Abstract:
A plurality of destination mail addresses for broadcast transmission input from a panel control section is temporarily stored in an address data buffer. An address reading control section reads the destination mail addresses from the address data buffer in order to divide the plurality of destination mail addresses to a plurality of groups in unit of setting value M. A mail creating section creates e-mail directing to a destination mail address belonging to each group. This makes it possible to limit the number of destination mail addresses, which is input to a destination filed [To:] of one e-mail, to the setting value M. Also, this makes it possible to prevent a header portion from being needlessly increased at the time of broadcast transmission.
Abstract:
In data transfer in isochronous mode using an IEEE1394 serial bus, the data transfer rate is guaranteed, but data transfer is disabled if the number of channels is insufficient. An already assigned channel is released by lowering the data transfer rate currently using that channel, and the released channel is assigned to new data transfer, thus allowing the new data transfer.
Abstract:
A communication apparatus automatically sets the most appropriate communication mode in accordance with the location at which the communication apparatus is used. For example, the communication mode is switched between operating as a master station and operating as a remote station of a wireless communication system depending on whether or not connection is made to a wired communication line.
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. Accordingly, even though an image written in a paper of a paper size not treatable on the receiving side is transmitted from the transmitting side to the receiving side, because the image is downsized, the image can be reproduced on the receiving side.
Abstract:
The present invention is a digital printer comprising a marking apparatus adapted to print images, a first electrical interface for connecting to a digital camera, a second electrical interface for connecting to a computer, and a processor for detecting when the digital camera is connected to the first electrical interface, for controlling the marking apparatus to print images provided from the digital camera when the digital camera is connected to the first electrical interface, and for controlling the marking apparatus to print images provided from the computer over the second interface when the digital camera is not connected to the first electrical interface.
Abstract:
In a computer network consisting of at least one host computer and computer peripheral devices, such as scanners, fax machines, and printers, a user may use a hot key on the scanner to copy, scan, e-mail, and faxing etc. via the control of an application program. An auto-crop module implemented in the host computer can automatically crop the image of a scanned sheet. The cropped image is saved in the memory device. Before sending the cropped image to the computer peripheral devices, the computing module will compute the output format of the cropped image according to the resolution requirement and scaling factor of the associated computer peripheral device. The retained position will be also saved in the memory. In response to the user operation, the image of the scanned sheet with its retained position will be transmitted to the printer or facsimile machine via the control of the application program.
Abstract:
A network system and a method for registering an abbreviated number are provided. The network system for controlling a plurality of peripherals connected to a host device through a network comprises a first interface part for supplying a communication interface for communicating with the plurality of peripherals; a network driver part for supplying a menu screen for inputting abbreviated information which will be registered in a selected peripheral among the plurality of peripherals, the abbreviated information comprises at least one of an e-mail address and a facsimile number; an input part for inputting the abbreviated information; and a first control part for controlling the network driver part so that the menu screen is supplied upon receipt of a signal from the input part, the signal requesting registration of an abbreviated number in the peripheral, and controlling the first interface part so that the abbreviated information input from the input part is transmitted to the peripheral based on the menu screen.
Abstract:
According to this invention, an intended image is transferred and printed even in a system which transfers image data by a handle upon reception of a print request list described by the file name of an image. In order to realize this, according to this invention, when a DPOF print request file which describes an image to be printed by the file name of the image exists in the memory card of a digital camera (3012) serving as an image supply side, a new file in which the file name in the print request file is replaced by a handle is generated and transmitted to a printer (1000).
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:
A method for changing mail sender address of I-FAX is proposed. The mail sender address of I-FAX is changed by manually inputting a mail sender address or selecting a mail sender address from a built-in address book without changing the default setting. The mail recipient can identify different mail senders and correctly reply mail to true sender.