A mobile bypass cable laying and conveying equipment

Abstract

The invention discloses a mobile bypass cable laying and conveying equipment, which comprises a vehicle body. A slewing mechanism is fixed in the middle of the slewing mechanism. A stretching mechanism capable of realizing vertical stretching and horizontal stretching is provided at the upper end of the swivel mechanism. There are conveying tracks on both sides of the extension end, on which a tractor is embedded and installed, and the tractor can drag the bypass cable along the conveying track and slide and walk on the horizontal extension end of the extension mechanism. The problem of laying across the road is solved by connecting a single or two mobile bypass cable conveying equipment on both sides of the road to form an overhead bypass cable conveying corridor, and transporting the bypass cable to the opposite side of the road through the tractor. Bypass operation The contradiction between bypass cables and road vehicles.

Description

technical field [0001] The invention relates to the field of bypass cable laying and conveying equipment, in particular to a mobile bypass cable laying and conveying equipment. Background technique [0002] As people's requirements for the reliability of power supply are getting higher and higher, power outages are basically not allowed in domestic electricity consumption. The power system generally adopts the method of bypass operation to realize the maintenance, replacement, and emergency repair of urban distribution network equipment. Bypass operation The biggest advantage is that it can realize the power outage operation of the faulty equipment in the distribution network without the user's power outage, so the application range is more and more extensive. [0003] The key equipment of the bypass operation is the bypass cable. The bypass cable replaces the original distribution network line. Therefore, the bypass cable needs to be laid first to carry out the bypass opera...

AI Technical Summary

Problems solved by technology

[0004] The types of vehicles passing through different traffic intersections are different, and the load-carrying capacity of the bypass cable protection floor is also different. At the same time, the bypass cable protection floor is placed directly on the ground, similar to a speed bump. When vehicles pass, it is easy to cause the bypass cable protection floor to slide Or directly pushed away by the wheels, causing damage to the bypass cable in the bypass cable protection floor due to tension or failure of the bypass cable connection, resulting in a safety accident. For this reason, manual guards have to be used to guide the vehicle to slow down in advance , but for intersections with heavy traffic, it is still impossible to effectively avoid

The overhead laying of bypass cables for the entire line requires high investment and heavy workload, and there are potential safety hazards for laying on the ground. Up to now, there is no equipment for effectively laying bypass cables to solve the above problems

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