基于ARM微处理器的搜救训练生命体征模拟设备设计与实现

Design and implementation of vital signs simulator for search and rescue training based on ARM microprocessor

文章针对当前消防部队开展倒塌事故救援训练常规做法存在的局限性,提出了一种生命体征模拟器,用于模拟人体的各项生命体征,代替真人训练的方法,并设计了一款基于ARM微处理器开发平台的人体生命体征模拟设备。该设备能够模拟人体震动、呼吸、声音、温度、热量等,为多种生命探测仪提供可靠信号源,能够通过安卓平板上位机控制设备的工作状态。

According to the limitation of current collapse accident rescue training, this paper presents a new method in which a vital signs simulator is used to substitute real human beings in the training. Meanwhile, a vital signs simulation device based on ARM microprocessor is designed to imitate human vibration, breath, sound, temperature,heat, etc., providing reliable signal sources for a variety of life detectors, and it can control the simulation device working status through Android epigynous computer.