| 1. | Machining of involute profile of die on wedm
模具渐开线齿形的电火花线切割加工 |
| 2. | Measuring methods of ultraprecision involute tooth profile
超精密渐开线齿形的测量方法 |
| 3. | To measure and calculate involute profile
渐开线齿形的测量推算 |
| 4. | Engagement theory of silent chain mechanism with involute tooth profile
渐开线齿形链机构的啮合机理 |
| 5. | Calibration of involute tooth profile gauges for the gears of locomotive
机车齿轮用渐开线齿形样板的检定 |
| 6. | Design of involute tooth profile of plate gear milling cutter by autolisp program
程序设计盘形齿轮铣刀渐开线齿形 |
| 7. | Abstract : the therortical calculation of the bending stress of the root and experimental stress analysis on the modified profile and the standard involute tooth profile were made with the finite element method and the electric resistance strain film method . this indicated that the modified profile was supe rior to the standard involute profiles in terms of the bending strength
文摘:分别用有限元和电阻应变片法对修形齿形和渐开线齿形进行齿根弯曲应力计算与实验应力分析.结果证明在弯曲强度方面修形齿形比标准渐开线齿形更优越 |
| 8. | For cutting the composite lock gear with unequal tooth thickness , a study is made on the design method of gear sharper cutter with nonstandard parameter involute tooth profile and noninvolute tooth profile . the cutter tooth arrangement , the choice of teeth number of the cutter and the basic method of cutter design are discussed ; and a new method of choosing deflection factor by using limited area is presented . and the curve of relationship between rear angle on tooth crest and helical angle on tooth side of the cutter is given so as to give a basis for the gear sharper cutter to choose its parameters . to design nonstandard gear sharper cutter by adopting the method mentioned above will simplify the calculation and will increase the efficiency of design
研究加工不等齿厚的非标准参数渐开线齿形，与非渐开线齿形复合的锁闭齿轮插齿刀刀齿的排列、刀具齿数的选择以及刀具设计的基本方法，介绍用限制区域选择插齿刀变位系数的新方法，并给出刀具齿顶后角与侧螺旋角的关系曲线，为插齿刀参数的选择提供依据.结果表明，采用上述方法设计非标准复合齿轮插齿刀，可简化计算和提高设计效率 |
