Materials are continuously thrown on the surface of the sieve together with the sieve box, and are transferred into the receiving port continuously and evenly.
Electromagnetic vibrating feeders are widely used in automatic production, such as machinery, electronic product, food and pharmacy manufacturing.
As electromagnetic vibratory feeder’s structure, orienting mechanism and driving system are determined and affected by the diverse materials’ characters, shapes, and surface features and feeding demands.
The matching of multi-performance and multi-factors is still a big headache.
Therefore, further study and experimentation the kinematics and dynamics of electromagnetic vibratory feed are necessary for design.
Researches of the kinematics and dynamics of electromagnetic vibratory feed system by theoretical and experimental approaches for the vibrating chassis and materiel orienting are described.
Analyzed the working principle of electromagnetic vibratory feeding system and established the mathematic models of kinematics and dynamics of electromagnetic vibratory fluted feeding system, the critical conditions of the sliding and tossing are given, and the relationship between natural frequency and vibratory frequency is given in the amplitude-frequency curves as well.
The ore feeding machine is used to distribute bulk and granular materials to receiving equipment evenly, timely, and continuously from the storage bin and other storage devices.
In the sand producing line, the ore feeder is used to feed the crusher continuously and evenly, and to coarsely separate materials just like the valve of adjusting the current volume, which is the necessary equipment in automated flowing line.
The mineral feeding machine is widely used in metallurgy, coal mine, ore beneficiation, construction, chemical industry and materials grinding industry.
Factors should be considered when we choose a vibrating feeder include the feeding amount, adjusting range, feeding accuracy, the characteristics of materials, installing way, outer size, safety and reliability, environmental protection and self-weight.
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