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Design and Simulation of Washing Machine using Fuzzy Logic Controller (FLC)

机译:采用模糊逻辑控制器的洗衣机设计与仿真(FLC)

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This paper aims to design and simulate Fuzzy Logic control system in washing machine. Washing machine is one of the main machines in the household. Therefore it is necessary to control the washing machine system to facilitate the user, reduce the time, electricity consumption, and water in washing water. Fuzzy Logic is an efficient approach in complex control systems compared to conventional approaches. In this paper, Fuzzy Logic control is used to determine the value of washing speed based on 4 different inputs and the stability of motor speed of washing machine based on 3 inputs. The stability setting of the motor speed of the washing machine is controlled to have a constant speed despite the load changes. In the washing speed control system, the output is the value of washing speed. Based on the value of the output, the input value is a reference speed that will be processed on the motor stability control system. The output generated on this system is a control voltage for the inverter, which in case of input changes in the other two inputs will not affect the output value. In paper in, the washing machine control system is designed and simulated using Fuzzy logic toolbox in Matlab.
机译:本文旨在在洗衣机设计和模拟模糊逻辑控制系统。洗衣机是家庭中的主要机器之一。因此,有必要控制洗衣机系统以促进用户,减少洗涤水中的时间,电力消耗和水。与传统方法相比,模糊逻辑是复杂控制系统中的有效方法。本文采用模糊逻辑控制,基于4次不同输入确定洗涤速度的值及洗衣机电机速度的稳定性。尽管负载变化,控制洗衣机的电动机速度的稳定性设定为具有恒定速度。在洗涤速度控制系统中,输出是洗涤速度的值。基于输出的值,输入值是将在电机稳定控制系统上处理的参考速度。在该系统上产生的输出是逆变器的控制电压,这在其他两个输入中的输入变化的情况下不会影响输出值。在纸上,使用Matlab中的模糊逻辑工具箱设计和模拟洗衣机控制系统。

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