Conveying and cover mounting device applying high-dimensional data detection

Abstract

The invention relates to a conveying and cover mounting device applying high-dimensional data detection. The conveying and cover mounting device comprises a rack and a conveying groove, wherein a feeding opening consistent with the conveying groove in direction is formed in the middle of the bottom of the conveying groove; the feeding opening is matched with a feeding device for feeding products in the conveying groove at fixed distances; a cover mounting device is arranged above the conveying groove and comprises a cover mounting base arranged above the conveying groove; a cover mounting transposition device is arranged on the cover mounting base and provided with a cover body suction mechanical arm; the cover body suction mechanical arm is matched with the products at a cover mounting station and a cover placing frame on the cover mounting base; a space angle detection device is arranged on a front groove plate, positioned at the cover mounting station, of the conveying groove and comprises a space angle detection frame arranged on the conveying groove; and a space camera forming an included angle of 30-60 degrees with the horizontal plane is arranged on the space angle detectionframe and connected to a picture comparison system. All-around health maintenance can be achieved, and accurate cover mounting is ensured.

Description

technical field [0001] The invention relates to the field of high-dimensional spatial data detection, in particular to a conveying and capping device applying high-dimensional data detection. Background technique [0002] Anomaly detection, also known as fault detection in the field of fault prediction and health management, aims to monitor equipment status data and perceive a state where equipment health deviates significantly from normal. [0003] Most of the existing fault detection is anomaly detection in low-dimensional space, which can accurately detect the abnormality of a certain equipment component, but it cannot take into account the interaction between different components and the correlation between measurement data, and cannot comprehensively To evaluate the health status of the equipment, if the product needs to be capped, and a part of the cap needs to be inserted into the product, a fixed-distance conveying device must be used to ensure that the product can b...

AI Technical Summary

Problems solved by technology

[0003] Most of the existing fault detection is anomaly detection in low-dimensional space, which can accurately detect the abnormality of a certain equipment component, but it cannot take into account the interaction between different components and the correlation between measurement data, and cannot comprehensively To evaluate the health status of the equipment, if the product needs to be capped, and a part of the cap needs to be inserted into the product, a fixed-distance conveying device must be used to ensure that the product can be accurately conveyed to the capping station of the capping device. However, the existing equipment only ensures the position of the product through the conveying distance of the conveying device, which is prone to inaccurate conveying. When the conveying device cooperates with the product, the product may be tilted, and some products may even be tilted. The specification itself is not up to standard, and there is no way to ensure that the delivered products are accurately matched with the capping station

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