Axial and radial splitting, staggering and combining integrated processing technology for outer ring of centering joint bearing

The invention discloses an axial and radial splitting, staggering and combining integrated processing technology for an outer ring of a centering joint bearing. The axial and radial splitting, staggering and combining integrated processing technology is characterized by comprising the following steps: using a lathe to separately perform inner hole, outer circle and end surface processing for leftouter ring blank and right outer ring blank of the centering joint bearing; drilling out a mounting through hole and a mounting screw hole in the end surface of the left outer ring blank; drilling outa mounting screw hole and a mounting through hole in the end surface of the right outer ring blank; connecting and fixing the left outer ring blank and the right outer ring blank into integrated outer ring blank; uniformly cutting the outer ring blank into a plurality of outer ring split pieces in a radial direction; taking out a mounting bolt; arranging a left outer ring split piece and a rightouter ring split piece in a