Abstract: In an image workflow system for use in transferring an operation document to a network including a destination terminal, and image identifying server 12 identifies a species, an operation of the operation document image, and a destination by the use of an identification table and a workflow control table. The species, the operation, and the destination are transferred to the destination terminal in the form of a packet together with the operation document image through the network. Responsive to the operation document image, the destination terminal activates a program and edits the operation document image in accordance with the operation.

Abstract: The network facsimile apparatus is able to communicate using both a public switched telephone network and a computer network, and has a facsimile section which transmits and receives an image via the public switched telephone network, a mail section which transmits and receives an e-mail via the computer network, a web server which transmits a reply to a client in response to a request from the client that is connected to said network apparatus via said computer network, a storage which is to store received, and a list generating section which generates a structured document of reception list. When the web server receives an operation request concerning a reception list from a client, the web server provides the received operation request to the list generating section.

Abstract: In a system in which a facsimile apparatus is connected to a LAN (Local Area Network) to which a plurality of computer terminals are connected, image data obtained by reading an original image by the scanner of the facsimile apparatus under the control of the operation unit of the facsimile apparatus is transmitted to a destination designated by the operation unit. In this operation, if a user ID is designated, transmitted image data and information (destination, transmission time/date, or the like) related to transmission is transferred to the LAN to notify the information to a user corresponding to the user ID. In this manner, data communication performed by a local operation of the facsimile apparatus and data communication performed by a remote designation from the computer terminal can be managed together.

Abstract: A particular image written in a particular paper of a particular paper size is scanned by a scanner to produce image data, a format of the image data is changed to a mail format to change the image data to mail data, the particular paper size is added to the mail data, and the mail data is transmitted from a transmitting side to a receiving side through a LAN by an electronic mail. In the receiving side, the mail data is changed to reproduced image data, and it is judged whether or not the particular paper size of the particular paper is larger than a prescribed paper size treatable on the receiving side. In cases where the particular paper size is larger than the prescribed paper size, the reproduced image data is thinned out to produce adjusted image data, and a downsized image is printed on a prescribed paper of the prescribed paper size according to the adjusted image data.

Abstract: A web-enabled live scanner is provided. In one embodiment, a live scanner includes an image interface capable of being coupled to a network. A camera detects an image of a print. The image is stored in a memory. The image interface includes a web server, socket server, and a picture taker. A remote user can use a browser to control the web-enabled live scanner over a network.

Abstract: CPU 1 of a facsimile device, when detects a transfer command from a calling side, stores “box No.”, “identification No.” and “Telephone number of transfer destination” of the transfer command in RAM 3, judges the effectiveness of “box No.”, that is, adequacy of the specification method. When the specification method of the box No. of the transfer command is wrong (S2: No), or when there is no memory box accompanied with the box No. (S10: No), or when no image data is registered in the relevant memory box (S9: No), or when “identification No.” of the transfer command is wrong (S11: No), the operation manual and the image data for registered information guide of the bulletin board box are transmitted to the calling side (S3, S6).

Abstract: A facsimile can be transmitted via both the internet and the public network. An image is read from an original document, and image data is generated. The image data is converted into facsimile data, and further corded into e-mail data. The e-mail data is transmitted as a facsimile along with a header via the internet. The header includes a title elected by a user. When a receiving party receives the facsimile via the internet, the receiving party can obtain the general contents of the facsimile and determine its urgency from the title.

Abstract: A communication apparatus includes a scanner configured to scan a document to obtain binary image data, an adder that adds paper size information to the obtained binary image data and a converter that converts the binary image data, including the paper size information, into e-mail data. A transmitter transmits the converted e-mail data, including the paper size information to a destination terminal over a network so that the destination terminal can determine whether to downsize the binary image data in the e-mail data in accordance with the paper size information.

Abstract: A method of transmitting an information transfer request from a client data terminal which is coupled to a local area network to a called data terminal which is coupled to the local area network and a public switched telephone network includes the steps of collecting, storing, generating, creating, sending, and transmitting. The collecting step collects information sets of communication capabilities of different data terminals on the local area network on the client data terminal. The storing step stores the information sets into a memory. On the client data terminal, the generating step generates data of facsimile image information with reference to one of the information sets pertaining to the called data terminal. The creating step creates on the client data terminal an information transfer request for requesting transmission of the facsimile image information to an arbitrary facsimile machine connected to the public switched telephone network.

Abstract: A low power dissipation facsimile apparatus is capable of accommodating a plurality of lines. This apparatus is arranged to reduce the power consumption still more. The apparatus comprises a first control unit having a low power dissipation mode, which controls a first line and the entire body of the facsimile apparatus, and a second control unit having a low dissipation mode, wherein controls a second line and transfers communication data to the first control unit. Then, for the reception only on the first line, and also, for the transmission and the copying operation, the first control unit rises from the low power dissipation mode to execute operation accordingly.

Abstract: A method for providing automatic communication addressing comprising the steps of: locating a communication mark, if one is present, on a medium containing information; obtaining at least one address directly or indirectly from the communication mark; inputting the address into an address function of a communication device; and initiating a communication of the information to the address through the communication device.

Abstract: The network facsimile apparatus is able to communicate using both a public switched telephone network and a computer network, and has a facsimile section which transmits and receives an image via the public switched telephone network, a network communication section which transmits and receives data via the computer network, a storage which is to store received data and a structured document, a web server which transmits received data or a structured document to the computer network, and a reception list generating section which generates a structured document of reception list indicative of document information of received data.

Abstract: A system and method for handling facsimile transmissions in a digital communications network, such as a GSM network. In general, the process includes first synchronizing incoming binary-coded facsimile information and then recording the degree of bit-rotation exhibited by the facsimile information. Segregated portions of the incoming facsimile information are identified as either a synchronization sequence, facsimile status information, or neither type. If a portion of the incoming transmission is identified as facsimile status information, any bit-rotated condition present in the portion is compensated for prior to further processing. In addition, once the incoming information has been synchronized, every time thereafter that a synchronization sequence or facsimile status information is identified in a portion of the incoming information, this event is used as an indication that the facsimile transmission is still in synchronization.

Abstract: An electronic mail system connected to a network includes a section for converting an image of a document surface into corresponding document image data, and a section for compressing the document image data into compression-resultant image data. The electronic mail system also includes a section for converting the compression-resultant image data into corresponding image data of a given electronic-mail format, a section for receiving information of an electronic-mail destination address, and a section for transmitting the image data of the electronic-mail format toward the electronic-mail destination address via the network.

Abstract: A facsimile system includes a facsimile machine reading image data from an original, a computer transmitting to and receiving from the facsimile machine data of addressee identification information indicative of at least a name of addressee and a facsimile number corresponding to the name of addressee, a computer-side storage circuit provided at a computer side for storing the data of addressee identification information, a computer-side referring circuit provided at the computer side for referring to the data of addressee identification information stored in the computer-side storage circuit, and an instruction circuit provided in the facsimile machine so as to be instructed at a facsimile machine side to refer via the computer-side referring circuit to the data of addressee identification information stored in the computer-side storage circuit.

Abstract: An application programming interface (API) that provides a common interface between an application program and plural different types of color measuring devices each having at least one color measuring sensor. The API includes plural functions for operating any of the plural different types of color measuring devices. In order to complete an operation performed by at least one of the plural functions, the function that performs the operation must be called a number of times which is different for at least two different types of color measuring devices. For a particular color measuring device, the API provides the application program with flow control data of the number of times that the function must be called. This flow control data preferably can be provided by the function, in the form of a call-again value or as a numerical value, or by a separate function in the API such as a get-device-capabilities function.

Abstract: A method for deriving a reverse model look-up table whose entries represent device dependent colors as a function of device independent colors, based on a forward model look-up table whose entries represent device independent colors obtained in response to printout of corresponding device dependent colors. For each device independent target color, a binary search of the forward model look-up table is performed so as to locate a cell that contains the device independent target color. The grid points from the forward model look-up table that define the cell are interpolated so as to obtain device dependent colors corresponding to the device independent target color. The device dependent color is stored at the grid point for the reverse model look-up table at a position corresponding to the device independent target color.

Abstract: The image reading system comprises an image reading device, to which an external interface adaptor and a recording medium interface adaptor can be selectively connected. The external interface adaptor is provided with an interface circuit by which a format of image data is converted to that which conforms to a device provided externally to the image reading device. The device may be a computer. The recording medium interface adaptor is provided with a recording medium attaching unit to which a recording medium is attachable. An operation switch is disposed on the recording medium interface adaptor so that the image data can be recorded to the recording medium.

Abstract: A method and apparatus for preparing an image for downloading over a link. The method includes receiving a user selection for an image to prepare, retrieving current user settings reflective of desired settings for compressing the image and automatically presenting a plurality of variations of the image to the user where each variation is derived using compression settings that are scaled from the current user settings.

Abstract: A computerized imager is programmed with software that enables an efficient worklist query to be sent to a remotely located device. A user-interactive menu is provided which allows the user to select one or more search fields and enter search criteria for each field. The search is initiated by clicking on a virtual representation of a Search key on the worklist menu. The software also allows the system operator to control which data in the retrieved worklist data is displayed on the worklist menu. The system user can transfer the information in any entry on the retrieved worklist to the new patient menu by simply clicking on that entry. That information will be included with each image stored in image files on the hard disk for that job.