Device for correcting aluminum alloy wheel

A device for correcting an aluminum alloy wheel, comprising a frame, a feed lower support plate, a feed sliding plate, an expansion cylinder, an axial positioning plate, an expansion sleeve, an expansion core, a correction cutter head, a bearing, a correction motor, a coupling, a shaft, four positioning rods, four positioning sliding blocks, positioning guide rails, positioning support plates, four positioning cylinders, a feed guide rail, a reinforcing rib, a ball, a lead screw, a feed side support plate and a feed motor:

• the device for correcting an aluminum alloy wheel comprises a hub positioning unit, in which the positioning support plates are mounted on the frame, the positioning guide rails are mounted on the positioning support plate, the four positioning sliding blocks are connected to the positioning guide rails, the four positioning rods are fixed on the four positioning sliding blocks, and the four positioning cylinders are respectively connected with the four positioning sliding blocks to drive the four positioning sliding blocks to move synchronously so as to control synchronous centering of the four positioning rods and complete initial positioning of a hub;
• the device for correcting an aluminum alloy wheel comprises a hub feed unit, in which the feed side support plate and the feed motor are mounted on the feed lower support plate, the feed side support plate is connected with the frame through the reinforcing rib to play a role in stabilizing, the axial positioning plate completes axial positioning of the hub, the expansion cylinder drives the expansion core to complete radial positioning of the hub, the hub is fixed while being expanded, and the feed motor drives the feed sliding plate to move up and down through the ball and the screw so as to drive the fixed hub to achieve up-down feed movement;
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• the device for correcting an aluminum alloy wheel comprises a tool correction unit, in which stepped cutting edges having different outer diameters are annularly distributed in the correction cutter head, a standard outer diameter cutting edge comprises three parts, lower cutting edge is vertical, upper cutting edge is at an angle of 30 degrees to a horizontal line, middle connection part is a cutting edge, the cutting edge has a R2.5 arc, that is to say, the cutting edge has an arc and the radius of the arc is 2.5 cm, and the correction motor is configured to control the rotation of the correction cutter head.