disengageable step-by-step gear mechanism with intersecting waves, in particular for equipment precision engineering high clock frequency.

• 1. 用于制造经热轧的具有高表面质量的金属带、特别是钢材料带的方法和连续铸轧设备 [P] . 中国专利： CN101410198A . 2009-04-15
• 2. 齿轮装置、尤其用于风能设备的旋转连接机构的齿轮装置、具有齿轮装置的风能设备以及用于齿轮装置的密封元件 [P] . 中国专利： CN109690140A . 2019-04-26
• 3. disengageable step-by-step gear mechanism with intersecting waves for equipment precision engineering high clock frequency. [P] . 德国专利： DE1497260A1 . 1969-07-03

  机译： 带有相交波的可分离式步进齿轮机构，用于设备精密工程的高时钟频率。

• 4. Coupling - and blocking mechanism for a rotatable part of the clocks - and precision engineering [P] . 德国专利： DE2313171A1 . 1973-09-20

  机译： 时钟可旋转部分的耦合和阻塞机制以及精密工程

• 5. disengageable, axially acting a toothed coupling for equipment precision engineering [P] . 德国专利： DE1497261A1 . 1969-04-03

  机译： 可分离，轴向作用的齿形联轴器，用于设备精密工程

• 1. MEASUREMENT AND EVALUATION OF THREE INTERSECTING AXES OF PRECISION EQUIPMENT [C] . Murthy T. S. R. International Symposium on Measurement and Quality Control . 2007
• 2. Engineering T Cells with Diverse Mechanisms for Improved Tumor Recognition Precision [D] . Williams, Jasper Zee 2019
• 3. Precision Ultrasonic Wave Measurements With Simple Equipment [O] . Steven E. Fick, C. Harvey Palmer 2001
• 4. 3D Printing of Planetary Gear Which Is Used In Clock Mechanism [O] . K. Sambhavi K. Aruna Prabha 2015
• 5. Design Tool for Artillery Safety and Arming Mechanisms Containing Clock Gears anda Straight-Sided Verge Runaway Escapement and Operating in an Aeroballistic Environment [R] . Tepper, F. R., Lowen, G. G. 1994

• 1. 大停歇角的行星齿轮柱销步进机构及其参数选择 [C] . 刘政昆 . 中国机械工程学会第七届机构学学术讨论会 . 1990
• 2. 带齿轮齿条机构的馈能式减振器阻尼特性分析与实验 [A] . 齐琳倩 . 2017