Effect of slot-width in slot-type linear motor

R. N. Firdaus, S. Zulaika, M. Aishah, M. N. Othman, A. Khamis, F. Azhar, R. Suhairi
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Abstract

This paper discuss about the effect of slot-width in slot-type linear motor. Linear motor is a device that produces linear motion without using any mechanical transmission to convert from rotary motion to linear motion. The main objective of this paper is to investigate the effect of slot-width in slot-type linear motor. The force needs to be maintained for used in food processing application. Besides that, the slot-width is adjusted to obtain long displacement for the mover to move. Ansys Maxwell software is used to simulate the performance for this innovation. The variable parameters are the height of slot pole shoe, gap between coils, number of turns and height of coil. This investigation can give an idea to design the new device that requires compression method. The new device will help to overcome and solve the weakness of the conventional compression method. In conclusion, this research provides overview and guidelines of slot-type linear motor for food processing application.
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开槽式直线电机开槽宽度的影响
本文讨论了槽型直线电机中槽宽的影响。直线电机是一种不用任何机械传动将旋转运动转化为直线运动而产生直线运动的装置。本文的主要目的是研究槽型直线电机中槽宽的影响。在食品加工应用中需要保持力。此外,还可以调整狭缝宽度,以获得较长的位移,使移动器能够移动。利用Ansys Maxwell软件对该创新的性能进行了仿真。可变参数为槽极靴高度、线圈间距、匝数、线圈高度。本文的研究为设计需要压缩方法的新型装置提供了思路。新装置将有助于克服和解决传统压缩方法的弱点。综上所述,本研究为槽式直线电机在食品加工中的应用提供了综述和指导。
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