Red steel disc separation mechanism

Abstract

The invention discloses a red steel disc separation mechanism, and aims at providing a red steel disc separation mechanism which can discharge red steel discs one by one and can prevent the red steel discs from being damaged in the discharging process. The red steel disc separation mechanism comprises a machine table, a red steel disc separation device and a red steel disc falling device. A supporting flat plate is arranged on the machine table. The red steel disc separation device comprises a vertical storage barrel arranged on the supporting flat plate, a separation flat plate located below the supporting flat plate and a separation air cylinder used for moving the separation flat plate, and a red steel disc separation groove corresponding to the vertical storage barrel is formed in the upper surface of the separation flat plate. The red steel disc falling device comprises a mounting flat plate located above the supporting flat plate, a vertical guide barrel located below the mounting flat plate, a lifting air cylinder arranged on the mounting flat plate and used for enabling the vertical guide barrel to ascend and descend, a vertical guide barrel via hole formed in the supporting flat plate, an annular air inflation sealing ring arranged on the outer side face of the vertical guide barrel and a linkage air inflation mechanism arranged in the vertical guide barrel.

Description

technical field [0001] The invention relates to a material distribution mechanism, in particular to a red steel sheet material distribution mechanism. Background technique [0002] The assembly of the red steel sheet of the motor is to assemble the red steel sheet (red steel paper) to the end cover. The current red steel sheet distributing mechanism usually includes a vertical storage tube, the bottom edge of the inner side of the vertical storage tube is provided with a limit block, and the red steel sheets are stacked successively in the vertical storage tube, and the limit block prevents the The red steel sheet in the vertical storage barrel falls; then, the lowermost piece of red steel sheet is sucked up by the suction cup from the lower end of the vertical storage barrel, and the suction cup moves down after absorbing the red steel sheet, and the absorbed red steel sheet The deformation of the sheet causes its edge to break away from the limit block (the red steel shee...

AI Technical Summary

Problems solved by technology

Although the current red steel sheet distributing mechanism can realize the red steel sheet feeding one by one, there is a risk of being damaged when the red steel sheet crosses the limit block at the lower end of the vertical storage barrel, especially the thicker red steel sheet. Steel sheets (such as 1 mm thick red steel sheets) are more likely to be damaged, which affects the assembly pass rate of the motor red steel sheets

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