Crosscutting shear collecting and sampling knife-changing combined unit

Abstract

This invention relates to one level cut and collection and switch combination device for steel board collection, sample and rapid switch mechanic operations, wherein, the device comprises walk bench,collection sample and switch part; the walk bench part has walk bench along inner and outer sockets slide; the collection and sampling part have outer push head, materials car and switch part and upper and down pressure bar connected to upper and down shelves and shear lift liquid cylinder through tamper head into the materials barrel.

Description

technical field [0001] The invention relates to a combined device for collecting steel plate heads (tails) in cross-cutting shears, collecting samples by steel plate shearing, and quickly replacing scissors, and belongs to the technical field of cross-cutting shears. Background technique [0002] Shearing the head (tail) of the steel plate, cutting the sample, collecting the head (tail) of the plate, sampling, and quickly changing the scissors are the necessary functional requirements for the cross-cutting of the steel plate. For a long time, the collection of steel plate head (tail) generally adopts the direct collection method of special continuous conveyor or material basket; the sheared steel plate sample is collected manually from the lower knife rest or from the material basket; The replacement of scissors is done manually or by a special tool changer. Due to the lack of a set of suitable mechanized combined devices or facilities, different devices and different opera...

AI Technical Summary

Problems solved by technology

Due to the lack of a suitable mechanized combination device or facility, different devices and different operating methods are used for the collection, sampling, and quick replacement of the steel plate head (tail), respectively, resulting in many auxiliary equipment, heavy weight, and high cost for the cross-cutting shear unit. , and it is difficult to realize mechanized sampling operations. At the same time, there are obvious disadvantages such as high labor intensity of manual work, dangerous and unsafe work places, and low work efficiency.

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