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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)。
    • 2. 发明授权
    • Circuit arrangement for operating at least one discharge lamp
    • 用于操作至少一个放电灯的电路布置
    • US06291947B1
    • 2001-09-18
    • US09644041
    • 2000-08-23
    • Richard KoepplOlaf BusseMartin Grabner
    • Richard KoepplOlaf BusseMartin Grabner
    • G05F100
    • H05B41/2985Y10S315/02Y10S315/05
    • The invention relates to a circuit arrangement for operating at least one discharge lamp, which has a half-bridge inverter (T1, T2, A) with a downstream load circuit (LD, CR) and has a half-bridge capacitor (CK) and also a monitoring apparatus for monitoring a change in the voltage drop across the half-bridge capacitor (CK) which is caused by the occurrence of a rectifying action in the at least one discharge lamp LP. According to the invention, the monitoring apparatus has a first RC element (R1, C1) and a second RC element (R2, C2), which are connected to one another by a threshold switch (DC), and means for detecting the switching state of the threshold switch (DC). The first RC element (R1, C1) is connected to the center tap of the half-bridge inverter, and the second RC element (R2, C2) is connected to the half-bridge capacitor (CK).
    • 本发明涉及一种用于操作至少一个放电灯的电路装置,该放电灯具有具有下游负载电路(LD,CR)并具有半桥电容器(CK)的半桥逆变器(T1,T2,A)和 还包括用于监视由至少一个放电灯LP中发生整流作用而引起的半桥电容器(CK)两端的电压降变化的监视装置。 根据本发明,监视装置具有通过阈值开关(DC)彼此连接的第一RC元件(R1,C1)和第二RC元件(R2,C2),以及用于检测开关状态的装置 的阈值开关(DC)。 第一个RC元件(R1,C1)连接到半桥逆变器的中心抽头,第二个RC元件(R2,C2)连接到半桥电容器(CK)。
    • 5. 发明授权
    • Method for setting an electronic ballast
    • 电子镇流器的设置方法
    • US07898190B2
    • 2011-03-01
    • US11992581
    • 2006-09-26
    • Martin Grabner
    • Martin Grabner
    • G05F1/00
    • H05B41/36H05B41/295
    • Method for setting an electronic ballast, with which an electric lamp is operated which comprises programming first settings of at least one operational parameter of at least one first lamp type into the electronic ballast, setting and operating an electric lamp, which is connected to the electronic ballast, with the programmed first settings as long as a normal operating mode of the electronic ballast is set, changing the first settings of the operational parameters during a secondary operating mode of the electronic ballast, the secondary operating mode of the electronic ballast being set when the electronic ballast identifies a value for the resistance of a lamp filament and/or a substitute load of the electric lamp connected to the electronic ballast which is untypical in comparison with the normal operating mode, the change to the first settings being carried out depending on the identified untypical value for the corresponding resistance.
    • 一种用于设置电子镇流器的方法,其中操作电灯,其包括将至少一个第一灯类型的至少一个操作参数的第一设置编程到电子镇流器中,设置和操作电灯,其连接到电子 具有编程的第一设置,只要设置电子镇流器的正常操作模式,在电子镇流器的辅助操作模式期间改变操作参数的第一设置,则电子镇流器的辅助操作模式被设置为 电子镇流器识别与正常操作模式相比不连接的电灯泡的灯丝电阻和/或连接到电子镇流器的替代负载的值,根据第一设置的改变取决于 确定的相应电阻的非典型值。
    • 6. 发明申请
    • Method for Setting an Electronic Ballast
    • 电子镇流器的设置方法
    • US20090160366A1
    • 2009-06-25
    • US11992581
    • 2006-09-26
    • Martin Grabner
    • Martin Grabner
    • H05B41/36
    • H05B41/36H05B41/295
    • Method for setting an electronic ballast, with which an electric lamp is operated which comprises programming first settings of at least one operational parameter of at least one first lamp type into the electronic ballast, setting and operating an electric lamp, which is connected to the electronic ballast, with the programmed first settings as long as a normal operating mode of the electronic ballast is set, changing the first settings of the operational parameters during a secondary operating mode of the electronic ballast, the secondary operating mode of the electronic ballast being set when the electronic ballast identifies a value for the resistance of a lamp filament and/or a substitute load of the electric lamp connected to the electronic ballast which is untypical in comparison with the normal operating mode, the change to the first settings being carried out depending on the identified untypical value for the corresponding resistance.
    • 一种用于设置电子镇流器的方法,其中操作电灯,其包括将至少一个第一灯类型的至少一个操作参数的第一设置编程到电子镇流器中,设置和操作电灯,其连接到电子 具有编程的第一设置,只要设置电子镇流器的正常操作模式,在电子镇流器的辅助操作模式期间改变操作参数的第一设置,则电子镇流器的辅助操作模式被设置为 电子镇流器识别与正常操作模式相比不连接的电灯泡的灯丝电阻和/或连接到电子镇流器的替代负载的值,根据第一设置的改变取决于 确定的相应电阻的非典型值。