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    • 11. 发明授权
    • Method and apparatus for voltage regulation depending on battery charge
    • 根据电池电量进行电压调节的方法和装置
    • US5280232A
    • 1994-01-18
    • US779932
    • 1991-10-21
    • Walter KohlRainer Mittag
    • Walter KohlRainer Mittag
    • H02J7/14H02J7/16H02J7/24
    • H02J7/166
    • The method of regulating a voltage produced by a generator with a voltage regulator according to a battery charge state includes providing a controller containing a clock and a memory able to store battery and power supply reference data, battery voltage and generator rotation speed; maintaining a regulated voltage produced by the generator at a normal value (U.sub.R) during a first time interval (t1); measuring a battery voltage (U.sub.B) and decreasing the regulated voltage (U.sub.R) during a second time interval (t2); determining the battery charge state from the measured battery voltage (U.sub.B) according to the stored battery- and power supply-reference data; and, when the battery charge state is determined to be unsatisfactory, determining an additional time interval (t4) with the controller and an amount of increase of the regulated voltage (U.sub.R) sufficient to obtain a satisfactory battery charge state during the additional time interval (t4) without damaging the voltage sensitive components of the voltage regulator; and increasing the regulated voltage above the normal value (U.sub.R) by the thus determined amount and turning on no voltage-critical consuming device during the additional time interval (t4). A voltage regulator including the controller is also described.
    • 提出了一种用于电压调节的方法和装置,通过该方法和装置,确定了电池充电状态和来自车载网络的负载,并且如果电池充电状态差,则开始改善该充电状态的适当措施。 在从电压调节器(12)的开关晶体管(18)的接通持续时间和发电机的速度开始的第一周期(t1)期间确定车载网络负载。 在第二时段(t2)中,电池的充电状态根据电池电压在减小的调节电压的行为来确定。
    • 12. 发明授权
    • Device for automatically detecting a generator type of a motor vehicle
    • 用于自动检测汽车发电机类型的装置
    • US06555930B1
    • 2003-04-29
    • US09857743
    • 2001-08-09
    • Walter KohlBurkhard HillerKlaus Ries-MuellerHelmut Suelzle
    • Walter KohlBurkhard HillerKlaus Ries-MuellerHelmut Suelzle
    • H02P904
    • H02P9/02
    • According to the invention, an apparatus for automatically detecting a motor vehicle's generator type is proposed, in which the characteristic voltage course is measured at a terminal (DF) of the generator (1) and compared with values stored in memory. Via an interface (3), a control unit (5) is connected to the controller (2) or generator (1) and evaluates the voltage change (&dgr;DF) upon a load change. To that end, the voltage at the terminal (DF) is measured and evaluated before the electrical load (8) is turned on, after it is turned, and after it is turned off. By means of this apparatus, advantageously not only the generator type (A, B) but also incorrect installations can be ascertained.
    • 根据本发明,提出了一种用于自动检测机动车辆发电机类型的装置,其中在发电机(1)的端子(DF)处测量特征电压级,并将其与存储在存储器中的值进行比较。 通过接口(3),控制单元(5)连接到控制器(2)或发电机(1),并在负载变化时评估电压变化(deltaDF)。 为此,端子(DF)之间的电压在电负载(8)接通之后,转动之后及其关闭之后被测量和评估。 通过该装置,不仅可以确定发电机类型(A,B),而且有利于不正确的安装。
    • 13. 发明授权
    • Voltage regulator for an alternator and method of regulating voltage
generated by an alternator
    • 交流发电机的电压调节器和调节交流发电机产生的电压的方法
    • US5374886A
    • 1994-12-20
    • US910176
    • 1992-07-10
    • Walter KohlFriedhelm MeyerRainer Mittag
    • Walter KohlFriedhelm MeyerRainer Mittag
    • H02J7/14H02J7/24
    • H02J7/245H02J7/1453Y02T10/92
    • In a voltage regulator for an alternator which charges a battery via a charging cable and supplies a vehicle mains with voltage, the output voltage is regulated as a function of the temperature of the battery. The voltage regulator has a power part and a control part, which includes a simulation device for storing data and for determining the temperature of the battery, and hence the optimum charging voltage, by simulation from the stored data. Further, the voltage drop between the alternator and battery can be calculated from the alternator current and the resistance of the charging cable while taking into account correction factors which take into account the different connections of the consuming devices between the alternator and the battery so that the calculated voltage drop and the optimum charging voltage for the battery can be used by the voltage regulator to set the voltage delivered to the battery.
    • PCT No.PCT / DE91 / 00857 Sec。 371日期:1992年7月10日 102(e)日期1992年7月10日PCT 1991年11月5日PCT PCT。 第WO92 / 10019号公报 日期1992年6月11日。在用于通过充电电缆对电池充电并向车辆电源供电的交流发电机的电压调节器中,输出电压作为电池温度的函数被调节。 电压调节器具有功率部分和控制部分,其包括用于存储数据并用于通过从存储的数据的模拟来确定电池的温度以及因此最佳充电电压的模拟装置。 此外,可以根据交流发电机电流和充电电缆的电阻来计算交流发电机和电池之间的电压降,同时考虑考虑到交流发电机和电池之间的消耗装置的不同连接的校正因素,使得 电压调节器可以使用计算出的电压降和电池的最佳充电电压来设定传送到电池的电压。
    • 14. 发明授权
    • Voltage-regulator for generator
    • 发电机用电压调节器
    • US5144219A
    • 1992-09-01
    • US602291
    • 1990-11-16
    • Gerhard ConzelmannWalter KohlKarl Nagel
    • Gerhard ConzelmannWalter KohlKarl Nagel
    • H02J7/24
    • H02J7/245Y02T10/92
    • A voltage regulator (4) for a generator (1), particularly for use in motor vehicles, is provided which produces an average field current in the exciting winding (2) of the generator (1) by switching on and off the field current by a controlled semiconductor switch in cooperation with a recovery diode in such a way that the generator voltage remains approximately constant independently of the load and the speed. The voltage regulator (4) contains an integrally acting component for compensating for load-dependent and speed-dependent errors, which component is produced by a nonlinearly working integrator for the relative turn-on period of the current through the exciting winding (2) and is fed back into the regulating circuit of the voltage regulator (4). The nonlinearly of the output variable of the integrator is produced in that, for the formation of the correction function, one period portion during the current flow through the exciting winding (2) of the generator (1) and the controlled semiconductor switch is evaluated differently than the other period portion during the current flow through the exciting winding (2) and the recovery diode.
    • PCT No.PCT / DE90 / 00236 Sec。 371日期1990年11月16日 102(e)1990年11月16日PCT PCT 1990年3月23日PCT公布。 WO90 / 12443 PCT出版物 1990年10月18日提供了一种用于发电机(1)的电压调节器(4),特别用于机动车辆,其通过切换在发电机(1)的励磁绕组(2)中产生平均励磁电流 通过与恢复二极管协作的受控半导体开关的场电流的导通和截止,使得发电机电压保持独立于负载和速度几乎恒定。 电压调节器(4)包含用于补偿负载相关和速度相关误差的整体作用部件,该部件由非线性工作积分器产生,用于通过励磁绕组(2)的电流的相对导通周期,以及 被反馈到电压调节器(4)的调节电路。 产生积分器的输出变量的非线性,因为为了形成校正函数,在通过发电机(1)的激励绕组(2)的电流流过和受控半导体开关的一个周期部分被评估为不同 在电流通过励磁绕组(2)和恢复二极管的电流期间的其它周期部分。
    • 15. 发明授权
    • Voltage regulator for a generator
    • 发电机电压调节器
    • US5013996A
    • 1991-05-07
    • US314578
    • 1989-01-25
    • Gerhard ConzelmannKarl NagelWalter Kohl
    • Gerhard ConzelmannKarl NagelWalter Kohl
    • H02J7/14H02J7/24H02P9/30
    • H02J7/244
    • A voltage regulator for generators is proposed which, compared with a voltage regulator known, for example, from DE-PS 27 38 897, is supplemented in such a manner that an integral component corresponding to the relative operating time of the field current is formed and this component is fed into the actual control loop. The relative operating time of the field current in this arrangement can be obtained more or less directly from the switching characteristic of the switching transistor (20) for the field current or by means of a sensing resistor (33) in series with the exciter winding (21).
    • PCT No.PCT / DE87 / 00147 Sec。 371日期:1989年1月25日 102(e)日期1989年1月25日PCT提交1987年4月3日PCT公布。 出版物WO88 / 01110 日期:1988年2月11日。提出了一种用于发电机的电压调节器,其与例如从DE-PS 27 38 897已知的电压调节器相比,以与相对工作时间相对应的积分分量 形成场电流,并将该分量馈入实际的控制回路。 可以直接从场电流的开关晶体管(20)的开关特性或利用与励磁机绕组串联的感测电阻(33)直接获得该布置中的励磁电流的相对工作时间 21)。
    • 18. 发明授权
    • Alternator with exciting means arrangement
    • 发电机具有令人兴奋的装置安排
    • US06333581B1
    • 2001-12-25
    • US09509508
    • 2000-05-31
    • Walter KohlIstvan RagalyAlexander ShendiHans-Peter Groeter
    • Walter KohlIstvan RagalyAlexander ShendiHans-Peter Groeter
    • H02K1936
    • H02K19/365H02K19/26H02K19/36
    • The electrical machine, in particular a three-phase generator, has a stator (21) secured in a housing (10) and a claw pole rotor (23) which is secured on a shaft (13) and has an exciter winding (28). Between the claw pole rotor and a bearing plate (17) that closes off the housing, there is an electrical repeater (29) for exciting the exciter winding (28). The primary winding (30) is disposed along with the core (36, 41, 47) on the bearing plate (17). The primary and secondary windings (30, 31) of the repeater (29) are disposed between the bearing plate (17) and the claw pole rotor system (23); the primary winding (30) is disposed in a stationary core (36, 41, 47), and the secondary winding (31) is disposed in a rotating core (35, 42, 48), and the windings are coupled via an air gap (38).
    • 电机,特别是三相发电机具有固定在壳体(10)中的定子(21)和固定在轴(13)上并具有励磁机绕组(28)的爪极转子(23) 。 在爪极转子和封闭壳体的支承板(17)之间,设有用于激励励磁机绕组(28)的电中继器(29)。 初级绕组(30)与芯(36,41,47)一起设置在支承板(17)上。 中继器(29)的初级和次级绕组(30,31)设置在支承板(17)和爪极转子系统(23)之间; 初级绕组(30)设置在固定铁芯(36,41,47)中,次级绕组(31)设置在旋转铁心(35,42,48)中,并且绕组经由气隙 (38)。