Die cutting centre detection equipment

Abstract

The invention provides die cutting centre detection equipment. The die cutting centre detection equipment comprises an upper detection flat plate and a lower detection flat plate, wherein multiple first sunken components and multiple second sunken components are arranged on the lower detection flat plate; first detection centres and second detection centres are arranged on the lower surface of theupper detection flat plate; the first detecting centres are arranged on the corresponding upward sides of the first sunken components; and the second detecting centres are arranged on the corresponding upward sides of the second sunken components. After die-cut paperboards are placed on the lower detection flat plate, the upper detection flat plate is controlled to run downwards. After the firstdetection centres are abutted against the paperboards, the first detection centres continue running downwards to enter the first sunken components, and thus, the paperboards at the two sides of a notch are separated; meanwhile, After the second detection centres are abutted against the paperboards, the second detection centres continue running downwards to enter the second sunken components, and thus, waste materials on the paperboards are removed. The die cutting effect of the paperboards is directly detected after the die cutting of the paperboards is completed, thus, the die cutting centredetection equipment avoids the inconvenience of manual detection, and greatly improves the production efficiency.

Description

technical field [0001] The invention relates to the technical field of automation equipment, in particular to a detection device, in particular to a die-cutting thimble detection device. Background technique [0002] When producing cartons, generally a piece of flat raw cardboard is die-cut first, and multiple product cardboards are cut out according to a specific design, and then the operator folds the die-cut product cardboards into a three-dimensional carton. [0003] Operators need to check whether the cuts are completely separated before folding into cartons. If the die-cutting effect is not good, when some cuts of the product cardboard are still connected together, the operator needs to manually separate the cuts before folding into cartons, but the manual separation of the cuts is very likely to damage the product cardboard, resulting in the appearance of the product cardboard. Defective products will not be able to be folded into cartons in the later process. It ca...

AI Technical Summary

Problems solved by technology

It is conceivable that the die-cutting speed is very fast, but the efficiency of manual inspection of the die-cutting effect by the operator is very low, which seriously restricts the production capacity

Therefore, die-cutting effect detection is a major bottleneck to improve carton production efficiency

Images