基于51单片机的开放式实验室电子元件存取柜
Open Laboratory Electronic Component Access Cabinet Based on 51 Single-Chip Microcomputer
王高乐 1袁吉秀 1邸世光 1张力1
作者信息
- 1. 山东华宇工学院,山东 德州 253034
- 折叠
摘要
针对高校开放式实验室中存在的管理员对电子元器件的管理问题以及学生对元器件的存取问题,设计了一款电子元器件存取柜.存取柜包含上位机端和存取端,上位机端通过Wi-Fi模块将存取柜与手机进行连接,将芯片柜内信息、数量等情况发送到手机,存取端能够实现用户通过串口屏幕选择所需元器件进行存取,执行机构解锁对应存储盒,对应存储盒提示灯亮起,便于寻找所需元器件,规范了用户使用,不随意拿放.同时方便了管理者对实验室进行管理,能够在上百种元器件中及时发现数量不足的元器件并进行补充,保障实验者实验的正常进行.
Abstract
Aiming at the management problem of electronic components and the access problem of students in the open laboratory of colleges and universities,an electronic components access cabinet is designed.It contains the upper end and the access end.The upper end connects the access cabinet with the mobile phone through Wi-Fi module,and sends the information and quantity in the chip cabinet to the mobile phone.The access end enables the user to select the required components through the serial screen,the actuator unlocks the corresponding storage box,and the prompt light of the corresponding storage box is on to facilitate searching for the required components.It standardizes the use of user,not free to take or put.At the same time,it is convenient for the manager to manage the laboratory,and the insufficient components can be found and supplemented in time among hundreds of components,so as to meet the normal conduct of the experimenters'experiments.
关键词
单片机/物联网/芯片柜/实验室/无线通信Key words
Single-Chip Microcomputer/Internet of Things/chip cabinet/laboratory/wireless communication引用本文复制引用
基金项目
德州市大数据与智能感知技术工程研究中心项目()
大学生创新创业训练计划(X202213857055)
出版年
2024
国家科技期刊平台
NSTL
维普
万方数据