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生命滑梯
LIFE SLIDE
提名参赛 产品 机械设备 7902 0 2017-08-28
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中文 / English
作品简述
LIFE SLIDE/生命滑梯可以拯救更多生命! 在高层建筑发生火灾时,由于消防云梯容量小、速度慢、效率低使许多人失去了性命。但现在有了“生命滑梯”。
用户价值
LIFE SLIDE/生命滑梯可以拯救更多生命! 在高层建筑发生火灾时,由于消防云梯容量小、速度慢、效率低使许多人失去了性命。但现在有了“生命滑梯”。
商业表现
该项目的产品还未上市,但已获得多家重工企业的投资。
社会影响
目前高层救援的主要方式包括消防云梯救援、消防员入室救援和直升机救援。 1、消防云梯救援:消费云梯车的空间有限,每次只能救援3-5个人,而且每次救援上下攀升需要消耗大量的时间(需要5-10分钟)。时间就是生命,每一秒钟可能会就失去一个生命,消费云梯车的载人数有限和行动缓慢,使得许多人没有得到救助,会导致大量人员死亡。由于消防梯的容量和效率低,许多人将丧生。 2,消防员入室救援:每年有数百名消防员在救援行动中失去生命,这是一项非常危险的任务。 3,直升机救援:容量小、效率低、成本高、时间长,每次救援需要半小时以上。 发生火灾时,时间就是生命,每一秒可能就会失去一个生命,而如今的救援装备效率低下,导致大量人员死亡。高层救援一直是一个世界性难题,从未得到解决。 LIFE SLIDE/生命滑梯的救援效率得到了前所未有的提升,可以达到每五秒钟救一个人,可以有效的解决这个世界性难题。而此设计有可能成为消防行业主流高层救援设备,并且在世界消防史上留下一笔。最重要的是:它是一款救命的设计,没有什么比生命更重要。
团队组织
此项目范石钟为总设计师,项目指导:何人可教授、肖迪虎教授,其他成员:高梦博士、袁伟杰博士、马可研究员等。并与湖南省消防总队、湖南大学设计艺术学院、湖南大学机械与运载工程学院合作设计研发的高层消防设备。为此项目专门前往湖南省消防总队进行了深度调研考察,参与了亲身参与了消防演习、体验消防员、高层救援、一线消防英雄访谈、火灾受害者访谈,消防设备成果研究、消防专家评审评估等调研项目。我们的设计方法是“参与式设计法”,消防官兵、受害者、工程师等相关人员参与进来,与我们一起完成设计,我们进行了多次的设计工作坊、工业设计、结构设计、物理学分析、仿真模拟分析、静力学分析、动力学分析、采购供应分析等大量的学术分析和学术论证,此设计经历了两年多的设计时间,最终完成了这款“LIFE-SLIDE/生命滑梯”。
流程方法
为此项目专门前往湖南省消防总队进行了深度调研考察,参与了亲身参与了消防演习、体验消防员、高层救援、一线消防英雄访谈、火灾受害者访谈,消防设备成果研究、消防专家评审评估等调研项目。我们的设计方法是“参与式设计法”,消防官兵、受害者、工程师等相关人员参与进来,与我们一起完成设计,我们进行了多次的设计工作坊、工业设计、结构设计、物理学分析、仿真模拟分析、静力学分析、动力学分析、采购供应分析等大量的学术分析和学术论证,此设计经历了两年多的设计时间,最终完成了这款“LIFE-SLIDE/生命滑梯”。
项目投入
此项目经历了三年的设计研发时间,参与人数超过20人。投入:50-100万。
达成情况
发生火灾时,时间就是生命,每一秒可能就会失去一个生命,而如今的救援装备效率低下,导致大量人员死亡。高层救援一直是一个世界性难题,从未得到解决。所以发明设计一款高效的救援设备就在成了我们团队的主要课题。LIFE SLIDE/生命滑梯的救援效率得到了前所未有的提升,可以达到每五秒钟救一个人,可以有效的解决这个世界性难题。此项目也获得了合作单位湖南省消防总队的肯定和赞扬。 项目获奖及荣誉:2015红点奖,2016IF设计奖,2017美国Core77设计奖金奖,2017亚洲设计奖金奖,2017意大利设计奖亚军,2016光宝奖,2016 金点奖,2017全球研究成果展, 2017迪拜设计周, 2016登上杂志《设计》封面,2016市长杯优秀奖, 2015台湾国际学生设计大赛优秀奖。
Project Description
LIFE SLIDE Rescuing more lives quickly. The fire in high-rise building, many people will lost lives because of the low-capacity and low-efficient of the fire ladder. But now there's LIFE SLIDE.
User Value
Nowadays, most of people who live in the high-rise buildings are unable to escape, only to wait for rescue in the event of disaster, such as a fire, an earthquake etc. But fire ladder has some limits: Only 3-5 people can be save in one time, and it take times for climbing up and down. In that circumstance, wasting one second means disappearance of one life. Many people will lost lives because of the capacity and low-efficient of the fire ladder. This high-level rescue vehicle is enlightened by slides, crane and rescue ladder. There is a folded and telescopic rescue slider on the top of the vehicle, which can be used for adjusting height and angle. People being rescued can slip down from the high-rise building, just like playing slide. A buffer area between two sections can effectively slow down the rate of decline. It is also designed for guiders and persons who can give some help. That can be rescued more lives quickly. The angle of the slide is 30°, which is proved to be absolutely safe. Insulation coatings for the aerospace on the surface of slide can resist high temperature of fire. Ventilation device on the top can protect people from smoke.
Business Performance
The project's products have not yet been listed, But it has been invested by several heavy industry enterprises.
Social Impact
The huge fire in 2017 that ripped through a 27-storey apartment building in London's Grenfell Tower leaving 81 people dead; the huge fire in 2010 that ripped through a 28-storey apartment building in Shanghai leaving 58 people dead; as well as the shocking explosions in a Tianjin warehouse in 2015, which killed 158 people. The fire rescue in high-rise building is a difficult problem in the world, but has not been resolved. LIFE SLIDE rescue efficiency has been an unprecedented upgrade, it can every five seconds to save a person, and effectively solve this worldwide problem. The most important thing is: it is a life-saving design, nothing is more important than life.
Team Structure
The project director: Fan Shizhong. Project guidance: Professor He Renke, Professor Xiao Dihu. other members: Dr. Gao Meng, Dr. Yuan Weijie, Ma Ke researcher, etc.. This design has gone through more than two years of design time, our team and the provincial fire brigade, Hunan University Institute of mechanical design and others cooperative design, research and development of this LIFE SLIDE . By the provincial fire brigade conducted in-depth investigation, participate in personally participated in a fire drill, firefighters, rescue, front-line experience high-rise fire hero interview, fire equipment research, fire experts assessment research project. A number of design workshops, industrial design, structural design, physics analysis, simulation analysis, static analysis, dynamic analysis, procurement and supply analysis, academic analysis and academic argumentation, conducted a number of different proportion model proofing production test, finally completed the LIFE SLIDE.
Flow
This design has gone through more than two years of design time, our team and the provincial fire brigade, Hunan University Institute of mechanical design and others cooperative design, research and development of this LIFE SLIDE . By the provincial fire brigade conducted in-depth investigation, participate in personally participated in a fire drill, firefighters, rescue, front-line experience high-rise fire hero interview, fire equipment research, fire experts assessment research project. A number of design workshops, industrial design, structural design, physics analysis, simulation analysis, static analysis, dynamic analysis, procurement and supply analysis, academic analysis and academic argumentation, conducted a number of different proportion model proofing production test, finally completed the LIFE SLIDE.
Project Investment
The project has experienced three years of design and research, with more than 20 participants. Inputs: 50-100 million.
Project Achievements
This project has won the cooperation unit Hunan fire brigade affirmed and praised. Honors: Red Dot Design Award 2015, iF Design Award 2016, Core77 Design Awards 2017-Winner, Asia Design Prize 2017, A'Design Award 2017, Lite-On Award 2016, Golden Pin Design Award 2016, Global Grad Show 2017, Dubai Design Week 2017, "Mayor's Cup" Design Award 2016, Taiwan International Student Design Competition "FINALIST" 2015.
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