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    • 1. 发明授权
    • Inductance element
    • 电感元件
    • US06191677B1
    • 2001-02-20
    • US09345386
    • 1999-06-30
    • Bernhard OrbenRichard KoepplRene TwardzikJerzy CierpinskiOlaf BusseMartin GrabnerThomas EckhardCristian Bahr
    • Bernhard OrbenRichard KoepplRene TwardzikJerzy CierpinskiOlaf BusseMartin GrabnerThomas EckhardCristian Bahr
    • H01F2730
    • H01F27/325H01F2005/025
    • The invention relates to an coil former and at least one wire winding arranged on the coil former, the coil former (1) having a cylindrical sleeve (1a) whose cylinder axis runs parallel to the winding axis (A—A) of the at least wire winding, and at least two side walls (1b, 1c) arranged perpendicularly to the winding axis (A—A), and the cylindrical sleeve (1a) and the side walls (1b, 1c) forming at least one winding space for the at least one wire winding (2, 3). According to the invention, the at least two side walls (1b, 1c) each have at least one shoulder (1d, 1e), which subdivide the at least one winding space into a non-constricted first region (B1) and into at least one constricted second region (B2). In addition, the inductance element has electrical insulation (5), which bears on the at least one shoulder (1d, 1e) of the side walls (1b, 1c) and separates the non-constricted first region (B1) from the at least one constricted second region (B2).
    • 本发明涉及一种线圈架和线圈架上布置的至少一个线绕组,线圈架(1)具有圆柱形套筒(1a),其圆柱轴线平行于至少线绕组的绕线轴线(AA) 以及垂直于卷绕轴线(AA)布置的至少两个侧壁(1b,1c),以及形成用于至少一根丝线的至少一个卷绕空间的圆柱形套筒(1a)和侧壁(1b,1c) 绕组(2,3)。 根据本发明,所述至少两个侧壁(1b,1c)各自具有至少一个肩部(1d,1e),所述至少一个肩部(1d,1e)将所述至少一个绕组空间细分成非收缩的第一区域(B1)并且至少 一个缩小的第二区域(B2)。 另外,电感元件具有电绝缘体(5),该电绝缘体(5)承载在侧壁(1b,1c)的至少一个肩部(1d,1e)上,并且将非限制的第一区域(B1)与至少 一个缩小的第二区域(B2)。
    • 7. 发明授权
    • Switched-mode power supply having signal evaluation unit connected to a
charging inductor
    • 开关电源具有连接到充电电感器的信号评估单元
    • US6044000A
    • 2000-03-28
    • US250196
    • 1999-02-16
    • Rene Twardzik
    • Rene Twardzik
    • H02M7/12H02M1/00H02M1/15H02M1/42H02M7/217H02M5/42
    • H02M1/4208Y02B70/126
    • A switched-mode power supply for supplying a DC-fed load (LD) by a steppep, stabilized DC voltage (uzw), which is formed from an AC mains voltage (U) by means of a rectifier circuit (D1 to D4), a charging inductor (L1), a switch (V1), which is controlled by a control unit (2) and has its switching path connected in parallel with outputs of the rectifier circuit, and also a charge storage arrangement (D5, C1, C2, D6), which is connected once again in parallel with the switching path of the said switch. In this case, the charge storage arrangement (D5, C1, C2, D6) comprises a series circuit of charging diodes (D5 and D6) and two storage capacitors (C1, C2), whose common junction point is connected to a neutral conductor terminal (N) of the rectifier circuit. The charging inductor (L1) is arranged in the line path, at high potential (L), between AC mains voltage (U) and the rectifier circuit and has an auxiliary winding (L1s), to which a signal evaluation unit (3) for the floating evaluation of the instantaneous charge state of the charging inductor is connected, in order to derive therefrom state control signals (Ul1, Ust, Io) for the control unit (2).
    • 一种用于通过整流电路(D1至D4)由交流电源电压(U)形成的升压稳定的直流电压(uzw)来供给直流馈电负载(LD)的开关电源 ),由控制单元(2)控制并且其开关路径与整流电路的输出并联连接的充电电感器(L1),开关(V1)以及电荷存储装置(D5,C1 ,C2,D6),其再次与所述开关的开关路径并联连接。 在这种情况下,电荷存储装置(D5,C1,C2,D6)包括充电二极管(D5和D6)和两个存储电容器(C1,C2)的串联电路,其公共连接点连接到中性导体端子 (N)。 充电电感器(L1)布置在线路中,高电位(L),交流电源电压(U)和整流电路之间,并具有辅助绕组(L1),信号评估单元(3) 连接充电电感器的瞬时充电状态的浮动评估,从而导出用于控制单元(2)的状态控制信号(U11,Ust,Io)。
    • 9. 发明授权
    • Apparatus for safely connecting the lamp to the equipment voltage ground
    • 用于将灯安全连接到设备电压接地的装置
    • US07439680B2
    • 2008-10-21
    • US11441006
    • 2006-05-26
    • Ange GaoRene Twardzik
    • Ange GaoRene Twardzik
    • H05B37/00
    • H05B41/2855H05B41/2851
    • Apparatus for safely connecting a lamp to an equipment voltage ground, includes a rectification circuit for rectifying the power supply alternating voltage into a direct voltage, and an oscillating circuit for converting the direct voltage into alternating voltage for driving the lamp to work. The oscillating circuit includes a DC-blocking capacitor, a oscillating inductor and an oscillating capacitor orderly connected in series, and one end of the DC-blocking capacitor is connected to the output rectification voltage of the rectification circuit, and another end is connected to the oscillating inductor, while one end of the oscillating capacitor is connected to the equipment voltage ground, and another end is connected to the working voltage terminal of the lamp. The ground terminal of the lamp is electrically connected to the equipment voltage ground through a parallel circuit formed of a switch and a high impedance capacitor.
    • 用于将灯安全地连接到设备电压接地的装置包括用于将电源交流电压整流为直流电压的整流电路,以及用于将直流电压转换成用于驱动灯工作的交流电压的振荡电路。 振荡电路包括隔离电容器,振荡电感器和串联顺序串联的振荡电容器,隔直流电容器的一端连接到整流电路的输出整流电压,另一端连接到 振荡电感器,而振荡电容器的一端连接到设备电压接地,另一端连接到灯的工作电压端子。 灯的接地端子通过由开关和高阻抗电容器形成的并联电路与设备电压接地电连接。