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    • 1. 发明专利
    • SUMINISTRO DE ENERGIA MODULAR.
    • MX9802878A
    • 1998-09-30
    • MX9802878
    • 1998-04-13
    • INVETECH OPERATIONS PTY LTD
    • LOH PIT-KIN
    • G06F1/26H02J1/00H02J1/10H02J9/00H02J9/06H02J01/10H02J09/06G06F01/26
    • Un suministro de energía modular (2) para la aplicacion como un suministro de energía interrumpible para el uso con equipo electronico tal como computadoras. Un modulo (6) del suministro de energía puede incluir una batería (32), un circuito de carga para la batería (34), un circuito de suministro de energía acoplado a la electricidad de líneas principales y la batería (30, 36, 40), y el circuito de control (38) para proporcionar selectivamente energía al equipo electronica (12) por medio del circuito de suministro de energía desde la electricidad de líneas principales (10) o la batería como fuente. El modulo está provisto también con un acoplamiento que está adaptado para conectar el modulo en paralelo con por lo menos otro modulo. Un alojamiento puede estar provisto para recibir una pluralidad de modulos, los cuales están conectados juntos en paralelo por medio de enchufes y clavijas cuando son recibidos en el alojamiento. Los enchufes y clavijas y el circuito de control pueden estar adaptados para permitir el "intercambio en caliente" de los modulos desde el alojamiento. Los modulos pueden interconectarse también en el alojamiento por medio de una línea de control (20) que permite la comunicacion de los modulos para tomar una decision de reglas de mayoría concernientes a la provision de energía desde las líneas principales o la batería en base a las fluctuaciones en el suministro de líneas principales eléctricas.
    • 3. 发明申请
    • POWER MANAGEMENT SYSTEM FOR COMPUTER DEVICE INTERCONNECTION BUS
    • 用于计算机设备互连总线的电源管理系统
    • WO1994016378A1
    • 1994-07-21
    • PCT/US1994000684
    • 1994-01-12
    • APPLE COMPUTER, INC.
    • APPLE COMPUTER, INC.OPRESCU, FlorinTEENER, Michael, D.
    • G06F01/26
    • G06F1/3203G06F1/325
    • The power management system tracks the total amount of power drawn from a bus by devices connected to the bus and to the bus itself, based on the individual operational status of each device. The power manager system also tracks the total amount of power supplied to the bus. From this information the power manager system determines whether a power surplus exists sufficient to allow an additional device to operate or to allow a currently operating device to draw more power. Power usage requests received from devices connected to the bus are granted or denied by the power management system based on the determination of available power. The power management system additionally is capable of sequencing the use of several devices to allow the devices to each operate while maintaining the total power draw within an acceptable range. The system provides for efficient use of a limited amount of power to allow operation of more devices than conventionally allowed with a bus. The system also can activate power supply devices which are off-line via soft-power-on commands to increase the total amount of power available. The system is advantageously implemented with any bus system having devices drawing power from the bus from power supplies providing limited power.
    • 电源管理系统根据每个设备的各个操作状态来跟踪从连接到总线和总线本身的设备从总线抽取的总功率。 电源管理器系统还跟踪提供给总线的总功率。 根据该信息,功率管理器系统确定是否存在足够的功率余量以允许附加设备操作或允许当前操作的设备吸取更多功率。 基于确定可用功率,由电力管理系统授予或拒绝从连接到总线的设备接收的电力使用请求。 电源管理系统还能够对多个设备的使用进行排序,以允许设备各自操作,同时将总功率消耗保持在可接受的范围内。 该系统提供有效使用有限量的电力以允许比常规允许的总线更多的设备的操作。 该系统还可以通过软启动命令激活离线的电源设备,以增加可用功率的总量。 该系统有利地利用具有从提供有限功率的电源从总线抽取电力的装置的任何总线系统来实现。
    • 6. 发明申请
    • START/STOP CONTROLLER HAVING NETWORK FUNCTION
    • 启动/停止控制器具有网络功能
    • WO1998001803A1
    • 1998-01-15
    • PCT/JP1997002042
    • 1997-06-13
    • ISA CO., LTD.MITAZAKI, Yoshihiro
    • ISA CO., LTD.
    • G06F01/26
    • G06F1/26H04L12/12Y02D50/40
    • A start/stop controller which has a network function and with which start and stop of various electric apparatuses can be performed very simply by a remote operation through a network. A LAN system (1) is composed of a start/stop controller (10), a main WS (20) which is a server, workstations WS (30 and 40), a printer server (45), etc. which are connected to each other with communication lines (50) installed in premises. The start/stop controller (10) closes or opens the power supply of the main WS (20), the WS (30), etc. in response to the instructions which are, for instance, sent from the WS (40) through the communication lines (50) and performs the necessary incidental processes (shutdown process, etc.).
    • 具有网络功能的启动/停止控制器可以通过网络的远程操作非常简单地执行各种电气设备的启动和停止。 LAN系统(1)由启动/停止控制器(10),作为服务器的主WS(20),工作站WS(30和40),打印机服务器(45)等组成,其连接到 彼此具有安装在房屋中的通信线路(50)。 启动/停止控制器(10)响应于例如从WS(40)通过所述WS(40)发送的指令来关闭或打开主WS(20),WS(30)等的电源 通信线路(50)并执行必要的附带处理(关机处理等)。
    • 8. 发明申请
    • AN INPUT/OUTPUT SECTION OF AN INTEGRATED CIRCUIT HAVING SEPARATE POWER DOWN CAPABILITY
    • 具有独立断电能力的集成电路的输入/输出部分
    • WO1997017648A1
    • 1997-05-15
    • PCT/US1996011858
    • 1996-07-17
    • ADVANCED MICRO DEVICES, INC.
    • ADVANCED MICRO DEVICES, INC.REENTS, Daniel, B.
    • G06F01/26
    • G06F1/325G06F1/3203Y02D50/20Y10T307/305Y10T307/615
    • A personal information device is provided, which includes an integrated circuit coupled to a variety of peripheral devices. The integrated circuit is configured with a core section and one or more input/output sections. The core section is powered independently of the input/output sections, allowing selective power down of peripheral components coupled to the integrated circuit without the use of external buffers. The input/output sections are configured with unique input/output circuits which perform the buffering task. The integrated circuit is further configured with a partial reset. The partial reset selectively forces portions of the integrated circuit to an initial state while other portions continue to operate. One particular embodiment of the integrated circuit is configured with a CPU and an RTC unit which comprises configuration RAM and a real-time clock facility. When the partial reset is activated, the RTC unit is not reset but the CPU is reset. When the personal information device detects the need to conserve power, the power supply or a reset unit asserts the partial reset. Additionally, the power supply powers down selected peripheral components and the associated input/output driver sections while retaining power to the core section. Time/date and configuration information is therefore retained and power consumption is reduced.
    • 提供个人信息设备,其包括耦合到各种外围设备的集成电路。 集成电路配置有核心部分和一个或多个输入/输出部分。 核心部分独立于输入/输出部分供电,允许在不使用外部缓冲器的情况下连接到集成电路的外设组件选择性关断电源。 输入/输出部分配置有执行缓冲任务的唯一输入/输出电路。 集成电路进一步配置有部分复位。 部分复位选择性地将集成电路的部分强制为初始状态,而其他部分继续操作。 集成电路的一个具体实施例配置有CPU和RTC单元,其包括配置RAM和实时时钟设施。 当部分复位被激活时,RTC单元不复位,但CPU被复位。 当个人信息设备检测到需要节省电力时,电源或复位单元断言部分重置。 此外,电源在保持对核心部分的电源的同时降低所选择的外围组件和相关的输入/输出驱动器部分。 因此,保留时间/日期和配置信息并降低功耗。
    • 9. 发明申请
    • DISTRIBUTED POWER REGULATION IN A PORTABLE COMPUTER TO OPTIMIZE HEAT DISSIPATION AND MAXIMIZE BATTERY RUN-TIME FOR VARIOUS POWER MODES
    • 便携式电脑中的分布式电源调节优化散热,并最大限度地提高各种电源模式的电池运行时间
    • WO1995032458A2
    • 1995-11-30
    • PCT/US1995005804
    • 1995-05-09
    • APPLE COMPUTER, INC.
    • APPLE COMPUTER, INC.TOWNSLEY, David, B.CHIN, Shaoan
    • G06F01/26
    • G06F1/26Y10S320/11Y10T307/615Y10T307/625
    • A system for distributing power throughout a computer system, preferably a portable computer, while still maintaining a desired power mode hierarchy so that the most critical components or circuits within the computer system receive power before non-critical components. The system includes a micro-controller unit for controlling power allocations throughout the system. The system further includes a power connector for interfacing with a dual-line AC-to-DC adapter, a switching regulator for providing regulated DC power outputs to a central processing unit, memory unit and the like, a battery switching circuit having two battery packs to support simultaneous charging and sequential discharging of the battery packs in the event that the AC-to-DC adapter is decoupled from the computer system and an auxiliary battery source for supplying power to critical components in the computer system as a last resort.
    • 一种用于在整个计算机系统(优选便携式计算机)中分配电力的系统,同时仍然保持期望的功率模式层级,使得计算机系统内的最关键的组件或电路在非关键组件之前接收电力。 该系统包括用于控制整个系统中的功率分配的微控制器单元。 该系统还包括用于与双线AC-DC适配器接口的电源连接器,用于向中央处理单元,存储单元等提供调节的直流电力输出的开关调节器,具有两个电池组 在AC-DC转换器与计算机系统分离的情况下,支持电池组的同时充电和顺序放电,以及作为最后手段向计算机系统中的关键部件供电的辅助电池源。
    • 10. 发明申请
    • ELECTRONIC APPLIANCE AUTOMATICALLY CONTROLLING ELECTRIC POWER CONSUMED BY COMPONENTS IN RESPONSE TO OPERATION TIME INPUTTED BY USER
    • 电子设备自动控制组件响应用户输入的操作时间的电力
    • WO1993007557A1
    • 1993-04-15
    • PCT/JP1992001274
    • 1992-10-02
    • KABUSHIKI KAISHA TOSHIBANINOMIYA, RyojiMURAYA, HideakiGUNJI, Shizuka
    • KABUSHIKI KAISHA TOSHIBA
    • G06F01/26
    • H02J7/0063G06F1/3203Y10T307/406
    • An electronic appliance, such as a battery-powered portable computer or word processor, includes a component (47) driven by power supplied from the battery (13), a menu screen for setting a desired period of battery operation, and a power supply controller (37) for detecting the remaining charge in the battery (13) to control power supplied to the component (47) on the basis of the set period and the remaining charge. When a user sets a desired period of operation to the menu screen, the power supply controller (37) calculates the power consumption for driving the electronic appliance for the set period of operation on the basis of the detected charge in the battery (13) and the set period of operation. The power supply controller (37) automatically controls the electric power supplied from the battery (13) to the component (47) so that the actual power consumption is equal to the calculated one. Since the power supply controller (37) automatically controls the consumed power only by the manual setting of a period of operation time, the operation factor of the apparatus can be improved and can exhibit maximum performance within the predetermined time.
    • 诸如电池供电的便携式计算机或文字处理器的电子设备包括由电池(13)提供的电力驱动的组件(47),用于设置期望的电池操作周期的菜单屏幕以及电源控制器 (37),用于检测电池(13)中的剩余电量,以基于设定的周期和剩余电量来控制提供给部件(47)的电力。 当用户将所需的操作期间设定到菜单屏幕时,电源控制器(37)基于电池(13)中检测到的电量计算用于在设定的操作周期内驱动电子设备的功耗,以及 设定经营期。 电源控制器(37)自动控制从电池(13)向组件(47)提供的电力,使得实际功耗等于所计算出的电力。 由于电源控制器(37)仅通过手动设置操作时间的周期来自动控制消耗功率,所以可以提高装置的操作系数并且可以在预定时间内呈现最大的性能。