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之前的项目具有清晰的寿命周期,着重在制造、装配和时间环境设计方面进行研究探索。而本项目主要关注流线持续的时间活动性,并对其在当前建筑类型学中发挥的作用作进一步研究。本项目提出了一种新的建筑类型及其城市应用前景,以当今科技所能实现的更灵活的分散式机器人系统取代现有的流线概念。这项研究认为建筑物内的核心体式和走廊式流线往往是不太理想、被浪费的空间。通过将流线转移到立面,产生了一种新的电梯设计,既可用作
Prior projects have a clear life cycle focused on research and development in the design of manufacturing, assembly and time environments. This project focuses mainly on the ongoing activities of streamline activities and further studies on its role in current architectural typology. This project presents a new type of architecture and its urban application outlook, replacing the existing streamlined concepts with more flexible decentralized robotic systems that can be implemented today. This study argues that the core and corridor flow lines in buildings tend to be less than ideal and wasted space. By moving the streamline to the façade, a new elevator design was created that could be used as both