会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 23. 发明申请
    • RELIABLE SIGNALING OF FAULT CONDITIONS IN BATTERY SYSTEMS WITH SERIES-CONNECTED CELLS
    • 具有串联连接电池的电池系统故障条件的可靠信号
    • WO2012049572A1
    • 2012-04-19
    • PCT/IB2011/050654
    • 2011-02-17
    • SENDYNE CORP.MARTEN, Victor
    • MARTEN, Victor
    • G01R31/36H01M10/48G01R31/3183
    • G01R31/3658H01M10/482H01M10/488
    • A system is used with a plurality of modules, each module requiring galvanic isolation from the other modules. Galvanic isolators are employed, each having an input and an output, the output galvanically isolated from the input, the output responsive to the input according to a response characteristic of the isolator. Each module has, a respective first isolator and a respective second isolator. The input of each respective first isolator and each respective second isolator for each module is disposed controllably to receive an activation signal from the module indicative of a module fault to be annunciated or to receive a test signal from the module, the test signal being smaller than the activation signal. The outputs of the respective first isolators are aggregated to a first node and the outputs of the respective second isolators are aggregated to a second node. A selection circuit selects from the first node and the second node, yielding a fault signal output when the selected node satisfies a predetermined condition. An analog-to-digital converter is coupled with each of the nodes, the analog-to-digital converter disposed to sense an output from one of the isolators indicative of its response characteristic in the event of a test signal being applied to the isolator.
    • 系统与多个模块一起使用,每个模块需要与其他模块进行电气隔离。 采用电流隔离器,每个具有输入和输出,输出与输入电隔离,输出响应于输入,根据隔离器的响应特性。 每个模块具有相应的第一隔离器和相应的第二隔离器。 每个模块的每个相应的第一隔离器和每个相应的第二隔离器的输入被可控地布置以从模块接收指示要被通知的模块故障的激活信号或者从模块接收测试信号,测试信号小于 激活信号。 各个第一隔离器的输出被聚合到第一节点,并且各个第二隔离器的输出被聚合到第二节点。 选择电路从第一节点和第二节点选择,当所选节点满足预定条件时产生故障信号输出。 模数转换器与每个节点耦合,模数转换器设置成感测来自一个隔离器的输出,指示在将测试信号施加到隔离器的情况下其响应特性。
    • 27. 发明申请
    • POWER CONSERVATION WITH A SYNCHRONOUS MASTER-SLAVE SERIAL DATA BUS
    • 使用同步主从串行数据总线进行电源保护
    • WO0051281A3
    • 2007-06-07
    • PCT/US0003958
    • 2000-02-16
    • USAR SYSTEMS INCWANG WEIMARTEN VICTORMILIOS IOANNIS
    • WANG WEIMARTEN VICTORMILIOS IOANNIS
    • G06F1/26H04L1/18H04L7/00
    • H04L7/0008H04L1/1803
    • A system is described in which the Master (52) can stop its clock (70) and go into a low-power state (for power conservation reasons) at arbitrary times. Before going into the stopped-clock or low-power mode, the Master (700 checks that the serial bus (50) is idle (defined as both Clock and Data lines being "High"). A latch circuit (81) is provided which is active when the master (52) is in low-power mode. The latch circuit (81) watches for the very first negative-going clock pulse (from the slave), and its configuration is such that when latched, it holds the clock line (70) low. Holding the clock line (70) low prompts the slave (51) to discontinue efforts to send the data. Stated differently, the slave (51) will not conclude that it had successfully sent its data, and this prompts the slave (51) to retain a copy of its data for later resending.
    • 描述了一种系统,其中主(52)可以在任意时间停止其时钟(70)并进入低功率状态(为了节能原因)。 在进入停止时钟或低功耗模式之前,主器件(700)检查串行总线(50)是否空闲(定义为时钟和数据线都为“高”),提供一个锁存电路(81) 当主器件(52)处于低功耗模式时,锁存电路(81)监视来自从器件的第一个负向时钟脉冲,并且其配置使得当锁存时,其保持时钟 线路(70)为低电平,时钟线(70)低电平提示从机(51)停止发送数据,换句话说,从机(51)不会断定已经成功发送了数据, 从属(51)保留其数据的副本以供稍后重新发送。
    • 29. 发明申请
    • POWER-CONSERVING EXTERNAL CLOCK FOR USE WITH A CLOCK-DEPENDENT INTEGRATED CIRCUIT
    • 电源保护外部时钟使用时钟相关集成电路
    • WO0156145A9
    • 2002-10-31
    • PCT/US0102758
    • 2001-01-27
    • SEMTECH NEW YORK CORPMARTEN VICTOR
    • MARTEN VICTOR
    • G05G9/047G06F1/32G06F3/038H02J7/00H03K3/012H03L3/00H03M1/68H03M1/82H03B5/36
    • G06F3/0383G05G9/047G05G2009/04777G06F1/3203G06F1/3237H03K3/012H03L3/00H03M1/68H03M1/82Y02D10/128
    • The problem of undesired power consumption in an oscillator during "stop" periods of a device (35) is addressed by providing the oscillator in apparatus external to the device, the apparatus including a current sensor sensing current in a line between the apparatus and the device, the line (26) communicating an oscillator "clock" signal. If the device enters a "stop" state the current flow during certain half-cycles of the oscillation is relatively low compared to the current flow in the "no-stop" state. In response to a relatively low current, the apparatus halts oscillation (33). Later, when the device exits the "stop" state, current flow increases in the line, and the apparatus resumes oscillation, thereby resuming the communication of the clock signal to the device. Alternatively the apparatus monitors two oscillator lines by means of an XOR gate, powering down the oscillator when the XOR output goes low and restoring the oscillator when the XOR output goes high.
    • 通过在设备外部的设备中提供振荡器来解决在器件(35)的“停止”周期期间在振荡器中不期望的功率消耗的问题,所述设备包括感测电流在设备和设备之间的线路中的电流的电流传感器 线(26)传送振荡器“时钟”信号。 如果设备进入“停止”状态,则在“停止”状态下与当前流量相比,振荡的某些半周期期间的电流相对较低。 响应于相对低的电流,该装置停止振荡(33)。 之后,当设备退出“停止”状态时,电流在线路中增加,并且设备恢复振荡,从而恢复时钟信号到设备的通信。 或者,该装置通过XOR门监控两个振荡器线路,当异或​​输出变为低电平时,对振荡器供电,并在XOR输出变为高电平时恢复振荡器。
    • 30. 发明申请
    • POWER-CONSERVING EXTERNAL CLOCK FOR USE WITH A CLOCK-DEPENDENT INTEGRATED CIRCUIT
    • 电源保护外部时钟使用时钟相关集成电路
    • WO01056145A1
    • 2001-08-02
    • PCT/US2001/002758
    • 2001-01-27
    • SEMTECH NEW YORK CORPORATIONMARTEN, Victor
    • MARTEN, Victor
    • H03B5/36
    • G06F3/0383G05G9/047G05G2009/04777G06F1/3203G06F1/3237H03K3/012H03L3/00H03M1/68H03M1/82Y02D10/128
    • The problem of undesired power consumption in an oscillator during "stop" periods of a device (35) is addressed by providing the oscillator in apparatus external to the device, the apparatus including a current sensor sensing current in a line between the apparatus and the device, the line (26) communicating an oscillator "clock" signal. If the device enters a "stop" state the current flow during certain half-cycles of the oscillation is relatively low compared to the current flow in the "no-stop" state. In response to a relatively low current, the apparatus halts oscillation (33). Later, when the device exits the "stop" state, current flow increases in the line, and the apparatus resumes oscillation, thereby resuming the communication of the clock signal to the device. Alternatively the apparatus monitors two oscillator lines by means of an XOR gate, powering down the oscillator when the XOR output goes low and restoring the oscillator when the XOR output goes high.
    • 通过在设备外部的设备中提供振荡器来解决振荡器在“停止”周期期间不期望的功率消耗的问题,该装置包括感测设备和设备之间的线路中的电流的电流传感器 线(26)传送振荡器“时钟”信号。 如果设备进入“停止”状态,则在“停止”状态下与当前流量相比,振荡的某些半周期期间的电流相对较低。 响应于相对低的电流,该装置停止振荡(33)。 之后,当设备退出“停止”状态时,电流在线路中增加,并且设备恢复振荡,从而恢复时钟信号到设备的通信。 或者,该装置通过XOR门监控两个振荡器线路,当异或​​输出变为低电平时,对振荡器供电,并在XOR输出变为高电平时恢复振荡器。