Digital animal and plant quarantine and enforcement online interaction platform based on mobile phone APP and working method thereof

Abstract

The invention provides a digital animal and plant quarantine and enforcement online interaction platform based on a mobile phone APP and a working method thereof. The digital animal and plant quarantine and enforcement online interaction platform based on the mobile phone APP comprises a mobile phone client, a database server and a backstage application service platform, wherein the backstage application service platform comprises a data interaction platform and a laboratory management system; the mobile phone client builds communication connection with the data interaction platform and the laboratory management system respectively through a mobile communication network; a firewall is also arranged between the mobile communication network and the data interaction platform and the laboratory management system; and the data interaction platform and the laboratory management system are connected onto the same database server through the internet. The level of information and intelligence for port quarantine work can be improved, and the port quarantine efficiency is improved. a normative document can be checked at any time, harmful living things in need of key attention in the quarantine can be locked in advance, remote assistance is timely requested to the laboratory and a service expert through remote identification and expert cloud, and paperless sample sending is realized.

Description

technical field [0001] The invention relates to a data interaction platform, in particular to an APP-based online interaction platform for digital animal and plant inspection law enforcement and a working method thereof. Background technique [0002] The first-line inspection and supervision site at the port. When the inspectors find harmful organisms, they cannot judge whether the harmful organisms are quarantine pests or whether samples need to be sent. Because they cannot provide effective data and resource support, the on-site interceptors can only collect all the found pests. All suspicious pests were sent to the laboratory, and the laboratory staff found that most of the harmful biological samples were non-quarantine pests or the sent samples did not meet the identification conditions during the sample collection review, resulting in a waste of human and material resources in the laboratory. [0003] Therefore, it is necessary to establish an interactive platform for o...

AI Technical Summary

Problems solved by technology

[0002] When the inspectors at the front-line inspection and supervision site at the port find pests, they cannot judge whether the pests are quarantine pests or whether they need to send samples. Because they cannot provide effective data and resource support, the on-site interceptors can only collect all the pests foun

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