Self-adhesive light-storing noctilucent label for high-voltage bare wire

Abstract

The invention belongs to the technical field of light-storing noctilucent markers, and particularly relates to a self-adhesive light-storing noctilucent label for a high-voltage bare wire. The light reflecting film is formed by adhering multiple layers of structures and sequentially comprises a protective layer, a supporting layer, a fluorescent layer, a light reflecting layer, a gum layer and aninsulating layer from outside to inside. The light-emitting layer and the light-reflecting layer are bonded through an epoxy adhesive. The back glue layer is formed by back glue coated on the reflective layer; the insulating layer is arranged at the middle part or the mounting position of the back adhesive layer; the structure also includes release paper being laminated on the back adhesive layerand the insulating layer. According to the invention, a group of labels arranged on a specified power transmission line in a self-adhesive manner are utilized, an external power supply is not needed,light energy is fully absorbed and stored in the daytime, and fluorescence is continuously emitted at night; scientific material and structural design is utilized to ensure that the label has excellent light absorption efficiency, luminous efficiency, installation convenience and use stability. And the label has firmness and naked eye identifiability.

Description

technical field [0001] The invention belongs to the technical field of light-storing luminous markers, in particular to a self-adhesive luminous luminous label for high-voltage bare wires. Background technique [0002] The transmission line of the power system is an important equipment for the transmission of electric energy. The event that the transmission line has been damaged by large mechanical forces such as cranes and pump trucks has always been the focus of power supply companies in the transmission and inspection work. High-voltage transmission lines can be clearly found during the day, but are difficult to be found at night due to insufficient light. In some sections that cross roads or rivers, once there are cranes, pump trucks and other mechanical construction near the high-voltage line at night, it is difficult for the mechanical operator to find the high-voltage line above, which will easily cause the high-voltage line to discharge the machine, causing the grid ...

AI Technical Summary

Problems solved by technology

The biggest problem with this solution is the power supply scheme for lighting equipment. The existing solution is to install solar panels and batteries on the wires. However, after installing solar panels and batteries on the wires, the load on the wires is increased, and fixtures are required to fix the equipment. , during the running process, due to the wind force and other reasons, the conductor will rub against the fixture repeatedly, which will easily cause the wear of the outer aluminum conductor part.

Secondly, once the lighting equipment is damaged, it needs to be repaired with electricity, and the maintenance cost is high

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