Detection and adjustment integrated device for aluminum ingot block production

Abstract

The invention provides a detection and adjustment integrated device for aluminum ingot block production. The device comprises two supporting grooves for supporting a conveying chain, and the bottom of the conveying chain abuts against the groove bottoms of the supporting grooves to slide. A gantry frame is arranged over the conveying chain in a crossing manner. A first lifting mechanism and a second lifting mechanism are respectively arranged below the two supporting grooves, and both the first lifting mechanism and the second lifting mechanism are arranged on a weight measuring table. The first lifting mechanism and the second lifting mechanism can synchronously drive the aluminum ingot block to be overhead above the conveying chain for weight measurement. The first lifting mechanism can lift up unqualified products and move the unqualified products until the unqualified products are completely separated from the conveying chain. The second lifting mechanism can reversely lift up qualified products and move the qualified products to the position where the end face abuts against the limiting part of the gantry frame, and the end face of the aluminum ingot block is adjusted to be aligned. The detection and adjustment integrated device for aluminum ingot block production is novel in structure, the aluminum ingot block can be weighed and detected, the products with substandard weights are removed, the positions of the products with the weights reaching the standard are adjusted, and subsequent stacking is facilitated.

Description

technical field [0001] The invention relates to the field of quality control of aluminum ingots, and more specifically relates to an integrated detection and adjustment device for the production of aluminum ingots. Background technique [0002] In the production of aluminum ingots, the external dimensions of aluminum ingots are mainly determined by the molds they are cast in. Although certain errors are allowed for the external dimensions of aluminum ingots, the allowable errors are within a certain range, because aluminum ingots are generally It is transported to the palletizing robot through the transmission chain for palletizing. If the error is too large, the palletizing will be unstable, and the quality of the finished aluminum ingots will be unstable. Generally, the detection of aluminum ingots mainly relies on random random inspections and judgments. This method has problems such as low recognition efficiency and poor accuracy, and needs to be improved. Contents of ...

AI Technical Summary

Problems solved by technology

[0002]In the production of aluminum ingots, the external dimensions of aluminum ingots are mainly determined by the molds they are cast into. Although certain errors are allowed for the external dimensions of aluminum ingots, However, the allowable error has a certain range, because the aluminum ingots are generally transported to the palletizing robot through the transmission chain for palletizing. If the error is too large, the palletizing will be unstable, and the quality of the finished aluminum ingots will be unstable. , generally for the detection of aluminum ingots, it mainly relies on random random inspection and judgment by people. This method has problems such as low recognition efficiency and poor accuracy, which needs to be improved

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