振动给料器

电磁振动给料器数字控制及应用研究

Study on Numerical Control of a Electromagnetic Vibration Feeder and Its Application

斗式振动给料器在包装机上的应用

Application of Bucket Vibration Feeder to the Packaging Machine

小型压电式振动给料器的智能化驱动电源

The Intelligent Driving Electrical Source of Small Piezoelectric Resonance-conveying Machine

称重式振动给料器控制仪表的设计

Design of Control Instrument Used in the Machine of Vibration and Material Supply for Weighing

斗式电磁振动给料器中物件相对运动规律的研究

Studies on the law of the relative motion of the objects in the electromagnetic vibratory feed unit

在分析称重式振动给料器工作原理的基础上，重点介绍了其控制仪表的设计过程。

Based on the machine of vibration and material supply for weighing , design control instrument is emphatically introduced .

通过新型电磁振动给料器在农用物料自动定量中应用实验研究，验证了新型电磁振动给料器给料稳定、准确、快捷，在农用物料自动定量中应用是合理、可行的。

The application and experiments of the new electromagnetic vibration feeder for automatic quantifying and packaging agricultural materials were analysed , which verified that the feeding process had the features of stability , rapidity and precision .

论述了斗式电磁振动给料器的设计方法，主要参数的选择，控制方式及性能等。为提高包装机械的速度提供了一定的依据。

This paper discusses the way to design bucket electromagnetic vibration feeder as well as its screening of main parameters , controlling and the properties etc , which provides a basis for enhancing the packing speed of packaging machinery .

针对大量粉粒状物料对自动定量给料要求，在分析传统电磁振动给料器给料性能基础上，研制了一种电磁振动给料器数字控制系统，实现给料器给料量自动调节控制。

For the demand of automatic quantification of powdery and granular materials , a numerical controlled electromagnetic vibration feeder was developed to implement the automation of quantificationally feeding based on the analysis of the feeding performance of a traditional electromagnetic vibration feeder .

通过对普通型和三自由度新型电磁振动给料器结构、振动和工作特性对比分析，表明新型电磁振动给料器能满足混合式自动定量包装要求。

By the comparative analysis of structure , vibration and characteristics between the ordinary and a new three degree of freedom of electromagnetic vibration feeders show that the new electromagnetic vibration feeder was able to fulfill the demands of automatic quantifying and packaging .

提出并研究了一种小型压电式振动给料器的智能化驱动电源，可以在一定范围内输出多种频率及振幅的正弦波，从而可以不必对振动给料器的固有频率提出苛求。

In this paper , a intelligent driving electrical source of small piezoelectric resonance-conveying machine is given , which can produce sine waves of multiform frequencies and amplitudes , as a result it is not necessary to bring forward exigencies with free frequency of resonance conveying machine .

简要介绍了小型电磁振动给料器在用于种子丸化机输送粉剂时，其激振间隙、槽体倾角及无级调速对电磁振动给料器生产率的影响，为进一步研究提供依据和参考。

This paper simply introduces a small electromagnetic vibration feeder transporting granular materials for seeds pilling machine , it 's vibrating clearance , obliquity of trough , and stepless speed regulation affect the productivity of the electromagnetic vibration feeder , offer basis and reference for further research .