Abstract: A tape splicing apparatus (30) is disclosed of the type wherein splicing tape ("T") is applied to a splicing tape applicator wheel (85) having planar, tape carrying surfaces (85a-d). The applicator wheel (85) moves to and from two tape ends ("A" and "L") to be spliced whereby a tape carrying surface (85a) contacts the two tape ends ("A" and "L") and applies the splicing tape ("T") thereto. The improvement disclosed maintains the splicing tape ("T") in lateral and longitudinal alignment with each tape carrying surface (85a-d). The applicator wheel (85) is mounted between two spaced-apart walls of a splice block (51) define first and second supports which lie flush with and overlap the tape carrying surfaces (85a-d) of applicator wheel (85) on both its axial sides.

Abstract: An integrally formed ratchet (90) and star wheel (95) is disclosed which rotates in unison with a tape applicator wheel (85). Eccentrically formed fingers (96a-d) cooperate with a downwardly facing wall to align and position applicator wheel (85) into correct position after each reciprocation of the splicer (30). Correct alignment is essential because a cutter blade 127 cuts the tape on the applicator wheel into pre-determined lengths by passing through a notch (104) in applicator wheel (85). Misalignment of the applicator wheel (85) may cause blade (127) to impact the applicator wheel (85) itself, damaging or destroying it.