即:∠a的余角=90°-∠a
说明：补充资料仅用于学习参考，请勿用于其它任何用途。