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STM32-Based Intelligent Desk Lamp Design and Implementation

机译:基于STM32的智能台灯设计和实施

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Table lamps have long been one of the necessities of people’s life and work, as they appear and are used very frequently in household lighting equipment. Table lamps provide the right amount of light for people to work and study in their daily lives. Compared with the general traditional desk lamp, intelligent desk lamps provide a more comfortable lighting environment for people to read, work and study. The paper firstly analyzes the system scheme of the intelligent desk lamp and completes the hardware selection, using STM32F103C8T6 as the main control, HR-SR501 module as the pyroelectric module of the intelligent desk lamp. HC-SR04 ultrasonic distance measures sensor for distance measurement. Bluetooth module HC-05 is the wireless control module of the lamp. Then the interface circuit design of each functional module is completed by drawing schematic diagram through Altium Designer. The program design of each function by drawing program flowchart is completed. The program is written through keil5. Finally, the automatic adjustment of lighting intensity, posture reminder, human infrared sensing and wireless control of the intelligent lamp are realized through a combination of hardware and software. Desk lamp has the advantages of simple operation, energy saving, sitting posture reminder, automatic dimming and wireless control, etc. Compared with the general traditional desk lamp, it solves the problems of traditional desk lamp control not simple enough, high energy consumption and being easy to cause visual fatigue or myopia; therefore, it has high application value and market value.
机译:台灯长期以来一直是人们生活的必需品之一,因为它们出现并在家用照明设备中经常使用。台灯为人们工作和学习的人提供了适量的光线。与一般的传统台灯相比,智能台灯为人们阅读,工作和学习提供更舒适的照明环境。本文首先分析了智能台灯的系统方案,完成了使用STM32F103C8T6作为主控制,HR-SR501模块作为智能台灯的热电模块。 HC-SR04超声波距离测量距离测量传感器。蓝牙模块HC-05是灯的无线控制模块。然后通过Altium Designer绘制原理图来完成每个功能模块的接口电路设计。通过绘制程序流程图完成每个功能的程序设计。该计划是通过Keil5写的。最后,通过硬件和软件的组合实现了照明强度,姿势提醒,人红外传感和无线控制的自动调整。台灯操作简单,节能,坐姿,自动调光和无线控制等。与普通的传统台灯相比,它解决了传统台灯控制的问题不够简单,能耗高,能耗高容易引起视觉疲劳或近视;因此,它具有高应用价值和市场价值。

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