High-precision guide rail switching control device

Abstract

The invention discloses a high-precision guide rail switching control device. The high-precision guide rail switching control device is mounted on the reversing disconnected portion of a main guide rail. A reversing guide rail is arranged on the reversing disconnected portion of the main guide rail. The reversing guide rail and the main guide rail are located on the same horizontal plane. A main guide rail support fixedly connected with the face of a working table is fixed below the main guide rail. The high-precision guide rail switching control device comprises a reversing base arranged on the reversing disconnected portion of the main guide rail, a rotating disc arranged on the reversing base and a rotating air cylinder which is arranged below the rotating disc and controls the rotating disc to rotate. A piston rod of the rotating air cylinder is hinged to the rotating disc. The rotating air cylinder is fixed to the position, below the reversing guide rail, of one side of the main guide rail. A steering guide rail is rotationally connected to the position, at the end of the reversing guide rail, of the other side of the main guide rail. A reversing air cylinder capable of pushing the steering guide rail to do 90-degree steering is fixed to the side, corresponding to the steering guide rail, of the reversing guide rail. According to the high-precision guide rail switching control device, direction switching of the rotating disc and the reversing guide rail is achieved through mechanical control, the reversing precision is high, the reversing efficiency can be effectively improved, and the manual cost can be effectively reduced.

Description

technical field [0001] The invention relates to the technical field of automobile production and manufacturing, in particular to a high-precision guide rail conversion control device. Background technique [0002] In the production of auto parts, it is often necessary to process different parts of various models. When using the same production line to produce the same kind of accessories for different models, it is necessary to select the corresponding molds for production and manufacturing according to the models. When the production line needs to switch parts of the models to be processed, the blanks of the original parts to be processed on the production line need to be reversed and transferred to the storage area for storage, and the production line continues to transport the blanks of the models to be processed. Generally, this process realizes the transshipment of the blank by manually controlling the grabbing of the spreader, which requires a certain amount of labor ...

AI Technical Summary

Problems solved by technology

Generally, this process realizes the transshipment of the blank by manually controlling the grabbing of the spreader, which requires a certain amount of labor costs, and the reversing efficiency is low. The reversing accuracy is controlled manually, and there may be some errors.

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