Automatic feeding and discharging machine and automatic printing system

Abstract

The invention relates to an automatic feeding and discharging machine and an automatic printing system. The automatic feeding and discharging machine comprises a feeding mechanism, an automatic centering aligning platform, an accurate positioning platform, a feeding manipulator and a discharging manipulator; the accurate positioning platform can slide to a sliding-out position in the direction which is perpendicular to a conveying line consisting of the automatic centering aligning platform, the accurate positioning platform and an external equipment working platform; the feeding manipulator comprises a first sucking disc group and a second sucking disc group which move synchronously; the first sucking disc group sucks a material on the automatic centering aligning platform and moves the material to the position where the accurate positioning platform is positioned, and simultaneously, the second sucking disc group sucks the material which is processed by the external equipment working platform; the first sucking disc group transfers the sucked material from the position where the accurate positioning platform is positioned to the external working platform and returns to an initial position, simultaneously, the second sucking disc group feeds the processed material to the accurate positioning platform, then, the accurate positioning platform positions the material and feeds the material to the siding-out position, and the material is delivered out through a third sucking disc group of the discharging manipulator; therefore, full-automatic feeding and discharging are realized.

Description

technical field [0001] The invention relates to an automatic printing production line, more specifically, to an automatic loading and unloading machine and an automatic printing system using the automatic loading and unloading machine. Background technique [0002] With the rapid rise of the optoelectronic industry, mobile phone cover technology has transformed from a flat surface to a 3D curved surface. The typical examples are Samsung GALAXY S6 and GALAXY S7. The biggest difference of this technology is that the window is printed on the flat cover, while the window on the curved cover is printed on the film (film), so the automatic printing, automatic positioning, automatic conveying, online drying and online detection of the flat cover The fully automatic production line has been unable to meet the demand. At present, the mobile phone cover printing industry adopts manual loading and unloading, manual alignment and semi-automatic flat printing machine printing. This prod...

AI Technical Summary

Problems solved by technology

The biggest difference of this technology is that the window is printed on the flat cover, while the window on the curved cover is printed on the film (film), so the automatic printing, automatic positioning, automatic conveying, online drying and online detection of the flat cover The fully automatic production line has been unable to meet the demand

At present, the mobile phone cover printing industry adopts manual loading and unloading, manual alignment and semi-automatic flat printing machine printing. This production process has great defects. First, manual loading and unloading will inevitably damage the surface of the film. The damaged film can only Scrapped; secondly, the printing speed of the artificially assisted semi-automatic printing machine is slow, and the film is easy to be biased; again, the film is exposed to a relatively harsh environment for a long time, which is easy to be contaminated with dust and inconvenient to clean

Images