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    • 42. 发明申请
    • SELF-EXCITED CONTROLLED FREQUENCY GENERATOR SYSTEM WITH BI-DIRECTIONAL CONVERTER
    • 具有双向转换器的自激控制频率发生器系统
    • US20090315522A1
    • 2009-12-24
    • US12143011
    • 2008-06-20
    • CRISTIAN ANGHELMING XUPARSA MIRMOBIN
    • CRISTIAN ANGHELMING XUPARSA MIRMOBIN
    • H02P9/14
    • H02P9/08H02P9/30H02P9/48H02P2101/30
    • A controlled frequency generating system (CFG) may be constructed with a main generator and an exciter driven by a common shaft. Excitation power may be provided from the common shaft; as distinct from prior-art systems which may require independent excitation power sources. While controlling the output voltage and frequency of the main generator, the bi-directional controller extracts power from a main generator output and may supply the extracted power to supplement excitation power when needed at certain rotational speeds. The controller may extract power from the exciter when, at other rotational speeds, the exciter produces excess power. The extracted excess power may be delivered to the output of the main generator to maintain a desired level of output power at a desired frequency, irrespective of speed of rotation of the CFG.
    • 受控频率发生系统(CFG)可以由主发电机和由公共轴驱动的励磁机构成。 可以从公共轴提供励磁功率; 与可能需要独立激励电源的现有技术系统不同。 在控制主发电机的输出电压和频率的同时,双向控制器从主发电机输出端提取电力,并且可以提供提取的功率以在特定转速下需要时补充激励功率。 当在其他转速下,激励器产生过量功率时,控制器可从激励器提取功率。 提取的过剩功率可以被传送到主发电机的输出端,以保持期望的输出功率水平处于期望的频率,而与CFG的转速无关。
    • 43. 发明申请
    • Method and apparatus for controlling electric power generation for vehicles
    • 用于控制车辆发电的方法和装置
    • US20090251110A1
    • 2009-10-08
    • US12385063
    • 2009-03-30
    • Tadashi Uematsu
    • Tadashi Uematsu
    • H02P9/08
    • H02P9/08H02J7/1446Y02T10/92
    • The present invention provides, as one aspect, an apparatus for controlling electric power generation for vehicles, which controls energization of an excitation winding of a generator driven by an internal-combustion engine controlled by a controller to control output voltage of the generator. The apparatus includes a restraining unit that restrains electric power generation of the generator in response to a given signal, and a releasing unit the releases the restraint by the restraining unit when generated voltage of the generator is equal to or less than a first predetermined value. The apparatus further includes a detecting unit that detects starting of the internal-combustion engine, a measuring unit that measures elapsed time from the detection of the starting by the detecting unit, and a prohibiting unit that prohibits the release of the restraint by the releasing unit until a predetermined time is measured by the measuring unit.
    • 本发明一方面提供了一种用于控制车辆发电的装置,其控制由由控制器控制的内燃机驱动的发电机的励磁绕组的通电,以控制发电机的输出电压。 该装置包括:抑制单元,用于响应于给定的信号来限制发电机的发电;当发电机的发电电压等于或小于第一预定值时,释放单元释放限制单元的约束。 该装置还包括检测内燃机的起动的检测单元,测量单元,该测量单元根据检测单元的起动检测来测量经过时间;以及禁止单元,其禁止释放单元释放约束 直到由测量单元测量预定时间。
    • 46. 发明申请
    • STALL CONTROLLER AND TRIGGERING CONDITION CONTROL FEATURES FOR A WIND TURBINE
    • 风力发电机的控制器和触发条件控制特性
    • US20090021022A1
    • 2009-01-22
    • US12181108
    • 2008-07-28
    • David Gregory CALLEY
    • David Gregory CALLEY
    • H02P9/04H02H7/06
    • F03D7/0256F03D7/0272F03D7/042F05B2270/1016H02P3/22H02P3/24H02P9/04H02P9/08H02P25/18H02P2101/15H02P2101/45Y02E10/721Y02E10/723
    • Control features for a wind turbine that control the turbine over a range of wind speeds and under triggering conditions with reduced noise, cost, and reliability issues associated with other such controls. Control is accomplished via control electronics, which adjust the torque produced by the electrical output generation device (e.g., alternator) within the wind turbine. During normal operation, torque is adjusted for optimum aerodynamic performance and maximum output of power. In winds above rated power, the control circuit regulates torque to lower aerodynamic performance, as necessary to maintain desired power level output. In triggering conditions, such as during simultaneous control circuit failure and loss of some portion of the electrical output generation device in extreme winds, wind turbine control is accomplished by increasing torque (e.g., via a separate controller) from the electrical output generation device via shorting of windings, so as to cause retardation of blade rotation.
    • 用于风力涡轮机的控制特征,其在一定范围的风速和触发条件下控制涡轮机,降低与其他这种控制相关联的噪声,成本和可靠性问题。 通过控制电子装置实现控制,控制电路调节由风力涡轮机内的电输出产生装置(例如,交流发电机)产生的扭矩。 在正常运行期间,调整扭矩以获得最佳的空气动力性能和最大功率输出。 在超过额定功率的风中,控制电路根据需要调节转矩以降低空气动力性能,以保持所需的功率电平输出。 在触发条件下,例如在同时控制电路故障期间和在极端风中的电输出发生装置的某些部分的损失时,风力涡轮机控制是通过经由短路从电输出发生装置增加扭矩(例如经由单独的控制器)来实现的 的绕组,从而导致叶片旋转的延迟。
    • 48. 发明授权
    • Wind power generator
    • 风力发电机
    • US07456510B2
    • 2008-11-25
    • US10534216
    • 2003-11-13
    • Ryosuke ItoKiyoshi SatoHideaki TamuraKatsushi Kawakami
    • Ryosuke ItoKiyoshi SatoHideaki TamuraKatsushi Kawakami
    • F03D9/00H02P9/04H02P3/00H02P9/06H02P15/00
    • H02P9/08F03D7/026F03D7/0272F05B2220/7068Y02E10/721Y02E10/723Y02E10/725
    • When a wind velocity sensor detects a wind velocity higher than a predetermined level, a timer device starts a waiting timer function during an operation timer period shorter than the waiting timer period. After the waiting timer period is over, the waiting timer function is switched to an operation timer function, and a switching relay switches a generator to a motor only during an operation timer period. Then, a driving circuit performs a start assisting rotation. After the operation timer period is over, the waiting timer period re-starts. This process is repeated. When during this period, the number of rotations of a rotor monitored by a rotation number measuring device, based on the output voltage Vm of a three-phase conduction coil exceeds a predetermined number of rotations, the charging of a battery by a three-phase generator is started.
    • 当风速传感器检测到高于预定水平的风速时,定时器装置在比等待定时器周期短的操作定时器期间中开始等待定时器功能。 等待定时器周期结束后,等待定时器功能切换到运行定时器功能,切换继电器只在运行定时器周期内将发电机切换到电机。 然后,驱动电路进行起动辅助旋转。 运行定时器周期结束后,等待定时器周期重新启动。 重复此过程。 当在此期间,由转数测量装置监测的转子的转数基于三相导通线圈的输出电压V SUB超过预定的转数,充电 开始由三相发电机组成的电池。
    • 49. 发明授权
    • Stall controller and triggering condition control features for a wind turbine
    • 失速控制器和风力发电机的触发条件控制功能
    • US07420288B2
    • 2008-09-02
    • US11487343
    • 2006-07-17
    • David Gregory Calley
    • David Gregory Calley
    • F03D9/00
    • F03D7/0256F03D7/0272F03D7/042F05B2270/1016H02P3/22H02P3/24H02P9/04H02P9/08H02P25/18H02P2101/15H02P2101/45Y02E10/721Y02E10/723
    • Control features for a wind turbine that control the turbine over a range of wind speeds and under triggering conditions with reduced noise, cost, and reliability issues associated with other such controls. Control is accomplished via control electronics, which adjust the torque produced by the electrical output generation device (e.g., alternator) within the wind turbine. During normal operation, torque is adjusted for optimum aerodynamic performance and maximum output of power. In winds above rated power, the control circuit regulates torque to lower aerodynamic performance, as necessary to maintain desired power level output. In triggering conditions, such as during simultaneous control circuit failure and loss of some portion of the electrical output generation device in extreme winds, wind turbine control is accomplished by increasing torque (e.g., via a separate controller) from the electrical output generation device via shorting of windings, so as to cause retardation of blade rotation.
    • 用于风力涡轮机的控制特征,其在一定范围的风速和触发条件下控制涡轮机,降低与其他这种控制相关联的噪声,成本和可靠性问题。 通过控制电子装置实现控制,控制电路调节由风力涡轮机内的电输出产生装置(例如,交流发电机)产生的扭矩。 在正常运行期间,调整扭矩以获得最佳的空气动力性能和最大功率输出。 在超过额定功率的风中,控制电路根据需要调节转矩以降低空气动力性能,以保持所需的功率电平输出。 在触发条件下,例如在同时控制电路故障期间和在极端风中的电输出发生装置的某些部分的损失时,风力涡轮机控制是通过经由短路从电输出发生装置增加扭矩(例如经由单独的控制器)来实现的 的绕组,从而导致叶片旋转的延迟。
    • 50. 发明申请
    • EXCITATION VOLTAGE SUPPLY FOR SYNCHRONOUS GENERATOR USED IN A WIND TURBINE, AND METHOD OF STARTING A WIND TURBINE HAVING SUCH EXCITATION VOLTAGE SUPPLY
    • 用于风力发电机的同步发电机的励磁电压供应以及启动具有这种升压电源的风力发电机的方法
    • US20080136185A1
    • 2008-06-12
    • US11560448
    • 2006-11-16
    • Thomas Edenfeld
    • Thomas Edenfeld
    • H02P9/08H02P9/04F03D9/00H02M5/40
    • H02M5/00F03D7/026F03D9/255F05B2220/70642H02P9/08Y02E10/723Y02E10/725Y02E10/76
    • A wind turbine is provided, the wind turbine comprising, a synchronous generator having a stator and a rotor, an AC-DC-AC link for coupling said synchronous generator to a grid, wherein the DC link is connected to the rotor of said synchronous generator for supplying an excitation voltage to a rotor winding of said rotor. Furthermore, a method of starting a wind turbine with an electrically excited synchronous generator is provided, the method comprising the steps of (a) opening a grid contactor; (b) closing a bypass contactor to bypass a grid-side DC-AC inverter of said wind turbine; (c) charging a DC link of said wind turbine; (d) supplying an excitation voltage to rotor windings of said synchronous generator, wherein said excitation voltage is supplied from the DC link; and (e) opening said bypass connector and closing said grid connector.
    • 提供了一种风力涡轮机,所述风力涡轮机包括:具有定子和转子的同步发电机,用于将所述同步发电机耦合到电网的AC-DC-AC链路,其中所述DC链路连接到所述同步发电机的转子 用于向所述转子的转子绕组提供激励电压。 此外,提供了一种利用电激励同步发电机起动风力涡轮机的方法,该方法包括以下步骤:(a)打开电网接触器; (b)关闭旁路接触器以旁路所述风力涡轮机的并网侧DC-AC逆变器; (c)对所述风力涡轮机的直流链路充电; (d)向所述同步发电机的转子绕组提供激励电压,其中所述激励电压从所述DC链路提供; 和(e)打开所述旁路连接器并闭合所述电网连接器。