Radiant energy driven orientation system

A radiant energy driven orientation system comprising:

• A. a support beam having a proximal end and a distal end, with a base connected to support beam proximal end;
• B. a bracket having a body and a distal end and a proximal end, the bracket body pivotably connected to the support beam distal end;
• C. a t-shaped frame having a center beam and a cross beam, the center beam having a proximal end and a distal end, the center beam proximal end pivotably connected to the bracket proximal end, the cross beam having a body and a proximal end and a distal end, the center beam distal end connected to the cross beam body;
• D. a first end beam and a second end beam, each end beam having a body and a proximal end and a distal end, the first end beam body attached to the cross beam proximal end, the first end beam body having a hole adjacent the cross beam proximal end, the second end beam body attached to the cross beam distal end;
• E. a thermal actuator with actuator rod, said actuator having a medial side and a lateral side a proximal end and a distal end, said actuator rod having an actuator rod proximal end immersed in said actuator distal end and an actuator rod distal end not immersed in said actuator, a shelf perpendicularly attached to the actuator rod distal end, the shelf having a shelf first hole and a shelf second hole;
• F. a fin for shading and illuminating said actuator, said fin attached to said medial side of said actuator, said actuator mounted on the first end beam body and at right angles to said cross beam;
• G. a pulley attached to the actuator rod distal end;
• H. a cable having a distal end and a proximal end, the cable proximal end attached to the shelf first hole, the cable threaded on the pulley, the cable threaded through the shelf second hole, the cable threaded through the first end beam body hole, the cable distal end attached to the bracket distal end;
• I. a spring for biasing a pivot of said frame away from the first end beam on which said actuator is mounted, the spring having a distal end and a proximal end, the spring proximal end attached to the bracket body, the spring distal end attached to a ring bracket positioned on the cross beam, the ring bracket adjacent the second end beam, such that when said actuator is cool and said actuator rod is retracted said spring causes said frame to pivot away from the first end beam, and as said actuator heats and said actuator rod extends said actuator causes said frame to pivot towards the first end beam on which said actuator is mounted.