A guide device for preventing strip deviation

Abstract

The invention discloses a position guiding device for preventing strip deviation, which comprises a flying wing cam pusher, a position guiding box and a base. The flying wing cam pusher is installed above the position guiding box, and the base is fixedly installed on the bottom of the position guiding box. The guide device has a compact structure and is easy to assemble and disassemble. The invention accurately guides double-layer metals of different sizes by opening steps on the outer peripheral surface of the guide roller, so that the double-layer metals are always on the same center line when entering the hole pattern. The upper and lower roller tables are adjusted based on the reference, which can accurately ensure that the double-layer metal discharge is on the same center line, and then locate the position of the pass for easy adjustment. The two side plates are combined with the upper plate and the lower plate in the form of inlays. , and then fixed with bolts to ensure the accuracy and stability of the guide box, and an arc is made on one end of the side plate to copy the roll to ensure that the follow-up guide can be as close as possible to the roll, avoid rolling misalignment, and improve yield. The form of flying wing plate and cam realizes quick clamping and quick release, which improves production efficiency.

Description

technical field [0001] The invention relates to a position guiding device, in particular to a position guiding device for preventing strip deviation. Background technique [0002] The rolling guide is to ensure that the metal enters and exits the pass in the required state when it enters the rolling mill, and ensures that the workpiece is rolled according to the established deformation conditions. The traditional guide device only guides a single metal material, and the whole machine mechanism is large. , bulky, difficult to arrange, the traditional guide device has no positioning reference, cannot accurately locate the pass position, is not easy to adjust, is far away from the rolling mill mouth, and has poor stability, which may cause dislocation rolling and affect the workpiece yield, and the traditional guide device It is impossible to realize quick clamping and quick release, which is inconvenient for feeding and affects output. Contents of the invention [0003] The...

AI Technical Summary

Problems solved by technology

[0003] The purpose of the present invention is to provide a guide device for preventing strip deviation, which solves the problem that the traditional guide device is bulky and difficult to arrange, and the yield and output efficiency of the workpiece are low during the rolling process of double-layer metal. When the hole type is used, the technical problem of deviation of the double-layer metal will occur

Images