Abstract: The present invention appropriately gives game media to a player without lowering a game playability.

Abstract: A power control apparatus, comprising: a first wiring and a second wiring connected to a power source; a first capacitor connected to the first wiring and the second wiring; an electrical component including a plurality of switches connected in parallel with the first capacitor through the first wiring and the second wiring; and a second capacitor which is connected to one of the first wiring and the second wiring and is connected to a reference potential portion having a constant potential, wherein an impedance of a first conducting path between another side connection point, which is connected to the first capacitor, of the other one of the first wiring and the second wiring and the power supply not through the first capacitor, is higher than an impedance of a second conducting path between the another side connection point and the second capacitor through the first capacitor.

Abstract: A capacitor includes a capacitor element, a pair of bus bars, and an insulating member. The capacitor element includes a positive electrode surface and a negative electrode surface. The pair of bus bars includes a positive electrode bus bar that is connected to the positive electrode surface of the capacitor element and a negative electrode bus bar that is connected to the negative electrode surface, A plate-shaped insulating member is disposed between the positive electrode bus bar and the negative electrode surface. A part of the insulating member is inserted into a bus bar through-hole provided in the positive electrode bus bar.

Abstract: A distribution system includes circuitry to analyze distribution data registered with the distribution system and bibliographic information of the distribution data at a predetermined time, to generate security information of the distribution data, to monitor use of the distribution data and to determine whether to permit the use of the distribution data based on the security information of the distribution data.

Abstract: The present invention appropriately gives game media to a player without lowering a game playability.

Abstract: A rotor of the present invention includes: a tube-shaped rotor core which is formed by stacking disc-shaped electromagnetic steel plates in layers, which is fixed to a rotary axis and which includes a plurality of through holes that are spaced in a circumferential direction of the rotor core and that penetrate along an axis direction of the rotary axis; and tie rods which are respectively press-fitted into the through holes, where the tie rods are formed with a plurality of rod-shaped members which are arranged in series along the axis direction, and there is no possibility that the positions of slits in the axis direction between the rod-shaped members adjacent in the axis direction coincide with each other in all the tie rods.

Abstract: A rotor of the present invention includes: a tube-shaped rotor core which is formed by stacking disc-shaped electromagnetic steel plates in layers, which is fixed to a rotary axis and which includes a plurality of through holes that are spaced in a circumferential direction of the rotor core and that penetrate along an axis direction of the rotary axis; and tie rods which are respectively press-fitted into the through holes, where the tie rods are formed with a plurality of rod-shaped members which are arranged in series along the axis direction, and there is no possibility that the positions of slits in the axis direction between the rod-shaped members adjacent in the axis direction coincide with each other in all the tie rods.

Abstract: A solar power generation system includes: a solar power generation module; a power converter for solar power generation configured to convert DC power generated by the solar power generation module into AC power; a storage battery unit; a charge and discharge controller configured to take out the AC power obtained through conversion by the power converter 3 for solar power generation from an isolated operation mode terminal, convert the AC power into DC power, and to store the DC power in the storage battery unit. A controller detects input power taken out from the isolated operation mode terminal and inputted into the charge and discharge controller, acquires generated power generated by the solar power generation module, and lowers the input power inputted into the charge and discharge controller when a differential between the acquired generated power and the detected input power is not greater than a predetermined value.

Abstract: A battery temperature regulating device a battery module, a temperature detection device, a battery temperature regulating device, and a battery pack case. The battery temperature regulating device includes a cooling heat exchanger configured to cool air that passes therethrough, a condensed water reservoir configured to store condensed water generated in the cooling heat exchanger, and an air blowing device configured to blow the air in the vicinity of the cooling heat exchanger and the condensed water reservoir and circulate the air within the battery pack case. The battery temperature regulating device is configured to cool the air that passes through the cooling heat exchanger, drive the air blowing device to execute the cooling of the battery module when the temperature of the battery module is higher than a predetermined temperature, and drive only the air blowing device regardless of the temperature of the battery module.

Abstract: An information processing system includes a computer programmed to execute a process. The process includes receiving operation information indicating an operating state of a device at a predetermined time interval from the device through a network. The received operation information is stored in a first storing part. With respect to the device from which the operation information indicating that the operating state is abnormal is received, elimination information indicating elimination of the abnormality is received in asynchronization with the predetermined time interval. When the elimination information is received within a period from a reception of the operation information indicating that the operating state is abnormal and until a subsequent reception of the operation information, information is added to the first storing part, which indicates that the abnormality indicated by the operation information lasts from the reception of the operation information to the reception of the elimination information.

Abstract: An integration and management apparatus is connected via a network to an information processing apparatus including at least one software program running thereon. The integration and management apparatus includes a storing part that stores a linkage software component for performing a function linkage process using a program interface provided by the software program running on the information processing apparatus, an analyzing part that analyzes the linkage software component to obtain a setting for the function linkage process, and obtains a linkage program corresponding to the setting from the linkage software component, and an executing part that executes the obtained linkage program to perform the function linkage process using the program interface.

Abstract: A battery temperature regulating device a battery module, a temperature detection device, a battery temperature regulating device, and a battery pack case. The battery temperature regulating device includes a cooling heat exchanger configured to cool air that passes therethrough, a condensed water reservoir configured to store condensed water generated in the cooling heat exchanger, and an air blowing device configured to blow the air in the vicinity of the cooling heat exchanger and the condensed water reservoir and circulate the air within the battery pack case. The battery temperature regulating device is configured to cool the air that passes through the cooling heat exchanger, drive the air blowing device to execute the cooling of the battery module when the temperature of the battery module is higher than a predetermined temperature, and drive only the air blowing device regardless of the temperature of the battery module.

Abstract: A solar power generation system includes: a solar power generation module 4; a power converter 3 for solar power generation configured to convert DC power generated by the solar power generation module 4 into AC power; a storage battery unit 2; a charge and discharge controller 1 configured to take out the AC power obtained through conversion by the power converter 3 for solar power generation from an isolated operation mode terminal 3a, and to store the AC power in the storage battery unit 2. A controller 16 detects input power taken out from the isolated operation mode terminal 3a and inputted into the charge and discharge controller 1, acquires generated power generated by the solar power generation module 4, and lowers the input power inputted into the charge and discharge controller 1 when a differential between the acquired generated power and the detected input power is not greater than a predetermined value.

Abstract: An information processing system includes a computer programmed to execute a process. The process includes receiving operation information indicating an operating state of a device at a predetermined time interval from the device through a network. The received operation information is stored in a first storing part. With respect to the device from which the operation information indicating that the operating state is abnormal is received, elimination information indicating elimination of the abnormality is received in asynchronization with the predetermined time interval. When the elimination information is received within a period from a reception of the operation information indicating that the operating state is abnormal and until a subsequent reception of the operation information, information is added to the first storing part, which indicates that the abnormality indicated by the operation information lasts from the reception of the operation information to the reception of the elimination information.

Abstract: An information processing system includes an asset management apparatus; and a device management apparatus; wherein the asset management apparatus includes a storage part configured to store asset information representing an asset status of a device as an asset, and the device management apparatus includes a reception part configured to repeatedly receive operating information representing an operating condition of the device, an acquisition part configured to acquire the asset information from the asset management apparatus, and a determination part configured to determine whether to exclude a first period in which the asset status is a predetermined status from a second period for calculating an availability rate of the device based on the received operating information.

Abstract: An integration and management apparatus is connected via a network to an information processing apparatus including at least one software program running thereon. The integration and management apparatus includes a storing part that stores a linkage software component for performing a function linkage process using a program interface provided by the software program running on the information processing apparatus, an analyzing part that analyzes the linkage software component to obtain a setting for the function linkage process, and obtains a linkage program corresponding to the setting from the linkage software component, and an executing part that executes the obtained linkage program to perform the function linkage process using the program interface.

Abstract: An integration and management apparatus is connected to an information processing apparatus in which one or plural pieces of software operates, which one or plural pieces of software has a program interface opened to the outside and realizes a function, and includes an obtaining part that obtains, from the software, a linkage software component including setting information and an extended program for a linkage of the function realized by the one or plural pieces of software; an analyzing part that analyzes the linkage software component obtained by the obtaining part, and obtains an analyzing result; and an executing part that executes, in response to a function providing request, the extended program, and carries out the linkage of the function by using the program interface provided by the software, based on the analyzing result obtained by the analyzing part.

Abstract: A device management apparatus for managing a device includes a contract information acquiring unit configured to acquire contract information on the device; a status information acquiring unit configured to acquire status information indicating a status of the device; a checking unit configured to check whether the status of the device complies with a content of a contract based on the contract information and the status information; a generating unit configured to generate status history information in which a check result obtained by the checking unit is associated with the status information; and an output unit configured to output the status history information.

Abstract: An integration and management apparatus is connected to an information processing apparatus in which one or plural pieces of software operates, which one or plural pieces of software has a program interface opened to the outside and realizes a function, and includes an obtaining part that obtains, from the software, a linkage software component including setting information and an extended program for a linkage of the function realized by the one or plural pieces of software; an analyzing part that analyzes the linkage software component obtained by the obtaining part, and obtains an analyzing result; and an executing part that executes, in response to a function providing request, the extended program, and carries out the linkage of the function by using the program interface provided by the software, based on the analyzing result obtained by the analyzing part.

Abstract: A remote control system includes a computer and a receiver, and allows the user to control the operation of a computer program installed in the computer. The receiver receives an infrared ray signal transmitted from a remote controller and decodes the signal to a remote code. The remote code is transmitted to the computer. The computer registers the remote code in a registration table in association with the operation of the computer program selected by the user. The computer executes the operation of the computer program corresponding to the registered remote code when the receiver receives the signal for the registered remote code.