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    • 1. 发明授权
    • Control system for a dryer
    • 烘干机控制系统
    • US6047486A
    • 2000-04-11
    • US146833
    • 1998-09-03
    • Andrew C. ReckJoseph Martin SzynalGerald C. StengerMichael E. Range
    • Andrew C. ReckJoseph Martin SzynalGerald C. StengerMichael E. Range
    • D06F39/00D06F58/28F26B3/02
    • D06F58/28D06F39/005D06F2058/2803D06F2058/2838D06F2058/2883D06F2058/2896D06F2212/04
    • A hybrid control for a clothes dryer which combines an electromechanical timer and a microprocessor. The electromechanical timer has a plurality of switches connected to a plurality of input ports of the microprocessor. The timer switches are driven by a plurality of cams such that the plurality of switches open and close in response to the cams at predetermined angular positions of the timer. In this manner, the switches provide control input to the electronic circuit for initiating the dry cycle and further provide control input to the electronic circuit during the dry cycle such that the electromechanical timer and the electronic circuit operate together to control the dryer operation. In addition, a sensor supplies a signal to the microprocessor corresponding to the moisture level of the clothes within the drum. If the dryer is operated in an automatic cycle of operation, the microprocessor operates to control operation of the clothes dryer in response to the initial timer position and advances the timer in response to the moisture sensor signal such that cycle status information corresponding to the sensed moisture level is displayed by the position of the timer knob. The microprocessor operates to drive the timer at different speeds depending on the cycle selection and control settings. The duration of the automatic dry cycle is responsive to the moisture level selected, the temperature level selected and the duration of the initial moisture sensing drying period.
    • 一种组合机电定时器和微处理器的干衣机的混合控制器。 机电定时器具有连接到微处理器的多个输入端口的多个开关。 定时器开关由多个凸轮驱动,使得多个开关响应于定时器的预定角度位置处的凸轮而打开和关闭。 以这种方式,开关为电子电路提供控制输入以启动干循环,并且在干循环期间进一步向电子电路提供控制输入,使得机电计时器和电子电路一起工作以控制干燥器操作。 此外,传感器向微处理器提供与滚筒内的衣服的湿度水平对应的信号。 如果干燥器在操作的自动循环中操作,则微处理器操作以响应于初始定时器位置来控制干衣机的操作,并响应于湿度传感器信号推进定时器,使得与感测到的湿度相对应的循环状态信息 电平由定时器旋钮的位置显示。 微处理器根据循环选择和控制设置,以不同的速度驱动定时器。 自动干燥循环的持续时间响应于所选择的湿度水平,所选择的温度水平和初始湿度感测干燥期的持续时间。