Method and apparatus for producing multiple die-cut business forms
A method and apparatus for manufacturing multiple die cut business forms is disclosed. One embodiment of a printing press according to the present invention includes a number of different stations that are connected together by a continuos web. Multiple die cut business forms are produced by a continuos process from stock paper to an output configuration such as continuos roll, fan fold, or cut sheet. One aspect of the present invention is that a silicone treated glassine stock paper substrate can be utilized to allow business forms to be produced with minimized curling.
1. An integrated press for producing printed business forms with at least one integrated, removable portion from a source of stock paper comprising:
a paper supply station in which a roll of stock paper is mounted for rotation about an axis of rotation to unwind to supply a continuous web of paper to run through the integrated press;
at least one printing press station receiving the continuous web of paper and being capable of printing indicia on at least a first selected area of the continuous web of paper as the at least first selected area of the continuous web of paper passes through the at least one printing press station;
at least one adhesive patch station receiving the continuous web of paper and being capable of applying a selected amount of patch material on at least a second selected area of the continuous web as the at least second selected area of the continuous web of paper passes through the at least one adhesive patch station, the at least one adhesive patch station having a patch supply station to supply the selected amounts of patch material to be applied and an adhesive applicator to supply adhesive to selected areas of the selected amount of patch material;
at least one die cutting station receiving the continuous web of paper and being capable of die cutting at least a third selected area of the continuous web, the at least third selected area being contiguous with the patch material as the continuous web of paper pass through the at least one die cutting station order to produce a removable portion of the continuous web of paper to form business forms with at least one integrated, removable portion;
at least one finishing station receiving the continuous web of paper to process the continuous web into a preselected output configuration for the business forms; and
at least one punch station receiving a continuous web of paper prior to the at least one finishing station and being capable of removing a selected area of the business form as the continuous web passes through the at least one punch station.
2. An integrated press in accordance with claim 1 , wherein the patch supply station includes a receiver in which a roll of patch material is mounted for rotation about an axis.
3. An integrated press in accordance with claim 2 , wherein the roll of patch material is a roll of silicone treated paper.
4. An integrated press in accordance with claim 2 , wherein the roll of patch material is a roll of glassine paper.
5. An integrated press in accordance with claim 1 , wherein the selected areas removed form line-hole punching along edge areas of the continuous web to permit operations on the business forms separate from the integrated press.
6. In integrated press in accordance with claim 1 , wherein the preselected output configuration includes an output roll format.
7. An integrated press in accordance with claim 1 , wherein the preselected output configuration includes a cut sheet format.
8. An integrated press in accordance with claim 1 , wherein the preselected output configuration includes a fan-fold format.
9. An integrated press for producing printed business forms with at least one integrated, removable portion from a source of stock paper comprising:
a paper supply station in which a roll of stock paper is mounted for rotation about an axis of rotation to unwind to supply a continuous web of paper to run through the integrated press;
at least one printing press station receiving the continuous web of paper and being capable of printing indicia on at least a first selected area of the continuous web of paper as the at least first selected area of the continuous web of paper passes through the at least one printing press station;
at least one adhesive patch station receiving the continuous web of paper and being capable of applying a selected amount of patch material on at least a second selected area of the continuous web as the at least second selected area of the continuous web of paper passes through the at least one adhesive patch station, the at least one adhesive patch station having a patch supply station to supply the selected amounts of patch material to be applied and an adhesive applicator to supply adhesive to selected areas of the selected amount of patch material;
at least one cutting station being located prior to the at least one adhesive patch station, receiving the continuous web of paper and being capable of cutting at least a third selected area of the continuous web of paper as the continuous web of paper passes through the at least one die cutting station being located prior the at least one adhesive patch station;
at least one die cutting station receiving the continuous web of paper and being capable of die cutting at least fourth selected area of the continuous web, the at least fourth selected area being contiguous with the patch material as the continuous web of paper pass through the at least one die cutting station in order to produce a removable portion of the continuous web of paper to form business forms with at least one integrated, removable portion; and
at least one finishing station receiving the continuous web of paper to process the continuous web into a preselected output configuration for the business forms.
10. An integrated press in accordance with claim 9 , further comprising at least one punch station being located prior to the at least one adhesive patch station, receiving the continuous web of paper and being capable of removing the at least a third selected area of the continuous web of paper as the continuous web of paper passes through the at least one punch station.
11. An integrated press in accordance with claim 9 , wherein the patch supply station includes a receiver in which a roll of patch material is mounted for rotation about an axis.
12. An integrated press in accordance with claim 11 , wherein the roll of patch material is a roll of silicone treated paper.
13. An integrated press in accordance with claim 11 , wherein the roll of patch material is a roll of glassine paper.
14. An integrated press in accordance with claim 9 , further comprising at least one punch station receiving a continuous web of paper prior to the at least one finishing station and being capable of removing a selected area of the business form as the continuous web passes through the at least one punch station.
15. An integrated press in accordance with claim 14 , wherein the selected areas removed form line-hole punching along edge areas of the continuous web to permit operations on the business forms separate from the integrated press.
16. In integrated press in accordance with claim 9 , wherein the preselected output configuration includes an output roll format.
17. An integrated press in accordance with claim 9 , wherein the preselected output configuration includes a cut-sheet format.
18. An integrated press in accordance with claim 9 , wherein the preselected output configuration includes a fan-fold format.