2results about How to "No burrs" patented technology

The utility model provides a check ring notch combination tool which comprises a check ring carrier used for placing and limiting a check ring and a base used for supporting the check ring carrier. A carrier notch crossed with the check ring is formed in the position, matched with the check ring, of the check ring carrier; and a pressing mechanism for pressing the retainer ring carrier is arranged on the base. The check ring is conveniently arranged in a limiting mode through the check ring carrier, the carrier notch is formed in the check ring carrier and intersects with the check ring to correspond to the to-be-cut position of the check ring, and the check ring notch can be conveniently cut and machined through a cutter; the retainer ring carrier is pressed on the base through the pressing mechanism, so that the retainer ring is in a stable state, a rapid cutting mode of linear cutting is conveniently adopted, the direction and angle of a notch of the retainer ring are more easily guaranteed, and the notch is smooth and free of burrs.

This utility model discloses a double-topped shaft tube synchronous positioning mechanism, including a positioning component, a fixed base, and a feeding component. The positioning component comprises a sliding shaft cylinder and a sliding base. The sliding base is installed on the right side of the fixed base, and the sliding shaft cylinder is slidably installed within the sliding base. The feeding component is installed on the left side of the fixed base. The beneficial effects of this utility model are: by pressing the cutting shaft with the sliding shaft cylinder, axial movement during the cutting process is effectively suppressed; the feeding component presses the paper tube end face circumferentially, eliminating workpiece displacement or vibration, ensuring a clean, burr-free cut, and providing rapid response, achieving good coordination and high efficiency.