Three-dimensional size sorting device for products

Abstract

The invention discloses a three-dimensional size sorting device for products. The three-dimensional size sorting device comprises a first conveying passage, wherein a height limiting device and a first width limiting device are arranged on the first conveying passage; a second conveying passage is arranged at the tail end of the first conveying passage, the first conveying passage is smoothly transitioned to the second conveying passage, and the second conveying passage is vertically arranged relative to the first conveying passage; and a second width limiting device is arranged on the second conveying passage. The three-dimensional size sorting device has the advantages of realization of automatic measurement of three size features of products and high sorting precision.

Description

technical field [0001] The invention relates to a size sorting device, in particular to a product three-dimensional size sorting device. Background technique [0002] Industrial products generally have a three-dimensional structure and mainly have three dimensional elements, namely the length, width and height of the product. In small batch production, the requirement for product accuracy is not high, and it is more effective to manually measure the length, width and height of the product for product sorting, but it requires high precision and requires large-scale sorting of products Manual measurement and sorting methods are not only labor-intensive, low in efficiency, but also low in accuracy, so people consider using automatic sorting devices to replace manual sorting. At present, there are many kinds of automatic sorting devices. These sorting devices generally detect the size elements by setting a limited height device and / or a limited width device on a conveying track...

AI Technical Summary

Problems solved by technology

In small batch production, the requirement for product accuracy is not high, and it is more effective to manually measure the length, width and height of the product for product sorting, but it requires high precision and requires large-scale sorting of products Manual measurement and sorting methods are not only labor-intensive, low-efficiency, but also low-precision, so people consider using automatic sorting devices to replace manual sorting

At present, there are many kinds of automatic sorting devices. These sorting devices generally detect the size elements by setting a limited height device and / or a limited width device on a conveying track, so as to realize the sorting of products. However, the existing The automatic sorting device can only detect one or two size elements of the product, and cannot detect three size elements at the same time

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