Real-time monitor based on radio frequency identification

Abstract

The present invention relates to an embodiment of a real-time monitor device based on radio frequency identification, comprising: a real-time monitor chassis; a radio frequency identification reader-writer which is installed in the monitor case and used for reading the label data of the carrier in the case, wherein the radio frequency identification reader-writer is externally connected with a wire label and used for reading the label data of the carrier outside the case; a reader-writer antenna which is arranged in the monitor case, is connected with the reader-writer and is used for providing energy and communication for the tag; a carrier label which is arranged on the carrier and is used for identifying the carrier; a wired electronic tag which is arranged on the equipment and is usedfor identifying the identification equipment; and a monitoring computer system which is connected with the radio frequency identification reader-writer and is used for processing the label data read by the radio frequency identification reader-writer. According to the invention, the in-place conditions of the carrier and the equipment can be monitored in real time, the off-place conditions of thecarrier and the equipment are recorded in real time, and illegal off-place is alarmed, so that the real-time performance of carrier and equipment management is realized, and the labor cost is reduced.

Description

technical field [0001] The invention relates to radio frequency identification technology, in particular to a real-time monitor based on radio frequency identification. Background technique [0002] In government agencies, enterprises and institutions, important carriers with sensitive information need to be placed in special storage devices when they are not in use. Real-time monitoring of the use of carriers and the presence of devices helps to monitor carriers and devices. On-site management, timely alarm and record for illegally out-of-position equipment. [0003] At present, the field of carrier and equipment monitoring generally begins to use radio frequency identification technology to identify carriers and equipment. The usual method is to paste radio frequency identification labels on the carrier and equipment, and use a handheld reading device to read the labels at regular intervals to check and verify the status of the equipment. bit situation. However, this app...

AI Technical Summary

Problems solved by technology

However, this approach has some obvious drawbacks

First of all, it is impossible to monitor the presence of equipment in real time, and it is impossible to record short-term illegal off-site conditions

Secondly, it takes a lot of manpower to check and check the status of the equipment, which limits its wide use

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