Abstract: A display clip for supporting an object for display. The display clip includes two bilateral stops terminating in opposing projections wherein the stops are spaced a distance apart, and the opposing projections point substantially in opposite directions. The opposing projections fit removably into channel(s) on a display stand or other support structure, holding the display clip in place. The display clip also comprises one or more catches located at the front of the display clip capable of retaining the object, a plurality of side support members connecting a given stop with a given catch, and one or more crossbars connecting two or more side support members.

Abstract: A display clip for supporting an object for display. The display clip includes two bilateral stops terminating in opposing projections wherein the stops are spaced a distance apart, and the opposing projections point substantially in opposite directions. The opposing projections fit removably into channel(s) on a display stand or other support structure, holding the display clip in place. The display clip also comprises one or more catches located at the front of the display clip capable of retaining the object, a plurality of side support members connecting a given stop with a given catch, and one or more crossbars connecting two or more side support members.

Abstract: A reversible display device including a base-shelf having a planar surface, a back panel attached to the base-shelf, and at least one clip having an upward extending stop. The display device has a first orientation such that the planar surface is a base for the display device and a second orientation such that the planar surface is a top shelf for the display device. The clip is removably attached to the back panel such that the upward extending stop is oriented upward in either the first or the second orientation.

Abstract: The present invention is directed to the use polycyclic diamines. These diamines, when polymerized with dianhydrides, and optionally other non-polycyclic diamines are used to form new polyamic acids. The polyamic acids can be imidized to form a new class of useful polyimide resins and polyimide films, particularly in electronics type applications.