Seismic disasters can lead to road collapses and bridge failures,hindering the transportation of casualties,logistical support and the arrival of rescue forces.To enhance emergency rescue efficiency in seismic disaster environments,this work proposes the design of rapid deployment equipment for emergency rescue channels.By simulating typical scenarios of traffic engineering damage caused by seismic disasters and uncovering potential rescue needs,this serves as the basis for the design of emergency rescue equipment.Considering the urgent rescue environment of seismic disasters,a design scheme is presented for a rapid deployment vehicle for emergency rescue channels.The design includes specific structures such as the anchor hammer rod/power head,safety handrails,horizontal retractable bridging and front-extending anchor hammer rod/power head.Additionally,features like nighttime illumination and anti-slip measures for rainy conditions are incorporated.Furthermore,in response to rocky terrains in mountainous areas,a spiral anchoring structure is specifically designed to enhance the adaptability of the rescue channel deployment vehicle in complex environments.Utilizing this rapid deployment vehicle for emergency rescue channels ensures the rapid execution of rescue operations while maintaining the safety of the vehicle.This not only enhances emergency rescue efficiency but also serves as a method reference for the design of other rescue equipment.
seismic disastersemergency rescuechannel deploymentscenario constructionstructure designefficiency enhancementhumanitarian care
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