Christine A Nelson

7007952, Mar 7, 2006

Feb 14, 2003

10/368161

Christine Nelson - Mission Viejo CA, US

A63F 3/00

273242, 273236

An educational game comprises a planar game board having printed thereon a plurality of images of postal stamps. The educational game further comprises a plurality of player placeholders. The educational game further comprises a plurality of question cards. A first portion of the question cards contain questions of reduced difficulty having associated therewith a first quantity of points. A second portion of the question cards contain questions of intermediate difficulty having associated therewith a second quantity of points. A third portion of the question cards contain questions of increased difficulty having associated therewith a third quantity of points. A portion of the question cards contain questions having subjective answers. A portion of the question cards contain an image of a postal stamp. When a player answers a question correctly, the player's score is incremented by the quantity of points associated with that question.

51922932, Mar 9, 1993

Jul 6, 1992

7/909579

Mont J. Cartwright - Laguna Niguel CA
Christine C. Nelson - Ann Arbor MI

The Regents Of The University Of Michigan - Ann Arbor MI

A61B 1732
A61F 214

606172

This invention relates to a drill guide particularly useful for drilling an accurately located and oriented bore of limited depth into an orbital implant for purposes of fixating an orbital prosthesis. The drill guide comprises a cylindrical housing, the distal end of the housing defines a plurality of fixation pegs which are engagable with the orbital implant. An adaptor insert is placed on the nonrotating nose of a surgical drill which defines an outer diameter which is closely received by the drill guide housing. Features are provided to limit the depth of insertion of the adaptor insert. After placement of the drill guide on the orbital implant the surgical drill can be advanced until the physical stop is reached providing a limited depth bore which can be accurately located and oriented.