A Fuzzy Logic Controller for an embedded Power Switching System Regulator for Textile Washing Machine
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Date
2009
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Mathematical Association of Nigeria (MAN)
Abstract
The contemporary textile washing machines do not have the features for temperature regulation and selection for different textile materials, and for the machine’s voltage input regulation. This can be seen as one of the causes of the fast deterioration of new textiles and increase in the number of rags; which in turn causes the expenditure of more income in the purchase of textile materials. The concern of this research is on the use of the Fuzzy Logic Control (FLC) methodology in the design of an automatic and dynamic voltage and temperature regulator controller for the textile washing machine. The fuzzy based controller for the washing machine will be able to automatically regulate the voltage and temperature into the machine washing tank. The best fit temperature for washing different clothing shall be automatically used for various washings and hence prolong the life-span of textiles as against the increasing trend in possession of rags due to improper washing mode.
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Keywords
Fuzzy Logic Controller, Embedded Power Switching System Regulator, Textile Washing Machine, System Regulator
Citation
Emuoyibofarhe, O.J. and Bajeh, A. O. (2009): A Fuzzy Logic Controller for an embedded Power Switching System Regulator for Textile Washing Machine. Journal of Mathematical Association of Nigeria (ABACUS). 36(2); 58-67, Published by Mathematics Association of Nigeria (MAN)