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空中消防车
Air Fire Engine
提名参赛 产品 交通器械 13418 0 2017-08-28
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作品详情
中文 / English
作品简述
这是是一款结合了无人机和消防储水车的消防设备,它最大的特点是:消防范围相比目前的消防设备提升了十倍之多,而成本只是目前设备的四分之一!具有安全、灵活、高效、灭火距离远 、速度快、更精确的特点。
用户价值
空中消防车是一款结合了无人机和消防储水车的消防设备,它最大的特点是:消防范围相比目前的消防设备提升了十倍之多,而成本只是目前设备的四分之一。体现在:消防员和消防车到不了的地方无人机都可以飞达,灭火高度从目前的70米左右提升至200米,灭火面积更是之前的十倍之多;用无人机替代了昂贵的消防云梯,所以成本减少了四分之一。此外,火灾现场常常危险不断,如天津港8 .12事故就有104名消防员壮烈牺牲,但是使用无人机进行灭火,就可能更多的保证消防员的安全,杜绝了烈火、爆炸对消防员的威胁。无人机与消防水枪相连接,消防车通过一条连接管为无人机上的水枪提供灭火材料和电力,二号无人机负责提托水袋平衡载力。它具有安全、灵活、高效、灭火距离远 、速度快、更精确的特点。空中消防车是一款救命的设计。
商业表现
目前的高层灭火方式为储水车(400万)+消防云梯(1200万-1800万),而空中消防车方式为储水车(400万)+无人机(300万-400万)),每生产一套装备可节省800-1000万。此外消防范围相比目前的消防设备提升了十倍之多,产业化经济潜力巨大。
社会影响
目前全球最为普遍地高层建筑的灭火方式是使用灭火云梯消防车进行灭火。国内的高层灭火云梯消防车多是从国外进口,就我们所合作的的湖南省消防队,消防车都是从德国进口,一台得1800万,非常昂贵。由于灭火云梯车非常昂贵,甚至有些地区只有一台。此外,水火无情,火灾现场常常危险不断,如天津港8 .12事故就有104名消防员壮烈牺牲。但是使用无人机进行灭火,就可能更多的保证消防员的安全,杜绝了烈火、爆炸对消防员的威胁。目前的高层灭火方式为储水车(400万)+消防云梯(1200万-1800万),而空中消防车方式为储水车(400万)+无人机(300万-400万)),每生产一套装备可节省800-1000万。此外消防范围相比目前的消防设备提升了十倍之多,产业化经济潜力巨大。
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,最终完成了这款“空中消防车”。 该项目获海峡杯国际工业设计大赛全场大奖和智能装备组金奖,丝路星创新设计大赛一等奖。
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,最终完成了这款“空中消防车”。
项目投入
此项目经历了两年半的设计研发时间,参与人数超过20人。
达成情况
该项目获海峡杯国际工业设计大赛全场大奖和智能装备组金奖, 丝路星创新设计大赛一等奖。已经入选为“省政府重点孵化项目”。
Project Description
This is a fire equipment which combines advantages of unmanned aerial vehicles and Fire engines.The biggest feature of this equipment is that the scope of watering has enhanced ten times compared the current fire equipment,while the cost is only a quarter of the current equipment.The fire equipment is safe, flexible and efficient,moreover,it has features of big watering scope, fast and more accurate.
User Value
Air-Fire engine is a fire equipment which combines advantages of unmanned aerial vehicles and Fire engines, its biggest feature is that the scope of watering has enhanced ten times compared the current fire equipment,while the cost is only a quarter of the current equipment.The feature is reflected by flying to the height which firefighters and fire engines can not get.The range of extinguishing of unmanned aerial vehicles increased from 70 meters to 200 meters, the fire area is ten times as much before. With the drones instead of the expensive fire ladder, so the cost reduced by a quarter. Unmanned aerial vehicles and fire water gun connected through a pipe for providing fire extinguishing materials and power to the water gun, the second unmanned aerial vehicle is responsible for the balance.The fire equipment is safe, flexible and efficient,moreover,it has features of big watering scope, fast and more accurate. The air fire engine is a lifesaving design.
Business Performance
The current high-level fire fighting method is the water tankers (4 million) + consumer ladder (12 million -13 million),but air fire vehicles for the water tankers (4 million) + unmanned aerial vehicles (3 million -4 million)The cost of each production equipment can save 8-10 million. In addition the scope of fire has been enhanced ten times as much compared to the current fire equipment,which has enormous industrial economic potential. This project has won the first prize of The Silk Road Star Innovation Design Competition, and has been listed as the key incubation project of the provincial government.
Social Impact
The current high-level fire fighting method is the water tankers (4 million) + consumer ladder (12 million -13 million),but air fire vehicles for the water tankers (4 million) + unmanned aerial vehicles (3 million -4 million)The cost of each production equipment can save 8-10 million. In addition the scope of fire has been enhanced ten times as much compared to the current fire equipment,which has enormous industrial economic potential.
Team Structure
Chief Designer: Shizhong Fan; Director of Project: Prof. Renke He & Prof. Dihu Xiao; Other members: Prof. Meng Gao, Prof. Weijie Yuan, Ke Ma Cooperated with The Design Academy of Hunan University, Machine and Transportation Academy of Hunan University, and Hunan Fire Brigade. For successfully completing this program, the team headed for Hunan Province to go through a series of deep research and participate in several actions: fire drill, high-floor rescue, interview with heroes of fire brigades and victims, etc. We develop a method of design that calls for participation: firemen, victims, and engineers are all involved into this project so that we can take everyone’s requirement into consideration. During this process, we held a several times of design workshops and go through many researches about industrial design, structure design, physical analysis, simulation analysis, dynamic analysis, and statics analysis.
Flow
For successfully completing this program, the team headed for Hunan Province to go through a series of deep research and participate in several actions: fire drill, high-floor rescue, interview with heroes of fire brigades and victims, etc. We develop a method of design that calls for participation: firemen, victims, and engineers are all involved into this project so that we can take everyone’s requirement into consideration. During this process, we held a several times of design workshops and go through many researches about industrial design, structure design, physical analysis, simulation analysis, dynamic analysis, and statics analysis.
Project Investment
This program has experienced two and a half year, in development; The total participants: over 20
Project Achievements
This program is awarded as the grand prix of International Straits Cup, Golden Prix in Creative Equipment Category, and the First Prize in Silk Road Creative Award. This project has been as one of the province‘s important incubation programs
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