Development of a rapid deployment safety fan that bolts onto existing building framework and is movable on rails between floors without the use of a crane significantly reducing operating costs.

开发了一种快速部署安全风扇，该风扇通过螺栓固定在现有建筑框架上，并且无需使用起重机即可在楼层之间的轨道上移动，从而显着降低了运营成本。

• 批准号: 720655
• 金额: $ 10.11万
• 依托单位: RAPID EPS LIMITED
• 依托单位国家: 英国
• 项目类别: GRD Development of Prototype
• 财政年份: 2015
• 资助国家: 英国
• 起止时间: 2015 至 无数据
• 项目状态: 已结题
• 来源: https://gtr.ukri.org/projects?ref=720655
• 关键词: Development; rapid; deployment; safety; fan

The European construction industry accounts for over half of the fatal and major fall injuriesfrom height, slips and trips. In 2013/2014 period, fall injuries prejudiced the UK economyapproximately 1.5 million working days (ca. £800 million) (LFS 2013/2014). Falls mainlyarise from working on a scaffold or platform without guardrails, or with improperly attachedor no safety harness. Other causes include fragile roofs, ladders that are badly maintained,positioned or secured, lack of edge protection, unprotected openings in buildings andinadequate scaffolding. The cost of these accidents to the individual, the employer and tosociety is often significant.To try prevent falls, construction companies use safety nets that have costly and longinstallation processes, requiring the use of cranes to install and move between floors. Thesenets have to be drilled or permanently attached to the building often destroying buildingconcrete and other structures. Moreover, crane time is the most sought after and valuableresource on a construction site, with the booking schedules reaching weeks in advance. Thereis thus a ready and growing market in the UK, Europe and worldwide for innovative safetynet designs that minimise the use of cranes.Rapid EPS is developing an innovative, extendable safety net system that bolts onto theexisting building concrete through self-tapping bolts and can be moved up and down on railsbetween floors without the use of cranes. Our safety net system will be able to support falls ofup to 400kg in weight, four times more than existing products and has proved to significantlyreduce injuries from falls and completely eliminate fatalities compared to the use of worksattached by support harnesses. Further to this, the system can be retracted rapidly forequipment transport or access to the floor as needed without lengthy dismantling or damage tothe building structure.

欧洲建筑业占致命和主要坠落伤害的一半以上，包括高空坠落、滑倒和绊倒。在2013/2014年期间，跌倒伤害损害了英国经济约150万个工作日（约150万个工作日）。8亿英镑）（2013/2014年劳动力调查）。福尔斯主要是由于在没有护栏的脚手架或平台上工作，或者没有安全带。其他原因包括脆弱的屋顶，梯子维护、定位或固定不良，缺乏边缘保护，建筑物中未受保护的开口以及脚手架不足。这些事故给个人、雇主和社会造成的损失往往是巨大的。为了防止福尔斯坠落，建筑公司使用的安全网的安装过程既昂贵又漫长，需要使用起重机来安装和在楼层之间移动。这些网格必须钻孔或永久性地连接到建筑物上，通常会破坏建筑物、混凝土和其他结构。此外，起重机时间是建筑工地上最受欢迎和最有价值的资源，预订时间表提前数周。因此，在英国、欧洲和全球范围内，创新安全网设计的市场已经准备就绪，而且还在不断增长，这种安全网设计可以最大限度地减少起重机的使用。Rapid EPS正在开发一种创新的、可扩展的安全网系统，该系统通过自攻螺栓固定在现有的建筑混凝土上，并且可以在楼层之间的轨道上上下移动，而无需使用起重机。我们的安全网系统将能够支撑重达400公斤的福尔斯，是现有产品的四倍，并且已经证明，与使用支撑安全带连接的工作相比，可以显著减少福尔斯的伤害，并完全消除死亡。此外，该系统可以根据需要快速缩回以用于设备运输或进入地板，而不会长时间拆卸或损坏建筑结构。