Lanyard end connector

1. A lanyard end connector comprising:

a connector body having a first body end with an enclosed opening adapted for receiving a lanyard end, a second body end having an attachment structure, a central portion defining a connector body frame that delineates a connector body chamber having at least one side window opening, and at least one lanyard tab connected to the connector body frame and adapted for rotatable movement into and away from the at least one side window opening, the at least one lanyard tab having an inside surface facing the connector body chamber wherein the inside surface has a gripping structure adapted to interface with and capture the lanyard end within the connector body chamber of the connector body frame, the connector body chamber communicating with the opening in the first body end; and

a connector holder having a holder body with a first holder end, a second holder end and a circumferential holder body wall, the circumferential holder body wall defining a holder body chamber, a first end opening and a second end opening opposite to the first end opening wherein the connector body is disposed within the holder body chamber with the first body end extending from the first end opening and the second body end extending from the second end opening.

2. The connector of claim 1 further comprising an attachment component removably attached to the attachment structure of the second body end of the connector body.

3. The connector of claim 1 wherein the connector body further comprising at least one locking tab hingedly attached to an outside surface of the connector frame at a location that is transverse to the at least one side window, the at least one locking tab adapted for rotatable movement towards and away from the outside surface of the connector frame wherein the at least one locking tab extends outwardly and away from the outside surface of the connector frame when in a relaxed orientation.

4. The connector of claim 3 wherein the connector frame has a locking tab groove extending along the connector frame adapted to accommodate the at least one locking tab when the locking tab is released from a tensioned orientation.

5. The connector of claim 3 wherein the holder body of the connector holder has a tab stop disposed in an inside wall surface of the holder body wall adjacent the at least one locking tab and adapted to align with a free end of the at least one locking tab when the at least one locking tab is in the relaxed orientation.

6. The connector of claim 3 wherein the connector body further comprising a second locking tab hingedly attached to the outside surface of the connector frame at a location opposite the at least one locking tab wherein the second locking tab is adapted for rotatable movement towards and away from the outside surface of the connector frame and wherein the second locking tab extends outwardly and away from the outside surface of the connector frame when in a relaxed orientation.

7. The connector of claim 6 wherein the connector frame has a second locking tab groove extending along the connector frame and adapted to accommodate the second locking tab when the locking tab is forced into a tensioned orientation.

8. The connector of claim 1 wherein the first body end has a first body ledge that extends transversely from the first body end wherein the first body ledge has a circumference that is larger than a circumference of the first end opening of the first holder end of the holder body of the connector holder.

9. The connector of claim 1 wherein the gripping structure on the inside surface of the at least one lanyard tab is a plurality of tapered members extending transversely from the inside surface.

10. The connector of claim 1 further comprising a plurality of recesses in a surface within the connector body chamber opposite the inside surface of the at least one lanyard tab wherein each of the plurality of recesses is aligned with a corresponding one of the plurality of gripping structures when the gripping structure interfaces with and captures the lanyard end.

11. The connector of claim 1 wherein the connector body further comprising a second lanyard tab connected to the connector body frame and adapted for rotatable movement into and away from a second side window of the connector body frame opposite the at least one side window, the second lanyard tab having an inside surface facing the connector body chamber where in the inside surface of the second lanyard tab has a gripping structure adapted to interface with and capture the lanyard end within the connector body chamber.

12. The connector of claim 11 wherein each of the inside surface of the at least one lanyard tab and the inside surface of the second lanyard tab have a plurality of recesses wherein each of the plurality of recesses are aligned for receiving a corresponding one of the plurality of gripping structures of the other one of the at least one lanyard tab or the second lanyard tab, respectively.

13. The connector of claim 11 wherein the gripping structure on the inside surface of the second lanyard tab is a plurality of tapered members extending transversely from the inside surface.

14. The connector of claim 13 further comprising a plurality of recesses in a surface of the second lanyard tab wherein each of the plurality of recesses is aligned with a corresponding one of the plurality of gripping structures of the at least one lanyard tab when the gripping structure interfaces with and captures the lanyard end.

15. The connector of claim 1 wherein the at least one lanyard tab is directly and hingedly attached to the connector body frame.

16. The connector of claim 1 further comprising a lanyard tab assembly having a tab assembly central portion wherein the at least one lanyard tab is directly and hingedly attached to the tab assembly central portion and wherein the tab assembly central portion has at least one tab assembly aperture adapted to receive and be retained by a tab assembly retaining structure disposed within the connector body chamber.

17. A method of capturing an end of a lanyard within the lanyard end connector of claim 1 , the method comprising:

providing the lanyard end connector of claim 1 ;

inserting a lanyard end through the enclosed opening of the first body end of the connector body and into the connector body chamber defined by the connector body frame;

rotating into the side window opening of the connector body frame the at least one lanyard tab causing the gripping structure to penetrate into and capture the lanyard end; and

sliding the connector holder over the second body end of the connector body and along the connector body frame past the at least one window opening to the first body end thereby retaining the at least one lanyard tab in a lanyard end captured position.

18. The method of claim 17 further comprising attaching a removable clip structure to the attachment structure at the second body end of the connector body.

19. The method of claim 17 further comprising rotating, before the sliding step, a second lanyard tab rotatably attached to the connector body frame into a second side window opening of the connector body wherein the second side window opening is opposite the at least one window opening and thereby causing a gripping structure on an inside surface of the second lanyard tab to penetrate into and capture the lanyard end.

20. The method of claim 17 wherein the providing step includes

providing a lanyard end connector having at least one locking tab hingedly attached to an outside surface of the connector frame at a location that is transverse to the at least one side window wherein the at least one locking tab extends outwardly and away from the outside surface of the connector frame when in a relaxed orientation and wherein the at least on locking tab is adapted for rotatable movement towards and away from the outside surface of the connector frame;

wherein the sliding step includes providing a connector holder with a stop surface disposed in an inside surface of the holder body wall adjacent the at least one locking tab and adapted to align with a free end of the at least one locking tab when the at least one locking tab is in the relaxed orientation; and

wherein, when the connector body is past the at least one window opening and adjacent the first body end, the at least one locking tab is in the relaxed orientation causing the free end of the at least one locking tab to be aligned with the stop surface thereby preventing removal of the connector holder from the connector body.