Circular knife CCD real-time on-line monitoring measurement intelligent regulation control device

Abstract

The invention provides a circular knife CCD real-time on-line monitoring measurement intelligent regulation control device. The circular knife CCD real-time on-line monitoring measurement intelligent regulation control device comprises a CCD visual image measuring instrument adjustable fixing device, a CCD control device, a four-color output condition indicating lamp, an integrated fixing device, an operation fixing device, and a machine body. The integrated fixing device is installed on the top of the machine body; and the CCD control device is arranged at the upper end of the integrated fixing device. The four-color output condition indicating lamp is arranged on the right end of the machine body and is connected with the CCD control device. The control fixing device is arranged at the front end of the machine body. By replacing the manual regulation with the circular knife CCD control system on-line real-time intelligent regulation, the product quality and the regulation efficiency are improved, thereby reducing the labor cost, ensuring the production quality, and increasing the production efficiency.

Description

technical field [0001] The invention relates to machinery, in particular to a real-time on-line monitoring and measuring intelligent adjustment control device of a round knife CCD. Background technique [0002] At present, the circular knife die-cutting machine of the existing company manually adjusts the moving direction of the knife die "X" to ensure the precision of product nesting. Since die-cut products have high precision requirements, the general product tolerance cannot exceed ±0.15mm. There are even some product tolerance requirements that cannot exceed ±0.08mm, so manual adjustment cannot be adjusted within such a tolerance range, and it cannot meet customer quality requirements at all. [0003] Low efficiency of manual adjustment: due to many variable factors in the operation of the circular knife die-cutting machine, the stability of the machine will often change, so the product nesting size will also change, and even exceed the tolerance value, becoming an unsaf...

AI Technical Summary

Problems solved by technology

[0002] At present, the circular knife die-cutting machine of the existing company manually adjusts the moving direction of the knife die "X" to ensure the precision of product nesting. Since die-cut products have high precision requirements, the general product tolerance cannot exceed ±0.15mm. Even the tolerance requirement of some products cannot exceed ±0.08mm, so manual adjustment cannot be adjusted within such a tolerance range, and it cannot meet the quality requirements of customers at all.

[0003] Low efficiency of manual adjustment: due to many variable factors in the operation of the circular knife die-cutting machine, the stability of the machine will often change, so the product nesting size will also change, and even exceed the tolerance value, becoming an unsafe Good product

In the case of frequent machine changes, manual operation cannot be adjusted in real time, and many products flow out due to undetected by naked eyes.

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