SCENARIOS · 应用场景

无感监测在五类场景中的落地方式How contactless monitoring is deployed across five scenarios

同一套技术底座，按机构类型适配不同的部署方式。One technology foundation, adapted to different deployment patterns by institution type.

医院病房Hospital Wards 以床位为单位连续监测Continuous monitoring, bed by bed 床旁监护Bedside Monitoring 转运与交接时保持记录Records maintained through transport and handover 健康体检Health Screening 静息状态下采集体征Vital signs acquired at rest 救护车转运Ambulance Transport 院前途中持续采集Continuous acquisition en route 特种医学与应急救援Special-Environment Medicine & Emergency Rescue 适应高海拔与低温现场Suited to high-altitude and low-temperature sites

场景 01

医院病房场景方案Hospital Ward Solution

夜间时段的连续体征记录Continuous vital-sign recording through the night

夜间巡视间隔较长，体征变化不易被及时发现。Night rounds are spaced far apart, so changes in vital signs can go unnoticed for long stretches.

场景 02

床旁监护场景方案Bedside Monitoring Solution

留观与转运途中，体征数据连续记录Vital-sign data recorded continuously through observation and transport

病区周转快、护理人力紧张，间断测量之间的时段缺少记录。Wards turn over quickly and nursing resources are stretched, leaving gaps between intermittent measurements.

场景 03

健康体检场景方案Health Screening Solution

坐姿状态下的体征采集方式Vital-sign acquisition in a seated position

常规体检以瞬时测量为主，缺少静息状态下的连续数据。Conventional check-ups rely on instantaneous measurement and lack continuous data at rest.

场景 04

救护车转运场景方案Ambulance Transport Solution

转运途中，体征记录不断档Records that stay continuous through the transfer

院前转运时间紧、车辆颠簸、车厢空间狭小，间断测量之间的时段缺少记录。Pre-hospital transfer is rushed, rough and cramped, leaving gaps between intermittent measurements.

场景 05

特种医学与应急救援方案Special-Environment Medicine & Emergency Rescue Solution

适应复杂的现场条件Built for demanding field conditions

现场条件复杂，转运与作业途中同样需要连续的体征记录。Field conditions are complex, and continuous vital-sign records are needed both in transit and on the job.

AIRBORNE · 机载形态

机载形态，转运途中持续采集Airborne form factor, continuous acquisition in transit

面向航空医疗转运场景，无感监测以机载形态随舱体安装，转运途中持续采集呼吸、心率等体征数据。For air medical transport, contactless monitoring is installed in an airborne form factor within the cabin, continuously acquiring respiration, heart rate and other vital-sign data in transit.