Smart seatbelt control system

A supplemental restraint system comprising:

• a means for sensing weight and for generating a weight signal corresponding to the weight of an occupant on a seat;
• a central processing unit responsive to a digital signal which has been amplified and converted from said weight signal for generating a tensional restraining value;
• a coil responding to said tensional restraining value generating energy corresponding to said tensional restraining value;
• an optoisolator defining a monitoring means responding to a latching relay for releasing a controlled energy corresponding to said occupant's weight into said coil at a rate corresponding to said tensional restraining value;
• a coil rotating means generating a seatbelt tensional force proportionate to said occupant's weight and the speed of the vehicle and timely empowering said coil rotation at a rate corresponding to said occupant's weight and the collision force of the vehicle.

A smart restraint system comprising:

• a seatbelt;
• means for sensing weight and generating a weight signal corresponding to the weight of an occupant on a seat;
• an encoder responsible for converting analog to digital signals which have been amplified and converted from said weight signal for generating a tensional force value;
• a coil responsive to said tensional force value;
• and means for controlling a tensional force exerted by said seatbelt empowered by said coil, so that said force exerted by said seatbelt is proportionate to said weight of said occupant between an upper and lower threshold.

A smart restraint control system comprising:

• means for precisely monitoring the initial weight of a seated occupant and the weight of a changing occupant, for controlling the tensional restraint force of a seatbelt, comprising:
• an address line, being a reference storage memory or medium for storing actual weight at initial sitting, said memory being different from either RAM or ROM;
• an EPROM, for controlling data about a changing occupant at the address line;
• a microprocessor means, for signal communicating with plurality of sensors, said sensors being in circuit communication with plurality of other signal processors and transistorized switches, enabling a seatbelt tensional restraint force.