Investigation of a walnut feeder-doser equipped with a reciprocating electromagnetic vibration motor
Keywords:
Electromagnetic, vibration motor, feeder-doser, walnut crackerAbstract
This paper presents a study of a walnut feeder-doser equipped with a reciprocating electromagnetic vibration motor. It clearly demonstrates that the stability of the feeding and dosing processes has a decisive impact on the quality of walnut cracking, which is essential for the uninterrupted operation of the technological line. The proposed device is based on an innovative vibration motor controlled by direct current (DC), which enables the optimization of the vibration amplitude. The main objective of the study is to analyze the operation of the walnut feeder-doser under various technological parameters and to identify optimal operating modes. The results confirm that the productivity of the device depends on the amplitude, angle, and speed of vibration, which in turn influence the velocity of walnut movement. The study also shows that the device is characterized by structural simplicity, high reliability, and effective control of the technological process
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