A port passenger health and quarantine system and its operating method

Abstract

The invention relates to a border port infectious disease prevention and control system, and particularly relates to a port passenger health quarantine system and an operation method thereof. The port passenger health quarantine system comprises a medical patrol system and a body temperature monitoring system, and further comprises a self-declaration system and a cloud computing SaaS mode supporting system, wherein the self-declaration system comprises a mobile phone terminal APP self-declaration client, and the mobile phone terminal APP self-declaration client is connected with the cloud computing SaaS mode supporting system. A processing unit inputs information according to an input unit and transmits the information to the cloud computing SaaS mode supporting system. The cloud computing SaaS mode supporting system checks input information of passengers through interconnection, compares the input information of the passengers with a database, judges whether the input information conforms to clearance permission or not, and prompts the passengers to receive reexamination at a quarantine department.

Description

technical field [0001] The invention relates to the prevention and control system of infectious diseases at frontier ports, in particular to a port passenger health and quarantine system and its operating method. 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 ...

AI Technical Summary

Problems solved by technology

[0010] (1) The efficiency of the two systems of medical inspection and body temperature monitoring is low in the quarantine process, which has brought quarantine burdens to the increasing number of people entering and exiting the port

[0011] (2) The information on sudden outbreaks abroad cannot be connected with the ports in real time, and the information mechanism of the ports cannot be circulated, so that the situation and progress of the outbreak can be grasped in a timely manner

[0012] (3) 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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