Abstract: A master device transmits received image data to a mobile phone terminal and includes a storage unit that stores sensor setting information including at least sensitivity or a threshold value of a sensor, the mobile phone terminal includes a display and input unit, displays the image data transmitted from the master device on the display and input unit, requests the master device to provide the sensor setting information when receiving a predetermined operation, displays the sensor setting information transmitted from the master device on the display and input unit, and transmits the changed sensor setting information to the master device when receiving an operation of changing the sensor setting information, and the master device updates the sensor setting information stored in the storage unit using the sensor setting information after changing transmitted from the mobile phone terminal.

Abstract: A master device stores audio data and image data transmitted from an outdoor monitoring camera in an image memory and transmits the data to a mobile phone terminal, the mobile phone terminal includes a display/input unit, displays the image data and a predetermined icon on the display/input unit, and transmits a request signal for stopping the storage operation performed by the master device to the master device when a predetermined operation is performed on the predetermined icon, and the master device stops storing the audio data and the image data in the image memory.

Abstract: An alert mode designation unit that sets an alert state when a mobile phone terminal is not located inside a communication zone with a master device, and sets an alert release state when the mobile phone terminal is located inside the communication zone with the master device, and an alarm output unit that outputs an alarm if detection information from a sensor indicates an abnormal state when the alert state is set by the alert mode designation unit are included in the master device, and the alarm output unit does not output the alarm when the alert release state is set by the alert mode designation unit.

Abstract: A master device sends image data transmitted from a monitoring camera to a mobile phone terminal, the mobile phone terminal sends a request signal for starting a call to the monitoring camera when receiving an operation on a predetermined icon displayed on a display/input unit in a state in which the image data is displayed on the display/input unit, and the master device transmits the request signal for starting the call to the monitoring camera from the mobile phone terminal.

Abstract: A master device sends image data transmitted from a monitoring camera to a mobile phone terminal, the mobile phone terminal sends a request signal for starting a call to the monitoring camera when receiving an operation on a predetermined icon displayed on a display/input unit in a state in which the image data is displayed on the display/input unit, and the master device transmits the request signal for starting the call to the monitoring camera from the mobile phone terminal.

Abstract: A master device sends image data transmitted from a monitoring camera to a mobile phone terminal, the mobile phone terminal sends a request signal for starting a call to the monitoring camera when receiving an operation on a predetermined icon displayed on a display/input unit in a state in which the image data is displayed on the display/input unit, and the master device transmits the request signal for starting the call to the monitoring camera from the mobile phone terminal.

Abstract: A master device transmits received image data to a mobile phone terminal and includes a storage unit that stores sensor setting information including at least sensitivity or a threshold value of a sensor, the mobile phone terminal includes a display and input unit, displays the image data transmitted from the master device on the display and input unit, requests the master device to provide the sensor setting information when receiving a predetermined operation, displays the sensor setting information transmitted from the master device on the display and input unit, and transmits the changed sensor setting information to the master device when receiving an operation of changing the sensor setting information, and the master device updates the sensor setting information stored in the storage unit using the sensor setting information after changing transmitted from the mobile phone terminal.

Abstract: A master device sends image data transmitted from a monitoring camera to a mobile phone terminal, the mobile phone terminal sends a request signal for starting a call to the monitoring camera when receiving an operation on a predetermined icon displayed on a display/input unit in a state in which the image data is displayed on the display/input unit, and the master device transmits the request signal for starting the call to the monitoring camera from the mobile phone terminal.

Abstract: A master device stores audio data and image data transmitted from an outdoor monitoring camera in an image memory and transmits the data to a mobile phone terminal, the mobile phone terminal includes a display/input unit, displays the image data and a predetermined icon on the display/input unit, and transmits a request signal for stopping the storage operation performed by the master device to the master device when a predetermined operation is performed on the predetermined icon, and the master device stops storing the audio data and the image data in the image memory.

Abstract: An alert mode designation unit that sets an alert state when a mobile phone terminal is not located inside a communication zone with a master device, and sets an alert release state when the mobile phone terminal is located inside the communication zone with the master device, and an alarm output unit that outputs an alarm if detection information from a sensor indicates an abnormal state when the alert state is set by the alert mode designation unit are included in the master device, and the alarm output unit does not output the alarm when the alert release state is set by the alert mode designation unit.

Abstract: Disclosed is a cordless telephone set capable of suppressing power consumption during power failures to lengthen the time for a call. A cordless telephone (1) receives power supply from a handset (3) placed on a charging section (26) of a base unit (2), during power failures. In order to suppress current consumption of a secondary battery (BT) of the handset (3), the base unit (2) instructs a base unit radio section (21) to be switched to a transmission power-saving mode in which transmission power of the base unit radio section (21) is reduced down to a level at which no communication error occurs, according to radio wave information transmitted from the handset (3) and indicates the received signal strength of a radio signal from the base unit radio section (21) of the base unit (2), received by a handset radio section (39) of the handset (3).

Abstract: Disclosed is a cordless telephone set capable of suppressing power consumption during power failures to lengthen the time for a call. A cordless telephone (1) receives power supply from a handset (3) placed on a charging section (26) of a base unit (2), during power failures. In order to suppress current consumption of a secondary battery (BT) of the handset (3), the base unit (2) instructs a base unit radio section (21) to be switched to a transmission power-saving mode in which transmission power of the base unit radio section (21) is reduced down to a level at which no communication error occurs, according to radio wave information transmitted from the handset (3) and indicates the received signal strength of a radio signal from the base unit radio section (21) of the base unit (2), received by a handset radio section (39) of the handset (3).

Abstract: Disclosed is a cordless telephone set capable of suppressing power consumption during power failures to lengthen the time for a call. A cordless telephone (1) receives power supply from a handset (3) placed on a charging section (26) of a base unit (2), during power failures. In order to suppress current consumption of a secondary battery (BT) of the handset (3), the base unit (2) instructs a base unit radio section (21) to be switched to a transmission power-saving mode in which transmission power of the base unit radio section (21) is reduced down to a level at which no communication error occurs, according to radio wave information transmitted from the handset (3) and indicates the received signal strength of a radio signal from the base unit radio section (21) of the base unit (2), received by a handset radio section (39) of the handset (3).

Abstract: Provided is technology enabling the generation of images of high realistic sensation upon accurately reflecting the operator's behavior. The information processing device has a controller to be used for inputting an operational instruction, and having a function of outputting a detectable wave to be used for detecting its own position and direction; a plurality of sensors for detecting the intensity of the detectable wave transmitted from the controller at mutually different positions; a position/direction calculation unit for calculating the position and direction of the controller in a real space based on the ratio of the intensity of the detectable wave detected with each of the plurality of sensors; an image generation unit for generating an image reflecting the operational instruction input with the controller, and the position and direction of the controller calculated with the position/direction calculation unit; and a display unit for displaying the image generated with the image generation unit.

Abstract: This invention relates to a MOX fuel assembly for PWRs that enables satisfactorily suppressing a power peaking factor without the necessity of reducing the Pu content per fuel assembly. The MOX fuel assembly has a lattice arrangement in which one or more burnable poison contained UO2 fuel rods and a plurality of MOX fuel rods are disposed in an n-rows by n-columns (n×n) lattice array. The MOX fuel rod consists of at least two kinds of MOX fuel rods including a plurality of first MOX fuel rods and a plurality of second MOX fuel rods. The first MOX fuel rod has a predetermined Pu content and a predetermined Pu weight, and the second MOX fuel rod has substantially the same Pu content as that of the first MOX fuel rod and a different Pu weight from that of the first MOX fuel rod.

Abstract: A video monitor 13 is provided on the front surface of a game apparatus casing 2. An operation panel 11 is provided immediately below the video monitor 13. Light detection units 15 for detecting a position provided on both side of the upper end. In the game apparatus casing below the video monitor 13 there are provided a game processing board 10 for generally controlling the game apparatus, an operation device control board 16 for controlling maraca-shaped operation device 20 operated by a game player, and a position detecting board 17 for detecting a position of the operation device 20. The game apparatus enables a game player to operate operation device by natural motions without directly operating the operation device, etc.

Abstract: This invention relates to a MOX fuel assembly for PWRs that enables satisfactorily suppressing a power peaking factor without the necessity of reducing the Pu content per fuel assembly. The MOX fuel assembly has a lattice arrangement in which one or more burnable poison contained UO2 fuel rods and a plurality of MOX fuel rods are disposed in an n-rows by n-columns (n×n) lattice array. The MOX fuel rod consists of at least two kinds of MOX fuel rods including a plurality of first MOX fuel rods and a plurality of second MOX fuel rods. The first MOX fuel rod has a predetermined Pu content and a predetermined Pu weight, and the second MOX fuel rod has substantially the same Pu content as that of the first MOX fuel rod and a different Pu weight from that of the first MOX fuel rod.

Abstract: Provided is technology enabling the generation of images of high realistic sensation upon accurately reflecting the operator's behavior. The information processing device has a controller to be used for inputting an operational instruction, and having a function of outputting a detectable wave to be used for detecting its own position and direction; a plurality of sensors for detecting the intensity of the detectable wave transmitted from the controller at mutually different positions; a position/direction calculation unit for calculating the position and direction of the controller in a real space based on the ratio of the intensity of the detectable wave detected with each of the plurality of sensors; an image generation unit for generating an image reflecting the operational instruction input with the controller, and the position and direction of the controller calculated with the position/direction calculation unit; and a display unit for displaying the image generated with the image generation unit.

Abstract: To achieve a more realistic and richer shifting field, such as water surface over which a jet-ski or other object travels, thereby heightening the interest and ambiance of the game. An image processing device for processing image data for moving an object such as a watercraft over a water surface in three-dimensional space. Comprises means for cyclically shifting the height at given positions of the water surface over time (CPU 101) and means for moving the watercraft while contacting the water (CPU 101). Determination of contact between watercraft and water surface, watercraft tilt correction, boat wake drawing processing, and the like are performed by the CPU 101.

Abstract: To achieve a more realistic and richer shifting field, such as water surface over which a jet-ski or other object travels, thereby heightening the interest and ambiance of the game.