Isolation protective wall for bucket arm truck

Abstract

The invention discloses an isolation protective wall for bucket arm vehicles. The bucket arm vehicle includes insulating buckets, and the isolation protective wall includes two slide rails respectively fixed on one side of the insulating buckets, a plurality of insulating isolation baffles, The isolation baffle corresponds to the connected supporting connectors, sliders, and J-shaped bolts. There is a waist-shaped groove on both sides of each slide rail. The J-shaped bolts pass through the waist-shaped groove and are fixed on the upper edge of the insulating bucket. The two edges of the baffle are in the shape of a semicircle, and the lower edge of the main body is paired with a number of small holes. The upper part of the supporting connector is provided with a groove for clamping the insulating isolation baffle and fixed by fixing bolts to correspond to the insulating isolation baffle. The lower part is a nylon tube that matches and connects with the upper part of the slider. The side of the upper part of the slider has a small hole that is fixed and supported by the safety adjustment pin. The shape of the lower part is the same as that match the shape of the chute. The invention has the advantages of simple structure, convenient maintenance, effective protection, safety and reliability.

Description

technical field [0001] The invention relates to the field of live-line work in distribution networks, in particular to an isolation protective wall dedicated to bucket arm vehicles. Background technique [0002] In recent years, with the continuous development of the national economy, the society has higher and higher requirements for the quality of power supply. Improving the reliability of power supply is an important task; at the same time, power supply enterprises also need to improve economic efficiency on the premise of high-quality services. In this situation, it is necessary to reduce the power outage inspection and maintenance work of the distribution network as much as possible, and vigorously carry out the live work of the distribution network. [0003] The live work of 10kV distribution network is divided into insulated arm truck operation method and indirect operation method. The indirect operation method uses insulating tools as the operation intermediary and d...

AI Technical Summary

Problems solved by technology

With the existing insulating tools, the operator has to effectively shield other potential bodies layer by layer (from near to far), the operation steps are complicated, the stay time in the electrified area is long, the operation time is long, and time-consuming and labor-intensive; at the same time The working distance is small, and the working safety distance is difficult to quantify and control, and the site safety risk is relatively large

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