摘要
自2019年以来人们对健康的认知更加深刻、对自身的健康状况更加关注。在物流配送方面,“无人配送”、“无接触配”等词语的热度不断增加,新的物流运作模式迎来机遇。本文针对这样的发展趋势,提出“消毒 无人配送”的设计构想。设计采用紫外线消杀的方法,实现“消毒”;通过对配送小车的功能、外观、内部结构等进行设计,实现循迹、避障和蓝牙远程遥控等方式避免人员接触,实现“无接触”。最后,经过实验验证小车构想的合理性和实施性,无人配送小车物流配送信息传输效果良好。结合当下热点问题,实现“直达式”传递。在减少劳动力的成本、缩短物流配送时间的同时减少病菌传播、降低配送风险又保证用户安全。
Since 2019, people have a deeper understanding of health and pay more attention to their own health status. In terms of logistics and distribution, the popularity of words such as “unmanned distribution” and “contactless distribution” is increasing, and new logistics operation models are ushering in opportunities. In view of this development trend, this paper puts forward the design concept of “disinfection unmanned delivery”. The design adopts the method of ultraviolet sanitize to achieve “disinfection”, and through the design of the function, appearance and internal structure of the delivery trolley, it realizes the following tracking, obstacle avoidance and Bluetooth remote control to avoid human contact and achieve “no contact”. Finally, the rationality and implementation of the trolley concept are verified by experiments, and the logistics distribution information transmission effect of the unmanned delivery trolley is good. Combined with the current hot issues, solve the complicated contact of personnel and realize “direct” transmission. While reducing labor costs and logistics delivery time, it also reduces the spread of germs, reduces distribution risks and ensures user safety.
出处
《计算机科学与应用》
2024年第4期327-334,共8页
Computer Science and Application
