Multifunctional electronic tag system based on NB-Iot (5G)

Abstract

The invention provides a multifunctional electronic tag system based on NB-Iot (5G). The multifunctional electronic tag system comprises a front-end tag unit, a communication unit, a system health monitoring unit, a monitoring management platform and a mobile terminal unit, the front-end label unit is used for monitoring the position and posture of an attached target, sending the collected operation data to the monitoring management platform, and adjusting the working parameters according to a feedback instruction of the monitoring management platform. The system health monitoring unit is usedfor carrying out periodic inspection on each module and uploading fault information, and comprises a fault detection module and a record uploading module; the monitoring management platform is used for receiving the operation data and performing visual management on remote target assets; the mobile terminal unit is used for carrying out online monitoring on the target position, the posture changetrend, the health degree and the construction data, automatic configuration of target remote monitoring and system operation can be achieved, the application scene is wider and more flexible, and themanagement efficiency is high.

Description

technical field [0001] The present invention relates to the field of communication technology, in particular to a multifunctional electronic label system based on NB-IoT (5G). Background technique [0002] With the improvement of scientific and technological level, the application of radio frequency identification technology is becoming more and more extensive. It can generally be applied to various application scenarios such as warehouse management, infrastructure management, transportation, access control and anti-theft in logistics and warehousing, and industrial military, and is suitable for environmental conditions. Especially harsh application scenarios solve the problems that traditional target information monitoring and collection often require manual participation, which increases labor costs, and at the same time cannot monitor the validity of data in real time. [0003] At present, the terminal of radio frequency technology is passive and requires near-field ident...

AI Technical Summary

Problems solved by technology

Moreover, the existing radio frequency identification-based smart electronic tags have single functions in practical applications, and their layout schemes have poor flexibility. Once the construction is deployed, the cost of modifying the deployment scheme is high, and it is impossible to judge and resolve the faults of the label system. Provide a solution, and at the same time cannot perform flexible automatic update and modification of the labeling system

Images