Document viewing and management system

1. A document management and viewing system, comprising:

a user interface for providing data representing a single composite display window concurrently displaying pages of different first and second documents as a plurality of non-overlaid reduced size images of individual pages of the first document and a plurality of non-overlaid reduced size images of individual pages of the different second document and,

including at least one document break element identifying a transition between pages of said first and second documents and providing a visual cue distinguishing pages grouped into single documents,

enabling a user to select and move a page from said first document to a desired location within said second document visually separated from said first document by said document break element and

updating stored data representing said first and second documents in response to a command entered using said single composite display window, said single composite display window enabling a user to expand and increase size of a user selected individual reduced size image of an individual page.

2. A system according to claim 1 , wherein

said single composite display window includes a further reduced size image comprising a plurality of individually selectable overlaid individual pages of a third document and enables a user to select and move a page from said first document across said document break element to said second document.

3. A system according to claim 2 , wherein

a particular individual page of said individually selectable overlaid individual pages is presented in the foreground of said further reduced size image in response to user selection of said particular individual page.

4. A system according to claim 1 , wherein

said first and second documents are incorporated within corresponding different first and second folders and a user is able to move a first document from said first folder to said second folder in response to a command entered using said single composite display window.

5. A system according to claim 1 , wherein

an individual reduced size image of a document includes buttons enabling a user to initiate page manipulation commands on a page displayed in said individual reduced size image.

6. A system according to claim 5 , wherein

said page manipulation commands include at least two of, (a) increasing a reduced size image page, (b) inserting a page into a document, (c) deleting a page from a document, (d) changing an index value associated with a document and (e) rotating a page.

7. A system according to claim 1 , wherein

said plurality of reduced size images of individual pages of said first document are visually grouped in said single composite display window by being adjacent.

8. A system according to claim 7 , wherein

said plurality of reduced size images of individual pages of said second document are visually grouped in said single composite display window by being adjacent.

9. A system according to claim 1 , wherein

an individual reduced size image of a document includes buttons enabling a user to initiate presentation of an image menu enabling a user to change an index value associated with a document.

10. A system according to claim 9 , wherein

said system generates said image menu to enable a user to change an index value comprising at least one of, (a) an Encounter number and (b) a Medical Record number, associated with a document.

11. A system according to claim 10 , wherein

said system generates said image menu to enable a user to change an index value comprising at least one of, (a) a Document Type and (b) a date, associated with a document.

12. A system according to claim 10 , wherein

said document processor in response to user entry of at least one of, (a) an Encounter number and (b) a Medical Record number, associated with a document, moves said document from one folder to a different folder.

13. A system according to claim 1 , wherein

a user is able to move a first document from said first folder to a folder not referenced by any folder associated with displayed documents.

14. A document management and viewing system, comprising:

a user interface for providing data representing a single composite display window concurrently displaying pages of different first and second documents as a plurality of non-overlaid reduced size images of individual pages of the first document and a plurality of non-overlaid reduced size images of individual pages of the different second document and,

including at least one document break element identifying a transition between pages of said first and second documents and providing a visual cue distinguishing pages grouped into single documents,

enabling a user to select and move a page from said first document to a desired location within said second document visually separated from said first document by said document break element and

updating stored data representing said first and second documents in response to a command entered using said single composite display window, said single composite display window enabling a user to insert a page into a document, delete a page from a document or replace a page in a document.

15. A document management and viewing system, comprising:

a user interface for providing data representing a single composite display window concurrently displaying pages of different first and second documents as a plurality of non-overlaid reduced size images of individual pages of the first document and a plurality of non-overlaid reduced size images of individual pages of the different second document and said plurality of reduced size images of individual pages of said first document are visually grouped in said single composite display window by being adjacent and said plurality of reduced size images of individual pages of said second document are visually grouped in said single composite display window by being adjacent and,

including at least one document break element identifying a transition between pages of said first and second documents and providing a visual cue distinguishing pages grouped into single documents and

enabling a user to select and move a page from said first document to a desired location within said second document visually separated from said first document by said document break element,

individual reduced size images of individual pages include buttons enabling a user to initiate page manipulation commands on a page and

updating stored data representing said first and second documents in response to a command entered using said single composite display window.

16. A system according to claim 15 , wherein

said single composite display window and enables a user to select and move a page from said first document across said document break element to said second document, access and manipulate documents, document identifiers and attributes and

said page manipulation commands include at least two of, (a) increasing a reduced size image page, (b) inserting a page into a document, (c) deleting a page from a document, (d) changing an index value associated with a document and (e) rotating a page.

17. A system according to claim 15 , wherein

said document processor enables a user to add an indicator identifying a transition between portions of said first document and splitting said first document into two documents using said single composite display window.