Abstract:
A photographic system involves the collection of data from a scene, e.g., a visitor attraction site, that is capable of interactive communication with a user. The attraction site stores content data related to the site, and the user communicates with the attraction site through a camera capable of conmmunication with the site. Besides capturing an image associated with the site, the camera stores predetermined personality data that relates an interest of the user to at least a portion of the content data and includes means for transferring the personality data to the attraction site. The camera further includes means for receiving and displaying the portion of the content data from the attraction site, and a user interface for selecting from the displayed content data that part which the user wants to keep. In this manner, information relevant to a user's interests about a photographed item can be easily requested, accessed and stored with the specific pictures that the user has captured.
Abstract:
A digital electronic camera which can accept various types of input/output cards or memory cards. When an I/O card is inserted into and connected with the camera, a processor within the camera determines the type of I/O card which has been connected by reading a memory location within the card. A control program which is contained in the I/O card is transferred to a memory within the camera in order for the camera to perform I/O functions which correspond to the type of the inserted card. Different types of I/O cards which may be used include a modem card, a LAN card, a SCSI card, or an ISDN interface. Image signals and audio signals are transmitted between the camera and an external processor, information describing the status of the camera is transmitted from the camera to the external processor, and commands to control the camera are transmitted to the camera from the external processor.
Abstract:
A card interface or the like having compatibility is employed for connecting a communication module or the like for transmitting and/or receiving data. The communication module is changed so as to realize a variety of functions without enlargement of the size of the apparatus. The connection has compatibility so that a function module for adding and/or changing functions is employed in addition to the communication module. Therefore, the function can be improved without the cost rising.
Abstract:
An image input/output apparatus is capable of image printing and reading with simple controls, and a cartridge reads an original with a simple control. When a removable printhead or image reading head is attached to a common carriage to print an image on a print medium or read an original, a flip-flop in an image processing IC inputs a printing period signal, and generates a reading period signal to control a reading operation in synchronization with an internal clock of a scanner unit. A line sensor is controlled based on the generated reading period control signal.
Abstract:
To provide an Internet facsimile gateway apparatus and a controlling method thereof with which mutual communication between facsimile apparatuses are certainly performed without depending on transmission delay of an IP network connecting gateway apparatuses. When receiving CED data from the IP network, an outgoing side gateway apparatus 1001 being an Internet facsimile gateway apparatus according to the present invention transmits a CED signal to an outgoing call side G3 facsimile apparatus 2201. Then, after a predetermined length of time (75null20 ms) defined by G3 facsimile transmission procedures, the outgoing side gateway apparatus 1001 transmits a preamble signal 412 generated from a local preamble data generation section to an outgoing call side G3 facsimile apparatus without waiting for receipt 422 of the IP network. In this way, normal communication can be performed between facsimile apparatuses by generating a pseudo signal and transmitting a signal required for transmission procedures within a predetermined length of time even if transmission delay due to the IP network is large.
Abstract:
An image processing system is disclosed, wherein a demountable image pickup apparatus comprises operating means such as a keyboard, a portable computer having control means that is a CPU, image pickup means, and program storage means, which is a ROM or RAM, for storing programs to be run by the control means, and wherein imaging is effected with the image pickup apparatus mounted on an information processing apparatus.
Abstract:
A network facsimile apparatus relaying electronic mail to a facsimile machine receives electronic mail via a local area network and the Internet and transmits facsimile data including facsimile image information and a facsimile data file through facsimile communications procedures via PSTN. The network facsimile apparatus analyzes the received E-mail to determine if it is relay transmission mail and if received relay transmission mail includes text contents, reads a telephone number of a destination facsimile machine from the received relay transmission mail, and converts the contents of the received electronic mail into facsimile image information when the received E-mail is a relay transmission mail and includes text contents and into a facsimile transfer data file when the received E-mail is relay transmission mail and includes non-text contents and transmits one of the facsimile image information and the facsimile transfer data file to the destination facsimile machine having the telephone number read from the received relay transmission mail.
Abstract:
To shorten the time required to transfer image data from a first information processing apparatus (e.g., an electronic camera) to a second information processing apparatus (e.g., a personal computer) the first information processing apparatus reduces the image data when it is determined that a slow interface is being used. Additionally, the reduced image data being transferred can be altered in size (enlarged or further reduced) prior to compression so that its size is best suited for the particular compression process.
Abstract:
A system enables the reading characteristic of an image reader in a network to be recognized by a host computer. The SP server device transfers the reading characteristics of a plurality of scanner printers to a designated client host computer and through a network.
Abstract:
A telephone line interface section, which has a selector switch for selectively connecting two of a facsimile section, a telephone line and an information unit such as a personal computer, is provided. The telephone line interface section is provided with a telephone line monitor which detects an ON/OFF state of a start switch for directing the facsimile section to be operated and detects existence or non-existence of a DC loop current which is a connecting signal at the time when the facsimile section is connected to an external telephone switchboard via the telephone line. The selector switch connects the facsimile section to the information unit based upon the telephone line monitor when the start switch is in the ON state and the connecting signal is not detected. As a result, in the case where the facsimile section is used as a scanner and printer of the information unit, the facsimile section can be simply connected to the information unit.