Abstract: Providing an inactivating apparatus for inactivating pathogens using ultraviolet light which has improved convenience of use. The inactivating apparatus including: a light irradiation device having a light source that emits ultraviolet light for inactivating pathogens; a fixing base to/from which a main body of the light irradiation device is attachable/detachable; and a controller that switches control of lighting state of the light irradiation device between when the main body is attached to the fixing base and when the main body is detached from the fixing base.

Abstract: The alternating current light-emitting device includes: a light-emitting module having a substantially-transparent molded piece, three or more LEDs disposed so as to be linearly lined up on the substantially-transparent molded piece with a lead frame interposed therebetween and connected in series, and a resin member formed so as to cover each of the LEDs in a direction in which the LEDs are lined up; a main substrate including the light-emitting module disposed on a front surface thereof; and a rectifier element and a current-limiting element provided on the main substrate.

Abstract: According to an aspect of the invention, there is provided a communication device including: a communication unit configured to communicate with an opponent by an electric communication network; a vibration unit configured to generate a vibration at a predetermined vibration pattern; a storage unit configured to store identification information about the opponent; a display unit configured to listing the identification information; an operation unit configured to accept an operation for moving a cursor which points at one of identification information listed by the display unit; and a control unit configured to activate the vibration unit in accordance with the one of identification information pointed at with the cursor.

Abstract: In a mobile phone applicable to an information processing apparatus, an illumination sensor detects a state of the mobile phone and generates a detection signal, a main controller determines whether or not the generated detection signal is larger than a predetermined reference value and allocates predetermined functions of operation to operation keys based on a result of determination with reference to a table in which the input units and the functions thereof are caused to previously correspond to each other and stored therein. With this arrangement, the number of operation keys or buttons is reduced without reducing the number of functions to be mounted, and the operability output stage line card group the mobile phone is improved even if the size thereof is reduced.

Abstract: A terminal conversion adaptor includes: a plug unit configured to be inserted into a connector provided in a mobile apparatus, the connector having a plurality of terminals; and a terminal unit having a terminal exposed outward, the terminal configured to electrically connect to at least one of the plurality of terminals when the terminal unit is attached to the mobile apparatus.

Abstract: Disclosed herein is a mobile radio communication apparatus, wherein priority data items representing the priorities of base stations are stored. The SID of the base station seized when the apparatus was turned off last is stored in the apparatus, too. When the apparatus is turned on, it may identify a base station of higher priority than the base station it seized when it was turned off. In this case, the apparatus seizes the base station of higher priority and goes into an idle state. Thus, the apparatus that can seize a base station of high priority even if it seized a base station of low priority when it was turned off last and if it now exits in an area formed by the overlapping of the two service areas in which the low-priority base station and the high-priority base station operate, respectively.

Abstract: According to an aspect of the invention, there is provided a communication device including: a communication unit configured to communicate with an opponent by an electric communication network; a vibration unit configured to generate a vibration at a predetermined vibration pattern; a storage unit configured to store identification information about the opponent; a display unit configured to listing the identification information; an operation unit configured to accept an operation for moving a cursor which points at one of identification information listed by the display unit; and a control unit configured to activate the vibration unit in accordance with the one of identification information pointed at with the cursor.

Abstract: In a mobile phone applicable to an information processing apparatus, an illumination sensor detects a state of the mobile phone and generates a detection signal, a main controller determines whether or not the generated detection signal is larger than a predetermined reference value and allocates predetermined functions of operation to operation keys based on a result of determination with reference to a table in which the input units and the functions thereof are caused to previously correspond to each other and stored therein. With this arrangement, the number of operation keys or buttons is reduced without reducing the number of functions to be mounted, and the operability output stage line card group the mobile phone is improved even if the size thereof is reduced.

Abstract: In a first standby state, the reception quality of a signal from a system which has established synchronization is detected. If the detected reception quality deteriorates to be less than a threshold value, the destination of synchronization establishment is changed from a first system to a second system. In a second standby state after this system change, the reception quality of a system having a higher priority order of selection than the second system which has established synchronization is detected. If a third system whose detected reception quality exceeds the threshold value is found, the destination of synchronization establishment is changed to this third system again. After that, the first standby state is returned.

Abstract: A communication terminal according to the present invention is configured so that a user can selectively set any one of a first display mode for displaying a CLI message with high priority, a second display mode for displaying a phone book storage information with high priority, and a third display mode for displaying both of the CLI message and phone book storage information. When an incoming call takes place, it is determined whether or not any one of the first, second, and third modes is set. According to the determination result, the caller name notified by the CLI message and the user name stored in the phone book are selectively displayed.

Abstract: Disclosed herein is a mobile radio communication apparatus, wherein priority data items representing the priorities of base stations are stored. The SID of the base station seized when the apparatus was turned off last is stored in the apparatus, too. When the apparatus is turned on, it may identify a base station of higher priority than the base station it seized when it was turned off. In this case, the apparatus seizes the base station of higher priority and goes into an idle state. Thus, the apparatus that can seize a base station of high priority even if it seized a base station of low priority when it was turned off last and if it now exits in an area formed by the overlapping of the two service areas in which the low-priority base station and the high-priority base station operate, respectively.

Abstract: Disclosed herein is a mobile radio communication apparatus, wherein priority data items representing the priorities of base stations are stored. The SID of the base station seized when the apparatus was turned off last is stored in the apparatus, too. When the apparatus is turned on, it may identify a base station of higher priority than the base station it seized when it was turned off. In this case, the apparatus seizes the base station of higher priority and goes into an idle state. Thus, the apparatus that can seize a base station of high priority even if it seized a base station of low priority when it was turned off last and if it now exits in an area formed by the overlapping of the two service areas in which the low-priority base station and the high-priority base station operate, respectively.

Abstract: In a first standby state, the reception quality of a signal from a system which has established synchronization is detected. If the detected reception quality deteriorates to be less than a threshold value, the destination of synchronization establishment is changed from a first system to a second system. In a second standby state after this system change, the reception quality of a system having a higher priority order of selection than the second system which has established synchronization is detected. If a third system whose detected reception quality exceeds the threshold value is found, the destination of synchronization establishment is changed to this third system again. After that, the first standby state is returned.

Abstract: During the CDPD mode period, RSSI data and battery remaining capacity determination data measured by a hand held phone HHP are periodically transferred to a personal computer PC, and are displayed on an LCD display of the personal computer PC. During the CDPD mode period, status data representing the operation state of the personal computer PC is transferred to and displayed on the hand held phone HHP. Furthermore, during the CSCD mode period, status data representing the operation state of the hand held phone HHP is transferred to the personal computer PC, and is displayed on the LCD display of the personal computer PC.

Abstract: In a first standby state, the reception quality of a signal from a system which has established synchronization is detected. If the detected reception quality deteriorates to be less than a threshold value, the destination of synchronization establishment is changed from a first system to a second system. In a second standby state after this system change, the reception quality of a system having a higher priority order of selection than the second system which has established synchronization is detected. If a third system whose detected reception quality exceeds the threshold value is found, the destination of synchronization establishment is changed to this third system again. After that, the first standby state is returned.

Abstract: A system selection mode resetting function is newly added as a system selection mode to a mobile communication terminal apparatus having a plurality of system selection modes assigned different priorities. A system selection mode setting unit checks a system selection mode stored in the first memory in response to power-off or subsequent power-on. If the determination result reveals the presence of another mode higher in priority than the mode stored in the first memory, the mode stored in the first memory is reset to the higher-priority mode.

Abstract: A system selection mode resetting function is newly added as a system selection mode to a mobile communication terminal apparatus having a plurality of system selection modes assigned different priorities. A system selection mode setting unit checks a system selection mode stored in the first memory in response to power-off or subsequent power-on. If the determination result reveals the presence of another mode higher in priority than the mode stored in the first memory, the mode stored in the first memory is reset to the higher-priority mode.