Kurayama

Koji Kurayama, Fukuoka JP

Patent application number	Description	Published
20100106631	BATTERY CHARGER - The present invention provides a battery charger capable of charging a plurality of secondary batteries which are used in different types of apparatuses, such as an electric vehicle and a mobile power supply unit, in a simultaneous or concurrent manner without largely occupying an installation space on the ground. A DC power supply section 22 includes a plurality of DC stabilized power supply circuits each operable to supply an output according to required electric power, therefrom in an independent manner. Specifically, based on information from each of a plurality of secondary batteries, and information set up/input through a setup/input section, one of or a combination of two or more of the DC stabilized power supply circuits is selected for each of the secondary batteries. Then, an electric power supply line between the selected one of or the selected combination of two or more of the DC stabilized power supply circuits and each of the secondary batteries to be charged is configured, and an output of the selected one of or the selected combination of two or more of the DC stabilized power supply circuits is adjusted. This makes it possible to configure respective electric power supply lines for the secondary batteries to allow the secondary batteries to be concurrently charged, and adjust respective electric power amounts to be supplied to the secondary batteries, individually.	04-29-2010

Patent application number	Description	Published
20100196749	CELL CONTAINER AND BATTERY - Disclosed is a cell container offering improved vibration resistance and improved shock resistance as well as maintaining the battery performance and ensuring the reliability. Specifically disclosed is a cell container comprising: an insulative case (	08-05-2010
20110127964	POWER STORAGE SYSTEM - An object is to reliably conduct cell balancing operation while suppressing deterioration of batteries and maintaining operating efficiency. When the cell balance control by the cell balancing circuit	06-02-2011

Patent application number	Description	Published
20110055651	High-speed serial transfer device test method, program, and device - A test pattern generating unit generates a test pattern in which unconverted data is arranged such that same values of 0 or 1 bits in converted data according to a code conversion table are successively transferred to each of a plurality of serial transfer channels that a high-speed serial transfer device has. A basic pattern setting unit sets a basic pattern while considering a byte order method and an RD value of code conversion in the high-speed serial transfer device. A basic pattern resetting unit resets the basic pattern in accordance with a channel usage method of a bit transfer order in the high-speed serial transfer device. A basic pattern rearranging unit performs rearrangement such that the basic pattern is transferred to each of the channels in accordance with the number of used channels and a channel usage method such as bit transfer order in the high-speed serial transfer device.	03-03-2011