Abstract:
A digital camera includes a memory configured to store image data including thumbnail image data and a display configured to display the thumbnail image data. Further a controller is configured to control the display of the thumbnail image data and to display page data with the thumbnail image data. The page data include data of a currently displayed page and data of a total number of pages, and further an operator can set and reset the number of thumbnail images which form one page. Further, the operator can change this setting of the number of thumbnail images in one page while selecting a specific thumbnail image of a currently displayed page of thumbnail image data. The controller can calculate the total number of pages in a currently displayed page, and can recalculate this data if the number of thumbnail images in a page is reset by an operator. Further, each of the pages can be accessed sequentially and the first and last pages can be viewed as sequential pages. Segment data can also be displayed and can be recalculated if a number of thumbnail images which form one page is reset by a operator.
Abstract:
A facsimile is described which when receiving a facsimile message transmitted from a calling facsimile and prints the received facsimile message together with information identifying its local time of receipt. For each page of the facsimile message, the facsimile determines whether the current page of the facsimile message has been completely received and, if so, prints the current page together with a calling subscriber identification (CSI), the local time of receipt and a page number, at the bottom of the page.
Abstract:
Provision is made in electronic document processing systems for printing unfiltered or filtered machine-readable digital representations of electronic documents, and human-readable renderings of them on the same record medium using the same printing process. The integration of machine-readable digital representations of electronic documents with the human-readable hardcopy renderings of them may be employed, for example, not only to enhance the precision with which the structure and content of such electronic documents can be recovered by scanning such hardcopies into electronic document processing systems, but also as a mechanism for enabling recipients of scanned-in versions of such documents to identify and process annotations that were added to the hardcopies after they were printed and/or for alerting the recipients of the scanned-in documents to alterations that may have been made to the original human-readable content of the hardcopy renderings. In addition to storage of the electronic representation of the document, provision is made for encoding information about the electronic representation of the document itself, such as file name, creation and modification dates, access and security information, printing histories. Provision is also made for encoding information which is computed from the content of the document and other information, for purposes of authentication and verification of document integrity. Provision is also made for the encoding of information which relates to operations which are to be performed depending on handwritten marks made upon a hardcopy rendering of the document; for example, encoding instructions of what action is to be taken when a box on a document is checked. Provision is also made for encoding in the hardcopy another class of information: information about the rendering of the document specific to that hard copy, which can include a numbered copy of that print, the identification of the machine which performed that print, the reproduction characteristics of the printer, the screen frequency and rotation used by the printer in rendering halftones. Provision is also made for encoding information about the digital encoding mechanism itself, such as information given in standard-encoded headers about subsequently compressed or encrypted digital information.