Frontier port infectious disease quarantine decision making support system

Abstract

The invention relates to an infectious disease prevention and control system, in particular to a frontier port infectious disease quarantine decision making support system which comprises a medical inspecting and infrared thermal imaging body temperature video monitoring system, a passenger autonomous application system, a port health quarantine service information management system and a front end decision making support application system and further comprises a cloud computing SaaS mode support system used for collecting epidemic situation data from the port health quarantine service information management system, automatically collecting the epidemic information of countries and regions from WHO notification, the notification of the ministry of health and the epidemic situation information disclosed by the Internet through a Web creeper technology and adopting a large data analysis technology to provide decision making support and risk evaluation for the leader or the relevant decision making department. By means of the system, a unified frontier port infectious disease three-class laboratory network prevention and control system is built, and a full-direction three-dimensional multilevel comprehensive prevention and control network is built.

Description

technical field [0001] The invention relates to an infectious disease prevention and control system, in particular to a border port infectious disease quarantine decision-making support system. Background technique [0002] As an important part of the national infectious disease prevention and control system, the purpose of infectious disease quarantine at border ports is to prevent and control the spread of infectious diseases through border ports, and to reduce the morbidity and mortality of entry-exit personnel. With the frequent international population flow, the promotion of personnel exchange also makes the situation of the global epidemic and spread of infectious diseases more and more severe. Influenza A H1N1, HIV, malaria, cyclosporidiosis, cholera, viral hemorrhagic fever, transmissible spongiform encephalopathy, dengue fever, drug-resistant dysentery and other infectious diseases are prevalent in the world. alarm bell. Strengthening the basic sanitation construc...

AI Technical Summary

Problems solved by technology

[0010] (1) Suspicious case discovery methods such as medical inspections, body temperature monitoring, or self-declaration by passengers are independent of each other, failing to integrate and form an integrated health and quarantine business process;

[0011] (2) There is no effective joint prevention and control mechanism with the local health system, and no follow-up monitoring system has been established for asymptomatic infectious disease patients who are still in the incubation period, and the coverage of the prevention and control system is weak;

[0012] (3) There is no effective feedback mechanism and method for the cases of infectious diseases found in medical treatment after entering the country;

[0013] (4) A network monitoring system for infectious diseases has not yet been formed, and an effective monitoring mechanism cannot be established for most infectious diseases, and the development trend of infectious diseases cannot be grasped in time

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