Abstract: A power management system has power supplying means, measuring means that measures power generation environment for the power supplying means, and communication means that transmits information measured by the measuring means. The power management system comprises: a control unit that controls the measuring means and the communication means. The power supplying means is used as a power source for the measuring means and the communication means. The control unit sets a first power threshold to be used for determining whether or not to switch operation states of the measuring means and a second power threshold to be used for determining whether or not to switch operation states of the communication means on the basis of a power supply that is supplied from the power supplying means.

Abstract: An HEMS 700 provided in a consumer having independently operable power supply means (PV 100, storage battery 200, PCS 400 and the like) and at least one load 300, for controlling the power supply means and the load 300, determines an during-independent-operation schedule that is an operation schedule of the load during the independent operation on the basis of a period when the independent operation is performed, a power supply status of the power supply means, and a status of the load 300.

Abstract: The lighting control apparatus has a memory unit, an operation input unit and a control unit. The memory unit stores an outer frame and addresses of luminaires and operating devices. The operation input unit inputs to designate a position where a small area is provided in a predetermined area on a layout drawing. The control unit provides, based on the outer frame and the addresses, a layout drawing that illustrates positions where luminaires and operating devices are arranged in the predetermined range within the outer frame. The control unit determines the luminaire and the operating device arranged in the small area. The control unit gives an operation right of the luminaire arranged in the small area to the operating device arranged in the same small area.

Abstract: The lighting control apparatus has a memory unit, an operation input unit and a control unit. The memory unit stores an outer frame and addresses of luminaires and operating devices. The operation input unit inputs to designate a position where a small area is provided in a predetermined area on a layout drawing. The control unit provides, based on the outer frame and the addresses, a layout drawing that illustrates positions where luminaires and operating devices are arranged in the predetermined range within the outer frame. The control unit determines the luminaire and the operating device arranged in the small area. The control unit gives an operation right of the luminaire arranged in the small area to the operating device arranged in the same small area.

Abstract: Provided is a radio relay station which relays data transmitted and received by a radio base station a radio terminal in a radio communication system which employs the TDD scheme. The radio relay station receives data from the radio base station during a downlink subframe period and transmits data to the radio base station during an uplink subframe period. The radio relay station sets a remote side transmission period for transmitting data to the radio terminal in the uplink subframe period and sets a remote side reception period for receiving data from the radio terminal in the downlink subframe period.

Abstract: An HEMS 700 provided in a consumer having independently operable power supply means (PV 100, storage battery 200, PCS 400 and the like) and at least one load 300, for controlling the power supply means and the load 300, determines an during-independent-operation schedule that is an operation schedule of the load during the independent operation on the basis of a period when the independent operation is performed, a power supply status of the power supply means, and a status of the load 300.

Abstract: A power management system has power supplying means, measuring means that measures power generation environment for the power supplying means, and communication means that transmits information measured by the measuring means. The power management system comprises: a control unit that controls the measuring means and the communication means. The power supplying means is used as a power source for the measuring means and the communication means. The control unit sets a first power threshold to be used for determining whether or not to switch operation states of the measuring means and a second power threshold to be used for determining whether or not to switch operation states of the communication means on the basis of a power supply that is supplied from the power supplying means.

Abstract: Provided is a repeater for relaying communication by achieving synchronization with a base station and a mobile station without using GPS. The repeater includes a donor unit communicating with the base station and a remote unit communicating with the mobile station. Upon receipt of a signal from the base station, the donor unit specifies a preamble of the received signal to achieve synchronization with the base station. This determines start of each frame in the communication between the base station and the repeater. After the synchronization achievement, the remote unit starts performing procedures for achieving synchronization with the mobile station. Upon notification of the start timing of each frame from the donor unit, the remote unit determines the notified timing as start timing of each frame in the communication between the repeater and the mobile station, and transmits a preamble referred to by the mobile station when it achieves synchronization.

Abstract: Provided is a radio relay station (100) which relays data transmitted and received by a radio base station (200) and a radio terminal (300) in a radio communication system which employs the TDD scheme. The radio relay station (100) receives data from the radio base station (200) during a downlink subframe period (t1) and transmits data to the radio base station (200) during an uplink subframe period (t2). The radio relay station (100) sets a remote side transmission period (P1) for transmitting data to the radio terminal (300) in the uplink subframe period (t2) and sets a remote side reception period (P2) for receiving data from the radio terminal (300) in the downlink subframe period (t1).

Abstract: An Internet information displaying apparatus comprising character signal generating means for generating a character signal and displaying it on the screen of the displaying means, and character signal generation controlling means for detecting the state of transmission and reception of digital data of the digital data transmitting and receiving means, and controlling the character signal generating means so as to generate a character signal to indicate the transmission or reception state. The state of transmission or reception of the digital data of the digital data transmitting and receiving means, in other words, the state of connection to the provider is displayed on the screen.

Abstract: An Internet information displaying apparatus, comprising: a video intermediate frequency detector (11) for extracting a first picture signal from a video signal and outputting it; a gate array (36) for converting the digital data taken in from the Internet into a second picture signal, and for compressing the second picture signal in the horizontal direction of the screen of a CRT (17); a TV picture horizontal compression unit (18) for compressing the first picture signal in the horizontal direction of the screen of the CRT (17); the gate array (36) for compressing the second picture signal in the horizontal direction of the screen of the CRT (17); a picture right and left composing unit (19) for composing the picture signals compressed by the unit (18) and the gate array (36), respectively, in a row; and switching units (14, 23) for switching the picture signal to be displayed on the screen of the CRT (17) into any of the first picture signal, the second picture signal, and the picture signal composed by the

Abstract: An Internet information displaying apparatus comprising character signal generating means for generating a character signal and displaying it on the screen of the displaying means, and character signal generation controlling means for detecting the state of transmission and reception of digital data of the digital data transmitting and receiving means, and controlling the character signal generating means so as to generate a character signal to indicate the transmission or reception state. The state of transmission or reception of the digital data of the digital data transmitting and receiving means, in other words, the state of connection to the provider is displayed on the screen.