Automatic classification device of die casings

Abstract

The invention discloses an automatic classification device of die castings. The automatic classification device comprises a machine frame, a controller arranged on the machine frame and used for detecting parameters of the die castings, a driving mechanism electrically connected with the controller and a classification worktable used for receiving and conveying the die castings. The classification worktable comprises a fixed table and an overturning table capable of overturning relative to the fixed table so as to change the conveying direction of the die castings. The overturning table is connected with the driving mechanism. The controller determines whether control signals are sent to the driving mechanism so as to drive the overturning table to overturn relative to the fixed table or not according to the currently-detected parameters of the die castings, and therefore the die castings can be classified. According to the automatic classification device of the die castings, due to the fact that the classification worktable used in cooperation with the controller is arranged, the die castings with the parameters different from the set parameters are automatically classified, or the die castings which do not conform to the standard are separated from a production line, a large amount of labor force and time are saved, and production efficiency is improved.

Description

technical field [0001] The invention relates to the technical field of mechanical equipment, and more specifically, to an automatic sorting device for die castings. Background technique [0002] In die casting production, sometimes it is necessary to strictly control certain parameters to ensure that the product is qualified. Therefore, after die-casting production, it is necessary to classify and select to ensure the pass rate of the product. The classification and selection of die-casting products are generally directly selected manually or automatically selected by robots. [0003] However, due to actual production problems, the parameters cannot always be within the required tolerance range, that is, the product may be out of tolerance. The appearance of this occasional product with abnormal parameters is basically the same as that of the normal product. Directly It is very difficult to rely on manual selection, which leads to the flow of products into the next produc...

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Problems solved by technology

[0003] However, due to actual production problems, the parameters cannot always be within the required tolerance range, that is, the product may be out of tolerance. The appearance of this occasional product with abnormal parameters is basically the same as that of the normal product. Directly It is very difficult to rely on manual selection, which leads to the flow of products into the next production process, and they are scrapped only after they are found to be defective during the processing of the next production process, which wastes processing time, reduces production efficiency, and is not conducive to saving production costs; Selection, high operating cost, and complex structure. After replacing products, it is necessary to adjust the control program of the robot. manual selection is still required

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