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    • 5. 发明申请
    • CONVERTER MOTOR
    • 转换电机
    • US20110043082A1
    • 2011-02-24
    • US12866388
    • 2008-10-13
    • Markus BillmannKonrad DomesHans-Dieter HeiningHubert SchierlingRichard SchmidtHeinrich Windischmann
    • Markus BillmannKonrad DomesHans-Dieter HeiningHubert SchierlingRichard SchmidtHeinrich Windischmann
    • H02K11/00
    • H05K7/20909H02K11/33
    • The invention relates to an inverter motor comprising a motor (2) and an inverter (4), wherein components of inverter electronics are disposed on a circuit board such that the lossy components are thermally conductively connected to a heat sink (8) designed as a cover of an inverter housing made of thermally insulating plastic, wherein said inverter housing made of thermally insulating plastic is axially mounted on a B-side of the motor (2). According to the invention, the circuit board (14) is divided into a plurality of circuit board elements edged relative to each other such that circuit board segments having components having lower power loss are each thermally conductively connected to a wall of an inverter housing wall (6), and that a central circuit board segment having lossy components is thermally conductively connected to a heat sink made of thermally conductive plastic, and the motor (2) has a bulkhead (16) made of thermally insulating material on the B side thereof, whereon a connector strip (18) is disposed. The result is a compact, fanless inverter motor.
    • 本发明涉及一种包括电动机(2)和逆变器(4)的逆变器电动机,其中逆变器电子部件的部件设置在电路板上,使得有损部件被热传导地连接到设计为 由隔热塑料制成的逆变器壳体的盖子,其中由绝热塑料制成的所述逆变器壳体轴向安装在电动机(2)的B侧上。 根据本发明,电路板(14)被分成多个相对于彼此边缘的电路板元件,使得具有较低功率损耗的元件的电路板段各自热传导连接到逆变器外壳壁的壁( 6),并且具有有损组件的中心电路板段导热地连接到由导热塑料制成的散热器,并且电动机(2)在其B侧具有由隔热材料制成的隔板(16) 在其中布置有连接器条(18)。 结果是紧凑型无风扇的逆变电机。
    • 7. 发明申请
    • Method for Determination of the Risk to Disturbance-Free Operation of a Frequency Converter
    • 确定变频器无干扰运行风险的方法
    • US20080272727A1
    • 2008-11-06
    • US11570841
    • 2005-06-21
    • Hubert Schierling
    • Hubert Schierling
    • H02H7/09
    • H02M1/32H02M5/458Y10T307/826Y10T307/832Y10T307/852Y10T307/858Y10T307/865
    • The invention relates to a method for determining the chance of a disturbance-free operation of a frequency converter (2) connected to a feeding network (18). According to the invention, during the operation of said frequency converter (2), an intermediate circuit voltage (UZK) is continuously measured and a network-side intermediate circuit current (iZKmains) is continuously determined; these measuring quantities are compared with pre-determined operating values of the frequency converter (2), and quantities which are higher or lower than said values are respectively stored; and the frequency (Hij) of said higher and lower measuring quantities is determined and converted into a characteristic number for the quality of the feeding network (18). As said characteristic number decreases, the chance of a disturbance-free operation of the frequency converter (2) increases. In this way, a frequency converter (2) is able to detect the risk of appliance disturbance or failure as a result of network disturbances before the operation is interrupted
    • 本发明涉及一种用于确定连接到馈电网络(18)的变频器(2)的无干扰运行的机会的方法。 根据本发明,在所述变频器(2)的操作期间,连续地测量中间电路电压(U SUB ZK),并且网络侧中间电路电流(i> ZKmains < SUB>)连续确定; 将这些测量量与变频器(2)的预定操作值进行比较,分别存储高于或低于所述值的量; 并且确定所述较高和较低测量量的频率(H ij ij),并将其转换为用于馈送网络(18)的质量的特征数。 随着所述特征数减少,变频器(2)的无干扰运行的机会增加。 以这种方式,变频器(2)能够在操作中断之前检测到由于网络干扰造成的设备干扰或故障的风险
    • 8. 发明授权
    • Method for controlling a matrix converter
    • 用于控制矩阵转换器的方法
    • US06760239B2
    • 2004-07-06
    • US10438609
    • 2003-05-15
    • Hubert SchierlingOlaf SimonManfred Bruckmann
    • Hubert SchierlingOlaf SimonManfred Bruckmann
    • H02M75387
    • H02M5/271H02M5/2573H02M2007/53876
    • A method for controlling a matrix converter with nine bidirectional power switches arranged in a 3×3 switch matrix is described. Switching states of a modulation period are each calculated with associated time intervals by using a space vector modulation method. According to the invention, these calculated switching states are each divided into switching states of an output phase of the matrix converter, with time intervals assigned to the switching states, wherein the time intervals and the output-phase-related switching states are placed into one-to-one correspondence. Depending on the measured input voltages, the output-phase-related switching states with associated time intervals are combined into a pulse train of a modulation period, so that a sequential commutation always occurs to a nearest input voltage. This significantly reduces the switching losses of a matrix converter.
    • 描述了以3×3开关矩阵布置的九个双向功率开关来控制矩阵转换器的方法。 通过使用空间矢量调制方法,通过相关联的时间间隔来计算调制周期的切换状态。 根据本发明,将这些计算出的切换状态分别分配给矩阵转换器的输出相位的切换状态,分配给切换状态的时间间隔,其中将时间间隔和输出相位切换状态置于一个状态 一对一对应。 取决于测量的输入电压,具有相关联的时间间隔的输出相位切换状态被组合成调制周期的脉冲串,使得对于最近的输入电压总是发生顺序换向。 这显着降低了矩阵转换器的开关损耗。