SLEEVE FOR CAPTURING CHECK IMAGES

• US 20080063253A1
• Filed: 08/30/2007
• Published: 03/13/2008
• Est. Priority Date: 07/25/2006
• Status: Abandoned Application

• Current Assignee: Daniel J. Woods
• Original Assignee: Daniel J. Woods
• Inventors: Wood, Daniel J.
• Application Number:
  US11/847,966
• Publication Number:
  US 20080063253A1
• Time in Patent Office: Days
• US Class Current: 382/137
• CPC Class Codes: B42D 25/29 Securities; Bank notes

Abstract

The specification and drawing figures describe and show a sleeve for capturing check images that is formed from a sheet of anti-static image transferable material. A plurality of leaves are cut or formed from the anti-static image transferable material. Using an adhesive, the leaves are assembled into a sleeve having an opening to accommodate insertion of a check. A correction strip is attached adjacent at least one longitudinal edge of the sleeve on which information may be printed or imprinted. The sleeve is processed through an imaging machine for reading and recording the image of the check and any information added to the check and/or the sleeve.

Claims

1. A sleeve for capturing images when processed through an imaging machine, comprising:

a sheet of anti-static image transferable material adapted to transfer an image of the check to an imaging machine,

wherein at least two leaves are formed from the sheet of image transferable material, each leaf having an inner surface, an outer surface, opposing longitudinal edges, and opposing lateral edges dimensionally less than the opposing longitudinal edges;

an appropriate adhesive applied to at least one inner surface of the at least two leaves adjacent the two opposing lateral edges and adjacent one of the opposing longitudinal edges adapted to fixedly connect the at least two leaves to form the sleeve having an opening defined by two opposing longitudinal edges for insertion of a check into the sleeve;

a representation-passable coating applied to at least one outer surface of one of the at least two leaves adapted to allow the imaging machine to read and record information printed on the sleeve and on the check; and

a correction strip attachable adjacent the longitudinal edge of one of the at least two leaves adapted to receive printed information readable and recordable by the imaging machine.

2. A sleeve for capturing images when processed through an imaging machine as recited in claim 1, wherein at least one outer surface of at least one leaf is coated to accept ink endorsements.

3. A sleeve for capturing images when processed through an imaging machine as recited in claim 1, wherein the sheet of image transferable material is a plastic.

4. A sleeve for capturing images when processed through an imaging machine as recited in claim 1, wherein the sheet of image transferable material is translucent.

5. A sleeve for capturing images when processed through an imaging machine as recited in claim 1, wherein at least the outer surface of at least two of the two leaves is coated to enable printing of an endorsement on the outer surface of the sleeve.

6. A sleeve for capturing images when processed through an imaging machine as recited in claim 1, wherein the sheet of image transferable material is sufficiently rigid to avoid aberrations in images.

7. A sleeve for capturing images when processed through an imaging machine as recited in claim 1, wherein the correction strip is adapted for printing encoding information that an imaging machine may read during passage of the sleeve through the imaging machine.

8. A check sleeve for processing checks through automatic imaging machines, comprising:

a generally rectangular planar back leaf formed of substantially image transferable material for permitting imaging of a check carried by the sleeve having a top longitudinal edge, a bottom longitudinal edge, and opposing lateral edges, wherein the top longitudinal edge and the bottom longitudinal edge are longer than the opposing lateral edges,

wherein the image transferable material further is coated with a representation-passable coating material adapted to permit printing of endorsements on the back leaf;

a generally rectangular planar front leaf formed of substantially image transferable material for permitting imaging of a check carried by the sleeve,

wherein the generally rectangular planar back leaf and the generally rectangular planar front leaf are adhesively joined directly to each other along the lateral edges thereof and along a line spaced from said longitudinal edges, said line being spaced from the bottom longitudinal edges whereby the lower edge of a check carried by the sleeve will be supported a predetermined distance from the bottom longitudinal edges of the sleeve; and

an elongated indicia-receiving strip formed separately from the front leaf and the back leaf and adhesively secured directly to the sleeve adjacent the bottom longitudinal edge,

wherein the elongated indicia-receiving strip is dimensioned to enable a plurality of check-carrying sleeves to be stacked substantially evenly one on another.

9. A check sleeve for processing checks through automatic imaging machines document carrier of claim 8, wherein the image transferable material is substantially anti-static.

10. A check sleeve for processing checks through automatic imaging machines document carrier of claim 9, wherein elongated indicia-receiving strip is adapted to be printable with an ink.

11. A check sleeve for processing checks through automatic imaging machines document carrier of claim 10, wherein the back leave and the front leaf are adhesively joined directly to each other with a water-based adhesive.

12. A check sleeve for processing checks through automatic imaging machines document carrier of claim 10, wherein the back leave and the front leaf are adhesively joined directly to each other with an adhesive that is adapted to join directly a back leaf and a front leaf made of image transferable material.

13. A check sleeve for processing checks through automatic imaging machines document carrier of claim 10, wherein the adhesive joining of the back leaf and the front leaf forms a pouch in the sleeve into which the check may be inserted and held during passage through the imaging machine.

14. A method for recording images from a check, comprising:

providing an imaging machine;

selecting a check;

forming a sleeve through which images may be obtained when processed through the imaging machine; and

routing the sleeve containing the check through the imaging machine.

15. A method for recording images from a check as recited in claim 14, wherein the sleeve forming step includes the substeps of:

selecting image transferable material for forming the sleeve;

applying a representation-passable coating to one side of the image transferable material;

manipulating the material to form a back leaf,

further manipulating the material to form a front leaf, and

providing means for adhesively binding the back leaf and the front leaf to form the sleeve.

16. A method for recording images from a check as recited in claim 14, further comprising the step of selecting a representation-passable coating receptive to MICR printing.

17. A method for recording images from a check as recited in claim 16, further comprising the step of applying the representation-passable coating receptive to MICR printing to at least the back leaf of the sleeve.

18. A method for recording images from a check as recited in claim 17, further comprising the step of adhesively connecting a strip of material to the sleeve on which information may be printed and recorded by the imaging machine during passage of the sleeve through the imaging machine.

19. A method for recording images from a check as recited in claim 18, further comprising the step of adhesively connecting the front leaf to the back leaf with an appropriate adhesive.

20. A method for recording images from a check as recited in claim 16, wherein the step of selecting image transferable material for forming the sleeve includes the substep of selecting image transferable material that is anti-static.