Mechanism for performing work along an upwardly facing portion of a

Abstract

A machine, operable on a shoe assembly formed of a last having an insole located on its bottom and an upper mounted thereon with the toe portion of the upper margin being wiped against and secured to the insole and with an unwiped portion of the upper margin extending heelwardly of the wiped margin portion projecting away from the insole and with segments of the upper margin at the boundaries between the wiped and unwiped margin portions overhanging the insole, for applying cement in the corner between the unwiped margin portion and the corresponding portion of the insole periphery. The cement is applied by a pair of nozzles that each have laterally projecting tips. The nozzles are caused to move in cement applying strokes from the heel end extremity of the shoe assembly to the margin segments while the nozzle tips are retained in the corners with the nozzle tips at the ends of the cement applying strokes each being beneath a margin segment. After the completion of the cement applying strokes, the nozzle tips are moved inwardly of the segments and the nozzles are thereafter moved upwardly of the shoe assembly bottom. The machine is so constructed that, prior to the cement applying strokes, the nozzles are caused to move downwardly against the insole while the tips face towards the heel end of the shoe assembly and are then caused to move heelwardly to positions wherein the nozzles are proximate to the heel end of the upper margin. Mechanism is incorporated in the machine to yieldably urge the nozzles downwardly under a prescribed force against the insole during the cement applying strokes and to relieve the downward force when the nozzles are moving along the uphill gradient of the shank portion of the insole.