Imager kit with MICR head for hybrid printer
View Patent ↗The present invention contemplates a hybrid printer having printing capabilities at its back end and imagining capabilities at its front end. A conventional receipt printer with a MICR read head has been modified by replacing its front cover with a cover having the same platform but that incorporates a pair of opposed imagers, a second MICR read head, a diverter, and rollers for moving media therethrough.
1. A hybrid printer for processing imaging media, comprising:
a printer body defining a first slip path that extends along a single plane over its entire length and a second slip path extending at least partially in a curved pathway;
a cover hingedly interconnected to said printer body;
a first imager interconnected to said cover and adapted to create a digital image file of a first side of the imaging media when the imaging media is positioned in said first slip path; and
a diverter positioned in proximity to said second slip path and movable between first and second positions to direct imaging media between said first and second slip paths.
2. The hybrid printer of claim 1 , further comprising a second imager positioned laterally and in vertically spaced relation to said first imager and interconnected to said cover and adapted to create a digital image of the second side of the imaging media.
3. The hybrid printer of claim 1 further comprising a first MICR reader interconnected to said cover and adapted to read MICR encoding printed on the first side of the imaging media.
4. The hybrid printer of claim 3 further comprising a second MJCR reader interconnected to said printer body and adapted to read MICR encoding printed on the second side of the imaging media.
5. A hybrid printer having an imaging module for processing imaging media, comprising:
a first imaging media path insertion point from which the imaging media is initially advanced for processing through the imaging module and a first imaging media path in communication with said first imaging media path insertion point, wherein said first imaging media path extends along a single plane over its entire length;
a second imaging media path insertion point from which the imaging media is initially advanced for processing through the imagining module through a curved path;
a third imaging media path insertion point from which from which the imaging media is initially advanced for processing through the said hybrid printer through said curved patch;
a diverter positioned in proximity to said first imaging media path insertion point and movable between first and second positions which direct the imaging media between said first and second media path insertion points, respectively.
6. The hybrid printer of claim 5 , wherein each of the entry points also serves as an imaging media exit point.
7. The hybrid printer of claim 5 , further comprising of at least first, second, and third imaging media detection sensors positioned in proximity to said first, second, and third media path insertion points, respectively.
8. An imaging module for imaging media adapted to be retrofit in place of a printer cover to a printer comprising:
a first imaging media path insertion point from which the imaging media is initially advanced for processing through the imaging module, and a first imaging media path in communication with said first imaging media path insertion point, wherein said first imaging media path extends along a single plane over its entire length; and
a diverter positioned in proximity to said first imaging media path insertion point and movable between first and second positions which direct the imaging media towards first and second media exits, respectively.
9. The imaging module of claim 8 further comprising a cover movable between open and closed positions, wherein when said cover in said open position access to first imaging media path is provided.
10. The imaging module of claim 8 further comprising
a second imaging media path insertion point from which the imaging media is initially advanced for processing through the imagining module; and
a third imaging media path insertion point from which from which the imaging media is initially advanced for processing through the said hybrid printer.
11. The imaging module of claim 10 , further comprising at least first, second, and third imaging media detection sensors positioned in proximity to said first, second, and third media path insertion points, respectively.