Intelligent deviation rectifying structure for wide abrasive belt

Abstract

The invention discloses an intelligent deviation rectifying structure for a wide abrasive belt. The intelligent deviation rectifying structure comprises a machine frame, a controller, a wire drawing contact roller arranged on the machine frame, a wire drawing tensioning roller and the wire drawing abrasive belt arranged between the wire drawing contact roller and the wire drawing tensioning rollerin a winding mode, wherein a fixing cross beam is fixed on the machine frame, the fixing cross beam is located between the wire drawing contact roller and the wire drawing tensioning roller, the wiredrawing tensioning roller is rotationally arranged on the fixing cross beam through an adjusting shaft with the axis extending in the vertical direction, and a deviation rectifying device used for adjusting the wire drawing tensioning roller is arranged between the fixing cross beam and the wire drawing tensioning roller. According to the intelligent deviation rectifying structure, the automaticdeviation rectifying device reduces the process that workers need to conduct actual operation, saves the machine adjusting time, improves the production efficiency, and reduces the factory operation cost, the effect of the automatic deviation rectifying device is good, wire drawing lines are finer and smoother, and twisting lines are less.

Description

technical field [0001] The invention relates to an intelligent deviation correcting structure for a wide abrasive belt. Background technique [0002] When using the abrasive belt to grind the workpiece, the normal state of the abrasive belt is in the middle position, but during the operation, due to the change of some factors, the abrasive belt often deviates. The conventional response method needs to stop the machine, manually correct the deviation of the abrasive belt, the operation is cumbersome, and the accuracy of deviation correction is low, which affects the normal operation of the abrasive belt. [0003] At present, the deviation correction of most wide-width abrasive belts on the market is realized by the deviation correction cylinder. This method adapts to a narrow error range of the circumference of the abrasive belt. After the deviation of the abrasive belt occurs, manual intervention and adjustment are required. The requirements for workers are high and the degr...

AI Technical Summary

Problems solved by technology

[0002] When using the abrasive belt to grind the workpiece, the normal state of the abrasive belt is in the middle position, but during the operation, due to the change of some factors, the abrasive belt often deviates

The conventional response method needs to be shut down, and the abrasive belt is corrected manually, which is troublesome to operate, and the accuracy of deviation correction is low, which affects the normal operation of the abrasive belt.

[0003] At present, the deviation correction of most wide-width abrasive belts on the market is realized by the deviation correction cylinder. This method adapts to a narrow error range of the circumference of the abrasive belt. After the deviation of the abrasive belt occurs, manual intervention and adjustment are required. The requirements for workers are high and the degree of automation is high. Low, and the stroke of the abrasive belt deflection correction cylinder is fixed, and the deflection range of the abrasive belt cannot be adjusted

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