基于单片机的电动窗帘设计

毕业设计

基于单片机的电动窗帘

学院：电子信息工程学院专业名称：电子信息科学与技术学生姓名：

学号：

指导教师姓名、职称：某某某教授

完成日期年月日

根据办公与生活的需要，本文完成了基于单片机的智能窗帘控制系统，主要基于AT89C52单片机对系统做了详细设计，简单的介绍了一种基于单片机的智能窗帘的工作原理及主要功能，以及智能窗帘系统的国内外的发展趋势，主要的技术原理、特点、设定范围、应用领域等。

以此次设计的国内外背景以及发展为根基，预测了未来的发展方向和内容。着眼于智能控制的技术层面，将智能控制理论应用于智能窗帘控制系统。本文建立了窗帘智能控制理论，包括器件选取，电路设计等，还对安全控制进行了研究。此次研究中，最大的亮点在于提出了一种方法，即基于单片机的智能窗帘控制，接着对其基本的原则进行了讨论，然后创建了CPU控制模块。在设计最后，我们对前面的创建的模型以及设计等结合起来，使用Proteus等进行了仿真，该系统选择能满足控制要求的高性能89C52芯片作为核心，实现窗帘智能控制，此次设计包含光电转换模块、系统主控模块、电源转换模块、电路保护模块以及继电器控制模块，可实现窗帘的自动开关。结果表明，本文提出的基即基于单片机的智能窗帘控制系统，达到了预期效果，该系统稳定高效，具有潜在的前景。

关键词: 单片机，智能控制，AT89C52，光电转换

According to the above-mentioned disadvantages, this design to apply computer information management corporate library management. Based on the available manage software to significantly consider the characteristics of enterprises and improve the manage functions in the study manage system, to create a library management system suitable for enterprises unique, so that enterprises can be efficient implementation of some management functions.According to the needs of office and life, this article has completed the intelligent curtain control system based on the Internet of Things. The system is mainly based on the AT89C52 single chip microcomputer. The system is briefly introduced. The development trend of curtain system at home and abroad, the main technical principles, characteristics, setting range, application fields, etc.

Based on the domestic and foreign background and development of this design, the future development direction and content are predicted. Focusing on the technical level of intelligent control, the intelligent control theory is applied to the intelligent curtain control system. This paper establishes the intelligent control theory of curtains, including device selection, circuit design, etc., and also studies the safety control. In this research, the biggest bright spot is to propose a method, namely intelligent curtain control based on single-chip microcomputer, and then discuss its basic principles, and then create a CPU control module. At the end of the design, we combined the model and design created earlier and simulated it using Proteus. The system chose a high-performance 89C52 chip that can meet the control requirements as the core to achieve intelligent control of the curtain. The module, the system main control module, the power conversion module, the circuit protection module, and the relay control module can realize automatic opening and closing of curtains. The results show that the intelligent curtain control system based on the one-chip computer proposed in this paper has achieved the expected results. The system is stable and efficient, and has potential prospects.

Key words：MCU; intelligent control; AT89C52; photoelectric conversiont