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    • 1. 发明申请
    • SWITCHED MODE POWER CONVERTER
    • 开关电源转换器
    • WO2009147575A1
    • 2009-12-10
    • PCT/IB2009/052218
    • 2009-05-27
    • PHILIPS INTELLECTUAL PROPERTY & STANDARDS GMBHKONINKLIJKE PHILIPS ELECTRONICS N. V.LUERKENS, PeterLOEF, ChristophSCHEEL, ThomasHATTRUP, ChristianACKERMANN, Bernd
    • LUERKENS, PeterLOEF, ChristophSCHEEL, ThomasHATTRUP, ChristianACKERMANN, Bernd
    • H02M1/38H02M3/156
    • H02M1/38H02M3/156
    • The invention provides a switched mode power converter adapted for zero-voltage transition operation, wherein the converter comprises a half-bridge, having a first power switch (206) and a second power switch, a generator (201) adapted for generating a switching signal S1 after a first period of time, wherein the first period of time starts at the switching off of the second power switch, a controller (202) for converting the switching signal S1 into a control signal S2, wherein the first power switch (206) is switched on in case of the control signal S2, wherein the controller (202) comprises a detector (205), wherein the detector (205) is adapted to generate a first signal S3 in case the voltageover the first power switch (206) is decreasing, a processor (203), wherein the processor (203) is adapted to generate a trigger signal S4 in case of a switching signal S1 and while the first signal S3 is not present, a storage element (204), wherein the storageelement (204) is adapted to generate the control signal S2 in case of the trigger signal S4 and the switching signal S1, wherein the storage element 204 is adapted to keep the control signal S2 after disappearing of the trigger signal S4, wherein the storage element (204) is adapted to terminate the control signal S2 after disappearing of the switching signal S1.
    • 本发明提供了适用于零电压转换操作的开关式功率转换器,其中转换器包括具有第一功率开关(206)和第二功率开关的半桥,发生器(201),适于产生开关信号 S1,其中所述第一时间段在所述第二电源开关的切断时开始,用于将所述切换信号S1转换成控制信号S2的控制器(202),其中所述第一电源开关(206) 在控制信号S2的情况下接通,其中控制器(202)包括检测器(205),其中检测器(205)适于在第一电源开关(206)的电压为 减少处理器(203),其中处理器(203)适于在切换信号S1的情况下产生触发信号S4,而在第一信号S3不存在的情况下产生存储元件(204),其中存储元件(204) 204)适合于基因 在触发信号S4和切换信号S1的情况下对控制信号S2进行速率控制,其中存储元件204适于在触发信号S4消失之后保持控制信号S2,其中存储元件(204)适于终止 在切换信号S1消失之后的控制信号S2。
    • 2. 发明申请
    • DEVICE FOR A COMPUTER TOMOGRAPHY GANTRY FOR TRANSFERING CONTACTLESSLY ELECTRICAL ENERGY
    • 用于传输电力能量的计算机平板电脑设备
    • WO2009147568A1
    • 2009-12-10
    • PCT/IB2009/052188
    • 2009-05-26
    • PHILIPS INTELLECTUAL PROPERTY & STANDARDS GMBHKONINKLIJKE PHILIPS ELECTRONICS N. V.LOEF, ChristophLUERKENS, PeterACKERMANN, Bernd
    • LOEF, ChristophLUERKENS, PeterACKERMANN, Bernd
    • A61B6/00
    • A61B6/56A61B2560/0214A61B2560/0219
    • The invention provides a device for a computer tomography gantry (91) for trans fering contactlessly electrical energy from a stationary part of the gantry (92) to a rotary part of the gantry (93), wherein the device comprises a first power transformer, a second power transformer, wherein the first and the second power transformers are adapted for transfering the electrical energy, wherein the first power transformer comprises a first winding (506, 507, 542, 602, 601, 1202, 1301, 1401) out of the group consisting of a first set of primary windings and a first set of secondary windings of the first power transformer, wherein the second power transformer comprises a second winding (508, 509, 543, 603, 604, 1204, 1302, 1402) out of the group consisting of a second set of primary windings and a second set of secondary windings of the second power transformer, wherein the first set of primary windings and the second set of primary windings being adapted to be mounted on the stationary part of the gantry, wherein the first set of secondary windings and the second set of secondary windings being adapted to be mounted on the rotary part of the gantry (93), wherein the device is adapted to balance the currents of the first winding and the second winding. A further aspect of the invention is a computer tomography gantry (91) comprising a device according to the inventive concept. Furthermore, it is an aspect of the invention a method for transfering contactlessly electrical energy from a stationary part of a gantry (92) to a rotary part of a gantry (93), comprising the steps of balancing currents with the help of a device according to the invention.
    • 本发明提供了一种用于计算机断层摄影台架(91)的装置,用于从台架(92)的静止部分到台架(93)的旋转部分的非接触电能传递,其中该装置包括第一电力变压器, 第二电力变压器,其中所述第一和第二电力变压器适于传送所述电能,其中所述第一电力变压器包括所述组中的第一绕组(506,507,542,602,601,1202,1301,1401) 由第一组初级绕组和第一电力变压器的第一组次级绕组组成,其中第二电力变压器包括第二绕组(508,509,543,603,604,1204,1302,1402) 该组由第二组初级绕组和第二组次级绕组构成,其中第一组初级绕组和第二组初级绕组适于安装在固定部分上 ,其中所述第一组次级绕组和所述第二组次级绕组适于安装在所述台架(93)的旋转部分上,其中所述装置适于平衡所述第一绕组和所述第二绕组的电流 绕组。 本发明的另一方面是包括根据本发明构思的装置的计算机断层摄影台架(91)。 此外,本发明的一个方面是用于将非接触电能从台架(92)的静止部分转移到台架(93)的旋转部分的方法,包括以下步骤:根据装置的帮助来平衡电流 涉及本发明。
    • 9. 发明申请
    • A WIRELESS POWERING DEVICE, AN ENERGIZABLE LOAD, A WIRELESS SYSTEM AND A METHOD FOR A WIRELESS ENERGY TRANSFER
    • 无线充电装置,可充电装置,无线系统和无线电能量传输方法
    • WO2005106901A2
    • 2005-11-10
    • PCT/IB2005/051394
    • 2005-04-28
    • PHILIPS INTELLECTUAL PROPERTY & STANDARDS GMBHKONINKLIJKE PHILIPS ELECTRONICS N. V.WAFFENSCHMIDT, EberhardREITER, HaraldDEPPE, CarstenSAUERLÄNDER, GeorgACKERMANN, Bernd
    • WAFFENSCHMIDT, EberhardREITER, HaraldDEPPE, CarstenSAUERLÄNDER, GeorgACKERMANN, Bernd
    • H01F38/00
    • H01F38/14H02J5/005H02J7/025H02J50/12H02J50/80H02J50/90H02M3/337
    • A wireless resonant powering device (1) according to the invention comprises a first inductor winding (3), which is arranged to form a transformer (9) with the inductor winding (13) of the energizable load (11). The first inductor winding (3) is arranged to form a resonant circuit (5), which may comprise a suitable plurality of electric capacitances and coils. The components of the resonant circuit (5) are selected such that the magnetic energy received by the inductor winding (13) damps the energy flow in the resonant circuit so that the induced voltage in the inductor winding (13) is substantially constant and is independent of the magnetic coupling between the first inductor winding (3) and the inductor winding 13 at the operating frequency of the driving means (6). The resonant circuit is driven by the driving means (6), comprising a control unit (6c) arranged to induce an alternating voltage between a first semiconductor switch (6a) and a second semiconductor switch (6b). At the output of the transformer (9) an alternating voltage is generated, which is rectified to a DC-voltage by a diode rectifier, filtered by an output capacitance. The resonant circuit (5) is operable on its coupling independent point by the driving means (6). This figure schematically illustrates a situation, where a variable coupling between the first inductor winding (3) and the inductor winding (13) exists. The invention further relates to a wireless inductive powering device, an energizable load, a wireless system and a method for wireless power transfer.
    • 根据本发明的无线谐振供电装置(1)包括第一电感器绕组(3),其被布置成与可激励负载(11)的电感器绕组(13)形成变压器(9)。 第一电感器绕组(3)被布置成形成谐振电路(5),其可以包括合适的多个电容和线圈。 选择谐振电路(5)的组件使得由电感线圈(13)接收的磁能减小谐振电路中的能量流,使得电感器绕组(13)中的感应电压基本上是恒定的并且是独立的 在驱动装置(6)的工作频率下,第一电感线圈(3)和电感器绕组13之间的磁耦合。 谐振电路由驱动装置(6)驱动,包括布置成在第一半导体开关(6a)和第二半导体开关(6b)之间引起交流电压的控制单元(6c)。 在变压器(9)的输出端产生交流电压,由二极管整流器整流为直流电压,由输出电容滤波。 谐振电路(5)可通过驱动装置(6)在其耦合独立点上操作。 该图示意性地示出了存在第一电感线圈(3)和电感线圈(13)之间的可变耦合的情况。 本发明还涉及无线感应供电装置,可激励负载,无线系统和无线电力传送方法。