Material conveyor line

Abstract

The invention discloses a material conveyor line. The material conveyor line aims at overcoming the defects that conveying trolleys on a material conveyor line cannot be stacked and cannot be conveyed freely, the conveyor line needs to be stopped if one station fails, the whole line is affected, normal operation of other stations is affected, the great line stop loss is caused, and the collision failure rate is high in the trolley conveying process. The material conveyor line comprises a sliding track and multiple sliding trolleys. Conveying chains are mounted on the two sides of the sliding track. Multiple rollers are arranged on each conveying chain at equal intervals. Multiple assembly stations are arranged on the sliding track. Two contact sliding strips corresponding to the two conveying chains are arranged on the lower surface of each sliding trolley. Every two contact sliding strips are supported on the corresponding rollers of the two conveying chains. A stopper used for braking the sliding trolleys is mounted on each assembly station on the sliding track. A rotatable limiting guide wheel is mounted on the inner side of each contact sliding strip on the sliding track, the axis of each limiting guide wheel is vertically arranged, and the upper surfaces of the limiting guide wheels are arranged above the lower surfaces of the contact sliding strips.

Description

technical field [0001] The present invention relates to a material conveying system, more specifically, it relates to a material conveying line with convenient control. Background technique [0002] At present, most of the material output process of the assembly workshop adopts the SPS system. When the automobile engine is assembled, the SPS system first distributes the parts, and places the spare parts required by each vehicle into the special material rack corresponding to the vehicle. On the production line The material rack moves synchronously with the body to be assembled, and the workers on the production line only need to install the parts in the material box on the body. This approach separates parts picking from assembly, allowing workers to focus more on assembly and reducing errors. However, many material racks currently used are connected by trolleys, and all the trolleys are connected end to end, which cannot realize accumulation and free transportation of each...

AI Technical Summary

Problems solved by technology

[0004] The present invention overcomes the inability of the conveying trolleys of the material conveying line to realize accumulation and free conveying of each trolley. If a station fails and stops the line, the whole line will be implicated and all stop the line, affecting the normal operation of other stations and causing a huge downtime. line ...

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