片语

v-belt-transmissionv带传动

belt conveyer transmission agent带式输送机传动

the v belt-transmissionv带传动

belt conveyer transmission带式输送机传动

belt conveyor transmission带式输送机传动

belt transmission system皮带传输系统

belt drives皮带传动（belt drive的复数）

sychronous belt transmission同步带传动

flat-belt transmission平带传动

英汉例句

• the machine also features synchronous belt transmission and low running noise.

  同步带传动，运转噪音小等特点。

• a new type of belt transmission, elastic engagement and friction coupled belt transmission structure and transmission principles are introduced.

  介绍新型带传动——弹性啮合与摩擦耦合带传动的结构、传动原理。

• this paper introduces a succeed example which improve on traditional belt transmission system with sr motor.

  在利用sr电动机对传统皮带传输系统改造的成功实例中。

• the switch magnetic resistance servo motor is driven by the first level deceleration belt transmission and a motor shaft does not bear rigid shock;

  开关磁阻伺服电机经一级减速皮带传动，电机轴不承受刚性沖 击；

• the machine is motor driven. the turntable rotates clockwise through a triangle belt transmission reducer.

  本机由电机作动力驱动，经三角皮带传动减速机，带动工作转台作顺时针方向旋转。

• the simple frictional belt transmission experiment is converted into a general designing type involving belt transmission, chain transmission, gear transmission and mechanical innovation design.

  将简单的摩擦性带传动试验，改造成包括带传动、链传动、机构创新设计、齿轮传动等于一体的综合设计试验。

• based on transmission mechanics and electromagnetism, a magnetic transmission machine—magnetic metal belt transmission (mmbt) is presented in this paper.

  在系统融合传动机械学和电磁学理论的基础上，提出了一种新型的磁力传动机械——磁力金属带传动（mmbt）。

• some compared experiments are carried out with a modified v belt transmission experimental test.

  并在改装后的带传动试验台上对该传动与普通带传动进行比较。

• the structure of synchronous belt transmission is simple and can be regulated easily.

  同步带传动结构简单、调节方便。

• 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。

• belt transmission provides protection when override.

  采用皮带传动，过载时起保护作用。

• it also sums up problems that should be paid attention to in designing and using for promoting the working efficiency of belt transmission by analysis of the affecting factors.

  借助影响因素的分析，总结出为提高带传动的工作效率，在传动设计与使用中应注意的问题。