Length adjusting mechanism of metal strip splitting device

Abstract

The invention discloses a length adjusting mechanism of a metal strip splitting device. The length adjusting mechanism comprises a mounting frame, a sliding rail is mounted on the mounting frame, and a strip erecting frame which can move along the sliding rail is arranged on the sliding rail; after a metal strip is subject to splitting treatment, the metal strip can be erected on the erecting frame and does not need to be placed on the ground or in a trench, upper space inside a workshop is effectively used, and the construction cost of a foundation is saved; the strip erecting frame can move on the sliding rail, and therefore the position is changed, and the requirement of strips of different lengths can be met.

Description

technical field [0001] The invention relates to the field of metal strip processing, in particular to a length adjustment mechanism of a metal strip slitting device. Background technique [0002] At present, during the processing of metal strips, the entire coil needs to be cut by a slitting device. Due to the limited working space of the workshop, when the strip is relatively long, it is necessary to set up a tunnel downstream of the slitting device for pre-storage Strips after slitting, but excavating tunnels and modifying the surroundings of tunnels (such as construction waterproofing, etc.) will generate a lot of costs. The longer the strips, the deeper the tunnels need to be dug, and the higher the cost. At present, domestic and foreign metal Tunnels in strip production workshops can sometimes be as deep as 5-6m. And the method for excavating tunnel is only applicable to the situation that factory building is built on one floor, can't implement this way for high-rise f...

AI Technical Summary

Problems solved by technology

[0002] At present, during the processing of metal strips, the entire coil needs to be cut by a slitting device. Due to the limited working space of the workshop, when the strip is relatively long, it is necessary to set up a tunnel downstream of the slitting device for pre-storage Strips after slitting, but excavating tunnels and modifying the surroundings of tunnels (such as construction waterproofing, etc.) will generate a lot of costs. The longer the strips, the deeper the tunnels need to be dug, and the higher the cost. At present, domestic and foreign metal The tunnel in the strip production workshop can sometimes be as deep as 5-6m

Moreover, the method of excavating tunnels is only applicable to the situation where the factory building is built on the first floor, and this method cannot be implemented for high-rise factory buildings

In addition, due to the limited depth of the tunnel, it must be cut off after a relatively short length, which not only consumes processing time, but also leads to a relatively small diameter of the coil processed after the strip is slit, and each cut will cause processing. Error, so that the size of the coil after discharge cannot maintain good consistency and uniformity

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