Strip coil logistics transportation system and use method

Abstract

The invention discloses a strip coil logistics transportation system and a use method. The system involves preparation stations and rolling mill outlet coiling machines of a cross rolling mill span and a raw material warehouse span, rolling mill inlet uncoiling machines and inspection stations are further arranged in the rolling mill span, the rolling mill span is internally provided with a secondrow of rollers and a third row of rollers, a first row of rollers are arranged in the raw material warehouse span, the first row of rollers, the second row of rollers and the third row of rollers areeach composed of a plurality of roller way transportation platforms, the preparation stations, the rolling mill inlet uncoiling machines, the rolling mill outlet coiling machines and the inspection stations are connected together through roller ways, a raw material warehouse and the rolling mill span are connected, full-automatic transportation of the strip coils is achieved through four transport trolleys, and the device has the characteristics of convenience in installation and use and maintenance, full-automatic operation, fast strip coil transportation rhythm and small damage to the stripcoil.

Description

technical field [0001] The invention belongs to the field of coil transport in a workshop, and in particular relates to a coil logistics transport system and a use method. Background technique [0002] On the rolling mill coil production line, the rolled coils need to be transported from the raw material warehouse to the rolling mill production line. Auxiliary equipment such as preparation stations and inspection stations are usually provided on the rolling mill production line, which require frequent transportation of coils to preparation stations, inspection stations, rolling mill uncoilers and rolling mill coilers for loading and unloading operations. The traditional method is to use the crane for hoisting. The labor intensity of the crane worker is relatively high, and multiple people are required to cooperate in lifting. There are also shortcomings such as inability to cross the span and dead zone in lifting. Frequent lifting is also easy to scratch the coil, and the pr...

AI Technical Summary

Problems solved by technology

The traditional method is to use the crane for hoisting. The labor intensity of the crane workers is relatively high, and multiple people are required to cooperate with lifting. There are also shortcomings such as the inability to cross the span and the dead zone of lifting. Frequent lifting is also easy to scratch the coil, and the production rhythm Not good, the efficiency is relatively low

Later, in some continuous rolling production lines, devices such as chain conveyors and walking beams for transporting coils appeared. The chain conveyors and walking beams effectively solved the problems of the cranes, but the mechanical structures were relatively complicated and required a relatively large The amount of civil construction is not suitable for installation and maintenance

Chain conveyors and walking beams also have a slow transportation rhythm and low efficiency, so they are not suitable for production lines that require frequent transportation

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