Feeding system for printing equipment

Abstract

The invention provides a feeding system for printing equipment. The feeding system comprises a conveying belt, a visual positioning camera device, a bottle material picking device erected over the conveying belt and a controller. The conveying belt is parallel to a feeding belt of the printing equipment; the visual positioning camera device is used for acquiring the initial posture of each row of bottle materials in each tray on the conveying belt; the bottle material picking device is arranged at the bottle material transfer station and comprises a parallel robot and a bottle material clamping hand, the parallel robot comprises a body and a rotating main shaft, and an execution end of the parallel robot is connected with the rotating main shaft; the bottle material picking device is in communication connection with the visual positioning camera device and used for receiving the initial posture of the conveyed bottle materials, adjusting the bottle materials to be in the unified standard posture and then placing the bottle materials on a feeding belt of printing equipment. According to the feeding device, the feeding efficiency can be improved, and bottle containers can be conveyed on a feeding belt of printing equipment in a unified standard posture.

Description

technical field [0001] The invention relates to the technical field of printing machinery, in particular to a feeding system for printing equipment. Background technique [0002] In order to make it easier for consumers to identify products in bottle containers or attach product information to products in bottle containers, iconic patterns or text or other consumer information are often printed on the outer wall of bottle printing parts; in addition, with market competition In order to attract consumers in an all-round way, many manufacturers also choose to use some special-shaped bottles to replace the traditional cylindrical bottle containers, which brings certain difficulties to printing the above information on special-shaped bottle containers, especially the printing position. Sure. [0003] At present, most screen printing machines or bronzing machines in the market use manual feeding or feeding through a bottle unscrambler, and the efficiency of manual feeding is dif...

AI Technical Summary

Problems solved by technology

[0002] In order to make it easier for consumers to identify products in bottle containers or to attach product information to products in bottle containers, iconic patterns or text or other consumer information are often printed on the outer walls of bottle substrates; in addition, with market competition In order to attract consumers in an all-round way, many manufacturers also choose to use special-shaped bottles to replace traditional cylindrical bottle containers, which brings certain difficulties to printing the above information on special-shaped bottle containers, especially the printing position. Sure

[0003] At present, most of the screen printing machines or bronzing machines in the market use manual feeding or feeding through a bottle unscrambler. It is difficult to guarantee the efficiency of manual feeding. For special-shaped bottles, it is difficult to ensure that the bottles on the feeding belt of the screen printing machine or bronzing machine are in a uniform posture, which brings certain difficulties to the positioning of the subsequent screen printing position

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