Abstract: An information processing system includes a mobile equipment and an information processing apparatus. The mobile equipment includes a sensor for acquiring biological information, a camera for acquiring an image corresponding to a visual field of a user, and a first communication means. The information processing apparatus includes a second communication unit and computing unit. The computing unit determines whether to activate the camera based on the biological information acquired by the sensor. Further, the computing unit extracts a feature from the image acquired by the camera and transmits information regarding the extracted feature to a public network using the second communication unit to acquire a searched result regarding the extracted feature.

Abstract: An information processing system includes a mobile equipment and an information processing apparatus. The mobile equipment includes a sensor for acquiring biological information, a camera for acquiring an image corresponding to a visual field of a user, and a first communication means. The information processing apparatus includes a second communication unit and computing unit. The computing unit determines whether to activate the camera based on the biological information acquired by the sensor. Further, the computing unit extracts a feature from the image acquired by the camera and transmits information regarding the extracted feature to a public network using the second communication unit to acquire a searched result regarding the extracted feature.

Abstract: When opening of a lens barrier is detected, a camera mode processing starts. An object image is displayed in the aspect ratio of 4:3, and a user can carry out photographing by carrying out a shutter operation using a first side switch with the right forefinger while holding a portable telephone with the right hand. When opening of the lens barrier is not detected, a wide-screen display is set and a movie playback mode processing starts. The user can watch a playing-back movie while holding the both ends of the portable telephone in a state of being folded with the both hands so as to keep the display device with the longer side at the top.

Abstract: When opening of a lens barrier is detected, a camera mode processing starts. An object image is displayed in the aspect ratio of 4:3, and a user can carry out photographing by carrying out a shutter operation using a first side switch with the right forefinger while holding a portable telephone with the right hand. When opening of the lens barrier is not detected, a wide-screen display is set and a movie playback mode processing starts. The user can watch a playing-back movie while holding the both ends of the portable telephone in a state of being folded with the both hands so as to keep the display device with the longer side at the top.

Abstract: When opening of a lens barrier is detected, a camera mode processing starts. An object image is displayed in the aspect ratio of 4:3, and a user can carry out photographing by carrying out a shutter operation using a first side switch with the right forefinger while holding a portable telephone with the right hand. When opening of the lens barrier is not detected, a wide-screen display is set and a movie playback mode processing starts. The user can watch a playing-back movie while holding the both ends of the portable telephone in a state of being folded with the both hands so as to keep the display device with the longer side at the top.

Abstract: When a searching of an image file is indicated, a wireless telephone extracts image files and makes the image files to be icons, and displays the icons in a layout on a display unit. When a positional information acquiring indication is detected, the wireless telephone acquires self-positional information, centering on the acquired self-position, leaves only the image files to which the positional information are added, reads place name folders corresponding to the image files, and displays those in a layout. When one of the displayed icons is selected and a network connection indication is detected, the wireless telephone achieves a session with a map information service company, and transmits the self-positional information and the positional information which the selected image file includes, to the map information service company.

Abstract: When a recall mode is selected as the operation mode of a PHS terminal, recall data is generated. The recall data specifies another PHS terminal, a state wherein the other terminal enters a specific service area, and a message, for example, that “the other party has arrived (in the specific service area)” which is to be received from a server or the other terminal when the other terminal is set in the designated state. The recall data is set in the subaddress of a call set-up message and registered in the server or the PHS terminal. When the other terminal enters the specific service area, the server or the other terminal transmits the message to the PHS terminal in the recall mode. The PHS terminal displays the transmitted message on a display device. The user of the PHS terminal can thus know that the user of the other terminal has arrived in the specific service area and that communication with the other terminal is enabled.

Abstract: When a recall mode is selected as the operation mode of a PHS terminal, recall data is generated. The recall data specifies the other PHS terminal, a state wherein another terminal enters a specific service area, and a message, for example, that the other party has arrived in the specific service area which is to be received from a server or the other terminal when the other terminal is set in the designated state. The recall data is set in the subaddress of a call set-up message and registered in the server or the PHS terminal. When the other terminal enters the specific service area, the server or the other terminal transmits the message to the PHS terminal in the recall mode. The PHS terminal displays the transmitted message on a display device. The user of the PHS terminal can thus know that the user of the other terminal has arrived in the specific service area and that communication with the other terminal is enabled.

Abstract: A radio communication system includes a base station and a plurality of terminals including a new terminal. The system enables deletion of registration data relating to the new terminal when an end of communication between the new terminal and another terminal is detected or when one of the terminals is placed in a charger base. A new terminal is installed in the radio communication system by transmitting a system code of the base station from a terminal which has already been registered to the new terminal. In addition, communication between terminals is accomplished without sending a request signal to the base station.

Abstract: A radio communication system has a terminal which enables radio communication through a base station, and service condition of a radio communication terminal to register is registered together when the radio communication terminal is registered.

Abstract: When an incoming call is received via a telephone line in an automatic answering/recording mode, a response message stored in a recording memory is read out by a burst signal processing section at the timing of expansion processing for restoration of reception speech data, and a message sent from a caller is written in the recording memory at the timing of compression processing for generation of transmission speech data, thereby providing a simple digital radio telephone apparatus capable of performing a simultaneous answering/recording operation.

Abstract: In a cordless telephone system, a radio communication unit is detachably connected to a base unit of the cordless telephone system. While the radio communication unit is electrically and physically separated from the telephone base unit, and brought out from a home or a firm, a radio communication is established between the radio communication unit and a telephone mobile unit, but also between the telephone mobile unit and a telephone subscriber via the base unit. Thus, an outdoor type telephone mobile unit is available in the cordless telephone system.

Abstract: A paging receiver includes a receiver main body and a card-like ROM. The receiver main body includes a receiver circuit for receiving a paging signal, reception controllers for ON/OFF-containing the receiving circuit on the basis of reception control data, address comparators for checking whether a calling signal received in accordance with a reception control signal is assigned to the receiver, a CPU for fetching a message following the calling signal determined to be assigned to the receiver by the address comparators, a message memory for storing a received message, and a display for displaying the message stored in the message memory. The card-like ROM is detachably mounted in the receiver main body, stores at least a part of the reception control data, and supplies the reception control data stored therein to at least one of the reception controller and the address comparator while it is mounted in the receiver main body.