摘要 在快节奏的现代生活中人们常常因为忙碌而忽视了基本的健康习惯比如定时饮水。为了改善这一状况智能保温杯应运而生不仅能够提醒用户定时饮水还能保持饮品在最佳温度从而提升生活质量和健康水平。本次设计的智能保温杯的设计基于单片机集成了温度传感器和通信技术能够实时监控水温并根据设定的参数提醒用户饮水。DS18B20温度传感器负责精确检测水温并根据用户的设定自动调节加热或制冷以保持饮品在理想的温度范围内。此外保温杯内置定时器可以设定饮水间隔并通过声光报警的方式提醒用户及时补充水分。用户还可以根据个人需求设置温度阈值和饮水间隔系统会通过蓝牙技术将实时数据传输到用户的手机上方便用户随时查看和调整设置。旨在帮助用户建立科学的饮水习惯确保及时补充水分提高用户的健康意识。关键词智能保温杯单片机水温蓝牙Abstract: In the fast-paced modern life, people often neglect basic health habits, such as regular drinking water. In order to improve this situation, the smart thermos cup came into being, not only reminding users to drink water regularly, but also to keep the drink at the best temperature, so as to improve the quality of life and health level.The design of the intelligent vacuum cup is based on the single chip controller, integrating the temperature sensor and communication technology, which can monitor the water temperature in real time and remind users of drinking water according to the set parameters. DS18B20 Temperature sensor, responsible for accurate detection of water temperature, and automatically adjust the heating or cooling according to the users setting, to keep the drink in the ideal temperature range. In addition, the thermos cup has a built-in timer, which can set the drinking water interval, and remind users to replenish water in time through sound and light alarm. Users can also set the temperature threshold and drinking water interval according to their personal needs, and the system will transmit real-time data to the users mobile phone through Bluetooth technology, so that users can view and adjust the Settings at any time.It aims to help users establish scientific drinking habits, ensure timely hydration, and improve users health awareness.Keywords: Smart vacuum cup; single-chip microcontroller; water temperature; Bluetooth目 录1 前 言1.1课题的来源及意义1.1.1课题来源1.1.2课题意义1.2课题国内外研究现状1.2.1国外研究现状1.2.2国内研究现状1.3课题内容1.3.1 课题内容概述1.3.2 课题存在问题1.3.3 课题应解决的问题2 课题主体及方案选型2.1 系统框图设计2.2 各模块的选型2.2.1 主控模块选型2.2.2 温度检测模块选型2.2.3 无线通信模块选型2.2.4 显示模块选型3 硬件电路设计3.1 主控模块电路设计3.2 温度检测模块电路设计3.3 液位检测模块电路设计3.4 A/D电路转换模块电路设计3.5 RGB灯模块电路设计3.6 蓝牙模块电路设计3.7 按键模块电路设计3.8 显示模块电路设计3.9 执行器模块电路设计4 软件流程设计4.1 编程软件介绍4.2 系统主流程设计4.3 独立按键4.4温度检测模块子流程4.5 A/D模数转换子流程4.6 蓝牙模块子流程5 实物测试5.1 实物展示5.2 过程测试6 结 论参考文献致 谢附录1 原理图附录2 程序