Abstract A dual mode document feeder for feeding conventional document sheets from a stack thereof in the document feeding tray of the document feeder to the imaging station of a copier, the document feeding tray having a resettable side guide for those conventional document sheets, wherein the dual mode document feeder alternatively provides automatic restacking of fan-fold web documents in this same document tray. The document feeding tray is enlarged to accommodate the latter. The side guide is repositionable intermediately of the document feeding tray. The side guide has an additional integral fan-fold web end stopping surface intersecting with the tray bottom surface to provide restacking of fan-fold web thereon. Automatic fan-fold stacking of the fan-fold web document is provided in the document feeding tray by guiding the fan-fold web into the document feeding tray from the imaging station with the platen transport through a baffle guide to and against this additional side guide surface, in cooperation with the tray surfaces, for automatic restacking.
In a document feeder for feeding conventional document sheets from a stack thereof in a document feeding tray of the document feeder to the imaging station of a copier, and wherein said document feeding tray has a resettable side guide for the conventional document sheets, the improvement comprising a dual mode document feeder for alternatively fan-fold restacking a fan-fold web document in said same document tray, wherein said document feeding tray is enlarged to accommodate said fan-fold restacking of a fan-fold web document therein, and wherein said side guide is repositionable intermediately of said enlarged document feeding tray, and wherein said side guide has integral fan-fold web end stopping means thereon positioned in the path of a document being restacked in said tray when said side guide is so repositioned, for automatic engagement for fan-fold stacking of a fan-fold web document in said document feeding tray against said fan-fold web end stopping means when fan-fold web is fed into said document feeding tray from said imaging station.
Claim 2
Dependent Claim
167 words
In a document feeder for feeding conventional document sheets from a stack thereof in a document feeding tray of the document feeder to the imaging station of a copier, and wherein said document feeding tray has a resettable side guide for the conventional document sheets, the improvement comprising a dual mode document feeder for alternatively fan-fold restacking a fan-fold web document in said same document tray, wherein said document feeding tray is enlarged to accommodate said fan-fold restacking of a fan-fold web document therein, and wherein said side guide is repositionable intermediately of said enlarged document feeding tray, and wherein said side guide has integral fan-fold web end stopping means thereon positioned in the path of a document being restacked in said tray when said side guide is so repositioned, for automatic engagement for fan-fold stacking of a fan-fold web document in said document feeding tray against said fan-fold web end stopping means when fan-fold web is fed into said document feeding tray from said imaging station.
Claim 3
Dependent Claim
47 words
The dual mode document feeder of claim 1 wherein said document feeding tray overlies said imaging station and said document feeder includes means for guiding a fan-fold web document from said imaging station into said document feeding tray into abutment with said fan-fold web end stopping means.
Claim 4
Dependent Claim
27 words
The dual mode document feeder of claim 1 wherein said fan-fold web end stopping means is defined by a substantially vertical end surface on said side guide.
Claim 5
Dependent Claim
27 words
The dual mode document feeder of claim 2 wherein said fan-fold web end stopping means is defined by a substantially vertical end surface on said side guide.