Automated tightening shoe

An automated tightening shoe, comprising:

• (a) a shoe having a sole and an upper connected to the sole, the upper including a toe, a heel, a tongue having a fixed end adjacent to the toe, and a free end spaced rearwardly from the toe, and a lacing pad straddling the tongue, and having lace eyelets spaced along opposite sides thereof from adjacent to the fixed end of the tongue to adjacent to the free end of the tongue;
• (b) a chamber in the sole closely adjacent to the heel, the chamber communicating with a passageway in the shoe which extends from the sole through the upper;
• (c) a tightening mechanism contained within the chamber, the tightening mechanism including an axle with an actuator wheel rigidly connected to the axle and extending beyond the shoe sole at its rear heel end;
• (d) a pair of laces, each lace being anchored at one end to a respective lace eyelet nearest the fixed end of the tongue, then extending through alternate ones of the lace eyelets in crisscross fashion over the tongue, then passing through the material of the upper through the passageway to within the chamber to be secured to the axle of the tightening mechanism;
• (e) whereby rotation of the actuator wheel extending beyond the shoe sole causes rotation of the axle of the tightening mechanism to draw the shoe laces in a tightening direction, securement means operatively connected to the tightening mechanism for impeding counter-rotation of the axle to prevent the shoe laces from loosening;
• and
• (f) release means operatively connected to the securement means for selective disengagement of the securement means from the axle for enabling counter-rotation of the axle to allow the shoe laces to loosen.