Abstract: A crimp defines separate parallel bores extending therethrough to receive a wire or cable portion. The crimp has a pair of opposed ends which each define a pair of circumferentially-spaced, outwardly projecting flanges respectively positioned on opposite sides of the crimp. Thus, the flanges may rest against a bone while providing spacing for crimping jaws between a central portion of the crimp and the bone. A design of crimping pliers for use with the crimp is also disclosed.

Abstract: A crimp defines separate parallel bores extending therethrough to receive a wire or cable portion. The crimp has a pair of opposed ends which each define a pair of circumferentially-spaced, outwardly projecting flanges respectively positioned on opposite sides of the crimp. Thus, the flanges may rest against a bone while providing spacing for crimping jaws between a central portion of the crimp and the bone. A design of crimping pliers for use with the crimp is also disclosed.

Abstract: A bone connector system includes first and second connector members, at least one and preferably both, of which carries an external bone screw thread to permit securance within a bone. One of the connector members defines a boss having an outer end with at least one slot therein to form flexible fingers, the boss having flanges which may be formed by an external screw thread adjacent to the outer end, and an external hexagonal engagement surface spaced from the outer end. The other of the connector members defines a bore having grooves which may formed by an internal screw thread proportioned to engage the flanges on the boss, and a hexagonal engagement portion proportioned to mateably receive and engage the hexagonal engagement surface when the connectors are brought together. Each of the flanges and grooves may have first and second flanks respectively disposed at relatively small and relatively large acute angles to the longitudinal axis of the system.

Abstract: A bone connector system comprises first and second connector members. At least one, and preferably both, of the connector members carries an external bone screw thread to permit securance within a bone. One of the connector members defines a boss having an outer end with intersecting slots therein to form flexible fingers, the boss having flanges which may be formed by an external screw thread adjacent to the outer end and an external hexagonal engagement surface spaced from the outer end. The other of the connector members defines a bore having grooves which may be formed by an internal screw thread proportioned to engage the flanges on the boss, and a hexagonal engagement portion proportioned to mateably receive and engage the hexagonal engagement surface, when the connectors are brought together. Either or both of the connector members may define guidewire lumens.

Abstract: A crimp defines separate parallel bores extending therethrough to receive a wire or cable portion. The crimp has a pair of opposed ends which each define a pair of circumferentially-spaced, outwardly projecting flanges respectively positioned on opposite sides of the crimp. Thus, the flanges may rest against a bone while providing spacing for crimping jaws between a central portion of the crimp and the bone. A design of crimping pliers for use with the crimp is also disclosed.

Abstract: A bone connector system comprises first and second connector members. At least one and preferably both of the connector members carries an external bone screw thread to permit securance within a bone. One of the connector members defines a sleeve having an outer end with longitudinal slots extending through the outer end, and a plurality of loops of an external screw thread positioned adjacent to the outer end. The other of the connector members defines a bore having a multiple loop, internal screw thread proportioned to engage the external thread when the connectors are brought together. Either or both of said connector members may define guidewire lumens.