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总字数:15100+
摘 要
当前很多的用户洗碗之后,只是简单对其进行擦干处理,并可以对其放置的环境进行温湿度的控制,且这些餐具放置的位置一般都是较为阴暗潮湿的,很容易滋生细菌,当人们使用这些餐具的时候,容易将这些细菌吃进体内,给人们的健康带来很大的危害,因此此次设计一款控制碗柜温湿度的餐具,保障餐具存储环境的健康;该设计通过温湿度检测模块DHT11检测当前环境中的温湿度,通过霍尔传感器检测当前碗柜门是否关闭,检测到碗柜门打开时,自动打开照明灯同时关闭消毒灯,当检测到碗柜中的温度大于设置的最大值,打开制冷片进行工作,检测到碗柜中的温度小于设置的最小值时,自动打开加热片对其进行工作,检测到湿度大于设置的最大值,自动控制加热片和通风进行工作,用户可以根据自己的需求设置温湿度的最大值和最小值,且可以通过蓝牙将检测到的温湿度及其衣柜门的状态传输用户的手机上,用户也可以通过手机端控制个器件的工作状态。
关键词:智能碗柜;温湿度DHT11;霍尔传感器;测控
Abstract
Many current users after washing the dishes, just on the dry processing, and can be placed on its environment temperature and humidity control, and the position of these cutlery placed are generally more damp, it’s easy to breed bacteria, when people use these tableware, easy to eat these bacteria into the body, bring great harm to people’s health, Therefore, the design of a control cupboard temperature and humidity of tableware, to ensure the health of tableware storage environment; In this design, the temperature and humidity detection module DHT11 is used to detect the temperature and humidity in the current environment, and the hall sensor is used to detect whether the current cupboard door is closed. When the cupboard door is detected to be open, the lighting light will be automatically turned on and the disinfection light will be turned off. When the temperature in the cupboard is detected to be greater than the maximum value, the cooling plate will be turned on for work. Detected in the cupboard when temperature is less than the minimum setting, automatically open heating piece of work, humidity is greater than the maximum value set is detected, the automatic control of heating and ventilation, the user can be set according to their own requirements, the maximum and minimum temperature and humidity and the temperature and humidity can be detected through the bluetooth chest door and the state of the transmission on the user’s mobile phone, Users can also control the working status of each device through the mobile terminal.
Keywords: intelligent cupboard; Temperature and humidity DHT11; Hall sensor; Measurement and control
目 录
第一章 引言
第二章 方案的设计与论证
第三章 硬件电路的设计
第四章 系统程序设计
第五章 仿真测试
第六章 实物测试