Welcome to Francis Academic Press

International Journal of Frontiers in Engineering Technology, 2023, 5(9); doi: 10.25236/IJFET.2023.050909.

Design of the Robot for Goods Transportation in Shops

Author(s)

Wang Ruihan, Liu Chunli, Yu Yang, Wang Jiale, Yi Lu

Corresponding Author:
Wang Ruihan
Affiliation(s)

University of Science and Technology, Anshan, Liaoning, China

Abstract

This project discloses a shop cargo transport robot, which includes a robot shell, a signal processing unit, a mobile seat and a multi-layer cargo placing rack. The robot shell is fixed on the mobile seat with a mobile wheel at the bottom, and the multi-layer cargo placing rack is located in the robot shell from top to bottom. The signal processing unit is installed on the robot shell and used to control the robot to walk and store articles. The multi-layer goods placing rack comprises a large goods placing rack, a small goods placing rack and a scattered goods placing rack, and a conveyor belt is installed on the bottom surface of the large goods placing rack; The outer sides of the small goods placing rack and the scattered goods placing rack are both provided with fastening covers; The top surface of the robot shell is provided with a storage slot, and one side of the robot shell is fixed with a cup holder. The customer's goods can be classified and placed, large goods are easy to store, and special storage space is provided for scattered goods, which is more practical and more humanized and rational in design.

Keywords

shops, goods, transportation, robots

Cite This Paper

Wang Ruihan, Liu Chunli, Yu Yang, Wang Jiale, Yi Lu. Design of the Robot for Goods Transportation in Shops. International Journal of Frontiers in Engineering Technology (2023), Vol. 5, Issue 9: 49-52. https://doi.org/10.25236/IJFET.2023.050909.

References

[1] Yan Yupei, Yin Xuemei, Tang Peiyu, Li Wei, Deng Zelin, Zhu Guifang. Design and implementation of a warehouse handling robot [J]. Electronic Products World, 2022(12)

[2] Ma Zeming, Yu Xiaodan, Deng Yuqing, Gao Mingxi, Li Wenyuan, Wang Chuyi. Design of object sorting system based on machine vision [J]. Scientific and Technological Innovation, 2022(36)

[3] Sun Hui, Gao Jian, Pan Zhiteng, Li Jianmei, Zang Rujing. Design of reactive navigation control system for dual-arm handling robot [J]. Computer Measurement and Control, 2022(12)

[4] Wang Chao. Exploration on the system integration of handling robots in traditional industries: Taking the cement industry as an example [J]. China Industry and Information Technology, 2022(08)

[5] Li Jianqiang, Huang Dazhi, Peng Qiang, Wang zhuangzhuang, Li Tianyuan. Design and manufacture of handling robot for edible fungi production line [J]. China Hi-tech, 2021(24)

[6] Zang Fukun, Minghui Li, Li Hongshuang, Li Zhengqiang. Design of a shock-absorbing handling robot [J]. Mechanical Design, 2022(S2)

[7] Sun Jianzhao, Zhao Jinchao. Design of overlapping path deletion algorithm for intelligent handling robot [J]. Mechanical Design and Manufacturing, 2022(05)

[8] Qin Hu. Scheduling optimization and simulation of warehouse handling robots [J]. Logistics Technology and Application, 2022(05)