A monitor for monitoring vital signs

By using multi-parameter deep fusion analysis and individualized early warning of vital signs monitors, the shortcomings of existing equipment in health status assessment and telemedicine integration are solved, and accurate, real-time monitoring and management of users' physiological status is achieved.

CN122398211APending Publication Date: 2026-07-17QINGYUAN CITY QINGQING DISTRICT PEOPLES HOSPITAL
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Patent Information

Authority / Receiving Office
CN · China
Patent Type
Applications(China)
Current Assignee / Owner
QINGYUAN CITY QINGQING DISTRICT PEOPLES HOSPITAL
Filing Date
2026-06-02
Publication Date
2026-07-17

AI Technical Summary

Technical Problem

Existing vital sign monitoring equipment is unable to comprehensively and systematically reflect the user's overall health status. Its signal processing and analysis capabilities are limited, it lacks the ability to explore the correlation between multiple parameters, its alarm mechanism is rigid, and it lacks integration with telemedicine, resulting in insufficient depth and accuracy of data analysis.

Method used

The system uses a data acquisition module to collect physiological signals synchronously, generates a comprehensive health status index through a signal preprocessing and fusion analysis module, and combines an intelligent early warning and decision support module to provide individualized early warnings, achieving deep fusion analysis of multiple parameters and supporting remote interaction and closed-loop management.

Benefits of technology

It enables a comprehensive and systematic assessment of users' physiological status, improves the accuracy and reliability of early warnings, and forms a closed loop from passive monitoring to proactive health management. It can sensitively capture early degeneration or disorder of physiological regulatory functions and provide prospective quantitative evidence for chronic diseases.

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Abstract

本发明公开了一种方便监控生命体征的监护仪,包括数据采集模块、信号预处理与融合分析模块、智能预警与决策支持模块及远程交互与闭环管理模块,通过数据采集模块同步采集用户的原始生理信号,并通过信号预处理与融合分析模块生成综合健康状态指数,实现对用户生理状态的全方位、系统化评估。通过智能预警与决策支持模块和远程交互与闭环管理模块结合,既保障异常情况的即时响应,又为专业医疗干预提供关键决策支持。通过将警报决策数据、综合健康状态指数及其计算过程相关的多维特征数据、以及触发警报时间段对应的原始生理信号波形数据片段数据传输至远程医疗终端,实现了信号级复核与深度诊断,提升警报的准确性与可信度。
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