Abstract: A fax is sent. A user selects a phone number for a fax destination from a database residing on a handheld device. The phone number is sent from the handheld device to a fax machine via wireless communication. A fax transmission is sent by the fax machine to the fax destination.

Abstract: A full-mode Internet facsimile machine includes a transmitter transmitting image data by using an electronic mail message after storing original image data in a storage unit, a designating device declaring and designating an effective period when holding original image data in the storage unit as a transient effective period or a permanent effective period for each facsimile communication or for each destination, and a control unit controlling to hold the original image data in the storage unit during the designated effective period.

Abstract: Disclosed is a color-file communicating facsimile apparatus that is capable of communicating non-document image files through a simple method. A FIF (Facsimile Information Field) is provided with bits indicating that a color file to be transmitted is an sYCC JPEG-encoded file in which the concept of resolution is absent and bits specifying the sYCC full-color mode. If these bits have been set, a transmitting side sets resolution information and image-width information to any values and a receiving side ignores resolution information and image-width information in the FIF and performs print-out using information that has been obtained from header information of the received JPEG file. If these bits have not been set, ordinary transmission, reception and print processing are carried out.

Abstract: A method of providing the inputting units of the scanner with a foolproof function. Initially, while a specific inputting unit is activated, such as a push button being pushed, the connection between the operation of the scanner and other inputting units is terminated. This terminated connection is not regained until the specific action, which corresponds to the specific inputting unit, finishes. Moreover, an “activation” message can be directly displayed on the scanner while this specific inputting unit is activated, and while the scanner is processing some specific action, this action can be terminated with the function of the scanner and the connection between all inputting units regained as soon as this specific inputting unit is activated again. For any scanner with the foolproof function, while a specific inputting unit is activated, not only a corresponding specific action is performed but also the connection between the performing specific action and all inputting units is controlled.

Abstract: A system and method for facilitating facsimile transmissions has one or more store and forward facilities, each associated with a plurality of subscriber facsimile machines, typically coupled over the switched telephone network. The store and forward facsimiles include a computer for controlling operations and mass data storage equipment. A subscriber to the system delivers an outgoing facsimile message to the store and forward facility with which it is associated, which records the fax message together with data as to originating facsimile machine and destination facsimile machine. The store and forward facility then delivers the facsimile message to the intended receiver facsimile machine, either directly or through another store and forward facility. If unsuccessful on an initial attempt, the store and forward facility periodically retrys to send the facsimile message.

Abstract: Support for automatic folding functionality in facsimile (“fax”) machines is described. In one aspect, a method for managing folding by a fax machine comprises sending a signal from a receiver fax machine (“receiver”) indicating that the receiver has folding capability. The receiver receives a signal that commands the receiver to enable its folding capability. In embodiments, the capability indication and the enable command are represented of single bits of information in the respective signals. In one embodiment in which the signals are in accordance with ITU-T Recommendation T.30, the capability indication and enable command utilize bit number 30 of the Digital Identification Signal (DIS). In one embodiment in which the signals are in accordance with MIL-STD-188-161D, the capability indication and enable command utilize bit number 12 of respective receiver and sender signals.

Abstract: When facsimile data is transmitted by performing facsimile communication, a public line is seized. Then, when the public line is seized, it is a determined which of a dial tone signal or a voice signal for phone call a signal received from the public line is, it is controlled to perform the facsimile communication in a case where the received signal is determined as the dial tone signal, and it is controlled not to perform the facsimile communication in a case where the received signal is determined as the voice signal.

Abstract: A multi-function peripheral device for producing output images. The device includes a scanning system for creating a scanned input image, a camera for creating a captured input image, a controller for receiving at least one of said scanned input image and said captured input image, and a printing system for producing an output image rendered by said controller.

Abstract: Print server load is reduced efficiently by deleting information about print clients from a print server based on precise conditions peculiar to a print system.

Abstract: A method of establishing a fax connection on a link which is a portion of a composite connection. The method includes transmitting at least some signals of a negotiation procedure on the link and initiating a retrain on the connection, without identifying a problem on the connection of the link, the retrain being initiated after transmitting the at least some signals of the negotiation procedure but before transmitting data on the data channel of the link due to the negotiation procedure.

Abstract: A print order/delivery system and method, and a printing system, wherein a previously assigned unique identification data is stored on a user side of the system, and the user is registered such that the user is associated with the identification data. Pictorial data is transmitted to a print-order receiving side along with the identification data and order data, and then, on the print-order receiving side, a picture based on the supplied pictorial data is printed on the basis of the order data. The user is recognized from a group of registered users on the basis of the supplied identification data.

Abstract: A number-of-commands counter counts number of commands received during a predetermined measurement period, which is timed by a timer. An access interval determiner determines command reception frequency from the count result, and decides on an optimum access interval time. An MIB update unit updates <access interval MIB> based on the optimum access interval time. An SNMP agent responds to an obtaining command and transmits <access interval MIB>. An MIB receiver receives <access interval MIB> and an MIB obtainer analyzes <access interval MIB> to recognize the access interval time. A timer setter sets the recognized access interval time at a timer as a timer setting.

Abstract: A design support method of verifying control on a device of an image forming apparatus registers, in a storage device, trigger information for specifying a content of control to be executed when a start condition for switching the control state of the device is satisfied (S1002). The apparatus then registers, in the storage device, the allowable range of the state change of the device due to control switched when the start condition is satisfied (S1003). The apparatus then verifies whether the state change of the device due to the control switched when the start condition is satisfied falls outside the allowable range, by referring to the operation state of the device which is input through an input unit, and the trigger information registered in the storage device (S1004).

Abstract: An information processing system includes an information processor for transmitting image data to an image processor together with device information, and plural image processors for performing, according to the device information, processes to the transmitted image data. The information processor comprises a setter to set the device information and command information, and a transmitter to transmit data including the device and command information to the image processor. The image processor comprises a device information memory, a device information setter to set the device information to the memory, and a selector to, according to the transmitted device information, set the device information according to the command information to the memory, change the command information, and select whether to transmit the data including the changed command information to the next image processor or transmit the transmitted data to the next image processor as it is.

Abstract: Disclosed herein is an image service system that is capable of dividing the service into an images managing service and a printing service while maintaining the convenience to the user. When a printing processing portion of a first managing server or a second managing server receives a print command from a user's mobile phone, the URL indicating the storage location of the image data as well as the printing conditions are sent to a printing server, the printing server and the user are connected, and the printing related processes are performed by the printing server. The printing server prompts the user to enter the printing conditions, ands sends over a network the printing conditions and the image data downloaded from the location indicated by the received URL to a printing apparatus, which prints out the image(s).

Abstract: A communication terminal device which comprises an SIP call control unit that performs call control by using an SIP (Session Initiation Protocol), a recognition unit that recognizes that a calling has become an error according to a response signal sent back from a called party terminal after making the call according to the SIP call control procedure, a redial management unit that manages a redial interval to make a redial when the calling has become an error, and a redial control unit that performs redial control according to redial information when the calling has become an error and the response signal contains the redial information.

Abstract: A facsimile device includes a printing unit for printing an image by using an expendable component, and a communication circuit connectable to a supplier of the expendable component via a communication network. Particularly, the facsimile device further includes an order controller for confirming that maintenance of the expendable component is required a number of times corresponding to an order-unit quantity, and for controlling the communication circuit such that order information for ordering the expendable component of the order-unit quantity is transmitted to the supplier.

Abstract: A scanner system having an image scanner and a control device for controlling the image scanner. The control device has a scanner driver installed thereinto. The operator can carry out entering for setting a reading size and a direction of an original on the operation screen of the scanner driver. The control device designates a reading area of the original based on the inputs of the reading size and the direction of the original and outputs a scanning execution instruction to the image scanner.

Abstract: An information processing apparatus and a pull print printing system are provided, which, according to a print instruction (print request, from a user, hold print data to be an object of printing, generate reference information for performing pull print corresponding to the held print data and utilize the generated reference information as reference information for requesting printing in order to causing an IPP printing apparatus to perform printing.

Abstract: A data receiving apparatus which makes it possible to obtain reliable received data during EOP period and a preceding period, and which makes it possible to receive serial data in a reliable manner. Data receiving apparatus 100 is provided with receiving comparator 102 which has first signal line 101a and second signal line 101b for differential input; NOR circuit 105 that outputs a logical output, as a trigger signal, at the time the first signal and the second signal have changed from out-of-phase to in-phase; and D-FF circuit 107 that retrieves, by means of a trigger signal from NOR circuit 105, and holds an output RCV of receiving comparator 102; wherein selection circuit 108 selects the output of receiving comparator 102, when the first signal of first signal line 101a and the second signal of second signal line 101b are out-of-phase with each other, and outputs, as received data, a value held in D-FF circuit, when the first signal and the second signal have changed from out-of-phase to in-phase.

Abstract: A connection architecture for a data-storage system may include: a connection-plane structure; a data-storage module attached to, and drawing power from, the connection-plane structure; an input/output (I/O) module attached to, and drawing power from, the connection-plane structure; and wireless means for exchanging data wirelessly between the data-storage module and the I/O module.

Abstract: A method of limiting communication between an application and a user, via a sensing device interacting with machine-readable coded data printed on a surface, the method comprising the steps, performed in a computer system, of: receiving interaction data representing the interaction of the sensing device with the coded data, the interaction data enabling identification of the application; transmitting information based on at least some of the interaction data to the application; and enabling transmission of up to a predetermined number of electronic messages from the application to the user.

Abstract: A one-side or both-side transmission mode is properly automatically selected in accordance with an original, thereby enabling desired image communication of the user to be properly executed. A CPU discriminates whether effective image data is included on both sides of an original image read by a reading circuit or not. If at least one sheet of original in which the effective image data is included on both sides exists, a both-side transmission of the image data read from both sides of the original is executed, and in the other cases a one-side transmission of the image data read from the front side of the original is executed. When a compulsory front side reading mode is selected by the operation of an operation unit, even if at least one sheet of original in which the effective image data is included on both sides exists, only the front side of the original is read and the read image data is transmitted in the one-side mode.

Abstract: Techniques for transmitting information to a recipient under their control are described. In some situations, the techniques are used in conjunction with a fax delivery system to, as part of a connection established to perform a fax transmission, provide a variety of functionalities to a human recipient that is participating as part of the connection, such as when the human recipient is contacted in error. In addition, in some situations an interactive voice response system is used to receive and interpret input from a human recipient, such as in response to one or more control selections or options provided to the human recipient.

Abstract: A facsimile apparatus can automatically register its own facsimile number into TTI, the own facsimile number being previously registered in the facsimile apparatus. In the facsimile apparatus, information containing the own facsimile number is input to the facsimile apparatus. The input own facsimile number is automatically incorporated into transmitter terminal identification (TTI) information as information regarding a transmitting end.

Abstract: A method for facsimile transmission over a packet network includes establishing a facsimile call between first and second facsimile terminals in accordance with a facsimile protocol, using a facsimile gateway to convey communications between the terminals over the packet network. The gateway awaits the arrival of a signal conveyed over the packet network from the first terminal, to be transmitted from the gateway to the second terminal as provided by the protocol, and it transmits a fill page to the second terminal if the signal does not arrive within a time limit determined in accordance with the protocol. Upon receiving the signal, the gateway transmits the signal to the second terminal after transmitting the fill page.

Abstract: A print control apparatus, which is connected to a multifunctional printer for printing images based on various data including at least facsimile data, comprises: a detector for detecting a call signal CI transmitted through a telephone line; a checker for checking the status of a print operation by the multifunctional printer, when the detector detects the call signal CI; and a controller for controlling timing of capturing the telephone line in response to the call signal CI detected by the detector, in accordance with the checked result of the checker. Thus, even if the call signal CI is detected while the print operation is being performed, the print operation can be optimally controlled, and also timing to capture the line can be controlled.

Abstract: A method for conveying digital information can include initiating a telephone connection to a receiving device. Prior to establishing a voice channel connection with the receiving device, supplemental data can be digitally encoded into a CNG transmission. The CNG transmission can be conveyed via a CNG channel, wherein the CNG channel is capable of transporting a facsimile calling tone signal.

Abstract: A system and method for facilitating facsimile transmissions has one or more store and forward facilities. The store and forward facilities include a computer for controlling operations and mass data storage equipment. Subscriber mailboxes are provided as part of the mass storage, which can be accessed by a subscriber to have his messages delivered to any facsimile machine he designates. Secure facsimile transmission is achieved through use of subscriber PIN numbers. The system can also be used in cooperation with a paperless facsimile machine which directly displays the facsimile message on a screen and is capable of entering outgoing facsimile messages to the store and forward facility.

Abstract: A network fax machine for faxing files received from a remote client includes a server unit and a fax control unit. The server unit sends a fax document form to a remote client and receives fax information from the remote client. The fax information includes an identifier corresponding to a destination fax machine and a file to be faxed to the destination fax machine. The fax control unit is configured to use the identifier to connect the network fax machine to the destination fax machine and configured to send the file to the destination fax machine by facsimile communication.

Abstract: Disclosed is a method for controlling transmission of fax data according to a data outputting way of a receiving part, the method comprising the steps of: scanning and storing a document to be transmitted from a facsimile of a transmitting part to a facsimile of the receiving part; when the document is completely scanned, dialing a pre-inputted telephone number of the receiving part; after the receiving part telephone number is dialed, requiring and receiving the data outputting way from the receiving part facsimile, in the case that a call for transmitting data of the document is connected between the transmitting part facsimile and the receiving part facsimile; and transmitting the stored document data according to the received data outputting way.

Abstract: The present invention eliminates a need to install, on a computer, special driver software for controlling a network-enabled device to be used as well as a need to set network information on the driver software.

Abstract: An attribute of object information to be processed and a corresponding process are designated, and a command to be executed is set. When the process designated for the object information having the designated attribute is performed, the command that is set is executed. Further, a status that is employed as a process execution condition is designated, and a corresponding process that is to be performed while the status corresponds to that of the designated status is stored with that status. Then, when it is determined that the current status is the designated status, the corresponding process is performed, and thus, each time a specific event occurs, a corresponding process can be performed without an instruction having to be issued. Specifically, a trigger for the issuance of a notification is set, and a time period extending from the time the trigger is tripped until the notification is issued is designated.

Abstract: The present invention relates to a facsimile gateway device capable of easily avoiding interruption of facsimile communication due to a delay in data transmission via the Internet, without changing a communication procedure. A main control unit of the gateway device receives facsimile image data from one facsimile machine via the Internet, and stores the image data into an image data memory area of a hard disk drive. When transmitting the image data to a destination facsimile machine via a public switched telephone network, the gateway device transmits a TCF signal, to which error data is appended, if image data of one page worth is not stored in the image data memory area. The TCF signal is a procedure signal for facsimile communication, and is a test data for training. The error data is, for example, all “1” data.

Abstract: This invention provides a document input system comprising at least a digital copier for inputting a document image and information relating to the document image, the information relating to the document image including information about a transmission destination, at least a system serving as a transmission destination of a document image inputted by the digital copier, storage means for storing the document image inputted by the digital copier and information relating to the document image, and transmitting means for reading the information relating to the document image stored in the storage means periodically and transmitting a document image corresponding to the information relating to the document image stored in the storage means based on the information relating to the read document image.

Abstract: IFAX is installed in securities firm A. PC is installed in a customer B and the other IFAX is installed in a branch C. IFAX transmits and receives image data between PC and IFAX via LAN and the Internet by use of e-mail. While, IFAX is connected to PSTN. IFAX transmits and receives facsimile data between G3FAX and IFAX via PSTN. IFAX transmits and receives image data among PC and the other IFAX and G3FAX and transmits the same image data to a host computer installed in a center in reduction in communication costs with respect to the center.

Abstract: A facsimile device for transmitting image data, using a computer communication network such as the Internet. A transmitting side facsimile device FAX1a determines whether the Internet NTW or the public switched telephone network PSTN is used, by confirming whether information showing to use NTW is attached to the facsimile number of the destination facsimile device FAX2. If NTW is used, image data is transmitted to the gateway device GTW1 and the facsimile number of FAX2. Users can easily select a requested communication network. FAX1a discriminates the beginning number attached in the beginning of the destination number input by users and confirms whether the internal network K, PSTN or NTW is used in sending image data. If NTW is used, the IP address of the nearest gateway device GTW in FAX2 is acquired and image data and the destination number is transmitted by designating the IP address as a destination.

Abstract: A communications system receives fax image data encoded with a specific facsimile data format and carrying transmission codes having no relation with image contents, converts the received fax image data into Internet-fax data in a specific format, and transfers the Internet-fax data to an Internet terminal as an in-system terminal. The communications system includes a receiver to receive the fax image data supplied via a regular communications network, a comparator to compare an encoding mode for the received fax image data and an encoding mode for the Internet-fax data for the Internet terminal, a converter to add format data for the Internet-fax data to the fax image data with no decoding of the fax image data if there is a match in the comparison, for converting the format data-added fax image data into the Internet fax data, and a transmitter to transmit the converted Internet fax data to the Internet terminal.

Abstract: A novel image forming system which includes an image input apparatus, an image processing apparatus, and an image output apparatus. The image input apparatus has an input property profile, reads an image, and converts the image into image data using the input property profile. The image processing apparatus executes an image processing operation relative to the image data. The image output apparatus has an output property profile, outputs an image using the output property profile in accordance with the image data processed through the image processing operation. The above-mentioned image processing apparatus includes a property recognizer, a memory, and a property calculator. The property recognizer reads and recognizes the input property profile and the output property profile. The memory prestores a reference property profile.

Abstract: A fax over Internet protocol client driver. The present invention enables a client to support a fax over Internet protocol. Whereas conventional systems commonly rely upon an Internet service provider (ISP) to support the fax over Internet protocol functionality, the invention ensures that a client can perform multiple Internet sessions, one of which is a fax over Internet protocol session. There is no need to disconnect from a current Internet session, and then re-establish another Internet session. The client is any number of devices including a personal computer, a laptop computer, a pen based computer, an Internet capable fax machine, or any other fax capable device. By providing a fax over Internet protocol driver within the client, the client can send a fax transmission over the Internet, even in the situation where the ISP that the client solicits does not support that particular functionality.

Abstract: A facsimile machine is provided that can shorten a time period required for a pre-transmission procedure through simple manipulation, thus improving the transmission efficiency. Moreover, a facsimile communications method using the facsimile machine is provided. When initial facsimile transmission is performed to an opposite party of which a number is registered corresponding to at least one of abbreviated dialing and one-touch dialing, a partial step of a pre-communication procedure is stored in correspondence with the registered number. In the second or later communications to the registered number, a stored content is read out. Then, by allocating the stored content to said partial step, a required communication time period is shortened. The facsimile machine has a memory that stores number information on abbreviated dialing and/or one-touch dialing and required information corresponding to the number information.

Abstract: A communication terminal device by which it is possible to reduce the communication expenses, and to improve operational performance. The communication terminal device includes a CODEC circuit which has communication ability of a V.34 mode, is formed by a hardware, and codes and decodes image data. The communication terminal device includes a CODEC program which has the communication ability equal to or lower than a V.17 mode, and codes and decodes image data. When reading an image by an image reading unit and coding the image data by the CODEC circuit, or when decoding a coded image data by the CODEC circuit and printing the image of the image data by an image printing unit, if a calling demand for the communication is generated, a main control unit waits for processing completion of coding or decoding by the CODEC circuit, and starts the calling of the communication.

Abstract: Disclosed are a printing system and a method of controlling the same, in which a terminal device storing image information to be printed is specified by an order management unit (203) in accordance with print requests from a plurality of terminal devices. Depending upon whether the specified terminal device and a printer to perform printing are connected locally or via a network (204), the specified terminal device is instructed to transfer the image information to a printer to perform printing. As a result, printing can be performed efficiently by a plurality of printers in response to print requests from a plurality of terminal devices connected via a network.

Abstract: An image formation apparatus receives, from a host computer, job data including image-formation data and a procedure for predetermined processing, and a computer controls image formation (printing) in accordance with the received procedure. Thereby, the image formation apparatus communicates with an external unit in accordance with the procedure, and based on a result of the communication, printing can be controlled, and by changing the content of the procedure, a control procedure for image formation can flexibly be changed. This enables detailed control of outputting, such as the restriction of the use of a printer, and the restriction of the use a printer in accordance with a user or the content of a document to be output.

Abstract: According to ITU-T Recommendation V. 34, the origination modem and the destination modem implement an original negotiation for determining a transmission rate of facsimile communication by executing a training independent of any controller. If the line therebetween is disconnected due to a communication error without establishment of the negotiation, the communication management information storage RAM 13 stores the communication management information. Thereafter, the CPU 11 eliminates the negotiation peculiar to the modems pursuant to V. 34 for redialing. The CPU 11 performs a negotiation for controlling the modems and selects a transmission mode corresponding to a communication capability of the destination facsimile based upon Recommendations V. 17, V. 29, and V. 27 ter.

Abstract: An information processor includes a CPU that calculates various kinds of data, a clock circuit that measures time independently of the CPU, an operational condition switching circuit that makes the CPU switch between sleep and active conditions according to predetermined conditions, and a clock adjustment function that is executed by the CPU, so as to output time by adjusting the time measured by the clock circuit, at a predetermined time. The information processor also includes a condition inputting circuit that inputs a recovery condition, to switch the CPU from the sleep condition to the active condition, when the time measured by the clock circuit comes to a clock adjustment time when the clock adjustment function is executed by the CPU, or a predetermined time before the clock adjustment time. The adjustment function can be properly operated when a sleep function for a control system is used in combination with the adjustment function that operates independently of the control system.

Abstract: Apparatus and methods for supporting analog fax calls between two wireless subscriber stations in a tandem configuration are presented herein. To support the tandem configuration, full duplex communication may be established between the two base stations. Full duplex communication may be realized by incorporating an echo canceler in the base station, or by utilizing both BFSK channels of the V.21 fax system for communication. The tandem configuration may also be supported by advanced flag synchronization, wherein a second base station will immediately start sending preamble flags to a first base station after a message is transmitted from the first base station to the second base station. The first base station may then synchronize its receiver for immediate receipt of the return message from the second base station.

Abstract: IFAX reads an original using a scanner in accordance with a transmitting instruction by an operator. Next, IFAX generates a menu screen in an HTML, image data filed by unit of page is registered to a WWW server together with a generated HTML document. IFAX decides the WWW server based on a recipient's mail address. Next, IFAX sends notification of URL of a WWW server to a recipient to which image data should be transmitted. The recipient accesses to the WWW server based on URL, fetches image data by unit of page, and instructs printing selectively.

Abstract: Disclosed is a FAX signal transmission system, in which the transmission side and the reception side are inter-coupled by a bearer. Each side is constituted by DCME comprising a transmission side, which includes a signal identification circuit 3, a FAX data allotment control circuit 4, a delay circuit 9, a FAX data demodulation circuit 11, a FAX data allotment signal generation circuit 13 and a multiplexing circuit 14, and a reception side, which includes a FAX data distribution control circuit, a FAX data transmission circuit and a FAX data remodulation circuit. The transmission side is provided with a control terminal for inputting signal identification data. The input signal identification content of the signal identification circuit 3 can be changed according to the signal identification data.

Abstract: In an image communication apparatus capable of communicating color information, a receiver notifies a transmitter of information indicating that full-color data is receivable or unreceivable, information indicating that JPEG data is receivable or unreceivable, and information indicating that color data of a specific size is receivable or unreceivable. When the size of a document to be transmitted by the transmitter is B4 size or A3 size, and if the receiver has the capability to receive color information of B4 or A3 size, the transmitter transmits the document information in a color mode with the same magnification. If the receiver does not have the capability to receive color information of B4 or A3 size but has the capability to receive color information of A4 size, the transmitter transmits the image to be transmitted with the size reduced to A4 size.