Resilient connecting systems

Claim 1

FOR USE BETWEEN TWO PARTS TO BE GUIDED WITH RESPECT TO EACH OTHER SO THAT SAID PARTS MAY HAVE RELATIVE DISPLACEMENTS OF SMALL AMPLITUDE ON EITHER SIDE OF A MEAN RELATIVE POSITION TOWARD WHICH THEY ARE URGED RESILIENTLY WHILE BEING KEPT AT A CONSTANT DISTANCE FROM EACH OTHER, A SYSTEM FOR CONNECTING SAID PARTS TOGETHER IN THIS MANNER AND ALSO FOR AT LEAST REDUCING THE TRANSMISSION OF VIBRATIONS FROM ONE TO THE OTHER, THIS SYSTEM COMPRISING, IN COMBINATION, TWO RIGID MEMBERS SECURED IN A FIXED MANNER TO SAID PARTS RESPECTIVELY, TWO CUSHION ELEMENTS OF A RESILIENT MATERIAL EACH MADE ADHERENT TO ONE OF SAID MEMBERS RESPECTIVELY, SAID CUSHION ELEMENTS FACING EACH OTHER, AND AT LEAST TWO HOLLOW RIGID BODIES EACH INTERPOSED BETWEEN SAID TWO CUSHION ELEMENTS AND HAVING ITS END PORTIONS MADE ADHERENT TO SAID CUSHION ELEMENTS RESPECTIVELY, SAID END PORTIONS BEING IN THE FORM OF CYLINDRICAL WALL ELEMENTS BELONGING BOTH TO THE SURFACE OF ONE CYLINDER OF REVOLUTION THE AXIS OF WHICH IS LOCATED AT MID-DISTANCE BETWEEN SAID TWO RIGID MEMBERS, EACH OF SAID BODIES HAVING TWO FLAT SIDE WALL ELEMENTS JOINING SAID CYLINDRICAL WALL ELEMENTS WITH EACH OTHER, SAID SIDE WALL ELEMENTS BEING LOCATED IN PLANES PARALLEL TO EACH OTHER AND TO SAID AXIS, THE SIDE WALL ELEMENTS OF THE RESPECTIVE HOLLOW RIGID BODIES BEING PARALLEL TO ONE ANOTHER, WHEREBY THE DISPLACEMENTS OF ONE OF SAID PARTS WITH RESPECT TO THE OTHER PRODUCE IDENTICAL ROLLING MOVEMENTS OF SAID RIGID BODIES.