Health information system, method, corresponding device, equipment and reagent carrier

Abstract

The invention discloses a health information system, which comprises a health information acquiring module used for acquiring health information and a storage control module used for storing the health information to a local or non-local storage. The invention also discloses a corresponding health information management method, a communication device comprising the health information system, a medicament infusion device, test equipment and an ancillary reagent carrier. The health information system can be used to improve the digitization and the standardization of the health information and automatically acquire the health information to help a user analyze the state of illness of a patient conveniently, quickly and accurately.

Description

technical field [0001] The present invention relates to the technical field of health information management, in particular to a health information system and method and its corresponding communication device, drug infusion device, testing equipment and matching reagent carrier. Background technique [0002] At present, for patients with chronic diseases, such as diabetes patients, hypertensive patients, hyperlipidemia patients, etc., it is necessary to regularly measure the health information of the patients representing their health status as a reference for the doctor's treatment plan. For example, for diabetic patients, it is very necessary to check blood sugar levels frequently. For example, for type II diabetic patients, blood sugar levels need to be checked at least 3 to 5 times a week. For type I diabetic patients with good blood sugar control, it is necessary to check at least two For patients with type 1 diabetes who have poor blood sugar control, blood sugar level...

AI Technical Summary

Problems solved by technology

[0004] The above-mentioned manual recording method is very inconvenient to use. Patients and their nursing staff need to manually record their health information after each inspection, and the format of manual recording varies from person to person, and the degree of standardization is very low, which is not easy for medical staff to read ; At the same time, due to the large amount of recorded data and all of them are discrete data, without digitization and automatic acquisition, in the current situation where it is difficult to see a doctor, the time allocated by medical staff to each patient is usually only a few minutes, even if the medical staff spends a lot It is also difficult to find out the patient's blood sugar change pattern from these discrete data, and it is difficult to accurately guide the patient's health, so as to delay the timing of treatment for the patient and aggravate the patient's condition

Images