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    • 12. 发明申请
    • HAUSGERÄTESTEUERUNGSSYSTEM
    • 家用器具控制系统
    • WO2005124477A2
    • 2005-12-29
    • PCT/EP2005/006466
    • 2005-06-16
    • BECK, Wilfried
    • BECK, Wilfried
    • G05B19/00
    • H05B37/0263H02J13/0048H04B3/54H04B2203/5458Y02B90/2692Y02E60/783Y04S40/123Y04S40/146
    • Die Erfindung betrifft ein Hausgerätesteuerungssystem (100) zum Schalten bzw. Steuern von mindestens einem Hausgerät (30), sowie eine möglichst geringe Anzahl an Schaltern (3), eine Leistungsbereitstellungsvorrichtung (11) und eine Funktionsbefehlsbereitstellungsvorrichtung (11), mit deren Hilfe das Problem gelöst wird, sämtliche Hausgeräte (30) und sonstige Verbraucher eines Haushalts (30), einzeln oder in beliebig definierbaren Gruppen, einer beliebig definierbaren Wohneinheit mit einer minimalen Anzahl an Betätigungselementen (2) von jeder Stelle einer zuvor definierten Umgebung aus schaltet zu schalten bzw. zu steuern, indem zumindest teilweise über das Gebäudestromnetz (90) miteinander kommunizieren, indem unabhängig von Nulldurchgängen entweder der Wechselspannung oder des Wechselstroms dieser bzw. diesem, ihr bzw. ihm wieder auslesbare Informationen in der Gestalt von Wirkleistung aufgeprägt werden.
    • 本发明涉及一种家庭装置的控制系统(100),用于切换或控制至少一个家用电器(30),和开关的最小数目(3)中,溶解的问题的辅助的电源装置(11)和一个功能命令提供装置(11) 是切换所有家用电器(30),开关和其它消费者家庭(30)的,个别地或以任意可定义的基团,与致动元件的最小数目的任何可定义的壳体单元(2)的预定义的环境或以每个点的 控制,由建筑物的电力网络(90)上至少部分地由任一的交流电压或这些或这个或可读的信息的交流电流的独立零交叉相互通信在有功功率的形式其它再次印迹。
    • 14. 发明申请
    • ELECTRICAL POWER DISTRIBUTION CONTROL SYSTEM
    • 电力分配控制系统
    • WO1992016041A1
    • 1992-09-17
    • PCT/GB1991000321
    • 1991-03-04
    • ECONOLIGHT LIMITED
    • ECONOLIGHT LIMITEDLAWRENCE, John, ArthurFINCH, David, Allen
    • H02J13/00
    • G05F1/30H02J13/0048H05B37/0263Y02B70/3283Y02E60/783Y04S20/246Y04S40/123
    • An electrical power distribution control system is capable, by means of a pair of transformers (T1, T2), of supplying a number of loads with a reduced voltage during continuous operation. When a new load is applied to the power distribution network, the transformer (T1) is reconfigured by a relay (A1) to increase the voltage on the distribution network to enable ignition of fluorescent lamps etc. The control system also includes signalling means comprising a timer (17), a timer control circuit (18) and a further relay (TM). Signalling is effected by further reducing the voltage on the distribution network for predetermined short periods. In an alternative embodiment, the reconfiguring of the transformer (T2) is carried out by means of four triacs (29, 30, 31, 32) connected in a bridge circuit.
    • 电力分配控制系统能够通过一对变压器(T1,T2)在连续运行期间提供降低电压的多个负载。 当向配电网施加新的负载时,变压器(T1)由继电器(A1)重新配置,以增加配电网络上的电压,以使荧光灯等点燃。控制系统还包括信令装置,包括: 定时器(17),定时器控制电路(18)和另外的继电器(TM)。 通过进一步降低分配网络上的电压预定的短时间来实现信令。 在替代实施例中,变压器(T2)的重新配置通过连接在桥式电路中的四个三端双向可控硅开关元件(29,30,31,32)进行。
    • 15. 发明申请
    • ELECTRICAL POWER DISTRIBUTION CONTROL SYSTEM
    • 电力分配控制系统
    • WO1991003093A1
    • 1991-03-07
    • PCT/GB1990001303
    • 1990-08-17
    • ECONOLIGHT LIMITEDLAWRENCE, John, ArthurFINCH, David, Allen
    • ECONOLIGHT LIMITED
    • H02J13/00
    • H02J13/0048Y02E60/783Y04S40/123
    • An electrical power distribution control system is capable, by means of a pair of transformers (T1, T2), of supplying a number of loads with a reduced voltage during continuous operation. When a new load is applied to the power distribution network, the transformer (T1) is reconfigured by a relay (A1) to increase the voltage on the distribution network to enable ignition of fluorescent lamps etc.. The control system also includes signalling means comprising a timer (17), a timer control circuit (18) and a further relay (TM). Signalling is effected by further reducing the voltage on the distribution network for predetermined short periods. In an alternative embodiment, the reconfiguring of the transformer (T2) is carried out by means of four triacs (29, 30, 31, 32) (not shown) connected in a bridge circuit.
    • 电力分配控制系统能够通过一对变压器(T1,T2)在连续运行期间提供降低电压的多个负载。 当对配电网络施加新的负载时,变压器(T1)由继电器(A1)重新配置,以增加配电网络上的电压,以使荧光灯等点燃。控制系统还包括信令装置,包括 定时器(17),定时器控制电路(18)和另外的继电器(TM)。 通过进一步降低分配网络上的电压预定的短时间来实现信令。 在替代实施例中,通过连接在桥式电路中的四个三端双向可控硅(29,30,31,32)(未示出)来实现变压器(T2)的重新配置。
    • 17. 发明申请
    • CABLE SYSTEM PROBLEM DETECTION VIA CHARACTERISTIC FREQUENCY
    • 通过特征频率的电缆系统问题检测
    • WO2015001455A1
    • 2015-01-08
    • PCT/IB2014/062655
    • 2014-06-27
    • KONINKLIJKE PHILIPS N.V.
    • CHEN, Hong
    • G01R31/02H01H85/30H02H3/04H02J13/00
    • G01R31/08G01R31/026G01R31/07G05B11/01H02H3/046H02H5/10H02J13/0048Y02B90/263Y02E60/725Y04S10/20Y04S40/123
    • Apparatuses (10) comprise first circuits (1) for detecting problems in or near loads (111) powered via a cable (101) of a cable system and second circuits (2) for in response to detection results from the first circuits (1) changing a characteristic frequency of the cable system. The first circuits (1) may comprise detectors for detecting currents, voltages and impedances and the second circuits (2) may comprise signaling capacitors (21) and switches (22). Devices (30) for searching for problems in the cable system comprise third circuits (3) for measuring values of the characteristic frequency and fourth circuits (4) for comparing the measured values of the characteristic frequency with reference values. The devices (30) may comprise fifth circuits (5) for deriving from the measured values and from information about the apparatus (10) values of inductances of the cable system and sixth circuits (6) for converting the derived values into locations of the problems or into distances defining locations of the problems.
    • 设备(10)包括用于检测通过电缆系统的电缆(101)供电的负载或靠近负载(111)的问题的第一电路(1)和用于响应于来自第一电路(1)的检测结果的第二电路(2) 改变电缆系统的特征频率。 第一电路(1)可以包括用于检测电流,电压和阻抗的检测器,并且第二电路(2)可以包括信令电容器(21)和开关(22)。 用于搜索电缆系统中的问题的设备(30)包括用于测量特征频率值的第三电路(3)和用于将特征频率的测量值与参考值进行比较的第四电路(4)。 装置(30)可以包括用于从测量值导出的第五电路(5)和关于电缆系统的电感值的信息(10)和用于将导出的值转换成问题的位置的第六电路(6) 或者定义出问题的位置的距离。
    • 19. 发明申请
    • POWERLINE COMMUNICATION POWER SUPPLY AND MODEM INTERFACE
    • POWERLINE通信电源和调制解调器接口
    • WO2012044542A1
    • 2012-04-05
    • PCT/US2011/052996
    • 2011-09-23
    • QUALCOMM ATHEROS, INC.MAGIN, Gregory, A.CORRAL, Celestino, A.
    • MAGIN, Gregory, A.CORRAL, Celestino, A.
    • H02J3/02
    • H02J13/0044H02J13/0048H04B3/54H04B3/542H04B3/56H04B2203/542Y02E60/783Y02E60/7892Y04S40/123Y04S40/146
    • Functionality of a powerline communication (PLC) power supply and modem interface can be implemented using a power supply processing unit and a PLC modem unit that can be coupled together using standard, two-wire cabling. The power supply processing unit can generate a DC power signal and a zero cross signal based on an AC powerline signal received via a PLC network. The power supply processing unit can modulate the zero cross signal onto the DC power signal. The power supply processing unit can then generate a composite PLC signal comprising a PLC signal (extracted from the AC powerline signal) and the DC power signal modulated with the zero cross signal. The PLC modem unit can extract the PLC signal, the DC power signal, and the zero cross signal from the composite PLC signal, and then can process the PLC signal based on information associated with the zero cross signal.
    • 电力线通信(PLC)电源和调制解调器接口的功能可以使用电源处理单元和PLC调制解调器单元实现,该调制解调器单元可以使用标准的双线电缆耦合在一起。 电源处理单元可以基于经由PLC网络接收的AC电力线信号来生成直流电力信号和零交叉信号。 电源处理单元可以将零交叉信号调制到直流电源信号上。 电源处理单元然后可以生成包括PLC信号(从AC电力线信号提取)和用零交叉信号调制的DC电力信号的复合PLC信号。 PLC调制解调器单元可以从复合PLC信号中提取PLC信号,直流电源信号和零交叉信号,然后根据与零交叉信号相关的信息处理PLC信号。