Abstract: A vehicle body structure is provided, which includes rear wheel houses covering left and right rear wheels, left and right rear damper supports supporting upper ends of rear suspension dampers provided to the rear wheel houses, left and right rear side panels, a floor cross member coupling the rear wheel houses in a vehicle width direction, forward and downward of the rear damper supports, a rear header, left and right lower reinforcements coupled at lower ends thereof to the floor cross member and at upper ends to a region adjacent the rear damper supports, and left and right upper reinforcements coupled at lower ends thereof to upper ends of the lower reinforcements and at upper ends to the rear header. A substantially annular shape is formed in a front view by the floor cross member, the rear header, and the left and right lower upper reinforcements.

Abstract: A vehicle body structure is provided, which includes rear wheel houses covering left and right rear wheels, left and right rear damper supports supporting upper ends of rear suspension dampers provided to the rear wheel houses, left and right rear side panels, a floor cross member coupling the rear wheel houses in a vehicle width direction, forward and downward of the rear damper supports, a rear header, left and right lower reinforcements coupled at lower ends thereof to the floor cross member and at upper ends to a region adjacent the rear damper supports, and left and right upper reinforcements coupled at lower ends thereof to upper ends of the lower reinforcements and at upper ends to the rear header. A substantially annular shape is formed in a front view by the floor cross member, the rear header, and the left and right lower upper reinforcements.

Abstract: One aspect of the present invention relates to a computer program for causing a computer to operate as an energy management system for managing the operation state of electric power devices including a storage battery connected to a power grid. The program includes: a first step of acquiring static parameters used in controlling the electric power devices; and a second step of controlling the electric power devices based on the acquired static parameters. The static parameters acquired in the first step include at least five types of parameters, namely, a storage battery capacity, dischargeable power, chargeable power, discharge efficiency, and charge efficiency.

Abstract: This slewing bearing includes: an inner ring having an inner-ring-side rolling-element rolling surface on an outer peripheral surface; an outer ring having an ring-side rolling-element rolling surface on an inner peripheral surface, and being arranged outside the inner ring such that the outer-ring-side rolling-element rolling surface faces the inner-ring-side rolling-element rolling surface; and a plurality of rolling elements rollably disposed on a rolling-element rolling passage formed by the inner-ring-side rolling-element rolling surface and the outer-ring-side rolling-element rolling surface. The inner ring or the outer ring is configured to have combination of a press-worked part having a contour shape formed by pressing work, and a removal-processed part including at least the inner-ring-side rolling-element rolling surface or the outer-ring-side rolling-element rolling surface formed by removal processing.

Abstract: One aspect of the present invention relates to a computer program for causing a computer to operate as an energy management system for managing the operation state of electric power devices including a storage battery connected to a power grid. The program includes: a first step of acquiring static parameters used in controlling the electric power devices; and a second step of controlling the electric power devices based on the acquired static parameters. The static parameters acquired in the first step include at least five types of parameters, namely, a storage battery capacity, dischargeable power, chargeable power, discharge efficiency, and charge efficiency.

Abstract: An optical recording medium driving apparatus includes: a driving signal generating unit that generates a driving signal for driving a laser beam source; a high frequency superposition unit that performs high frequency superposition on the driving signal; a light receiving unit that receives an optical feedback of a laser beam; an evaluation signal generating unit that generates an evaluation signal from a light reception signal; a storage unit that stores first high frequency superposition amount information corresponding to a high frequency superposition amount for a normal reproduction mode and second high frequency superposition amount information corresponding to an amount that is greater than that represented by the first high frequency superposition amount information; and a superposition amount control unit that performs control so that a high frequency superposition amount based on the second high frequency superposition amount information is set when measuring an evaluation index based on the evalua