Calibration mechanism

Abstract

The invention discloses a correction mechanism. The correction mechanism comprises a fixed seat, a correction lifting motor, a linear module, a linear module sliding block, a lifting sliding block, a lifting seat, a rotary cylinder and a rotary suction cup module. The correction lifting motor is fixedly arranged on one side of the fixed seat through a motor installation plate, and a motor shaft of the correction lifting motor is connected with a driving wheel. The linear module is arranged on the other side of the fixed seat and connected with a driven wheel through a coupling, and the driven wheel corresponds to the driving wheel and is connected with the driving wheel through a belt. The linear module sliding block is arranged on the linear module. The lifting sliding block is arranged on the linear module sliding block. The lifting seat is connected to the lifting sliding block. The rotary cylinder is arranged on the lifting seat. The rotary suction cup module is arranged on the rotary cylinder. The correction mechanism disclosed by the invention has the beneficial effects that the correction mechanism can automatically correct the direction of a material disk, and no manual work needs to be disposed for assisting correction of the material disk, so that the conveying efficiency of the material disk is improved, and thus the production efficiency of mouse production and assembly is improved.

Description

【Technical field】 [0001] The automatic production line and its assembly technology of the present invention specifically provide a correction mechanism. 【Background technique】 [0002] In the field of automatic production line technology, the feeding of product parts is the first link of its production; [0003] For example, the mouse assembly production line, due to the small size of the product parts, needs to use a special tray to store the product parts and then load the material tray; [0004] Due to the presence of trays with different grooves for product parts, when the forward and reverse directions of the trays are consistent, the trays are likely to be stacked close to each other, and the product is easy to be crushed. It is necessary to stack the trays in front and back; but When the tray is used, the direction of the tray needs to be consistent. At this stage, the direction of the tray is generally corrected manually, which is a serious waste of human resources....

AI Technical Summary

Problems solved by technology

[0004] Due to the presence of trays with different grooves for product parts, when the forward and reverse directions of the trays are consistent, the trays are likely to be stacked close to each other, and the product is easy to be crushed. It is necessary to stack the trays in front and back; but When the tray is used, the direction of the tray needs to be consistent. At this stage, the direction of the tray is generally corrected manually, which is a serious waste of human resources.

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