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    • 2. 发明授权
    • Power supply unit and electronic apparatus for preventing a leak current
    • 用于防止泄漏电流的电源单元和电子设备
    • US06388343B1
    • 2002-05-14
    • US09030343
    • 1998-02-25
    • Toru MichigamiYukifumi NakazawaArimasa Naitoh
    • Toru MichigamiYukifumi NakazawaArimasa Naitoh
    • H02J700
    • G06F1/26Y10T307/74Y10T307/937
    • A leak current is prevented from flowing during a power off state in a power supply unit having a remote power on/off function by using the momentary switch. In a state of power off, i.e. a state in which a switch SW2 is turned off, power is not applied to a latch circuit 30, and hence power is not consumed. A switch drive circuit 40 does not consume power. When a user depresses a momentary switch SW1 during a state that the switch SW2 is turned off, the switch drive circuit 40 turns the switch SW2 on. As a result, the latch circuit 30 can receive a drive voltage VCC from a node located down stream of the switch SW2, so that it can store or latch the turn on state of the momentary switch SW1. After that, when the user releases the momentary switch SW1, it returns to an original position and operation of the switch drive circuit 40 which turns the switch SW2 on is terminated. However, at this point of time, it becomes possible to maintain the turn on state of the switch SW2 by the operation of the latch circuit 40.
    • 通过使用瞬时开关,在具有远程电源接通/断开功能的电源单元中,防止在电源关闭状态期间泄漏电流流动。 在断电状态,即开关SW2截止的状态下,不对锁存电路30施加电力,因此不消耗电力。 开关驱动电路40不消耗电力。 当用户在开关SW2断开的状态下按下瞬时开关SW1时,开关驱动电路40使开关SW2接通。 结果,锁存电路30可以从位于开关SW2下游的节点接收驱动电压VCC,从而可以存储或锁存瞬时开关SW1的接通状态。 此后,当用户释放瞬时开关SW1时,它返回到初始位置,并且使开关SW2导通的开关驱动电路40的操作终止。 然而,在这个时间点,通过锁存电路40的操作,可以保持开关SW2的接通状态。
    • 5. 发明申请
    • Alternating-source peak-shift power application system, method and program product
    • 交替源峰值移位电源应用系统,方法和程序产品
    • US20050057224A1
    • 2005-03-17
    • US10932831
    • 2004-09-02
    • Arimasa NaitohShigefumi Odaohhara
    • Arimasa NaitohShigefumi Odaohhara
    • G06F1/26H02J3/32H02J7/00H02J7/34
    • G06F1/263H02J3/32H02J7/0063Y10T307/469
    • Apparatus includes a main body having a function of reducing performance of the apparatus during operation, an AC adapter which is connectable to the main body and supplies power to the main body from a commercial power source, and a rechargeable battery which is connectable to the main body and discharges to supply power to the main body. Apparatus operates without reducing the performance even while the power supplied from the AC adapter is turned off and the power is supplied from the battery during a peak shift period (e.g. mid-day summer where limiting the power supplied by the AC adapter is desirable) in a state where both the AC adapter and the battery are connected to the main body, and thereafter, the power supplied from the AC adapter is turned on and power is supplied to the main body from the AC adapter even during the peak shift period.
    • 装置包括具有降低操作期间设备性能的功能的主体,可连接到主体并从商用电源向主体供电的AC适配器,以及可连接到主电源的可再充电电池 身体和排泄物为主体供电。 即使在从AC适配器供电的电源被关闭并且在峰值偏移期间(例如,在需要由AC适配器供电的电力限制的中午夏天)期间,电池提供电力时,装置也可以在不降低性能的情况下工作) AC适配器和电池都连接到主体的状态,此后,即使在峰值切换期间,从AC适配器供电的电力也被接通,并且也从AC适配器向主体供电。
    • 6. 发明授权
    • Electric power unit with a battery and a memory for recording the date of first use of the battery
    • 具有电池的电力单元和用于记录电池首次使用的日期的存储器
    • US06820205B2
    • 2004-11-16
    • US09788812
    • 2001-02-20
    • Shigefumi OdaohharaArimasa Naitoh
    • Shigefumi OdaohharaArimasa Naitoh
    • G06F126
    • G06F1/26G01R31/3655H02J2007/0098
    • To obtain an electric power unit, an electric power controller, and an electric power controlling method that can know a date for starting use of an electric power unit respectively, as well as to obtain a computer that can know a date for starting the use of the built-in electric power unit. There is provided a main battery 64A, which is an electric power unit, with a memory 104 for storing data denoting a date for starting the use of the main battery 64A so as to store the data of the battery use starting date in the memory 104 via a CPU 102 just once when using of the main battery 64A is started actually by the embedded controller 80. To know the date on which using of the main battery is started, the embedded controller 80 is used to read the date from the memory 104.
    • 为了获得能够分别知道开始使用电力单元的日期的电力单元,电力控制器和电力控制方法,以及获得能够知道开始使用的日期的计算机 内置电力单元。 提供了作为电力单元的主电池64A,具有用于存储表示开始使用主电池64A的日期的数据的存储器104,以将电池使用开始日期的数据存储在存储器104中 通过CPU102刚刚使用主电池64A时,嵌入式控制器80实际启动。为了知道开始使用主电池的日期,嵌入式控制器80用于从存储器104读取日期 。
    • 7. 发明授权
    • Alternating-source peak-shift power application system, method and program product
    • 交替源峰值移位电源应用系统,方法和程序产品
    • US07225086B2
    • 2007-05-29
    • US10932831
    • 2004-09-02
    • Arimasa NaitohShigefumi Odaohhara
    • Arimasa NaitohShigefumi Odaohhara
    • G06F19/00
    • G06F1/263H02J3/32H02J7/0063Y10T307/469
    • Apparatus includes a main body having a function of reducing performance of the apparatus during operation, an AC adapter which is connectable to the main body and supplies power to the main body from a commercial power source, and a rechargeable battery which is connectable to the main body and discharges to supply power to the main body. Apparatus operates without reducing the performance even while the power supplied from the AC adapter is turned off and the power is supplied from the battery during a peak shift period (e.g. mid-day summer where limiting the power supplied by the AC adapter is desirable) in a state where both the AC adapter and the battery are connected to the main body, and thereafter, the power supplied from the AC adapter is turned on and power is supplied to the main body from the AC adapter even during the peak shift period.
    • 装置包括具有降低操作期间设备性能的功能的主体,可连接到主体并从商用电源向主体供电的AC适配器,以及可连接到主电源的可再充电电池 身体和排泄物为主体供电。 即使在从AC适配器供电的电源被关闭并且在峰值偏移期间(例如,在需要由AC适配器供电的电力限制的中午夏天)期间,电池提供电力时,装置也可以在不降低性能的情况下工作) AC适配器和电池都连接到主体的状态,此后,即使在峰值切换期间,从AC适配器供电的电力也被接通,并且也从AC适配器向主体供电。
    • 10. 发明授权
    • Apparatus having durable storage
    • 装置具有持久的存储
    • US06877074B2
    • 2005-04-05
    • US10021983
    • 2001-12-13
    • Arimasa NaitohShinji MatsushimaSohichi Yokota
    • Arimasa NaitohShinji MatsushimaSohichi Yokota
    • G06F3/08G06F1/32G06F12/00
    • G06F1/3268G06F1/3203Y02D10/154Y02D50/20
    • A data server system and a computer apparatus is provided that can process external accesses reliably during mobile use. A main PC set in the suspend or hibernation mode during mobile use is configured so as to read/write data only from/to an MRAM having no mechanically movable parts and capable of withstanding higher levels of vibration than a hard disk drive (HDD) in response to a predetermined operation from a hand-held terminal. A power supply controller keeps power supplied to the MRAM and stops the supply of power to the HDD having mechanically movable parts. Whether or not the main PC is moving is decided automatically by detecting if the main PC is connected to an AC power source, a LAN cable, and a telephone cable.
    • 提供数据服务器系统和计算机装置,其可以在移动使用期间可靠地处理外部访问。 在移动使用期间,设置在暂停或休眠模式中的主PC被配置为仅从/没有机械可移动部件的MRAM读取/写入数据,并且能够承受比硬盘驱动器(HDD)更高的振动水平 响应于来自手持终端的预定操作。 电源控制器将电力供应给MRAM,并停止向具有机械可移动部件的HDD供电。 通过检测主PC是否连接到交流电源,LAN电缆和电话线,自动决定主PC是否移动。