FEMORAL ELEVATOR
A bone elevator system includes: a bone hook; a first coupling device; an elevator arm member including a substantially straight first elongate arm and a substantially straight second elongate arm which is offset from and fixedly coupled with the first elongate arm, the first coupling device coupling the first elongate arm with the bone hook, the second elongate arm configured for being coupled, by way of a second coupling device, with an anchoring post.
1 . A bone elevator system, comprising:
a bone hook;
a first coupling device; and
an elevator arm member including a substantially straight first elongate arm and a substantially straight second elongate arm which is offset from and fixedly coupled with said first elongate arm, said first coupling device coupling said first elongate arm with said bone hook, said second elongate arm configured for being coupled, by way of a second coupling device, with an anchoring post.
2 . The bone elevator system of claim 1 , further including said second coupling device and said anchoring post, said anchoring post being a rail post, said second coupling device coupling said second elongate arm with said rail post, said rail post being configured for coupling with a rail.
3 . The bone elevator system of claim 2 , wherein said first coupling device includes a ratchet mechanism and an arm hook pivotally connected to said ratchet mechanism, said ratchet mechanism configured for selectively holding said bone hook in a plurality of positions, said arm hook at least partially overlying said first elongate arm and being configured for selectively translating along said first elongate arm in a plurality of positions.
4 . The bone elevator system of claim 3 , wherein said arm hook includes a window and a pivot pin in said window, said ratchet mechanism including a projection with a through-hole, said pivot pin extending through said through-hole, said projection being configured for pivoting about said pivot pin, said window forming a pivot boundary relative to said projection.
5 . The bone elevator system of claim 4 , wherein said elevator arm member has an L-shaped configuration formed by said first elongate arm and said second elongate arm.
6 . The bone elevator system of claim 5 , wherein said second elongate arm is configured for selectively rotating relative to said second coupling device between a plurality of predetermined positions and is configured for selectively moving axially relative to said second coupling device between a plurality of positions.
7 . The bone elevator system of claim 6 , wherein said second coupling device is configured for selectively rotating relative to said rail post between a plurality of positions.
8 . The bone elevator system of claim 7 , wherein said elevator arm member has an absence of an elongate arm in addition to said first elongate arm and said second elongate arm, said first elongate arm being longer than said second elongate arm.
9 . A method for using a bone elevator system, said method comprising the steps of:
providing a bone hook, a first coupling device, and an elevator arm member including a substantially straight first elongate arm and a substantially straight second elongate arm which is offset from and fixedly coupled with said first elongate arm;
coupling, using said first coupling device, said first elongate arm with said bone hook;
coupling, using said second coupling device, said second elongate arm with an anchoring post.
10 . The method of claim 9 , wherein said first coupling device includes a ratchet mechanism and an arm hook pivotally connected to said ratchet mechanism, the method further including holding selectively, using said ratchet mechanism, said bone hook in a plurality of positions, said arm hook at least partially overlying said first elongate arm, the method further including translating selectively said arm hook along said first elongate arm in a plurality of positions, said anchoring post being a rail post which is coupled with a rail.
11 . The method of claim 10 , wherein said arm hook includes a window and a pivot pin in said window, said ratchet mechanism including a projection with a through-hole, said pivot pin extending through said through-hole, the method including pivoting said projection about said pivot pin, said window forming a pivot boundary relative to said projection.
12 . The method of claim 11 , wherein said elevator arm member has an L-shaped configuration formed by said first elongate arm and said second elongate arm.
13 . The method of claim 12 , further including rotating selectively said second elongate arm relative to said second coupling device between a plurality of predetermined positions and moving selectively said second elongate arm axially relative to said second coupling device between a plurality of positions.
14 . The method of claim 13 , further including rotating selectively said second coupling device relative to said rail post between a plurality of positions.
15 . The method of claim 14 , wherein said elevator arm member has an absence of an elongate arm in addition to said first elongate arm and said second elongate arm, said first elongate arm being longer than said second elongate arm.