Abstract: What is disclosed is a novel system and method for determining which hole punch die is installed on a multifunction document reproduction device. A document scanner of a document reproduction system is used to scan a sample page that has been hole-punched by the presently installed punch die. The pattern of die holes on the punched test page is examined and compared to known punch die patterns. The method compares the current punch unit with bindings loaded in a hopper for the print/copy job. Information about the currently installed hole punch die is displayed on a graphical user interface so the user can confirm the print/copy job prior to the time of submission. The user can then accept the current hole punch configuration or change the unit to another before releasing their print/copy job. The method ensures that the selected punch pattern is compatible with other print/copy job finishing selections.

Abstract: What is disclosed is a novel system and method for determining which hole punch die is installed on a multifunction document reproduction device. A document scanner of a document reproduction system is used to scan a sample page that has been hole-punched by the presently installed punch die. The pattern of die holes on the punched test page is examined and compared to known punch die patterns. The method compares the current punch unit with bindings loaded in a hopper for the print/copy job. Information about the currently installed hole punch die is displayed on a graphical user interface so the user can confirm the print/copy job prior to the time of submission. The user can then accept the current hole punch configuration or change the unit to another before releasing their print/copy job. The method ensures that the selected punch pattern is compatible with other print/copy job finishing selections.