Intelligent system for efficiently preventing epidemic spreading by using mobile phone and network

Abstract

An intelligent system for efficiently preventing epidemic spreading by using a mobile phone and a network comprises a smart phone, a service platform, a display device, a management terminal and an inspection terminal. An epidemic prevention APP is installed in the mobile phone to regularly prompt a user to measure human body indexes; and the track of the user is acquired by the mobile phone. AI software is used for communicating with the user to form an epidemic prevention index. Suspected personnel are identified and confirmed according to the epidemic prevention indexes. And the network technology is used for limiting suspected personnel to go out. And the service platform uses AI comparison software to analyze the contact history. A healthy standard-reaching personnel is granted with apass code. The pass code is composed of a graphic code, a flashing icon and a head portrait photo. An inspector checks the pass code by eyes, and allows the user to pass if the health reaches the standard. Temperature measurement at an intersection can be canceled, and the efficiency of passerby inspection is thoroughly improved. Strict technical measures are taken to ensure accurate and reliabledata. The system is advanced in technology, epidemic spreading is efficiently prevented through a mobile phone and an AI, and epidemic prevention is guided to be intelligent and informational.

Description

technical field [0001] The invention relates to technology for preventing infectious diseases, in particular to an intelligent system for effectively preventing the spread of epidemics by using mobile phones and networks. Background technique [0002] During the epidemic, identifying suspected persons and preventing the spread of the epidemic is an urgent task. Check passers-by at intersections and check drivers' body temperature. If you don't check carefully, the epidemic is easy to spread. If the body temperature is carefully measured one by one, it is easy to cross infection, cause road congestion, and even affect the development of the local economy. [0003] Inspectors often ask passers-by three questions: 1. Where do you come from? 2. Have you had a fever recently? 3. Have you ever been in contact with a patient with an infectious disease. In the face of questioning, some passers-by used lies to get away due to some personal reasons. And some people can't answer cl...

AI Technical Summary

Problems solved by technology

If the body temperature is carefully measured one by one, it is easy to cross infection, cause road congestion, and even affect the development of the local economy

[0003] Inspectors often ask passers-by three questions: 1. Where do you come from? 2. Have you had a fever recently? 3. Have you ever been in contact with a patient with an infectious disease?

And use network technology to restrict the travel of suspected personnel

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