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    • 2. 发明授权
    • System and method for maintaining and controlling a plurality of wireless light fixtures
    • 用于维护和控制多个无线灯具的系统和方法
    • US07859398B2
    • 2010-12-28
    • US11610070
    • 2006-12-13
    • David L. DavidsonCharles J. Luebke
    • David L. DavidsonCharles J. Luebke
    • G08B1/08G08B13/02G08B21/00
    • H05B37/0272
    • A method of maintaining and controlling a plurality of wireless light fixtures includes providing the light fixtures in a structure, wirelessly receiving respective operational data from each of the light fixtures at a central location, aggregating the received respective operational data to form an aggregation of operational data, and analyzing at least a portion of the aggregation of operational data. The method further includes performing one or both of (i) controlling the operation of a first selected one or more of the light fixtures based on a result of the analyzing step by wirelessly transmitting respective operational commands from the central location to each of the first selected one or more of the light fixtures, and (ii) causing a maintenance related action to be taken with respect to each of a second selected one or more of the light fixtures based on a result of the analyzing step.
    • 一种维护和控制多个无线灯具的方法包括:将结构中的灯具提供给无线接收来自中心位置的每个灯具的相应的操作数据,聚集所接收的各个操作数据以形成操作数据的聚集 并且分析操作数据的聚合的至少一部分。 该方法还包括执行以下操作之一或两者:(i)基于分析步骤的结果,控制第一选定的一个或多个灯具的操作,该方法通过将相应的操作命令从中心位置无线地发送到第一选定的每个 一个或多个灯具,以及(ii)基于分析步骤的结果,针对第二选定的一个或多个照明设备中的每一个引起与维护相关的动作。
    • 4. 发明申请
    • SYSTEM AND METHOD FOR MAINTAINING AND CONTROLLING A PLURALITY OF WIRELESS LIGHT FIXTURES
    • 维护和控制无线照明设备多样性的系统和方法
    • US20080143273A1
    • 2008-06-19
    • US11610070
    • 2006-12-13
    • David L. DavidsonCharles J. Luebke
    • David L. DavidsonCharles J. Luebke
    • H05B41/36
    • H05B37/0272
    • A method of maintaining and controlling a plurality of wireless light fixtures includes providing the light fixtures in a structure, wirelessly receiving respective operational data from each of the light fixtures at a central location, aggregating the received respective operational data to form an aggregation of operational data, and analyzing at least a portion of the aggregation of operational data. The method further includes performing one or both of (i) controlling the operation of a first selected one or more of the light fixtures based on a result of the analyzing step by wirelessly transmitting respective operational commands from the central location to each of the first selected one or more of the light fixtures, and (ii) causing a maintenance related action to be taken with respect to each of a second selected one or more of the light fixtures based on a result of the analyzing step.
    • 一种维护和控制多个无线灯具的方法包括:将结构中的灯具提供给无线接收来自中心位置的每个灯具的相应的操作数据,聚集所接收的各个操作数据以形成操作数据的聚集 并且分析操作数据的聚合的至少一部分。 该方法还包括执行以下操作之一或两者:(i)基于分析步骤的结果,控制第一选定的一个或多个灯具的操作,该方法通过将相应的操作命令从中心位置无线地发送到第一选定的每个 一个或多个灯具,以及(ii)基于分析步骤的结果,针对第二选定的一个或多个照明设备中的每一个引起与维护相关的动作。
    • 5. 发明申请
    • WIRELESS COMMUNICATION NETWORK, SUB-SYSTEM THEREFOR AND METHOD OF CONFIGURING A NON-NATIVE NETWORK DEVICE EMPLOYING AN ADAPTER
    • 无线通信网络,其子系统及其配置使用适配器的非本地网络设备的方法
    • US20080064427A1
    • 2008-03-13
    • US11530649
    • 2006-09-11
    • CHARLES J. LUEBKE
    • CHARLES J. LUEBKE
    • H04Q7/00
    • H04W8/245H04W8/005H04W84/18
    • A sub-system for a wireless communication network includes a fob and an adapter. The fob includes a portable housing, a first wireless port structured to wirelessly communicate with a server, a second port structured to communicate with a native network device when the second port engages or is proximate to the native network device, and a processor operatively associated with the first wireless port and the second port. The processor is structured to receive engagement or proximity information from the second port, and send information to the server from the first wireless port. The sent information pertains to the native network device or to a non-native network device. An adapter includes a housing having a target. When the second port is properly positioned with respect to the target, the fob responsively participates in a joining procedure of the non-native network device to the server.
    • 用于无线通信网络的子系统包括小窝和适配器。 所述手提包包括便携式外壳,被构造成与服务器无线通信的第一无线端口,当所述第二端口接合或接近所述本地网络设备时被构造为与所述本机网络设备进行通信的第二端口,以及可操作地与 第一个无线端口和第二个端口。 处理器被构造成从第二端口接收参与或邻近信息,并从第一无线端口向服务器发送信息。 所发送的信息属于本地网络设备或非本地网络设备。 适配器包括具有目标的壳体。 当第二个端口相对于目标被正确定位时,FOB响应地参与非本地网络设备到服务器的加入过程。
    • 9. 发明授权
    • DC feeder protection system
    • 直流馈线保护系统
    • US08508896B2
    • 2013-08-13
    • US12942104
    • 2010-11-09
    • Gabriel J. PaolettiRobert E. HulseCharles J. Luebke
    • Gabriel J. PaolettiRobert E. HulseCharles J. Luebke
    • H02H7/26
    • H02H3/18H02H1/0015H02H3/05H02H3/28H02H3/32Y02E10/56
    • A direct current feeder protection system includes six conductors, four current sensors sensing four currents flowing in four of the conductors, four circuit interrupters interrupting currents flowing in the four conductors, and a processor cooperating with the current sensors to input four sensed currents, and to output a number of commands to the circuit interrupters. The processor includes a routine detecting a number of: a directional current fault of the sensed currents, a differential current fault of the sensed first and third currents or the sensed second and fourth currents, and a residual current fault of the sensed first and second currents or the sensed third and fourth currents, and to responsively output the commands. The first, fifth and third conductors are electrically connected in series with two of the circuit interrupters, and the second, sixth and fourth conductors are electrically connected in series with the other circuit interrupters.
    • 直流馈线保护系统包括六个导体,四个电流传感器感测四个导体中流动的四个电流,四个断路器中断在四个导体中流动的电流,以及处理器与电流传感器配合以输入四个感测电流,以及 向电路断路器输出一些命令。 该处理器包括一个程序检测:检测到的电流的方向电流故障,感测到的第一和第三电流的差动电流故障或感测到的第二和第四电流,以及检测到的第一和第二电流的剩余电流故障 或感测的第三和第四电流,并且响应地输出命令。 第一,第五和第三导体与两个电路断路器串联电连接,并且第二,第六和第四导体与其它电路断路器串联电连接。
    • 10. 发明申请
    • DC FEEDER PROTECTION SYSTEM
    • 直流给料器保护系统
    • US20120113554A1
    • 2012-05-10
    • US12942104
    • 2010-11-09
    • GABRIEL J. PAOLETTIROBERT E. HULSECharles J. Luebke
    • GABRIEL J. PAOLETTIROBERT E. HULSECharles J. Luebke
    • H02H3/02
    • H02H3/18H02H1/0015H02H3/05H02H3/28H02H3/32Y02E10/56
    • A direct current feeder protection system includes six conductors, four current sensors sensing four currents flowing in four of the conductors, four circuit interrupters interrupting currents flowing in the four conductors, and a processor cooperating with the current sensors to input four sensed currents, and to output a number of commands to the circuit interrupters. The processor includes a routine detecting a number of: a directional current fault of the sensed currents, a differential current fault of the sensed first and third currents or the sensed second and fourth currents, and a residual current fault of the sensed first and second currents or the sensed third and fourth currents, and to responsively output the commands. The first, fifth and third conductors are electrically connected in series with two of the circuit interrupters, and the second, sixth and fourth conductors are electrically connected in series with the other circuit interrupters.
    • 直流馈线保护系统包括六个导体,四个电流传感器感测四个导体中流动的四个电流,四个断路器中断在四个导体中流动的电流,以及处理器与电流传感器配合以输入四个感测电流,以及 向电路断路器输出一些命令。 该处理器包括一个程序检测:检测到的电流的方向电流故障,感测到的第一和第三电流的差动电流故障或感测到的第二和第四电流,以及检测到的第一和第二电流的剩余电流故障 或感测的第三和第四电流,并且响应地输出命令。 第一,第五和第三导体与两个电路断路器串联电连接,并且第二,第六和第四导体与其它电路断路器串联电连接。