摘要
随着科学技术的快速发展,人们对多功能、智能化台灯的需求越来越大。为满足人们的需求,设计了一种新型智能风扇台灯,该系统主要包括传统的照明系统和风扇系统,在此基础上实现了语音控制、红外线遥控、独立按键控制、灯光强度调节、风扇叶片正反转以及室内温度检测功能。对于智能风扇台灯系统的设计,先设计出系统的总体结构,然后再设计各个单元模块,最后给出系统的原理图,并制作出实物,实现所需要的功能。利用独立按键可以实现风扇的正转和反转,台灯的开关和亮度调节可以通过独立按键、红外线遥控和语音唤醒系统来实现,此外显示系统可以显示当前环境的温度、风扇的转动状态、台灯的亮度。所设计的智能风扇台灯具有个性化、多功能的特点,可以满足人们对风扇台灯系统的多种需求。
With the rapid development of science and technology,the demand for multifunctional and intelligent desk lamp is increasing.In order to meet the needs of people,a new type of intelligent fan desk lamp is designed.The system mainly includes the traditional lighting system and fan system.On this basis,it realizes the functions of voice control,infrared remote control,independent key control,light intensity adjustment,fan blade forward and reverse rotation,and indoor temperature detection.For the design of intelligent fan desk lamp system,the overall structure of the system is designed first,and then each unit module is designed.Finally,the schematic diagram of the system is given,and the physical object is made to realize the required functions.The forward and reverse rotation of the fan can be realized by using independent keys.The switch and brightness adjustment of the desk lamp can be realized by independent keys,infrared remote control and voice wake-up system.In addition,the display system can display the temperature of the current environment,the rotation state of the fan and the brightness of the desk lamp.The intelligent fan desk lamp designed has the characteristics of personalization and multi-function,and can meet people’s various needs for fan desk lamp system.
作者
任烔
聂奎营
张甜甜
邓堯
杨思怡
赵文江
REN Tong;NIE Kuiying;ZHANG Tiantian;DENG Yao;YANG Siyi;ZHAO Wenjiang(College of Physics&Engineering Technology,Xingyi Normal University for Nationalities,Xingyi,Guizhou Province,562400 China)
出处
《科技资讯》
2022年第18期63-66,共4页
Science & Technology Information
基金
兴义民族师范学院2021年大学生创新创业训练计划(项目编号:202110666064)。
关键词
风扇台灯系统
红外线遥控
语音控制
温度检测
Fan table lamp system
Infrared remote control
Voice control
Temperature detection
