Method for embedding intelligent label of high-voltage power cable

Abstract

The invention relates to the technical field of power facilities, and particularly relates to a method for embedding an intelligent label of a high-voltage power cable. According to the invention, a base material carrier of the intelligent label is set to be a flexible carrier, and the main material of the flexible base material carrier is epoxy resin, so that flexible base material carrier is high in flexibility and tension resistant, thereby realizing an ultrathin design of the intelligent label; and an anti-magnetic wave absorbing material is added into the flexible base material carrier, thereby enhancing the metal resistance of the intelligent label of the high-voltage power cable, and enabling the read-write distance of the intelligent label after being embedded into the cable to befarther than the read-write distance of the intelligent label when being not on the cable. The carrier is externally coated with an acrylic adhesive at both sides, so that the intelligent label can beattached to the external part of a cable armor layer more tightly, the intelligent label is enabled to be integrated with the cable and stably placed inside the cable, and the service life of the cable is prolonged. Meanwhile, the design is more convenient for the embedding operation of the intelligent label of the high-voltage power cable and can greatly improve the embedding efficiency of the intelligent label.

Description

technical field [0001] The invention relates to the technical field of power facilities, in particular to a method for embedding a high-voltage power cable smart sign. Background technique [0002] At present, in the management of various data such as high-voltage cables and electric power workers in the power system, plastic-encapsulated paper signs are mostly used to record cable operation data on the paper signs. The power system archives the management of these operating data in paper form. When the line needs to be switched, the installation workers need to go down to the place where the paper sign is installed to replace the paper sign. When some cable lines fail, they also need to go down to the cable installation site to check the paper sign, and then trace the installer. installation quality. When assessing installers, it is necessary to look through the paper archives, sort out the installation lines of a certain installer through these archives, and then assess ...

AI Technical Summary

Problems solved by technology

The smart sign embedding process in the high-voltage power cable in the prior art has the disadvantages of unclear position of the sign after embedding, insensitive data reading, difficulty in integrating the sign and the high-voltage power cable, and easy blistering of the cable after the sign is embedded, and the embedding of the sign low efficiency