| 1. | Fuzzy reliability design of fatigue strength of v - belt transmission
带传动疲劳强度的模糊可靠性评价 |
| 2. | Design of metal - belt transmission system
金属带传动 |
| 3. | Analysis and determination of design parameters in magnetic metal belt transmission
磁力金属带传动设计参数的分析与确定 |
| 4. | Numerical simulation on main performance parameters ofmagnetic metal belt transmission
磁力金属带传动主要性能参数的数值模拟 |
| 5. | The handle inputs rotation upon the wheel , then transmitted to another shaft by the belt transmission mechanism
加上皮带传动机构，手把输入旋转运动于转轮，用皮带传输转动另一个轴。 |
| 6. | The selected teeth - type belt transmission used for this machine to reduce the noise produced form the driving
整机传动采用同步带轮传动方式，使设备在高速运行和停止时平稳，同时可消除机器的寸动现象及噪音。 |
| 7. | The system of intelligentized navigation belt transmission design based on web that is a new mechanic design way by using internet
基于web的带传动设计与查询系统是利用互联网进行机械设计的新型的机械设计方法。 |
| 8. | When the sprocket or pulley shaft installed in the effort , chain / conveyor belt transmission mode can be intermittently transmission pipeline - automated machinery
当链轮或皮带轮安装在出力轴上时，链/皮带传动的输送方式可间歇地传动流水线式的自动化机器。 |
| 9. | The paper started at the theory of belt transmission design , analysised the two design ways of the belt design : compared with character and advantages and disadvantages between the two ways . introduced the new way of the belt type selection
本文首先从带传动设计的理论基础入手，分析了带传动设计的两种不同的设计方法的特点，优劣性，介绍了带传动的新型选型方法。 |
| 10. | The new drive system adopts gear drive instead of the traditional rubber belt transmission , therefore realizes optimum transmission of pumping unit by overcoming the disadvantages of the belt transmission
该系统把传统的抽油机胶带传动改变为齿轮硬性传动，彻底克服了因胶带传动而造成的抽油机传动效率低、电动机过载被烧毁，以及因惯性载荷造成抽油机的冲击和振动等弊端，实现了传动最优化。 |
