initially connected to outer sleeve 30 by virtue of supporting dogs 40 that rest on surface 42 during run in dogs 40 support middle sleeve 38 against ratchet assembly 44 as long as dogs 40 are supported by surface 42 dogs 40 forces the middle sleeve 38 to ride down in tandem with outer sleeve 30 since calibrating dogs 36 are in a slot 34 in outer body 70 downward movement of outer body 70 will not push on the calibrating dogs 36 however calibrating dogs 36 are enclosed by blocks 46 held by screws 48 to middle sleeve 38 that will push the calibrating dogs 36 downwardly it should be recalled that cone 16 has a lower sloping surface 50 adjacent swage assembly 52 the swage assembly 52 can be a ring split into a number of segments or a collet with slots or any variation of a swage with the capability to change swaging diameter cone 16 also has an upper sloping surface 54 near mating sloping surface 56 on calibrating dogs 36 a lock ring assembly 58 allows the swage assembly 52 to move along lower sloping surface 50 in a downhole direction responsive to a pushing force from top sub 26 cone 16 is prevented at this time from moving downhole because it is.