首页|智能森林消防头盔设计与研究

智能森林消防头盔设计与研究

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为应对森林火灾复杂危险的工作环境,对智能森林消防头盔进行设计与研究.将通信模块、摄像头等设备集成于森林消防头盔中,基于5G通信技术和多模态信息检测技术,实现火灾现场信息的高效传输.运用计算机仿真模拟方法,参考国人头部尺寸,对头盔的造型及结构展开设计.智能森林消防头盔可实时监测消防员的生命体征及其周围环境,并将相关信息传输至后方指挥中心,实现指挥中心与救援现场的联动.此款产品的设计与开发,可显著提升森林消防救援的信息化水平.指挥中心可实时获取火场信息,以便对火情做出快速研判,进而增强救援工作的安全性、科学性和高效性.同时也为森林消防穿戴装备的开发与升级提供了参考经验.
DESIGN AND RESEARCH OF SMART FOREST FIREFIGHTING HELMET
Design and research on intelligent forest firefighting helmets to address the complex and dangerous working environment of forest fires.The communication module,camera and other devices are integrated into the forest fire helmet,and the efficient transmission of fire scene information is realized based on 5G communication technology and multi-modal information detection technology.The design of the helmet's shape and structure is carried out by using computer simulation and modeling methods and referring to the head size of Chinese people.The smart forest firefighting helmet can monitor the vital signs of firefighters and the surrounding environment in real time,and transmit relevant information to the rear command center to realize the linkage between the command center and the rescue site.The design and exploitation of this product considerably enhance the informatization level of forest firefighting and rescue.The command center can obtain real-time information about the fire scene,so as to make a rapid study and judgment of the fire situation,and then enhance the safety,science and efficiency of the rescue work.Meanwhile,it also provides reference experience for the development and upgrading of forest firefighting wearable equipment.

Forest firefightingSmart helmet design5G transmission technologyHead dataErgonomics

刘鹤霖、张峰、鄂玉萍

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浙江理工大学艺术与设计学院

浙大宁波理工学院设计学院

森林消防 智能头盔设计 5G传输技术 头部数据 人机工程学

2024

设计
中国工业设计协会

设计

影响因子:0.519
ISSN:1003-0069
年,卷(期):2024.37(23)