Power cable channel management system and method based on encrypted QR code cable label

Abstract

The invention discloses a power cable channel management system and method based on an encrypted QR code cable label. The power cable channel management system includes an encrypted QR code generationmodule which is used for generating an encrypted QR code with cable information according to related information of a cable to be managed, an encrypted QR code printing terminal which is used for printing the encrypted QR code information with the cable information to a label carrier, and a digital management APP identification terminal which is used for transmitting the updated cable informationto a cable management system database, and the cable management system database which is used for receiving the cable information transmitted by the digital management APP identification terminal andproviding remote monitoring and management for a manager. According to the power cable channel management system and method based on an encrypted QR code cable label, the cable information is identified by adopting the encrypted QR code cable label, so that the confidentiality and safety of related information are ensured, meanwhile, the power cable channel management system and method based on an encrypted QR code cable label have the characteristics of convenience in reading and easiness in database updating, and improve the effectiveness and safety of power cable channel management and operation maintenance to a great extent.

Description

technical field [0001] The invention relates to the field of power cables, in particular to a power cable trench management system and method based on encrypted two-dimensional code cable labels. Background technique [0002] With the rapid development of urban construction, the application of power cables is more common, and more and more cables are put into operation in cable trenches. Due to the limitation of urban underground space resources, the continuous increase of power cables put into operation makes their operation and maintenance management problems also increasingly prominent. [0003] The current cable identification method is usually to paste a paper printed label on the laid cable. Due to the influence of cable channel operation, construction and actual environment, it is easy to wear, damp and corroded, so its practicability is poor. And in the process of continuous construction of the power supply network, the electrical connection relationship of the same...

AI Technical Summary

Problems solved by technology

Most of the research and application at home and abroad in recent years have been concentrated in the field of RFID technology, and considerable progress has been made, but its limitations are also obvious, such as (1) the cost of a single RFID tag is too high, and the market price is 100-200 (2) Taking ultra-high frequency UHF RFID as an example, the recognition accuracy is not high. If there are multiple RFID cable labels within a radius of 2 meters, it is difficult to identify them specifically; (3) RFID is not waterproof, and its anti-corrosion and moisture-proof performance is also very poor. Poor, complex installation and fixing methods, heavy workload

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