A printer roller shaft automatic retrieving and flipping cutting device

Abstract

The invention discloses an automatic picking, turnover and cutting apparatus for roll shafts of printing machines; the automatic picking, turnover and cutting apparatus comprises a fixing base, a roll shaft channel, a horizontal telescopic driver and laser cutting heads; a plurality of L-shaped retainers are arranged at the bottom end of the roll shaft channel at intervals, a first guide rail positioned below the L-shaped retainers are arranged on the fixing base, a C-shaped mounting seat is arranged on the first guide rail, a plurality of vertical lifting devices are arranged on the C-shaped mounting seat, a U-shaped fork is arranged at the top of each vertical lifting device, the output end of a miniature motor is provided with rollers positioned at the bottoms of U-shaped grooves of the U-shaped forks, the horizontal telescopic driver is disposed on the fixing base and is connected with the C-shaped mounting seat, and the laser cutting heads are arranged on one side of a vertical frame at intervals and positioned above the first guide rail. Through the above approach, the automatic picking, turnover and cutting apparatus has improved laser cutting efficiency, high automation level and better operational safety.

Description

technical field [0001] The invention relates to the technical field of printer production, in particular to an automatic retrieving and turning cutting device for a roller shaft of a printer. Background technique [0002] At present, in the field of printer production, the roller shaft is a common component, and the roller shaft is basically cut and produced by a blade. In the actual production process, cutting with a sharp blade is dangerous to the operator, and the cutting loss of the blade is large, which needs to be replaced regularly, resulting in an increase in cost. [0003] In addition, part of the roller shaft is covered with foam sponge. After cutting with a blade, the foam sponge at the cutting place of the printer roller shaft has a certain amount of residue. It is necessary to increase the process to clean the foam sponge residue, and the overall efficiency is greatly reduced. , while the ordinary laser device does not have a corresponding design for the roller...

AI Technical Summary

Problems solved by technology

In the actual production process, the sharp blade cutting is dangerous to the operator, and the cutting loss of the blade is large, which needs to be replaced regularly, resulting in an increase in cost

[0003] In addition, part of the roller shaft is covered with foam sponge. After cutting with a blade, the foam sponge at the cutting place of the printer roller shaft has a certain amount of residue. It is necessary to increase the process to clean the foam sponge residue, and the overall efficiency is greatly reduced. , while the ordinary laser device does not have a corresponding design for the roller shaft, and there is a problem of low efficiency

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