Medical cold chain verification method based on Internet of Things and cloud platform

Abstract

The invention proposes a medical cold chain verification system and method based on the Internet of Things and a cloud platform. The medical cold chain verification system includes a cold storage monitor installed in the cold storage, a cold chain vehicle monitor installed in multiple cold chain vehicles, an intelligent incubator, and a Bluetooth temperature recorder. The cold chain car monitors are all equipped with edge computing terminals, and the edge computing terminals of the cold chain car monitors of different cold chain cars can communicate with each other; the cloud platform is provided with a visual interactive console; the visual interactive console includes At least one human-computer interaction interface, on which the parameter status of at least one cold chain vehicle is displayed. The technical solution of the present invention can visually display the whole process of cold chain control, and at the same time reduce the cost of data transmission.

Description

Medical cold chain verification method based on Internet of Things and cloud platform technical field The invention belongs to the technical field of cold chain transportation, and in particular relates to a kind of medical cold chain realized based on the Internet of Things and cloud platform. Chain verification method. Background technique Cold chain transportation (Cold-chain transportation) refers to in the whole process of transportation, whether it is loading and unloading, Changes in the mode of transportation, replacement of packaging equipment, etc., all ensure that the transported goods are always transported at a certain temperature. cold chain transportation The mode can be road transportation, waterway transportation, railway transportation, air transportation, or a combination of various transportation methods. Shipping method. Cold chain transportation is an important part of cold chain logistics. The cost of cold chain transportation is high, and it...

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Problems solved by technology

However, the above-mentioned prior art does not involve the field of cold chain transportation, and the working principle, data transmission mode, and composition of terminal functional components of the vehicle-mounted terminal adopted in the technical solution cannot realize that "at least one of the multiple cold chain vehicles is compatible with the described The cloud platform performs data communication; the cold chain car monitors are all equipped with edge computing terminals, and the edge computing terminals of the cold chain car monitors of different cold chain cars can communicate with each other, and the edge computing terminals on each cold chain car The computing terminal judges whether the parameter status is normal; if the parameter status is abnormal, the edge computing terminal directly forwards the abnormal parameter status to the visual interaction console; if the parameter status is normal, the The above-mentioned edge computing terminal broadcasts the parameter status to the edge computing terminals configured on other mobile cold-chain control vehicles”, that is to say, the vehicle-mounted terminal disclosed in this prior art and the cold-chain vehicle monitoring set on the cold-chain vehicle The working principle of the instrument is different, and it cannot meet the data transmission problem under the large-scale cold chain transportation system. Under the large-scale cold chain transportation system, there are a large number of cold chain transportation vehicles, which will generate a large number of monitoring objects and data. Incurring huge data transmission costs

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