Portable wireless communication blood glucose monitoring and diagnosing system oriented to community hospital

Abstract

The invention discloses a portable wireless communication blood glucose monitoring and diagnosing system oriented to a community hospital. In the system, a glucose meter and a database of the community hospital perform data intercommunication in a wireless communication manner; the output of a glucose meter detection module is connected with the input of a microprocessor; the microprocessor is respectively connected with a man-machine interface circuit, a data memory and a serial communication circuit through different output ports; the output of the serial communication circuit is connected with a first wireless communication module; data is transmitted and received between the first wireless communication module and a second wireless communication module in a wireless communication manner; and the second wireless communication module is interconnected with the database of the community hospital. In the invention, measuring results are transmitted in real time by means of the data receiving and sending functions of a digital mobile communication network so that the measuring results of a patient can be fed back to a doctor immediately and diagnosis and guidance of the doctor can be transmitted to the patient in real time, thus protecting the patient against the pain to and from the hospital, and saving a large quantity of medical resources.

Description

technical field [0001] The invention belongs to the field of medical equipment, and relates to a data exchange system between a portable blood glucose meter used in households and a monitoring and diagnosing system used in hospitals. Background technique [0002] At present, blood glucose meters commonly used in households generally have a built-in blood glucose detection module. First, a weak current signal is generated by the reaction between the electrochemical enzyme biosensor and blood, and the current signal is converted into a voltage signal. After the voltage signal is amplified and filtered, it is processed by A / D Converted to a signal that the microprocessor can process. [0003] With the continuous deepening of my country's medical system reform, the traditional hospital-centered medical model is gradually changing into a family-based community medical model, and telemedicine has also attracted more and more attention. At present, due to the lack of professional ...

AI Technical Summary

Problems solved by technology

At present, due to the lack of professional medical knowledge of diabetic patients, many blood glucose data measured by blood glucose meters at home are only known to the patients themselves, and the blood glucose meter only provides blood glucose test results without specifying the circumstances under which the blood glucose was measured. , the blood sugar data cannot be fed back to the community hospital in time, the doctor cannot keep abreast of the patient's blood sugar situation and make a timely diagnosis, and cannot track the patient's blood sugar changes for a long time, resulting in delays in the condition

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