An automatic stacking detection device for plastic cores

Abstract

This utility model relates to an automatic stacking and inspection device for plastic cores. It solves the technical problem of excessively high inspection costs in existing plastic core inspection systems. It includes a frame with a horizontally positioned feeding guide rail at the top. A product transfer slide is movably mounted on the feeding guide rail via a translation drive mechanism. Several product inspection seats equipped with product inspection components are mounted on the product transfer slide. An image acquisition component corresponding to the product inspection seats is located above the product transfer slide. A feeding frame is located on one side of the feeding guide rail, and a product stacking and unloading mechanism corresponding to the feeding frame is located on the other side. A product rejection and flipping stacking mechanism connected to the image acquisition component is movably mounted on the feeding frame via a multi-axis drive mechanism. The advantages are: the product inspection seats and image acquisition component enable rapid product inspection, improving inspection efficiency; the product rejection and flipping stacking mechanism and the multi-axis drive mechanism enable rapid stacking of products within the product stacking and unloading mechanism, improving stacking efficiency.

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