| 1. | Choice of parameters in designing serrating gear
细齿剃齿刀设计中相关参数的选择 |
| 2. | The tooth of tooth - razor was broken during work
摘要某剃齿刀在工作过程中发生断齿。 |
| 3. | Solution to the longitudinal tooth curve of an internal gear
内剃齿刀齿向曲线的共轭解法 |
| 4. | Fracture analysis of tooth
剃齿刀断齿原因分析 |
| 5. | Rotary gear shaving cutters
盘形剃齿刀 |
| 6. | Specification for circular gear shaving cutters , 1 to 8 metric module , accuracy requirements
公制模数为1至8的圆形剃齿刀精度要求规范 |
| 7. | Tabular layout of properties - part 142 : shaving cutters for external and internal toothing
事物特性表.第142部分:外部和内部待齿接用剃齿刀 |
| 8. | At the same time , an example for the manufacture of an internal gear shaver is presented through the modification of the longitudinal tooth shape of an external gear shaver
同时，还列举了用标准的外剃齿刀经过齿向修形来制造内剃齿刀的例子。 |
| 9. | By means of chemical composition analysis , hardness testing , non - metallic inclusion examination , metallographic examination , macro and micro - fractography fracture analysis were conducted
对剃齿刀断口进行了宏、微观检验、化学成分分析、硬度测试和非金属夹杂物及显微组织检验。 |
| 10. | This paper develops a mathematical model for the solution to the longitudinal tooth curve of an internal gear shaver based on the simplified principle for space transmission of a helical gear pair without flank clearance , and proposes a calculating approach of the profile modification of the grinding wheel to be used for grinding the longitudinal tooth curve of the shaver
摘要用简化的空间螺旋齿轮作无侧隙啮合传动的原理，建立了求解内剃齿刀齿向曲线的数学模型，并给出了修磨这种齿向曲线的盘形砂轮的廓形计算方法。 |
