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    • 1. 发明授权
    • Power control unit and method for controlling electrical power provided to a load, in particular an LED unit, and voltage control unit for controlling an output voltage of a converter unit
    • 用于控制提供给负载,特别是LED单元的电力的功率控制单元和方法,以及用于控制转换器单元的输出电压的电压控制单元
    • US09380656B2
    • 2016-06-28
    • US14241198
    • 2012-09-05
    • Harald Josef Günther Radermacher
    • Harald Josef Günther Radermacher
    • H05B37/02H05B33/08
    • H05B33/0815H05B33/0842
    • The present invention relates to a power control unit (40; 60) for controlling electrical power provided to a load (12), in particular an LED unit (12) comprising one or more LEDs, said driver device comprising a converter unit (10) having an input terminal (42) for receiving an input voltage (V10) from an external power supply (22) and having an output terminal (44) for providing an output voltage (V14) to power the load (12), wherein the converter unit (10) comprises a switching device (14) for transforming the input voltage (V10) to the output voltage (V14), a control unit (20) for controlling the switching device (14), signal means (46; 62) connected to the output terminal (44) for applying a voltage or current signal to the output terminal (44), wherein the control unit (20) is connected to the signal means (46; 62) and adapted to control the signal means (46; 62).
    • 本发明涉及一种用于控制提供给负载(12)的电力的功率控制单元(40; 60),特别是包括一个或多个LED的LED单元(12),所述驱动器装置包括转换器单元(10) 具有用于从外部电源(22)接收输入电压(V10)的输入端子(42),并具有用于提供输出电压(V14)以为负载(12)供电的输出端子(44),其中转换器 单元(10)包括用于将输入电压(V10)变换为输出电压(V14)的开关装置(14),用于控制开关装置(14)的控制单元(20),连接的信号装置(46; 62) 到所述输出端子(44),用于向所述输出端子(44)施加电压或电流信号,其中所述控制单元(20)连接到所述信号装置(46; 62)并且适于控制所述信号装置(46; 62)。
    • 2. 发明申请
    • LED LIGHTING CIRCUIT
    • LED照明电路
    • US20120286683A1
    • 2012-11-15
    • US13519396
    • 2011-01-04
    • Harald Josef Günther Radermacher
    • Harald Josef Günther Radermacher
    • H05B37/00
    • H05B33/0815H05B33/0803
    • The invention describes an AC-LED lighting circuit (1) comprising an AC-LED arrangement (10) with at least a first set (11) of LEDs connected according to a first polarity and a second set (12) of LEDs connected according to the opposite polarity, which AC-LED lighting circuit (1) is characterized by (i) a source (61) of a polarity-selectable DC input signal (51) to be applied to the AC-LED arrangement (10), or a connecting means (40) for connecting the AC-LED lighting circuit (1) to a fixed-polarity DC input signal (50) and a conversion means (T1, T2, T3, T4) for converting the fixed-polarity DC input signal (50) to a polarity-selectable DC signal (50′) to be applied to the AC-LED arrangement (10); and (ii) a polarity controller (70, 71) realized to control the polarity of the polarity-selectable DC signal (50′, 51) applied to the AC-LED arrangement (10) such that the first set (11) of LEDs of the AC-LED arrangement (10) is driven when the polarity-selectable DC signal (50′, 51) has the first polarity, and the second set (12) of LEDs of the AC-LED arrangement (10) is driven when the polarity-selectable DC signal (50′, 51) has the opposite polarity. The invention further describes an AC-LED lighting device (9) comprising such an AC-LED lighting circuit (1) and having an outer chamber (90) enclosing the AC-LED arrangement (10) of the AC-LED lighting circuit (1) and a lamp base at least partially incorporating the connector (3) of the AC-LED lighting circuit (1). The invention also describes a method of driving an AC-LED lighting circuit comprising an AC-LED arrangement (10).
    • 本发明描述了一种包括AC-LED布置(10)的AC-LED照明电路(1),其具有根据第一极性连接的至少第一组LED(11)和根据第一极性连接的第二组LED(12) 相反的极性,AC-LED照明电路(1)的特征在于(i)要施加到AC-LED装置(10)的极性可选择的DC输入信号(51)的源极(61),或 用于将AC-LED点亮电路(1)连接到固定极性DC输入信号(50)的连接装置(40)和用于转换固定极性DC输入信号的转换装置(T1,T2,T3,T4) 50)连接到被施加到AC-LED装置(10)的极性可选择的DC信号(50'); 和(ii)实现的极性控制器(70,71),用于控制施加到AC-LED装置(10)的极性可选择的DC信号(50',51)的极性,使得第一组LED 当极性可选择的直流信号(50',51)具有第一极性时,AC-LED布置(10)的驱动被驱动,并且AC-LED布置(10)的LED的第二组(12)被驱动, 极性可选择的直流信号(50',51)具有相反的极性。 本发明还描述了一种包括这种AC-LED照明电路(1)并且具有封闭AC-LED照明电路(1)的AC-LED布置(10)的外室(90)的AC-LED照明装置(9) )和至少部分地结合有AC-LED照明电路(1)的连接器(3)的灯座。 本发明还描述了一种驱动包括AC-LED布置(10)的AC-LED照明电路的方法。
    • 3. 发明申请
    • LIGHTING DEVICE WITH COOLING ARRANGEMENT
    • 带冷却装置的照明装置
    • US20120274214A1
    • 2012-11-01
    • US13321833
    • 2010-05-19
    • Harald Josef Günther RadermacherMatthias Wendt
    • Harald Josef Günther RadermacherMatthias Wendt
    • H01J7/24
    • F21V29/61F21K9/00F21S2/005F21Y2115/10
    • In a lighting device (100) comprising an AC light source (14) and a cooling arrangement (52, 62) and a coil (11) for producing a magnetic field for driving the arrangement (52, 62), the coil (11) is serially coupled to the AC light source (14) for making the lighting device (100) more compact. The arrangement (52, 62) comprises a moveable part for displacing a quantity of air or another gas or a fluid. Preferably, the lighting device (100) comprises a further coil (21) for producing a further magnetic field for further driving the arrangement (52, 62), and a phase-shift is introduced between currents flowing through the coil (11) and the further coil (21). The AC light source (14) comprises a combination of a rectifier and a light emitting diode and/or comprises a combination of at least two light emitting diodes combined in an anti-parallel manner.
    • 在包括AC光源(14)和冷却装置(52,62)的照明装置(100)和用于产生用于驱动装置(52,62)的磁场的线圈(11)中,线圈(11) 串联耦合到AC光源(14),以使照明装置(100)更紧凑。 该装置(52,62)包括用于移动一定量的空气或另一种气体或流体的可移动部件。 优选地,照明装置(100)包括用于产生用于进一步驱动装置(52,62)的另外的磁场的另外的线圈(21),并且在流过线圈(11)和 另外的线圈(21)。 AC光源(14)包括整流器和发光二极管的组合和/或包括以反并联方式组合的至少两个发光二极管的组合。
    • 6. 发明授权
    • Power over ethernet lighting device
    • 通过以太网照明设备供电
    • US09338860B2
    • 2016-05-10
    • US13505767
    • 2010-10-29
    • Harald Josef Günther Radermacher
    • Harald Josef Günther Radermacher
    • H05B37/02
    • H05B37/0254
    • Information technology is becoming more and more present in illumination applications, such as lighting devices. To limit the installation effort and cost of such illumination applications lighting devices compliant with the Power over Ethernet can be used. There is provided a lighting device which is powered via Power over Ethernet and where the driver of the lighting device is directly compatible with the Power over Ethernet standard. With such an internal Power over Ethernet driver, the power delivered to the light source of the lighting device can be influence gradually, thereby allowing the light source to operate at a different power level instead of shutting the light source down completely.
    • 信息技术在诸如照明设备的照明应用中变得越来越多。 为了限制这种照明应用的安装工作和成本,可以使用符合以太网供电的照明设备。 提供了一种通过以太网供电供电的照明设备,照明设备的驱动器与以太网供电标准直接兼容。 通过这样的内部以太网以太网驱动器,传递到照明装置的光源的功率可以逐渐影响,从而允许光源以不同的功率水平操作,而不是完全关闭光源。
    • 8. 发明授权
    • Driver device and driving method for driving a load, in particular an LED assembly
    • 用于驱动负载的驱动器装置和驱动方法,特别是LED组件
    • US09258868B2
    • 2016-02-09
    • US14009118
    • 2012-03-28
    • Harald Josef Günther Radermacher
    • Harald Josef Günther Radermacher
    • H05B37/02H05B33/08
    • H05B37/02H05B33/0809H05B33/0824
    • Driver device (1) and a corresponding driving method for driving a load (100), in particular an LED assembly comprising two or more LEDs. The proposed driver device comprises supply terminals (10) for receiving a supply voltage (Vs), load terminals (20) for coupling a load to said driver device and for providing electrical energy to said load for driving said load, a storage unit (40) for storing electrical energy received at said supply terminals, a coupling unit (50) coupled between said supply terminals and said storage unit for controllably providing electrical energy from said supply terminals to said storage unit, a first switching unit (60) coupled between said supply terminals and said load for switchably providing electrical energy from said supply terminals to one or more of said load terminals, a second switching unit (70) coupled between said storage unit and said load for switchably providing electrical energy stored in said storage unit to one or more of said load terminals, and a control unit (80) for controlling said coupling unit and said first and second switching units.
    • 驱动装置(1)和用于驱动负载(100)的相应驱动方法,特别是包括两个或更多个LED的LED组件。 所提出的驱动器装置包括用于接收电源电压(Vs)的电源端子(10),用于将负载耦合到所述驱动器件的负载端子(20),以及用于向所述负载提供用于驱动所述负载的电能;存储单元 ),用于存储在所述电源端子处接收的电能;耦合单元(50),耦合在所述电源端子和所述存储单元之间,用于可控地将电能从所述电源端子提供到所述存储单元;第一开关单元(60) 电源端子和用于从所述电源端子切换到一个或多个所述负载端子的电能的所述负载;耦合在所述存储单元和所述负载之间的第二开关单元(70),用于可转换地将存储在所述存储单元中的电能提供给一个 或更多的所述负载端子,以及用于控制所述耦合单元和所述第一和第二开关单元的控制单元(80)。
    • 10. 发明申请
    • POWER CONTROL UNIT AND METHOD FOR CONTROLLING ELECTRICAL POWER PROVIDED TO A LOAD, IN PARTICULAR AN LED UNIT, AND VOLTAGE CONTROL UNIT FOR CONTROLLING AN OUTPUT VOLTAGE OF A CONVERTER UNIT
    • 用于控制提供给负载的电力,特别是LED单元的电力控制单元和用于控制转换器单元的输出电压的电压控制单元
    • US20140197760A1
    • 2014-07-17
    • US14241198
    • 2012-09-05
    • Harald Josef Günther Radermacher
    • Harald Josef Günther Radermacher
    • H05B33/08
    • H05B33/0815H05B33/0842
    • The present invention relates to a power control unit (40; 60) for controlling electrical power provided to a load (12), Min particular an LED unit (12) comprising one or more LEDs, said driver device comprising a converter unit (10) having an input terminal (42) for receiving an input voltage (V10) from an external power supply (22) and having an output terminal (44) for providing an output voltage (V14) to power the load (12), wherein the converter unit (10) comprises a switching device (14) for transforming the input voltage (V10) to the output voltage (V14), a control unit (20) for controlling the switching device (14), signal means (46; 62) connected to the output terminal (44) for applying a voltage or current signal to the output terminal (44), wherein the control unit (20) is connected to the signal means (46; 62) and adapted to control the signal means (46; 62).
    • 本发明涉及一种用于控制提供给负载(12)的电力的功率控制单元(40; 60),特别涉及包括一个或多个LED的LED单元(12),所述驱动器装置包括转换器单元(10) 具有用于从外部电源(22)接收输入电压(V10)的输入端子(42),并具有用于提供输出电压(V14)以为负载(12)供电的输出端子(44),其中转换器 单元(10)包括用于将输入电压(V10)变换为输出电压(V14)的开关装置(14),用于控制开关装置(14)的控制单元(20),连接的信号装置(46; 62) 到所述输出端子(44),用于向所述输出端子(44)施加电压或电流信号,其中所述控制单元(20)连接到所述信号装置(46; 62)并且适于控制所述信号装置(46; 62)。