The utility model relates to an electromagnetic tracking type complete digestive tract physiological information non-invasive detection system in the technical field of medical instruments, comprising a miniature telemetering system, an in vitro portable device and a data analysis and processing system. Noninvasive detection of a miniature telemetry system for the entire human digestive tract physiological parameter, in vitro static magnetic field strength data, and test data through the wireless transmission to in vitro; receiving, processing and storage of magnetic field data in vitro portable device of miniature telemetry system will be the digestive tract physiological parameters in vitro and the portable device. Provide a static magnetic field on the micro tracking telemetry system; analyzing and processing system of the portable device in vitro preservation of the digestive tract physiological parameters in vitro, static magnetic field data analysis and data processing, to obtain physiological parameters of human body data in digestive tract and intestinal detected the corresponding relationship. The invention has a very positive effect on the monitoring of human health status and disease diagnosis.
【技术实现步骤摘要】
【技术保护点】
１．一种电磁跟踪式全消化道生理信息无创检测系统，其特征在于，包括微型遥测系统、体外便携式装置和数据分析处理系统三部分，微型遥测系统实现对人体全消化道生理参数据、体外静磁场场强数据的无创检测，并将检测数据通过无线的方式发送至体外；体外便携式装置对微型遥测系统无线发送的消化道各生理参数和体外便携式装置的磁场场强数据的接收、处理和存储，提供对微型遥测系统进行跟踪的静磁场；数据分析处理系统对体外便携式装置保存的消化道各生理参数、体外静磁场场强数据进行分析和处理，获得人体全消化道的生理参数数据及与被检测肠段的对应关系；体外便携式装置由壳体和设置在壳体内的状态信号指示灯、电源指示灯、通...
【技术特征摘要】
【专利技术属性】
技术研发人员：颜国正，刘华，姜萍萍，王志武，
申请(专利权)人：上海交通大学，
类型：发明
国别省市：31
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