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首页> 外文会议>International Conference on Advances in Building Technology Vol.2, Dec 4-6, 2002, Hong Kong, China >RAISED FLOOR SYSTEM: A PARADIGM OF FUTURE OFFICE BUILDING FITOUT?
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RAISED FLOOR SYSTEM: A PARADIGM OF FUTURE OFFICE BUILDING FITOUT?

机译：高架地板系统：未来办公楼装修的典范？

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摘要

The ever-changing nature of the business environment requires office buildings to respond to organizational, technological and environmental changes. In addition to the latest technologies such as IT and telecommunication, interior configuration and reconfiguration of new office buildings will become a crux of the issue (Barber, 2001). However, conventional approaches to office building fitout, cannot always meet these diverse requirements on a cost-effective basis. Raised floor systems (RFS), also known as access floor systems and adopted in many intelligent buildings (IB) applications (Harrison et al., 1998), can satisfy these requirements because of its high flexibility, speedy installation process and wide adaptability with other building components. RFS technology is also capable of largely reducing fitout time and operation costs in retrofit projects, while allowing more ergonomic considerations for the workplace. This paper introduces current research on the RFS and relevant comparative studies of the conventional approaches to office fitout. The research includes product specification, life cycle costing, construction processes, system integration, and facility management during reconfiguration using the RFS systems. Attempts are also being made to identify appropriate RFS design, installation, implementation, monitoring and maintenance procedures. The paper aims to provide evidence that RFS will replace conventional approaches for office building fitout for many applications in the near future.
机译：商业环境不断变化的性质要求办公大楼应对组织，技术和环境的变化。除了IT和电信等最新技术之外，新办公楼的内部配置和重新配置将成为问题的症结所在（Barber，2001年）。但是，传统的办公楼装修方法并不能始终以经济高效的方式满足这些多样化的要求。高架地板系统（RFS），也称为活动地板系统，已在许多智能建筑（IB）应用中采用（Harrison等，1998），因为它具有高度的灵活性，快速的安装过程以及与其他设备的广泛适应性，因此可以满足这些要求。建筑构件。 RFS技术还能够大大减少翻新项目中的装修时间和运营成本，同时为工作场所提供更多的人体工程学考虑。本文介绍了有关RFS的最新研究以及常规办公室装修方法的相关比较研究。研究包括使用RFS系统进行重新配置期间的产品规格，生命周期成本，施工过程，系统集成和设施管理。还试图确定适当的RFS设计，安装，实施，监视和维护程序。本文旨在提供证据，证明RFS将在不久的将来取代传统的办公建筑装修方法，以用于许多应用。

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