APP-based nasal endoscopic postoperative patient data management and follow-up visit system

Abstract

The invention provides a nasal endoscopic postoperative patient data management and follow-up visit system based on an APP. The management system comprises a health information sharing chain composed of a plurality of user terminals and a broadcast subsystem, wherein the health information sharing chain comprises a dynamic service node and a static user node; the user terminal comprises a patient terminal, and the patient terminal is provided with a nasal endoscope postoperative management APP client; after a first patient terminal sends a joining request to the health information sharing chain through a nasal endoscopic postoperative management APP client, the broadcast subsystem broadcasts the joining request to a dynamic service node and a static user node in the health information sharing chain; and determining whether to use the first patient terminal as a new static user node of the health information sharing chain based on feedback data of the dynamic service node and / or the static user node. The follow-up visit system comprises a medical care terminal, the medical care terminal is provided with a nasal endoscopic postoperative patient follow-up visit client, and the nasal endoscopic postoperative patient follow-up visit is achieved.

Description

technical field [0001] The invention belongs to the technical field of mobile internet and smart medicine, and in particular relates to an APP-based patient data management and follow-up system after nasal endoscopic surgery. Background technique [0002] With the improvement of the economic level, smart phones are becoming more and more popular. Smart phones account for 95% of the domestic mobile phone market. People use mobile phones to obtain more medical and health information and health services. [0003] Mobile health (mHealth) refers to the practice of medicine and public health supported by mobile devices such as cell phones, patient monitoring devices, personal digital assistants, and other wireless devices. Information services, voice, and apps for smartphones are the main forms of mHealth, and the main purpose is to use the functionality and convenience of mobile phones to improve the health behavior of patients. The use of mobile medical care is not restricted...

AI Technical Summary

Problems solved by technology

[0005] Studies have shown that nurses spend at least 1 / 3 of their time on disease health education every day. In the same ward, nurses have to repeat the same content of health education to different patients every day. Burnout occurs, and patients cannot receive disease-related health education knowledge in a short period of time, which makes nurses and patients take up a lot of time but does not get good health education effects

After the patients are discharged from the hospital, the medical staff lacks enough time and energy to provide health education for the patients

[0006] Patients lack of corresponding health knowledge guidance and continuous care after discharge, and the health education for medical staff is gradually forgotten, and the community nursing system is not perfect, which leads to the decline of patients' self-care ability and functional exercise compliance

If the patient's self-care ability is reduced, it is difficult to adopt positive and healthy life behaviors, and their quality of life and survival will be reduced

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