Double-pulley slippage and shifting prevention type deflecting feeder

Abstract

The invention discloses a double-pulley slippage and shifting prevention type deflecting feeder which comprises a main feeder and a guide rail base. The bottom of the main feeder is connected with the precision guide rail base, left and right feeding servo motors are arranged in the guide rail base, and material supporting roller sets, a front material blocking device and a rear material blocking device are arranged on two sides of the main feeder. The double-pulley slippage and shifting prevention type deflecting feeder is provided with the front material blocking device and the rear material blocking device for clamping a steel plate, front and rear feeding servo motors can synchronously control synchronous rotation of a front feeding roller set and a rear feeding roller set, shifting and slippage are not produced during front and rear feeding, feeding is accurate, the double roller sets can control repeated horizontal movements of the steel plate and achieve movements of the whole steel plate at any angle, and the requirement of repeated stamping is met. When the steel plate is needed to be secondarily positioned and stamped, the double roller sets move the steel plate back to the main feeder, the front, rear, left and right of the steel plate can be re-positioned, then refeeding is performed, and the feeder does not need to perform repeated operation, is simple in operating process and has a slippage and shifting preventing function.

Description

technical field [0001] The invention relates to the technical field of steel plate feeders, in particular to a double-roller anti-skid and anti-displacement yaw feeder. Background technique [0002] Most of the steel plates purchased by mechanical processing enterprises are coiled steel plates. Before processing, these steel plates must be uncoiled, unfolded, and then leveled to eliminate internal forces. The steel plate feeder in the prior art cannot swing the steel plates left and right. The feeder can only stamp the steel plate once. For the requirement of stamping a steel plate multiple times, the feeder needs to be repeatedly operated, and the operation process is complicated. In addition, because the steel plate itself has a large Gravity and elastic force, etc., are easy to slide and shift during the feeding process. Generally, feeders are prone to feeding errors during the feeding process, and do not have anti-skid and anti-shift functions. Contents of the inventio...

AI Technical Summary

Problems solved by technology

[0003] The purpose of the present invention is to provide a double-roller anti-skid and anti-displacement yaw feeder to solve the problems in the above-mentioned background technology that the feeding process is easy to slide, shift, and the operation process is complicated during multiple stampings.

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