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    • 2. 发明授权
    • Power sharing network communications device
    • 电力共享网络通信设备
    • US08310089B2
    • 2012-11-13
    • US12772700
    • 2010-05-03
    • Frederick Roland SchindlerRudolph B. Klecka, IIIScott Lawrence LennartzJohn Alvin HerrmannYonghan KangDylan WalkerJohnston Reid McGaughey
    • Frederick Roland SchindlerRudolph B. Klecka, IIIScott Lawrence LennartzJohn Alvin HerrmannYonghan KangDylan WalkerJohnston Reid McGaughey
    • H02J1/10H02J3/46
    • H04L49/40G06F1/266H02J1/14H04L12/10H04L12/40045Y10T307/352
    • A set of network communications devices shares available power among themselves to meet overall system power loading. An individual device is configured to include a local power supply delivering power to a local power bus at a local supply voltage varied in response to a voltage control signal. A protection component is connected between the local power bus and an external power cable used to connect the device to another device for sharing power. The protection component provides an interruptible low-impedance DC path for carrying current based on direction and magnitude of a voltage difference between the local power bus and the external power cable. Control circuitry is used to: (a) drive a current-sharing bus connected among the devices to influence a value of a system current-sharing signal indicating a level of system power loading among the devices; (b) generate a difference signal indicating a difference between local power loading of the local power supply and the system power loading reflected by the system current-sharing signal; and (c) generate the voltage control signal based on the difference signal to achieve a predetermined sharing of the system power loading by the local power supply.
    • 一组网络通信设备在它们之间共享可用电力以满足整个系统功率负载。 单个设备被配置为包括本地电源,其以响应于电压控制信号而变化的本地电源电压向本地电力总线传送电力。 保护组件连接在本地电源总线和用于将设备连接到另一设备以共享电源的外部电源线之间。 保护元件提供了一个可中断的低阻抗直流路径,用于根据本地电源总线和外部电源线之间的电压差的方向和幅值传送电流。 控制电路用于:(a)驱动连接在所述设备之间的电流共享总线,以影响指示所述设备之间的系统功率负载水平的系统电流共享信号的值; (b)产生指示本地电源的局部功率负载与由系统分流信号反映的系统功率负载之间的差异的差分信号; 和(c)基于差分信号产生电压控制信号,以实现由本地电源预先共享的系统功率负载。
    • 3. 发明申请
    • POWER-SHARING NETWORK COMMUNICATIONS DEVICE
    • 动力共享网络通信设备
    • US20110266867A1
    • 2011-11-03
    • US12772700
    • 2010-05-03
    • Frederick Roland SchindlerRudolph B. Klecka, IIIScott Lawrence LennartzJohn Alvin HerrmannYonghan KangDylan WalkerJohnston Reid McGaughey
    • Frederick Roland SchindlerRudolph B. Klecka, IIIScott Lawrence LennartzJohn Alvin HerrmannYonghan KangDylan WalkerJohnston Reid McGaughey
    • H02J1/10
    • H04L49/40G06F1/266H02J1/14H04L12/10H04L12/40045Y10T307/352
    • A set of network communications devices shares available power among themselves to meet overall system power loading. An individual device is configured to include a local power supply delivering power to a local power bus at a local supply voltage varied in response to a voltage control signal. A protection component is connected between the local power bus and an external power cable used to connect the device to another device for sharing power. The protection component provides an interruptible low-impedance DC path for carrying current based on direction and magnitude of a voltage difference between the local power bus and the external power cable. Control circuitry is used to: (a) drive a current-sharing bus connected among the devices to influence a value of a system current-sharing signal indicating a level of system power loading among the devices; (b) generate a difference signal indicating a difference between local power loading of the local power supply and the system power loading reflected by the system current-sharing signal; and (c) generate the voltage control signal based on the difference signal to achieve a predetermined sharing of the system power loading by the local power supply.
    • 一组网络通信设备在它们之间共享可用电力以满足整个系统功率负载。 单个设备被配置为包括本地电源,其以响应于电压控制信号而变化的本地电源电压向本地电力总线传送电力。 保护组件连接在本地电源总线和用于将设备连接到另一设备以共享电源的外部电源线之间。 保护元件提供了一个可中断的低阻抗直流路径,用于根据本地电源总线和外部电源线之间的电压差的方向和幅值传送电流。 控制电路用于:(a)驱动连接在所述设备之间的电流共享总线,以影响指示所述设备之间的系统功率负载水平的系统电流共享信号的值; (b)产生指示本地电源的局部功率负载与由系统分流信号反映的系统功率负载之间的差异的差分信号; 和(c)基于差分信号产生电压控制信号,以实现由本地电源预先共享的系统功率负载。