A chamfering method for right-angled plates

Abstract

The invention discloses a chamfering method of a right-angled plate, which is realized through the following steps: S1. The first rotating grinding wheel performs chamfering along the length edge of the right-angled plate, and the second fixed grinding wheel performs chamfering along the other length edge of the right-angled plate Chamfering; S2. After the two length edges of the right-angled plate are chamfered, the first rotary chamfering device drives the first rotating grinding wheel to rotate 90 degrees; S3. The first rotating grinding wheel and the width edge of the right-angled plate Contact, the first fixed grinding wheel is in contact with the other width edge of the right-angle plate; S4. The motion platform drives the right-angle plate to move along the width direction, and the first rotating grinding wheel and the first fixed grinding wheel simultaneously touch the two width edges of the right-angle plate Chamfer. Compared with the prior art, the invention provides a method capable of chamfering four edges of a right-angle plate at the same station, and the chamfering method can improve the chamfering efficiency of the right-angle plate.

Description

technical field [0001] The invention relates to the technical field of chamfering machines, in particular to a method for chamfering right-angled plates. Background technique [0002] Since there are burrs on the right-angled plates after cutting, the sharpness is enough to hurt people. Therefore, in order to remove the sharp edges, it is generally necessary to chamfer the right-angled plates. The existing chamfering machine can only chamfer two opposite sides of the right-angled plate at most at the same time. When it is necessary to chamfer the other two opposite sides of the right-angled plate, the right-angled plate needs to be rotated. The shape of is not a centrosymmetric figure, so when the right-angled plate is rotated, the position of the chamfering device also needs to be adjusted adaptively. However, because the position of the chamfering device is relatively fixed, the existing chamfering process generally adopts assembly line processing for this part of the rig...

AI Technical Summary

Problems solved by technology

However, because the position of the chamfering device is relatively fixed, the existing chamfering process generally adopts assembly line processing for this part of the right-angled plate, that is, the other two opposite sides of the right-angled plate are chamfered at the next station, which not only increases The cost of the chamfering machine is not conducive to improving the chamfering efficiency of right-angle plates

Images