| 1. | Confirmation of the measuring teeth number of involute gear common normal
渐开线齿轮公法线跨测齿数的确定 |
| 2. | On the profile modification in the cycloidal pump with multi - tooth number difference
多齿差摆线泵的齿形修正 |
| 3. | Minimum teeth number
最少齿数 |
| 4. | The judgment condition for the involute gear pairwith fewer teeth number outside pitch point
少齿数渐开线齿轮节点外啮合的判定条件 |
| 5. | The influence of the teeth number of driving gear on the flow characteristics of compound external gear pump
活齿二齿齿轮转子泵液压力分析 |
| 6. | When bears enough loading , actual contact tooth number will exceed theoretic contact tooth number , which makes the loading capacity of the gears increased dramatically
三环传动在足够大的载荷作用下,实际啮合齿数会大于理论啮合齿数,使得三环减速器中齿轮副的承载能力大大提高。 |
| 7. | Secondly , based on the research of flow characteristic of hydraulic motor with multi cylindrical gear , optimal conditions of tooth number are got to minimal the pulsation ratio of motor in the design of hydraulic motor
其次,通过对圆柱多齿轮式液压马达的流量特性进行研究分析,得出使其排量脉动率最小所必须的各齿轮齿数应满足的设计准则。 |
| 8. | Compare to other kindred products , besides adjustment of speed , the new calibrater can adjust teeth number and voltage of fanout . the new calibrater can also output a pulse one cycle which simulate cylinder top dead center
这种标定器与国内外同类产品相比，除了转速可变外，还有一些创新之处：齿数可调、输出幅值可调、同时可以输出每周一个的上死点参考信号。 |
| 9. | 3 . base on the numeric method of finite element , the influence of interrelated shift coefficient and tooth number z to bend intensity of gear is studied . with the increase of the tooth number , tooth root maximum pull stress decrease ; with the increase of the interrelated shift coefficient , tooth root maximum pull stress increase
3 、基于有限元数值计算方法，分析了不同关联变位系数和齿数z对齿轮弯曲强度的影响：随着齿数的增大，齿轮最大拉应力减小；关联变位系数越大，齿轮最大拉应力越大。 |
| 10. | This paper proposes a new method to obtain any wanted stepping angle with adjustable and even subdivision . with the method , the stepping angle is n ' t restricted with different phase number and tooth number any longer . so the product arrangement of stepping motors and drives can be simplified
提出了通过任意均匀细分来实现任意步距角的新方法，从而打破步进电动机相数和齿数对步距角的限制，简化步进电动机及驱动器的生产格局，充分发挥机电一体化的系统效果。 |
