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    • 34. 发明授权
    • Method for controlling or regulating the current in a direct current machine for a fan
    • 用于控制或调节风扇直流电机中电流的方法
    • US06967459B2
    • 2005-11-22
    • US10362723
    • 2001-08-14
    • Alexander HahnHermann Rappenecker
    • Alexander HahnHermann Rappenecker
    • H02P6/28H02P6/00
    • H02P6/28
    • The invention concerns a method of regulating the current in a direct current machine with which are associated an arrangement for generating a current target value signal, as well as a PWM generator (FIG. 11: 182) whose output signal (PWM2) is controllable by means of a control signal (u—156) and controls the current in the direct current machine, having the following steps: a) the pulse duty factor of the PWM generator is controlled with the control signal (u—156); b) with the output signal (PWM2) of the PWM generator, the current in the direct current machine is controlled in such a way that a pulsed direct current (i—2; i—2′) is obtained in a supply lead thereof; c) a pulsed current-dependent signal (u—2) is derived from this pulsed direct current (i—2; i—2′) and is compared to the current target value signal (PHI1); d) as a function of the result of that comparison, the control signal (u—156) for controlling the PWM generator (182) is modified in such a way that the current in the direct current machine is regulated to the desired target value.
    • 本发明涉及一种调节直流电机中的电流的方法,其与用于产生电流目标值信号的装置相关联,以及其输出信号(PWM 2)是可控的PWM发生器(图11:182) 通过控制信号(u> - 156)并控制直流电机中的电流,具有以下步骤:a)PWM发生器的脉冲占空因数由控制信号( 156); b)利用PWM发生器的输出信号(PWM 2),直流电机中的电流被控制为使得脉冲直流(i> 2; i - 2')在其供应引线中获得; c)从该脉冲直流电流(i 2 - 2; i 2 - 2)导出脉冲电流相关信号(u 2 - 2) )并与当前目标值信号(PHI 1)进行比较; d)作为该比较结果的函数,用于控制PWM发生器(182)的控制信号(u> - - 156)被修改为直流电机中的电流为 调节到所需的目标值。
    • 38. 发明授权
    • Method and apparatus for measuring a frequency datum
    • 用于测量频率数据的方法和装置
    • US06496786B1
    • 2002-12-17
    • US09665498
    • 2000-09-19
    • Roland DieterleHermann RappeneckerAlexander Hahn
    • Roland DieterleHermann RappeneckerAlexander Hahn
    • G01P348
    • H02P5/68G01D5/145G01P3/489H02P6/17H02P7/288
    • An improved method, for obtaining a datum concerning the rotation speed (n) of a rotating object, such as a motor rotor (32), offers high precision. Typically, the motor has a sensor (61) which supplies a sensor signal that has, for each revolution of the rotor, a plurality A of events such as pulses or pulse edges which are counted by a microprocessor (23) associated with the motor. In order to keep the computation load on the microprocessor from increasing as the rotor speed increases, yet maintain high precision, the measurement is done over a full rotation of the rotor, starts at a first signal event (176), and ends after a third or nth signal event (182) which happens at the same rotational position as the first signal event.
    • 用于获得关于诸如电动机转子(32)的旋转物体的旋转速度(n)的数据的改进方法提供了高精度。 通常,马达具有传感器(61),该传感器信号为转子的每转一圈提供传感器信号,该传感器信号具有由与电动机相关联的微处理器(23)计数的诸如脉冲或脉冲边缘的多个事件。 为了保持微处理器上的计算负荷随着转子速度的增加而增加,并保持高精度,在转子的完全旋转下进行测量,从第一个信号事件(176)开始,并在第三个 或第n个信号事件(182),其发生在与第一信号事件相同的旋转位置。
    • 39. 发明授权
    • Electronically commutated motor
    • 电子换向电机
    • US06452349B1
    • 2002-09-17
    • US09831103
    • 2001-05-03
    • Alexander HahnHermann Rappenecker
    • Alexander HahnHermann Rappenecker
    • H02P706
    • H02P6/24H02P6/16H02P6/28
    • In an electronically commutated motor, both the driving current (i2) and the braking current (i2′) are monitored. When excessive driving current occurs, a pulse duty factor which regulates the current is reduced. When excessive braking current occurs, this pulse duty factor is increased. For this purpose, an analog circuit with two current limiting members is disclosed, as well as a circuit in which these functions are implemented by software in a microcontroller, so that current measurement can be dispensed with. Finally, a combination of these features is disclosed, in which hardware current limitation and software current limitation work together.
    • 在电子换向电动机中,监视驱动电流(i2)和制动电流(i2')。 当发生过大的驱动电流时,调节电流的脉冲占空因数降低。 当制动电流过大时,脉冲占空因数增加。 为此,公开了具有两个限流部件的模拟电路,以及其中这些功能由微控制器中的软件实现的电路,从而可以省去电流测量。 最后,公开了这些特征的组合,其中硬件电流限制和软件电流限制一起工作。