A continuous and precise positioning anti-adhesion green printer and its use method

Abstract

The invention discloses a continuous and precise positioning anti-adhesion green printer and a method for using the same. There is a conveyor belt for transporting cardboard. In the process of the up and down movement of the printing action, the present invention can recalibrate the position of the cardboard that is about to be located on the lower side of the printer through the recalibration of the calibration mechanism, so that the printer can be accurately aligned for printing. position, so that the quality of printing is improved, and the unqualified rate of product printing is effectively reduced. After the printing is completed, the drying process of the printed cardboard is completed efficiently and quickly by hot air blowing and lifting and drying. This facilitates subsequent stacking and placement, avoids mutual friction and wear between the cardboards, and improves product quality. At the same time, the single support of the bracket mechanism is conducive to the counting of the staff, thereby facilitating statistics.

Description

Technical field [0001] The present invention relates to the field of green printing, and is specifically a continuous precise positioning anti-adhesive green printing and its use. Background technique [0002] Green printing refers to the use of environmentally friendly materials and processes. It produces less pollution during printing. It is easy to recycle and then use recycling after printing waste. It can naturally degrade, and have a small printing method for ecological environment; [0003] At present, during the printing of the cardboard, the transfer belt is completed in the transfer belt, but the position of the transfer belt is easily changed during the transfer of the transfer belt during the transfer, which affects the printing process, The accuracy of the printing position is greatly influenced by the quality of the printing, and most of the processing methods after the printing is over, the paperboard is directly stacked together, so that it is easy to rub the ink ...

AI Technical Summary

Problems solved by technology

[0003] At present, in the process of printing cardboard, the conveyer belt is used to complete the conveyance of the cardboard, but the position of the cardboard on the conveyer belt is easy to change due to the impact of the movement and vibration of the conveyer belt during the conveying process, which affects the printing process. The accuracy of the printing position greatly affects the quality of printing, and most of the processing methods after printing are to stack the printed cardboards directly, which is easy to cause friction between wet ink marks caused by stacking. Blurring of printing, which further affects printing quality

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