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    • 1. 发明申请
    • CIRCUIT ARRANGEMNT AND METHOD FOR CONTROLLING AT LEAST ONE LIGHT SOURCE
    • 电路和方法,用于控制至少一个光源
    • WO2007128528A2
    • 2007-11-15
    • PCT/EP2007003969
    • 2007-05-04
    • AUSTRIAMICROSYSTEMS AGTRATTLER PETERPAURITSCH MANFRED
    • TRATTLER PETERPAURITSCH MANFRED
    • H05B33/08
    • H05B33/0869G09G3/3413G09G2320/0626G09G2320/0666G09G2360/145H05B33/086
    • A circuit arrangement for controlling at least one light source comprises a photodetector (2), a sampling means (6) for optionally sampling a photodetector signal (Iin2) generated by the photodetector (2) depending on a first and second light source (10, 12), and a control unit (5), which is coupled to the sampling means (6) on the input side. The circuit arrangement further comprises a first supply source (7), which is coupled to the control unit (5) and is designed for controlling at least one parameter of a couplable first light source (12), and at least one second supply source (11), which is coupled to the control unit (5) and is designed for controlling at least one parameter of a couplable second light source (12). The circuit arrangement is suitable for example for an RGB illumination.
    • 用于控制至少一个光源的电路装置包括光电检测器(2),扫描装置(6),用于响应从所述光电检测器(2)选择性地采样一个到第一和第二光源(10,12)中产生光检测器信号(IIN2)和一个控制单元 (5),其输入端被耦合到采样装置(6)。 此外,该电路装置包括第一电力供应源(7),其被耦合到所述控制单元(5),并且被设计用于控制可耦接第一光源(12)的至少一个参数,以及至少一个第二供给源(11),其(与控制单元 5)联接并适于控制一个可固定第二光源(12)的至少一个参数。 该电路装置适合于例如用于RGB照明。
    • 4. 发明申请
    • CIRCUIT ARRANGEMENT FOR A PIEZO TRANSFORMER, AND METHOD THEREFOR
    • FOR压电变压器和程序电路装置与听力相关
    • WO2010139528A9
    • 2011-11-10
    • PCT/EP2010056369
    • 2010-05-10
    • AUSTRIAMICROSYSTEMS AGPAURITSCH MANFREDTRATTLER PETER
    • PAURITSCH MANFREDTRATTLER PETER
    • H05B41/282
    • H05B41/2827H01L41/044
    • The invention relates to a circuit arrangement (20) for a piezo transformer (22) comprising a driver circuit (23), to which the piezo transformer (22) can be connected, and a current sensor (21) for determining an incoming power signal (IM), which is subject to an incoming current (IE) flowing through the piezo transformer (22). The invention further relates to the circuit arrangement (20) of a control unit (24) for providing a control signal (ST), which is subject the incoming power signal (IM,) and an oscillator (25) having an oscillator output (43) for emitting an oscillator signal (SO) to a driver signal input (44) of the driver circuit (23) subject to the control signal (ST).
    • 对于压电变压器(22)的电路装置(20)包括用于确定由压电变压器22的输入电流信号(IM),所述一个(驱动电路向压电变压器(22)被连接(23),其和电流传感器(21) )中流动的输入电流(IE)是相关的。 接着,该电路装置(20)包括控制单元(24),用于响应于所述输入电流信号(IM)和振荡器(25)与振荡器输出(43),用于传递的振荡器信号(SO)的驱动信号输入端提供一个控制信号(ST)(44 )响应于(控制信号ST)的驱动器电路(23)的。
    • 8. 发明申请
    • CENTRAL UNIT, TERMINAL UNIT, SYSTEM AND METHOD FOR DOWNLOADING A LIGHT PATTERN
    • 中央单元,终端,系统和方法用于下载光形
    • WO2010020539A2
    • 2010-02-25
    • PCT/EP2009060109
    • 2009-08-04
    • AUSTRIAMICROSYSTEMS AGENENKEL JANTRATTLER PETERHEUGLE JOHN
    • ENENKEL JANTRATTLER PETERHEUGLE JOHN
    • H05B37/029
    • In one form of embodiment, a central unit especially for using in a network comprises a memory (2) having at least one light pattern (L) suitable for reproducing on a terminal unit (5), a control logic system (3) connected to the memory (2), and a communication interface coupled to the control logic system (3), for providing the at least one light pattern (L) for the terminal unit (5). In another form of embodiment, a terminal unit especially for using in a network comprises a sequence control unit (10), a communication interface (11) connected to the sequence control unit (10) and set up to download at least one light pattern (L) from the network, and a memory (12) coupled to the sequence control unit (10), for storing the at least one light pattern (L). In a further form of embodiment, a system for downloading a light pattern comprises a central unit (1), a terminal unit (5), and a communication device (7) for transmitting at least one light pattern (L) from a communication interface (4) of the central unit to a communication interface (11) of the terminal unit (5).
    • 在一个实施例中,中央单元,特别是用于包括具有轻(L)中的至少一个图案的存储器(2)的网络中使用,其适于执行(5),所述存储器(2)连接至所述控制逻辑的终端上(3 )和一个(耦接至通信接口(4),用于为所述终端提供所述至少一个光图案(L),所述控制逻辑3)(5)。 在一个实施方案中,特别是终端用于在网络中使用包括序列控制单元(10),一个(与序列控制器10]连接的通信接口(11)L)是由至少一个光图案的网络设置(用于下载和与 耦合到所述存储器(12),用于存储所述至少一个光图案(L)的流控制单元(10)。在一个实施例中,用于下载的光图案的系统包括中央单元(1),(7)(5)和通信装置的终端 发送所述中央单元的通信接口(4)中的至少一个光图案(L)到所述终端的通信接口(11)(5)。
    • 9. 发明申请
    • CIRCUIT ARRANGEMENT AND METHOD FOR CONVERTING AN ALTERNATING VOLTAGE INTO A RECTIFIED VOLTAGE
    • 用于在相同电压下转换交流电压的电路布置和方法
    • WO2007017057A2
    • 2007-02-15
    • PCT/EP2006007028
    • 2006-07-17
    • AUSTRIAMICROSYSTEMS AGTRATTLER PETER
    • TRATTLER PETER
    • H02M7/217H02M3/1588H03K2017/307Y02B70/1466
    • A circuit arrangement for converting an alternating voltage (U-IN) into a rectified voltage (U-OUT) comprises a first transistor (40) whose first terminal (41) is coupled to an input terminal (1) of the circuit arrangement for supplying the alternating voltage (U-IN) and whose second terminal (42) is connected to an output terminal (5) of the circuit arrangement for outputting the rectified voltage (U-OUT). The circuit arrangement also comprises a control circuit (20) that, on the input side, is coupled to the first and the second terminal (41, 42) of the first transistor (40) and, on the output side, to a control terminal (43) of the first transistor (40) for supplying a first control signal (U-S1) to the first transistor (40). The control circuit is configured for setting the first control signal (U-S1) according to a first voltage on the first input (21) and to a second voltage on the second input (22).
    • 为交变电压(U IN)转换成整流电压(U OUT)的电路装置包括具有一个具有一个输入端口(1)供给的交流电压的电路装置的(U-IN的第一端子(41)的第一晶体管(40) )并且其第二端子(42)耦合到整流电压供应电路(U-OUT)的输出端子(5)。 此外,该电路装置包括第一晶体管(40的一个控制电路(20)(输入侧与第一和第二端子(41,42)),并在输出侧到所述第一晶体管(40的控制端子(43)),用于提供第一控制信号U -S1)耦合到第一晶体管(40)。 控制电路被设计为根据第一输入端(21)处的第一电压和第二输入端(22)处的第二电压来设置第一控制信号(U-S1)。