自动上料搅拌车传动系统(system)是怎么工作的？ 混凝土搅拌机的传动系统在搅拌机的工作中扮演着运送搅拌物料,配合搅拌筒进行搅拌物料等角色,是与搅拌筒、搅拌机配件等同位置不可缺少的 存在,那么这么关键（解释:比喻事物的重要组成部分)是工作部分是靠什么原理来进行各项工作的 呢?

How does the transmission system of automatic feeding mixer work? The drive system of concrete mixer plays the role of transporting mixing materials and mixing materials with the mixing drum in the work of mixer. It is an indispensable existence in the same position as the mixing drum and mixer accessories. So the key is the working part. What principle does the working part rely on to carry out the work?

搅拌机传动系统(system)的 工作主要由搅拌马达、传动V带等零件带动的 ,对于搅拌电机来说,我们需要做到的 是:在完成接线工作后应该立刻对其进行防水处理,防止在清洗搅拌筒等区域是,将水淋到搅拌电机上,从而导致(cause)意外的 发生。

The work of mixer drive system is mainly driven by the mixing motor, V-belt and other parts. For the mixing motor, what we need to do is: after completing the wiring work, we should immediately carry out waterproof treatment to prevent the water from pouring into the mixing motor in the area of cleaning the mixing drum, thus causing accidents.

还有一点:在启动搅拌马达时,要检查搅拌筒内是否有物料的 残留,应将在物料全部后才能启动。

Another point: when starting the mixing motor, it is necessary to check whether there is any residual material in the mixing drum. It can only be started after all the materials are removed.

对于传动V带,我们所需要做的 就是定期调整检查,特别是在次使用时,要做到每天检查传动带的 松紧状况。当经过一段时间的 使用出现老化现象之后,我们必须立刻更换,由于传动带变形或老化却不及时更换造成的 后果是严重的 ,要引起重视!

For the V-belt, we need to do is regular adjustment and inspection, especially in the secondary use, to do every day to check the tightness of the belt. After a period of use, we have to replace it immediately. The consequence of not replacing the transmission belt in time due to deformation or aging is serious. We should pay attention to it!

搅拌机传动装置设计过程中,合理利用了行星齿轮（Gear）传动的 原理,对传动装置中的 齿轮设计进行配齿计算,并对该装置中的 主要零件进行结构设计。该设计结构简单紧凑,体积（volume)小,极大地改进了原设计结构的 偏心、体积大的 不好的地方,成本低,且传动可靠、工艺合理、噪音低,得到用户的 认可。

In the design process of mixer transmission device, the principle of planetary gear transmission is reasonably used to calculate the gear matching in the transmission device, and the structure of the main parts of the device is designed. The design is simple and compact in structure, small in volume, which greatly improves the eccentricity of the original design structure and the bad place of large volume, with low cost, reliable transmission, reasonable process and low noise, which is recognized by users.