A kind of electric power engineering circuit laying protection device and its implementation method

Abstract

The invention discloses an electric power engineering circuit laying protection device and an implementation method thereof, and belongs to the technical field of electric power engineering circuit laying protection. The protection device comprises an end part protection mechanism and an assembly protection mechanism, wherein the assembly protection mechanism is clamped with the end part protection mechanism; an appropriate number of assembly protection mechanisms are selected and used according to the length of a circuit slot to be laid. The detachable structure is convenient to carry, can adapt to circuit slots with different lengths and is better in practicality. The splicing installation process between the end part protection mechanism and the assembly protection mechanism is very simple, and the spliced assembly protection mechanism and the end part protection mechanism form a protection wall plate structure, thereby playing the role of wind shielding and cold protection, and optimizing the working environment of constructors. The wire softened by a wire guide cylinder, and the wire guide cylinder is matched with hot air blown out of an air duct to prevent the wire from beinghardened in a cold environment, so that the wire is heated and softened, the surface of the wire is effectively prevented from being damaged or broken in the cold environment, the replacement frequency of the wire is reduced, and the efficiency of construction operation is improved.

Description

technical field [0001] The invention relates to the technical field of electric engineering circuit laying protection, in particular to an electric engineering circuit laying protection device and an implementation method thereof. Background technique [0002] In the construction of modern national economy, electricity is an indispensable main energy source. Electricity transportation between different locations is realized through circuits. System, power supply efficiency and electricity safety are closely related. The quality and precision of the circuit laying project determines the success or failure of the entire project. With the improvement of the national power technology level and the increase of power grid construction, the distribution of circuit networks Expansion, the circuit laying environment is varied, and most of the circuit laying operations are outdoors. Once encountering cold and windy weather, the construction workers only rely on the windproof clothing ...

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Problems solved by technology

[0003] The purpose of the present invention is to provide a convenient transport, which can be adapted to circuit slots of different lengths, has better practicability, is very simple in the installation process, is easy to operate, can play the role of wind and cold protection, and avoids cold wind when working in cold weather. The impact on the working process of construction personnel, optimizing the working environment of construction personnel, can effectively avoid surface damage or breakage of wires in cold environments, reduce the frequency of replacement of wires, and improve the efficiency of construction operations. The power engineering circuit laying protection device and its implementation The method can solve the problem that most of the circuit laying operations proposed in the above-mentioned background technology are outdoor operations. Once encountering cold and windy weather, the construction workers only rely on the windproof clothing worn on their bodies as protection, and there is no special protective device on the job site. The working environment of the construction personnel is very bad, which seriously affects the progress of the circuit laying project, and the wire is composed of a metal core and an insulating outer sheath. The wire is stored in a roll when it is not in use, and it will be curled during construction The wires are straightened, and the outer insulating sheath is prone to cracking or even breaking in cold environments, and the inner metal core is exposed, which poses a great threat to construction safety. Replacement will greatly affect the construction progress of circuit laying, reduce construction efficiency, and poor practicability

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