Tire Pressure Control with AV Notification and Alarm

A tire pressure inflation sensor and control system with a visual user feedback adapted to be actuated by a proximity element at a terminal end of a tire pressure hose, the tire pressure hose adapted to deliver inflation air under pressure to a vehicle tire via a hose stem pneumatic coupler at the terminal end of the tire pressure hose when the hose stem pneumatic coupler is attached to a vehicle tire stem of the vehicle tire, the tire pressure inflation sensor and control system comprising:

• a sensory and feedback unit (SFU) adapted to be removably attached intermediate the vehicle tire stem and the hose stem pneumatic coupler, the SFU having a first pneumatic coupler adapted to be removably attached to the vehicle tire stem and a second pneumatic coupler adapted to be removably attached to the hose stem pneumatic coupler, and the SFU having a pneumatic passage through the SFU pneumatically interconnecting the first and second pneumatic couplers;
• a proximity reader in the SFU which generates a proximity signal (Px) when the reader is within range of the proximity element of the tire pressure hose;
• a pressure sensor at the pneumatic passage which generates an inflation air pressure signal (Ps) when the first pneumatic coupler is attached to the vehicle tire stem and the second pneumatic coupler is attached to the hose stem pneumatic coupler;
• a plurality of lights on the SFU enabled to provide the visual user feedback;
• a controller coupled to the pressure sensor and receiving the Ps signal and coupled to the proximity reader and receiving the Px signal, the controller having a memory storing a predetermined recommended tire inflation (PRI) value for the vehicle tire, and when the controller matches the predetermined PRI value with the Ps signal, the controller enables illumination of at least one light of the plurality of lights as a positive visual user feedback.