Special shuttle board conveyor for punching

Abstract

The invention provides a special shuttle board conveyor for punching. The special shuttle board conveyor for punching includes a frame, a horizontal moving unit, a plurality of suckers, a control unit and a telescopic arm, wherein the horizontal moving unit is mounted on the frame and can move in a horizontal direction perpendicular to the gravidity direction; the telescopic arm includes a rotation unit, a telescopic unit and a follow-up unit; the rotation unit includes a first motor, a mounting disc mounted on the horizontal moving unit, and a rotation supporting piece; the rotation supporting piece is coaxially fixed on the first motor; the telescopic unit includes a rotation arm, a connection arm, a first linear guide rail and a second motor; one end of the rotation arm is rotationally connected to the rotation supporting piece, and the other end of the rotation arm is connected to the connection arm; the connection arm is rotationally mounted on the mounting disc; the second motor is mounted on the connection arm and connected with the first linear guide rail; the follow-up unit includes a rotation frame and a third motor; the third motor is mounted in the first linear guide rail and coaxially connected with the rotation frame; a plurality of end effectors equipped with the vacuum suckers are mounted are arranged on the rotation frame.

Description

technical field [0001] The invention relates to a conveyor, in particular to a special shuttle plate conveyor for stamping. Background technique [0002] my country's automobile manufacturing industry produces nearly 100 million pieces of automobile panels annually, and there are nearly 1,000 domestic automobile panel manufacturers. With increasing competition, the market demand for high-quality automotive panels is increasing. Factors affecting the quality of automobile panels mainly include press precision, mold precision, and the impact of conveying, moving, and collisions. In the past, automobile panel manufacturers only paid attention to the influence of presses and molds on finished products, and the movement and transportation of semi-finished products were mainly realized manually, ignoring the impact of movement and collision of semi-finished workpieces between presses on product quality. [0003] The existing sheet metal transportation adopts manual transportatio...

AI Technical Summary

Problems solved by technology

In the past, automobile panel manufacturers only paid attention to the impact of presses and molds on finished products, and the semi-finished products were mainly moved and transported manually, ignoring the impact of semi-finished workpieces transporting and colliding between presses on product quality

[0003] The existing sheet metal transportation adopts manual transportation. At least 2 workers are required to transport the semi-finished products of the cover parts in the press room. Because the workers' handling will cause the warping and collision of the sheet materials, which will seriously affect the product surface quality and stamping accuracy. According to statistics, the automobile cover parts The impact of sheet metal conveying movement and collision on product quality reaches 30%, so it is required to use a shuttle sheet conveying device to realize automatic conveying, reduce manual intervention, and ensure the final quality of products

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