Abstract: A system for compensating for a flat tire, including a tire deployment sub-system and a tire pressure monitoring sub-system. The tire deployment system comprises an extendable auxiliary tire mounted to the frame of the automobile that is in communication with the tire pressure monitoring system and a user interface. The tire pressure monitoring system is adapted to monitor the internal pressure of the tires of the vehicle, via either direct or indirect means, and send a notification signal to the tire deployment system when the pressure sensor detects that one of the tires of the vehicle is losing pressure. The deployed auxiliary tire provides a temporary support for the tire that has gone flat, allowing the driver to continue driving for a period of time and thereby obviating the need to immediately pull to the side of the road and change out the flat for a spare tire.

Abstract: An unoriented supply of similar articles, each having a shank and a head of greater dimension than the shank are introduced into orienting means which include a trough having an inclined slot at its bottom and a plurality of cleats positioned at fixed locations on its side walls. Upon vibration, the articles become separated resulting in certain of the articles becoming oriented within the slot, with the unoriented articles being returned to the supply. The oriented articles are then directed to storing means which include a track including a straight lower portion, level maintaining means and a discharge end wherein the articles are discharged at a predetermined rate to article receiving, positioning and carrying means.