Adjusting structure of magnetic belt conveying device

Abstract

The invention relates to an adjusting structure of a magnetic belt conveying device. A driving roller bearing pedestal is fixed on a framework; a thickness adjusting device is positioned between one side of the driving roller bearing pedestal and the framework; a vertical plate is fixed on the framework and is positioned on the other side of the driving roller bearing pedestal; a fine adjusting bolt is in threaded connection with the vertical plate; the end of the fine adjusting bolt is tightly attached to the driving roller bearing pedestal; one end of a first supporting plate is fixed on the framework; one end of a second supporting plate is fixed on the framework; one end of a supporting seat, which is provided with an external thread, passes through a hole in the first supporting plate and is fixed on the first supporting plate through a clamping nut; the supporting seat passes through a through hole in the second supporting plate and then is in sliding fit with the second supporting plate; a radial assembling hole positioned in the outer side of the second supporting plate is formed in the supporting seat; and an axial threaded hole is formed in the other end of the supporting seat and is communicated with the radial assembling hole. Eccentricity of the driving roller and the driven roller can be adjusted, so that untidiness of an inner ring of band steel can be prevented during reeling of band steel.

Description

technical field [0001] The invention relates to a magnetic belt conveying device in a cold rolling production line, in particular to an adjustment structure for the magnetic belt conveying device of a coiler. Background technique [0002] The magnetic belt conveying device is widely used in the cold rolling production line. Its working process is as follows: the driving device drives the driving roller to rotate, and then the driving roller drives the belt to rotate. Friction is created between the steels, and the friction guides the strip into the coiler for coiling. The magnetic belt transport device is generally located in front of the coiler, and its main function is to guide the head of the strip steel smoothly into the coiler for continuous and stable coiling to ensure the coiling quality of the first few coils. Because the belt conveyor often has factors such as difficult adjustment of the inclination angle of the frame of the conveyor body, eccentricity of the rolle...

AI Technical Summary

Problems solved by technology

Because the belt conveyor often has factors such as difficult adjustment of the inclination angle of the frame of the conveyor body, eccentricity of the rollers, and insufficient belt tension, it is difficult to introduce the strip steel into the coiler (especially the very thin strip steel whose head is easy to warp) or coil. The edge of the inner ring of the taken steel coil is uneven, etc.

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