站城融合理念下高铁站点换乘导视系统优化设计研究

Research on Optimization Design of High-Speed Railway Station Transfer Guide System under the Concept of Station-city Integration

中文关键词: 导视系统  高铁站点  出行体验  换乘能效

英文关键词: guide system  high-speed railway stations  travel experience  interchange efficiency

中文摘要:

      目的 本文以重庆建设国际性综合交通枢纽城市为研究背景，满足各类人群高铁出行的适宜性与多样性需求，升级城市形象展示窗口。深入剖析高铁站点导视系统在换乘枢纽中的实际应用情况，紧密关注城市智慧交通导视系统的发展趋势与最新动态，致力于解决用户在换乘过程中可能遇到的视觉困扰和引导不足等核心问题，并在此基础上提出具有针对性的优化设计方案。方法 对城市高铁站轨道换乘导视系统的设计要点和布设方法进行举证研究，重点就城市智慧出行、数字导视系统进行分析，结合对乘客空间寻路、安全感、舒适感等心理需求的调研，总结轨道交通换乘站点导视系统的设计思路。综合考虑色彩及应用、字号及对比度、字体及视觉度、布设逻辑与信息分级，把控导视系统的视觉度、布设尺度、色彩材质、技术工艺。结合我国高铁站轨道换乘导视系统的发展现状，提出重庆西站换乘导视系统的优化设计策略。结论 在尊重空间动向、用户体验、视觉流程的基础上，以智慧交通导视系统为研究对象，充分探寻高铁站点轨道换乘导视系统的高效性、便捷性，旨在提升枢纽的建设水平、运行效率，以及人民群众的出行体验。

英文摘要:

      The work aims to thoroughly analyze the practical application of guide systems at high-speed railway stations in interchange hubs, closely monitor the development trends and latest dynamics of urban intelligent transportation guide systems, address core issues such as visual confusion and inadequate guidance that users may encounter during interchange and put forward targeted optimization design proposals in the research background of constructing an international comprehensive transportation hub city in Chongqing so as to meet the suitability and diversity needs of various groups of people traveling by high-speed rail and to upgrade the city's image as a showcase window. This paper conducted an evidential study on the design principles and layout methods of urban high-speed railway station guide systems, with a focus on urban intelligent travel and digital guide systems. Combined with research on passengers' psychological needs such as spatial navigation, sense of security, and comfort, the paper summarized the design ideas of guide systems for rail transit interchange stations. It comprehensively considered factors such as color application, font size and contrast, font style and visual clarity, layout logic and information hierarchy, to control the visual clarity, layout scale, color materials, and technical processes of guide systems. In conclusion, based on respecting spatial trends, user experience, and visual processes, focusing on intelligent transportation guide systems, this paper fully explores the efficiency and convenience of high-speed railway station interchange guide systems, aiming to enhance the construction level, operational efficiency, and people's travel experience at the hub.