Abstract: There is disclosed a method of and apparatus for developing on tape and applying a pre-selected die design, etc., defined by spaced drilled holes, to a die board automatically by a tape controlled apparatus, and to automatically produce properly dimensioned cutting rule for the design. A computer is programmed to produce information which is transferred to a tape, or the like, fed to a numerical control machine to energize selected mechanisms to physically apply a pre-selected design formed by spaced drilled holes, routing, etc., to a die board for reception of spaced tangs or legs of cutting rule, or the like, or other workings. The information from the computer also is utilized, by means of an intermediate tape or the like, to energize a numerically controlled cutting rule machine to automatically produce cutting rule segments of the proper number and length for mounting in the drilled design on the cutting board.

Abstract: There is disclosed a method of and apparatus for developing on tape and applying a pre-selected die design, etc., defined by spaced drilled holes, to a die board automatically by a tape controlled apparatus, and to automatically produce properly dimensioned cutting rule for the design. A computer is programmed to produce information which is transferred to a tape, or the like, fed to a numerical control machine to energize selected mechanisms to physically apply a pre-selected design formed by spaced drilled holes, routing, etc., to a die board for reception of spaced tangs or legs of cutting rule, or the like, or other workings. The information from the computer also is utilized, by means of an intermediate tape or the like, to energize a numerically controlled cutting rule machine to automatically produce cutting rule segments of the proper number and length for mounting in the drilled design on the cutting board.