Abstract: A bridge circuit of an embodiment includes: a command transfer portion which is configured by wired logic into which a host controller capable of sending a command that corresponds to each of a plurality of devices inputs the command, and which is configured to transfer the inputted command to the plurality of devices; a command analysis portion which is configured by wired logic, and which is configured to analyze the command from the host controller; and a response reply portion which is configured by wired logic, and which is capable of reading out a response based on an analysis result of the command analysis portion from a register that holds a response corresponding to the command and sending the response to the host controller.

Abstract: According to an embodiment, a wireless communication device includes a first wireless communication section, a wireless power receiving section and a wireless control section. The first wireless communication section is configured to transmit and receive a first wireless signal. The wireless power receiving section is configured to receive power by a second wireless signal. The wireless control section is configured to control the first wireless communication section according to a wireless power reception state of the wireless power receiving section. The wireless control section activates the first wireless communication section after wireless power reception by the wireless power receiving section is started.

Abstract: A facsimile server includes: a communication section configured to receive a transmit file containing meta-information relating to a phone number and transmit information from an external device, a facsimile image generating section configured to convert the transmit information into a facsimile image, a phone number processing section configured to obtain the phone number from the meta-information, and a FAX modem processing section configured to connect to a public switched telephone network according to the phone number obtained by the phone number processing section and transmit the facsimile image to the public switched telephone network.

Abstract: A facsimile server includes: a communication section configured to receive a transmit file containing meta-information relating to a phone number and transmit information from an external device, a facsimile image generating section configured to convert the transmit information into a facsimile image, a phone number processing section configured to obtain the phone number from the meta-information, and a FAX modem processing section configured to connect to a public switched telephone network according to the phone number obtained by the phone number processing section and transmit the facsimile image to the public switched telephone network.

Abstract: A bridge circuit of an embodiment includes: a command transfer portion which is configured by wired logic into which a host controller capable of sending a command that corresponds to each of a plurality of devices inputs the command, and which is configured to transfer the inputted command to the plurality of devices; a command analysis portion which is configured by wired logic, and which is configured to analyze the command from the host controller; and a response reply portion which is configured by wired logic, and which is capable of reading out a response based on an analysis result of the command analysis portion from a register that holds a response corresponding to the command and sending the response to the host controller.

Abstract: According to an embodiment, a wireless communication device includes a first wireless communication section, a wireless power receiving section and a wireless control section. The first wireless communication section is configured to transmit and receive a first wireless signal. The wireless power receiving section is configured to receive power by a second wireless signal. The wireless control section is configured to control the first wireless communication section according to a wireless power reception state of the wireless power receiving section. The wireless control section activates the first wireless communication section after wireless power reception by the wireless power receiving section is started.

Abstract: There is disclosed a multimedia communications terminal capable of quickly connecting with the other party with less burden on the exchange station. The terminal has a phone book memory for storing a phone book database and image data. One record consists of a phone book memory number, a phone number, a name, an encrypting flag, a terminal kind number, a send/receive YES/NO flag, a sender information notice flag, and an address at which image data is stored. The terminal further includes a main controller including a CPU, a ROM, and a RAM. The main controller controls all the portions of the terminal to realize the operation of a portable videophone. When an outgoing call is made, the phone book memory is referenced. The outgoing call is made in connection procedures adapted for the kind of the other party.

Abstract: A communication terminal apparatus is separated into a housing that is capable of video/voice communications, and a housing that is capable of only voice communications. Since functions of the housing that is capable of only the voice communications are limited, the housing becomes small, can be stored in a pocket or the like, and can immediately go off-hook upon reception of an incoming call. Upon reception of a videophone communication request, the user goes off-hook using the housing that is capable of only the voice communications to immediately make voice communications with the partner terminal, and can switch the communication mode to the video/voice communications using the housing that is capable of the video/voice communications, as needed. Hence, even a communication terminal having a videophone function can comprise a video input/output function without impairing its portability and storability.

Abstract: A communication terminal apparatus is separated into a housing that is capable of video/voice communications, and a housing that is capable of only voice communications. Since functions of the housing that is capable of only the voice communications are limited, the housing becomes small, can be stored in a pocket or the like, and can immediately go off-hook upon reception of an incoming call. Upon reception of a videophone communication request, the user goes off-hook using the housing that is capable of only the voice communications to immediately make voice communications with the partner terminal, and can switch the communication mode to the video/voice communications using the housing that is capable of the video/voice communications, as needed. Hence, even a communication terminal having a videophone function can comprise a video input/output function without impairing its portability and storability.