首页|地下工程系列化新型智能防淹装备应用研究

地下工程系列化新型智能防淹装备应用研究

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[目的]目前地下工程淹水事件频发,易造成严重的经济损失和人员伤亡等影响.遇淹水时通常主要采用人工封堵的方式,例如临时用沙包堆积或者人工加装防水板,存在需工作人员长期值守、使用不便捷、响应不及时等问题.针对地下工程地面出入口、地下连接通道等不同场景,研究响应迅速、安全可靠的防水倒灌措施,提高地下工程整体的防水能力是十分必要的.[方法]基于液位报警控制技术,提出地下工程系列智能防淹装备,主要包括全断面智能防淹门、智能垂落式防淹门、智能上翻式防淹挡板等,可使地下工程形成一个完整的防淹体系,全面保障地下工程不被洪涝水淹.[结果及结论]该系列装备已在洛阳、厦门等城市的地铁项目中应用,结合作者单位的设计项目进展情况可预见,系列智能防淹装备将在更多的地下工程项目中推广,为城市的安全发展保驾护航.
Application of New Intelligent Anti-flood E-quipment Series in Underground Engineering
[Objective]Currently,frequent underground en-gineering flooding accidents tend to cause serious economic los-ses and casualties.In case of flooding,manual sealing methods such as temporarily stacking sandbags or manual installation of waterproof baffles are usually used,with problems such as a longer time duty for staff,inconvenient use and delayed re-sponse,etc.Therefore,it is necessary to study safe,reliable and responsive waterproof and back-flow preventing measures for different scenarios such as underground engineering en-trances and exits,underground connecting passages,in order to improve the overall waterproof capacity of underground engi-neering.[Method]Based on liquid level alarm control tech-nology,a series of intelligent anti-flood equipment for under-ground engineering are proposed,mainly including full-section intelligent anti-flood door,intelligent drop type anti-flood door,intelligent uplifting anti-flood baffle,to establish a com-prehensive protection system of underground engineering a-gainst flooding and waterlogging.[Result & Conclusion]The above-mentioned series of equipment are adopted in the metro projects of cities like Luoyang and Xiamen.Based on the pro-gress of the current design projects in hand,it is foreseeable that the series of equipment will be promoted in more under-ground engineering projects,providing a safeguard for the safe development of cities.

underground engineeringintelligent anti-floodequipment

刘俊、武志松、车轮飞、蔡崇庆、李国栋、胡浩明、刘起、於泽

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中铁第四勘察设计院集团有限公司,430063,武汉

地下工程 智能防淹 装备

2025

城市轨道交通研究
同济大学

城市轨道交通研究

北大核心
影响因子:0.689
ISSN:1007-869X
年,卷(期):2025.28(1)