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Jiangxi Guoke Meixin Medical Technology Co., Ltd.


Jiangxi Guoke Meixin Medical Technology Co., Ltd.


        Jiangxi Guoke Meixin Medical Technology Company was established in March 2020, with comprehensive support and participation from Zhongyang Construction Group Co., Ltd., Wuhan Taili Meixin Medical Technology Co., Ltd., the Chinese Academy of Sciences Guoke Holdings Group, and Guoke Health Holdings. It is an innovative medical technology company formed by integrating high-quality local resources in Jiangxi. Based on the first generation of wireless electronic thermometers, the company continues to optimize product functions and expand usage scenarios. The company is developing a micro low-cost medical-grade multi-parameter wearable smart vital signs monitoring device that continuously collects wearers' blood oxygen, heart rate, and temperature data, transmitting this data to remote data centers or cloud monitoring platforms for dynamic monitoring of patients' vital signs in hospitals, communities, homes, and even during travel. In medical scenarios, it automatically screens and alerts possible critical patients within hospitals and communities, completing automatic sorting and intelligent triage; in public health scenarios, it automatically monitors changes in wearers' vital signs trends and travel paths to provide early warnings for potential outbreaks and support for epidemiological investigation data—integrating full-domain + real-time distribution + real-time location of the subject + recent travel trajectory of the subject—allowing epidemic investigations to enter the era of IoT big data (requiring only a smartphone); in the health management scenario, based on massive data collection, it automatically assesses health risks as an entry point for smart elderly care and home health monitoring, completing timely backend analysis and early medical intervention indexing; in industrial and infrastructure applications, intelligent building fire protection and cable aging monitoring can automatically upload data at scheduled intervals with supercritical automatic warnings for continuous real-time monitoring to achieve unattended temperature area control across all network nodes with central monitoring.