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1·These experimental data are basis of vibratory feeder design.

这些实验数据为振动料斗的设计奠定了基础。

2·Conventional vibratory feeder has many limitations, such as low feeding efficiency and lack of flexibility.

传统的振动送料方式存在着送料率不高和缺乏柔性等不足之处。

3·A vibratory feeder that can control discharge of iron powder quantitatively is designed based on working conditions and experimental results.

根据给料工况要求和有关铁粉流动性以及流量的试验结果，设计出一种可实现定量控制功能的振动给料斗。

4·The driving controller, with a single-chip computer system as its core, can control the decoupled vibratory feeder in time, based on the sensor signals.

驱动控制器则以单片机系统为核心，根据传感器信号对料斗进行实时控制。

5·CDS Manufacturing designs and builds vibratory bowl feeder systems ranging from 6 to 36 in diameter.

CDS生产公司设计和研发的振动杯进料系统，口径在6“到36”范围内。