Universal Constant Velocity Joint System And Method Of Use

A joint system comprising:

• a rings system having:
• a first elongated ring pivotally attached to a second elongated ring via a first rotating housing, the first rotating housing being configured to rotate along a first axis and
• a third elongated ring pivotally attached to a fourth elongated ring via a second rotating housing, the second rotating housing being configured to rotate along a second axis;
• a first sliding support subassembly configured to slidingly receive the first elongated ring and slidingly receive the third elongated ring;
• and,
• a second sliding support subassembly configured to slidingly receive the second elongated ring and slidingly receive the fourth elongated ring.

A joint system comprising:

• a rings system having:
• a first pair of rings pivotally attached to each other by a first set of rotating housings, the first set of rotating housings being configured to rotate along a first axis and
• a second pair of rings pivotally attached to each other by a second set of rotating housings, the second set of rotating housings being configured to rotate along a second axis;
• a first sliding support subassembly configured to slidingly receive a first ring from the rings system;
• and
• a second sliding support subassembly configured to slidingly receive a second ring from the rings system;
• a primary gears system carried by and having a first and second primary gear wherein the first primary gear and the second primary gear are rotatably attached to a central connecting support.