On-site epidemiology intelligent investigation system

Abstract

The invention discloses an on-site epidemiology intelligent investigation system. The system is composed of a handheld mobile terminal and a server, wherein the handheld mobile terminal and the server are interconnected via a network; the handheld mobile terminal is a mobile working application carrier, comprises a one-dimensional and two-dimensional code scanning and communication interface and a data line interface, and further comprises the following functional modules: a data display module, a data acquisition module, a graphic image acquisition module, a data local storage module and a wireless communication functional module; and the server comprises an application server, a data server and a file server, and further comprises the following functional modules: an epidemic situation management module, a knowledge base management module, a disease monitoring management module, a system management module and a forum management module. Users can choose to use a PC (Personal Computer) terminal mode or a handheld mobile terminal mode for data acquisition and query works according to site conditions, the data is transmitted in a wire transmission form or wireless transmission form, the use flexibility and compatibility of the system can be ensured, and the system exerts the effects of practical investigation works to the greatest extent.

Description

technical field [0001] The present invention is an on-site epidemiological intelligent investigation system, based on handheld mobile terminals and network communication technology, used for on-site data collection, Storage, transmission and analysis, real-time browsing, query, statistics and analysis of the development of public health events through the network, understanding of on-site epidemiological investigations and implementation of event control measures, to achieve timely and effective management and decision-making of public health events. Background technique [0002] In the past, on-site epidemiological surveys generally used manual methods, and the process generally included making relevant forms in advance, on-site surveys, on-site reporting of survey results, post-entry of survey data, and statistical analysis of data, etc. This traditional investigation method has shortcomings such as low efficiency, poor data accuracy, and inability to collect image informa...

AI Technical Summary

Problems solved by technology

This traditional investigation method has shortcomings such as low efficiency, poor data accuracy, and inability to collect image information, and investigators cannot quickly obtain relevant materials and information at the investigation site.

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