期刊文献+

基于语音识别的交互式智能垃圾桶的实现

Implementation of Interactive Garbage Communication Based on Speech Recognition
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摘要 针对目前日益增长的城市化进程,随之而来的因为垃圾增多造成的环境问题也日益显著严重。在对国内外垃圾桶使用现状、垃圾分类制度以及相关环境保护领域的深度调研基础上,本文设计出语音识别的交互式智能垃圾桶。此垃圾桶通过语音模块、气味传干器、超声波传感器、太阳能电池板等模块下配合STM32主控芯片能够实现智能识别垃圾、打包、消杀和实时检测运行状况等功能,有效提高了垃圾分类的准确性与效率。 In view of the increasing urbanization process,the environmental problems caused by the increase of garbage are becoming more and more serious.Based on the in-depth investigation of the use status of garbage cans at home and abroad,garbage classification system and related environmental protection fields,this paper designs an interactive intelligent garbage can based on speech recognition.Through the voice module,odor sensor,ultrasonic sensor,solar panel and other modules combined with STM32 main control chip,this trash can can realize the functions of intelligent garbage recognition,packaging,killing and real-time detection of operation status,and effectively improve the accuracy and efficiency of garbage classification.
作者 祁选宁 周鑫垚 陈可 杜世伟 贾伟伟 Qi Xuanning;Zhou Xinyao;Chen Ke;Du Shiwei;Jia Weiwei(Xuzhou College Of Industrial Technology,Xuzhou Jiangsu,221140)
出处 《电子测试》 2022年第13期27-29,共3页 Electronic Test
基金 江苏省大学生创新训练项目(202113107006Y)。
关键词 垃圾分类 语音识别 STM32 waste classification Speech recognition STM32
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