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    • 3. 发明申请
    • VOLTAGE RECTIFIER WITH SPECIFIC DIODE ARRANGEMENT
    • 具有特殊二极管布置的电压整流器
    • WO2011151767A2
    • 2011-12-08
    • PCT/IB2011052331
    • 2011-05-27
    • KONINKL PHILIPS ELECTRONICS NVPHILIPS INTELLECTUAL PROPERTYLUERKENS PETERLOEF CHRISTOPH
    • LUERKENS PETERLOEF CHRISTOPH
    • H02M7/106H02M7/06
    • The invention is directed to a voltage rectifier (23) comprising at least two diode arrays (33, 34, 35, 36) each comprising plural diodes (33a, 33b, 33p, 34a, 34b, 35a, 35b, 35p, 36a, 36b, 36c, 36d, 36p) connected in series. The diode arrays are arranged in an enclosure (47). The diode arrays are arranged in a special arrangement for providing an even distribution of a field strength. According to an embodiment and with respect to the figures, the vertical distance between an enclosure (47) and the diode arrays (33, 34, 35, 36) increases when horizontally distancing from the direct current terminals. Further, the invention provides a voltage generator (21) and a voltage rectifier (23) having such a voltage rectifier.
    • 本发明涉及一种电压整流器(23),其包括至少两个二极管阵列(33,34,35,36),每个二极管阵列包括多个二极管(33a,33b,33p,34a,34b,35a,35b,35p,36a,36b ,36c,36d,36p)串联连接。 二极管阵列布置在外壳(47)中。 二极管阵列被布置成用于提供场强的均匀分布的特殊布置。 根据实施例,并且关于附图,当与直流端子水平隔开时,外壳(47)和二极管阵列(33,34,35,36)之间的垂直距离增加。 此外,本发明提供一种具有这种电压整流器的电压发生器(21)和电压整流器(23)。
    • 6. 发明申请
    • DETERMINING STATES OF A PHYSICAL SYSTEM BY AN OBSERVER
    • 由观察者确定一个物理系统的状态
    • WO2007039860A3
    • 2007-07-12
    • PCT/IB2006053578
    • 2006-10-02
    • KONINKL PHILIPS ELECTRONICS NVPHILIPS INTELLECTUAL PROPERTYSCHEEL THOMASLUERKENS PETER
    • SCHEEL THOMASLUERKENS PETER
    • G05B17/02
    • G05B13/04
    • Determining estimations of states of a physical system (2) by using an observer (4), which comprises a mathematical model (6) of the physical system. The observer (4) is supplied with a value of at least one entity (Y1, Y2, Y3, ...) of the physical system and values of input entities (IN) supplied to the system also, to provide estimated values of entities (Y1b, Y2b, Y3b, ...) of the model. At least one estimated value (Y1b) is compared with a related given reference value (Y1ref) to provide an error value (e1). The given reference value (Y1ref) is compared with the related monitored entity (Y1) and when (ttrig) becoming equal the error value (e1) is used for correction of the estimated values (Y1b, Y2b, Y3b, ...).
    • 通过使用包括物理系统的数学模型(6)的观测器(4)来确定物理系统(2)的状态的估计。 向观察者(4)提供物理系统的至少一个实体(Y1,Y2,Y3,...)的值以及提供给系统的输入实体(IN)的值,以提供实体的估计值 (Y1b,Y2b,Y3b,...)。 将至少一个估计值(Y1b)与相关的给定参考值(Y1ref)进行比较以提供误差值(e1)。 将给定的参考值(Y1ref)与相关的被监测实体(Y1)进行比较,并且当(ttrig)变得相等时,使用误差值(e1)来校正估计值(Y1b,Y2b,Y3b,...)。
    • 8. 发明申请
    • PRE-CONDITIONER WITH LOW VOLTAGE COMPONENTS
    • 低电压组件的预调速器
    • WO2006051450A3
    • 2006-07-13
    • PCT/IB2005053590
    • 2005-11-03
    • KONINKL PHILIPS ELECTRONICS NVPHILIPS INTELLECTUAL PROPERTYLUERKENS PETER
    • LUERKENS PETER
    • H02M3/335
    • H02M3/158H02M2001/009
    • A pre-conditioner circuit comprising first and second pre-conditioner modules (10, 12), each having an input (Vin1, Vin2) and an output (Vout1, Vout2), the outputs (Vout1, Vout2) being coupled to respective load modules (14, 16). The output (Vout1, Vout2) of each pre-conditioner module (10, 12) is serially connected to the input (Vin2, Vin1) of the other pre-conditioner module (12, 10), such that an arbitrary series of parallel connection of the load modules (14, 16) can be achieved, depending on the rout voltage (Vin). Thus, low voltage components can be used in pre-conditioner modules (10, 12) and the load modules (14, 16), without the need for over-dimensioning.
    • 一种包括第一和第二预调节器模块(10,12)的预调节器电路,每个具有输入(Vin1,Vin2)和输出(Vout1,Vout2),所述输出(Vout1,Vout2)耦合到相应的负载模块 (14,16)。 每个预调节器模块(10,12)的输出(Vout1,Vout2)串联连接到另一个预调节器模块(12,10)的输入(Vin2,Vin1),使得任意串联的并联 可以根据路由电压(Vin)来实现负载模块(14,16)。 因此,可以在预调节模块(10,12)和负载模块(14,16)中使用低电压组件,而不需要过大的尺寸。
    • 9. 发明申请
    • ANALOG TO DIGITAL CONVERSION CIRCUIT WITH AUTOMATIC BIAS POINT DETERMINATION AND MR GRADIENT SYSTEMS USING THE SAME
    • 模拟数字转换电路与自动偏离点确定和MR梯度系统使用相同
    • WO2010018533A3
    • 2010-04-08
    • PCT/IB2009053516
    • 2009-08-11
    • KONINKL PHILIPS ELECTRONICS NVPHILIPS INTELLECTUAL PROPERTYSCHEEL THOMASHATTRUP CHRISTIANLUERKENS PETER
    • SCHEEL THOMASHATTRUP CHRISTIANLUERKENS PETER
    • H03M3/04
    • H03M3/412
    • A hybrid analog/digital circuit comprises: an analog difference element (60) configured to output an analog difference signal (d) corresponding to a difference between an input analog signal (s meas ) and an analog feedback signal (s bias ); an analog-to-digital converter (ADC) (62) configured to generate a multi-bit digital representation (D) of the analog difference signal; digital control circuitry (64, 66, 68) including at least a digital integrator or digital summer (64), the digital control circuitry configured to generate a digital control signal (S BIAS ) based on the multi-bit digital representation of the analog difference signal; a digital-to-analog converter (DAC) (70) configured to generate the analog feedback signal (s bias ) having an analog value corresponding to a digital value of the digital control signal; and an output unit (72, 74) arranged to output a digital output signal (S MEAS ) equal to or derived from the digital control signal.
    • 一种混合模拟/数字电路,包括:模拟差分元件(60),被配置为输出与输入模拟信号(s meas)和模拟反馈信号(s bias)之间的差相对应的模拟差分信号(d); 模数转换器(ADC)(62),其被配置为生成所述模拟差分信号的多位数字表示(D);模数转换器 数字控制电路(64,66,68),其至少包括数字积分器或数字加法器(64),所述数字控制电路被配置为基于所述模拟差分的所述多位数字表示产生数字控制信号(S BIAS) 信号; 数模转换器(DAC)(70),被配置为生成具有对应于所述数字控制信号的数字值的模拟值的所述模拟反馈信号(s bias); 和输出单元(72,74),其被配置为输出等于或来源于数字控制信号的数字输出信号(S MEAS)。