自动咖啡研磨和冲泡过程与NUC140单片机

Febriyandika Tarang Boro, I. Riyanto, K. Adiyarta
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引用次数: 4

摘要

决定咖啡饮料质量的参数之一是正确研磨咖啡豆。除了适当的研磨工艺外,水温的设置也成为重要的一环。研磨和冲泡过程必须在短时间内完成,这样咖啡豆的味道才不会流失,品质才得以保持。采用一种基于比例积分导数(PID)的控制系统来保持适当的水温。所使用的组件是LM35温度传感器,电磁阀,交流调光器,直流电机连接到Nuvoton NUC140模块,作为系统的主控制器。温度控制是通过调节交流调光电路的电压来加热元件,并从微控制器中移除PWM变化。PID参数采用齐格勒-尼科尔斯法确定。在Kp = 13、Ki = 116、Kd = 29条件下,系统的响应时间为613秒,空气温度稳定在90℃,稳态误差为1.1%。总的来说,从研磨咖啡豆到冲泡,该系统可以在5分钟内处理8克咖啡豆。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Automatic coffee grinding and brewing process with NUC140 microcontroller
One of the parameters that determine the quality of the coffee beverage is by grinding the coffee beans correctly. In addition to proper grinding process, water temperature settings also become an important part. Grinding and brewing process must be done in a short time so that the taste of the coffee bean is not lost and the quality is maintained. A control system based on PID (Proportional Integral Derivative) is used to maintain proper water temperature. The components used is LM35 temperature sensor, Solenoid Valve, AC dimmer, and DC Motor that is connected to a Nuvoton NUC140 module that serves as the main controller of the system. Temperature control is done by adjusting the voltage of the AC dimmer circuit to heat the element with the PWM changes removed from the microcontroller. The PID parameter is determined using the Ziegler-Nichols method. The test results with Kp = 13, Ki = 116, and Kd = 29 systems have a response with a constant time of 613 seconds and the air temperature can be stable at 90 ° C with a steady state error of 1.1%. Overall, the system can process 8 grams of coffee beans for 5 minutes started from grinding the coffee beans to brewing.
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