A pressure-adaptive self-rotation and revolution deburring mechanism and deburring equipment

Abstract

This utility model relates to the field of deburring machine manufacturing technology, and discloses a pressure-adaptive rotation-revolution deburring mechanism and deburring equipment. The pressure-adaptive rotation-revolution deburring mechanism includes a disk brush unit, a rotation unit, a revolution unit, and a lifting unit connected together. The lifting unit is located on one side of the disk brush unit and includes a drive component, a transmission component, a pressure feedback component, and a moving component. The drive component is drively connected to the transmission component, and the moving component is drively connected to the transmission component. The pressure feedback component is located on the moving component and is electrically connected to the drive component. The pressure feedback component senses the pressure between the workpiece to be deburred and the disk brush unit, and automatically adjusts the driving force of the drive component according to the pressure magnitude, causing the moving component to drive the disk brush unit to move vertically to adjust the pressure.

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