Method for achieving medical massive health supervision and service system

Abstract

The invention relates to a method for achieving a medical massive health supervision and service system. A preset subsection infusion time frame speed module is additionally arranged in an existing intelligent static venous infusion monitoring system; the structure and function of a comprehensive life monitoring system are optimized, an intravenous drip measuring system is integrally changed into a separated structure, and an embedded intelligent operation system is adopted for managing equipment. An intelligent APP is developed; micro comprehensive life monitoring equipment built-in WIFI is arranged to assist in positioning, and an A-GPS or GPS or Beidou satellite positioning function is achieved. The method has the advantages that according to the technology, a patient logs in to an internet cloud service platform through intelligent equipment in any place and at any time to download examination reports, medical records and other information, the problem that visiting experiences are hard to store is thoroughly solved, meanwhile, historical data is provided for a later enterprise service platform to help the patient to analyze pathogenesis, and bases are provided for formulating diet improving and motion improving plans.

Description

technical field [0001] The invention relates to the field of medical and health technologies, in particular to a method for realizing a medical large-scale health monitoring and service system. Background technique [0002] With the development of the national economy and the improvement of people's living standards, people's requirements for improving their health are becoming increasingly urgent. How to realize monitoring and guardianship in normal life and work has become the key to solving people's livelihood and health problems. The new development of computer technology and wireless communication technology provides a technical platform for the realization of health monitoring and monitoring, and the seamless coverage of mobile communication services also lays the foundation for this. [0003] As the core system of the multi-functional health monitoring system, the monitoring service center can be configured in large and medium-sized hospitals with high medical level, ...

AI Technical Summary

Problems solved by technology

[0006] Patients have to bring a bunch of medical records and printed data lists every time they are discharged from the hospital, and data sharing cannot be realized between different hospitals, which brings great inconvenience to patients; If the patient's medical records in Guangdong are lost, all the medical examination reports will be lost. This will bring great inconvenience to the hospital in B to diagnose the cause of the patient, and a new physical examination will be required. , re-examine the patient's physical examination data. Since the data of the patient when he was discharged from the hospital at A is unknown, the development trend of the patient's vital signs is unknown. For example, what are the blood lipids, cholesterol, blood pressure, pulse and other parameters when discharged? Up or down?

[0007] ⑵During the hospitalization of the patient, the injection cannot be unattended;

[0008] Today’s hospitals generally do not use intelligent monitoring of intravenous infusion. Patients need special escorts during hospitalization, especially at night. The problem is more serious. bring additional burden;

[0009] (3) During the hospitalization of the patient, patients in non-ICU intensive care beds cannot enjoy advanced treatment;

[0010] During the infusion of ordinary patients in hospital, when the patient suddenly has a high fever, rapid heartbeat, abnormal pulse, blood pressure surge and other emergencies, the hospital cannot be notified in time and cannot take timely measures, often resulting in medical accidents

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