Manual deviation correcting device for satellite type rubber surface printing machine

Abstract

The invention discloses a manual deviation correcting device for a satellite type rubber surface printing machine. The manual deviation correcting device comprises a radial deviation correcting component; the radial deviation correcting component comprises a movable shaft seat, a first handle and a first screw shaft; the first handle is connected with the movable shaft seat through the first screw shaft; the movable shaft seat is fixed on a first wallboard; the manual deviation correcting device also comprises an axial deviation correcting component; the axial deviation correcting component comprises a guide roll, a second handle and a second screw shaft; the second handle is connected with a core shaft through the second screw shaft; the guide roll is arranged outside the core shaft; andone end of the core shaft is connected with the movable shaft seat, while the other end is fixed on a second wallboard. The manual deviation correcting device for the satellite type rubber surface printing machine can perform radial and axial adjustment at the same time, and has a simple structure and low cost.

Description

technical field [0001] The invention relates to a manual deviation correcting device, in particular to a manual deviation correcting device for a satellite type offset printing machine. Background technique [0002] In label printing, sometimes it is printed on the plastic side of the facial paper according to customer needs, because these labels can be on the opposite side of the labeling of the transparent glass container, and the pattern on the back of the label can be seen, increasing the visibility of the label information, and more It is easy for consumers to see the information, so it is necessary to print on the back of the label's top paper. During the printing process, the label's top paper and backing paper need to be peeled off. After peeling off, the paper and backing paper enter different processes. Printing is carried out on the self-adhesive side of the face paper, while the backing paper needs to go through a series of processes before being sent to the lam...

AI Technical Summary

Problems solved by technology

[0002] In label printing, sometimes it is printed on the plastic side of the facial paper according to customer needs, because these labels can be on the opposite side of the labeling of the transparent glass container, and the pattern on the back of the label can be seen, increasing the visibility of the label information, and more It is easy for consumers to see the information, so it is necessary to print on the back of the label's top paper. During the printing process, the label's top paper and backing paper need to be peeled off. After peeling off, the paper and backing paper enter different processes. Printing is carried out on the self-adhesive side of the face paper, while the backing paper needs to go through a series of processes before being sent to the laminating device for accurate bonding with the face paper. The simple manual correction device is the key process for the subsequent bonding to be accurate. , we call this device a simple manual correction device. The traditional correction device can only be adjusted radially, resulting in a small amount of adjustment, and it is difficult for the paper to be in place, which is not conducive to the alignment and bonding of the backing paper and the top paper.

In many label printings, the traditional correction device is difficult to meet the alignment requirements, and it is necessary to design a simple manual correction device for satellite offset printing machines

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