A lightning arrester inspection transportation line

Abstract

The invention discloses a lightning arrester inspection transport line comprising a plurality of placing racks provided with road wheels at lower ends, a transportation track and a circulation track;two ends of the transportation track are respectively provided with a first and a second rotating disks; the placing rack moves on the transportation track and the circulation track; a transition rackis installed on a front end of the placing rack; a guiding board is installed on the transition rack; a guiding gear rack is installed on the guiding board; a slide pedestal moves along the guiding gear rack; the slide pedestal is provided with an inclined transition slot; a lower end of the inclined transition slot is fixed on the slide pedestal through a cylinder; an inspection transport rack is provided with a first connecting board and a second connecting board, wherein the inclination angle between the first connecting board and the inclined transition slot bottom and that between the second connecting board and the inclined transition slot bottom are the same; a conveyor belt is installed at the middle of the inspection transport rack; an electric sucker of the fixed placing rack isinstalled at a lower end of the inspection transport rack. The lightning arrester inspection transport line of the invention has simple structure and reasonable design; it can not only reduce the cost of production and the labor burden of workers, but also avoid the occurrence of missed inspection and the inflow of unqualified products into the market.

Description

technical field [0001] The invention relates to transportation technology in the production of lightning arresters, in particular to a transportation line for inspection of lightning arresters. Background technique [0002] The quality of the arrester needs to be strictly controlled. Unqualified arresters may cause serious safety accidents. Generally, the performance of the arrester needs to be tested after the arrester is processed. After the arrester is processed, it needs to be left for a period of time before testing. At present, it is necessary to manually remove the arrester from the placement rack for inspection or to directly transport the produced arrester to the inspection place through the conveyor belt for inspection. Direct transmission through the conveyor belt saves manpower, but the inspector needs to keep in the working state at all times and cannot leave in the middle, otherwise It will cause some surge arresters to miss inspection. Contents of the invent...

AI Technical Summary

Problems solved by technology

[0002] The quality of the arrester needs to be strictly controlled. Unqualified arresters may cause serious safety accidents. Generally, the performance of the arrester needs to be tested after the arrester is processed. After the arrester is processed, it needs to be left for a period of time before testing. At present, it is necessary to manually remove the arrester from the placement rack for inspection or to directly transport the produced arrester to the inspection place through the conveyor belt for inspection. Direct transmission through the conveyor belt saves manpower, but the inspector needs to keep in the working state at all times and cannot leave in the middle, otherwise It will cause some surge arresters to miss detection

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