Fiber optical image enhancement device utilizing polarized synchronous motors

Claim 1

A HIGH RESOLUTION IMAGE TRANSMISSION SYSTEM FOR TRANSMITTING AN IMAGE TO A RECEIVING SITE FROM A REMOTE SITE OF VARIABLE ORIENTATION RELATIVE TO SAID RECEIVING SITE COMPRISING A COHERENT OPTIC FIBER CABLE HAVING AN INPUT END FOR VIEWING SAID REMOTE SITE AND AN OUTPUT END FOR SUPPLYING AN IMAGE AT SAID RECEIVING SITE, SAID CABLE BEING ADAPTED TO PROVIDE SAID ENDS WITH AT LEAST SEVERAL DEGREES OF RELATIVE FREEDOM FOR ADAPTING SAID CABLE TO TRANSMISSION BETWEEN SAID VARIABLE ORIENTED SITES, AND MEANS FOR IMPOVING THE QUALITY OF TRANSMISSION THROUGH SAID CABLE INDEPENDENT OF THE RELATIVE ORIENTATION OF SAID CABLE ENDS COMPRISING INPUT IMAGE DISPLACING MEANS FOR PRODUCING DISPLACEMENT OF THE IMAGE AT SAID INPUT END, OUTPUT IMAGE DISPLACING MEANS FOR PRODUCING DISPLACEMENT OF THE IMAGE PROJECTED FROM SAID OUTPUT END, AND SYNCHRONIZING AND COORDINATING MEANS FOR MAINTAINING SAID IMAGE DISPLACEMENTS IN COMPLEMENTARY RELATIONSHIP INDEPENDENT OF THE RELATIVE POSITIONING OF SAID ENDS COMPRISING A COMMON ALTERNATING CURRENT SUPPLY, POLARIZED SYNCHRONOUS MOTOR MEANS EACH CONNECTED TO SAID SUPPLY FOR PHASE LOCKING SAID MOTOR MEANS WITH RESPECT TO THE SUPPLY AND OTHERWISE OPERABLE INDEPENDENTLY OF EACH OTHER AT EACH OF SAID ENDS WITHOUT THE NEED FOR SYNCHRONIZING INTERCONNECTIONS BETWEEN SAID ENDS FOR ACTUATING THE RESPECTIVE IMAGE DISPLACING MEANS TO PRODUCE NUTATION OF THE RESPECTIVE IMAGE, SAID MOTOR MEANS EACH BEING ORIENTED IN RELATION TO ITS RESPECTIVE IMAGE DISPLACING MEANS FOR MAINTAINING SAID COMPLEMENTARY RELATIONSHIP.