Abstract: An apparatus that controls the action of a pet robot. The apparatus includes a portable terminal (3) having an electrode that may contact a user (2). When the user touches the electrode provided on the head of the robot (1), the user ID stored in the memory section of the portable terminal (3) is transmitted to the robot (1) through the user (2). The robot (1) retrieves the information associated with the user ID it has received, thereby identifying the user (2). The robot (1) may determine that the user (2) touched it in the past. In this case, the robot (1) performs an action in accordance with the information about what the user (2) did to it in the past.

Abstract: A signal transmitting apparatus which makes exchanging information when pouring a liquid possible. A container body 201 of a transmitter side container 20 holds an electrically conductive liquid 402. A display 306 for confirming data reception is attached to a container body 211 of a receiver side container 21. The container body 201 and the container body 211 are electrically connected at a predetermined impedance by the liquid 402. Because digital data is modulated by a carrier of approximately 10 MHz, an electromagnetic field is generated. In particular, a return line 404 due to an electromagnetic near field is generated, and communications from the transmitter side container 20 to the receiver side container 21 becomes possible.

Abstract: A signal transmitting apparatus which makes exchanging information when pouring a liquid possible. A container body 201 of a transmitter side container 20 holds an electrically conductive liquid 402. A display 306 for confirming data reception is attached to a container body 211 of a receiver side container 21. The container body 201 and the container body 211 are electrically connected at a predetermined impedance by the liquid 402. Because digital data is modulated by a carrier of approximately 10 MHz, an electromagnetic field is generated. In particular, a return line 404 due to an electromagnetic near field is generated, and communications from the transmitter side container 20 to the receiver side container 21 becomes possible.

Abstract: According to the present invention, when displaying a jog-dial window menu on a liquid crystal display, hierarchically-structured menu items are displayed with a hierarchy icon, thereby enabling the user to easily recognize whether or not that menu item is hierarchically structured and improving the operation of menu selection. Furthermore, scroll display of a character string indicating a menu item is performed in an identification frame, thereby enabling the user to read the entire character string from beginning to end for easy recognition thereof and improving the operation of menu selection. Still further, a character string of a menu selected from among a plurality of menu items is displayed in a different color from other character strings, thereby enabling the user to easily recognize the selected menu item and improving the operation of menu selection.

Abstract: An information processing method and apparatus free from a defect in a conventional system that complicated processing operations need to be executed before a user selects a desired application program on a task bar equipped with a start menu button and starts the selected program. A jog dial related application declares to a jog dial state monitor program 54C that it (application) itself is a jog dial related application. The jog dial state monitor program 54C then adds the application software to a list of the jog dial related applications. The display of the jog dial menu is then set to a display proper to the application and apprised to the user in the form of a jog dial guide. The jog dial related application advises the illustration of the jog dial operation in the current state to the jog dial state monitor program 54C in the form of a letter string.

Abstract: An information input device using an electromagnetic near field to input information for an information equipment which a user is carrying. In a keyboard 12, a keycode (an output from a processor 2) is frequency modulated (FSK) by a modulator 5, only necessary carrier component passes through a filter 6, and then supplied to conductive keytops 4 via a buffer amplifier 7. The supplied signal is received at a preamplifier 10 installed in user's wearable equipment 9 using a surface of a human body and an electromagnetic near field, and then supplied to a wearable computer 11 of the wearable equipment 9 after demodulation.

Abstract: The present invention relates to an apparatus that controls the actions of a pet robot. The apparatus comprises a portable terminal (3) having an electrode that may contact a user (2). When the user touches the electrode provided on the head of the robot (1), the user ID stored in the memory section of the portable terminal (3) is transmitted to the robot (1) through the user (2). The robot (1) retrieves the information associated with the user ID it has received, thereby identifying the user (2). The robot (1) may determine that the user (2) touched it in the past. In this case, the robot (1) performs an action in accordance with the information about what the user (2) did to it in the past.