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This study focuses on optimizing the human-machine interaction design of large-screen floor-standing shared power bank cabinets. Through field research methods such as measurements and behavioral observations, the operational habits, visual perceptions, and interaction needs of users during usage were thoroughly analyzed. Based on ergonomic principles, the height of the cabinet and the angle of the screen were optimized to accommodate the visual and operational requirements of users of different heights. Additionally, by incorporating human-computer interaction design principles, the layout and information presentation of the large-screen interface were refined to enhance user feedback during operations.

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Human-Machine Analysis and Design of Shared Power Banks in Changzhou

  • 会议论文

  • 发表日期：

    2026年

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  • Lu Sun,
  • Zhiqiang Wu,
  • Haoning Yang,
  • Yongmin Zhao,
  • Jinhui Le

摘要

This study focuses on optimizing the human-machine interaction design of large-screen floor-standing shared power bank cabinets. Through field research methods such as measurements and behavioral observations, the operational habits, visual perceptions, and interaction needs of users during usage were thoroughly analyzed. Based on ergonomic principles, the height of the cabinet and the angle of the screen were optimized to accommodate the visual and operational requirements of users of different heights. Additionally, by incorporating human-computer interaction design principles, the layout and information presentation of the large-screen interface were refined to enhance user feedback during operations.