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    • 1. 发明申请
    • DC CONNECTION SCHEME FOR WINDFARM WITH INTERNAL MVDC COLLECTION GRID
    • 具有内部MVDC收集网的WINDFARM直流连接方案
    • US20130197704A1
    • 2013-08-01
    • US13363574
    • 2012-02-01
    • Jiuping PANLi QIJun LIMuhamad REZAKailash SRIVASTAVA
    • Jiuping PANLi QIJun LIMuhamad REZAKailash SRIVASTAVA
    • H02J1/12G06F1/26H02J3/36
    • H02J3/386H02J3/36Y02E10/763Y02E60/60Y10T307/707
    • Connection schemes for offshore power generation with an internal collection grid include a power generation system which includes a plurality of generator-rectifier subsystems. The scheme further includes a medium voltage DC (MVDC) collection network with positive pole cables and negative pole cables connected to the DC outputs of the generator-rectifier subsystems. At least one offshore substation includes a positive bus bar and a negative bus bar correspondingly connected to the positive pole cables and negative pole cables of the MVDC collection network and a plurality of main DC-DC converters. Each main DC-DC converter includes multiple modules connected to the MVDC bus bars and each module has a positive and a negative output such that the modules' outputs are serially connected to one another. The schemes may also include a high voltage DC (HVDC) transmission system connected to the modules' outputs and at least one DC/AC converter at an onshore substation.
    • 具有内部收集网格的海上发电连接方案包括包括多个发电机 - 整流器子系统的发电系统。 该方案还包括一个中压直流(MVDC)收集网络,其中正极电缆和负极电缆连接到发电整流器子系统的直流输出端。 至少一个离岸变电站包括正母线和负母线,其对应地连接到MVDC收集网络的正极电缆和负极电缆以及多个主DC-DC转换器。 每个主DC-DC转换器包括连接到MVDC母线的多个模块,并且每个模块具有正和负输出,使得模块的输出彼此串联。 这些方案还可以包括连接到模块的输出的高压DC(HVDC)传输系统和在岸变电站的至少一个DC / AC转换器。
    • 2. 发明申请
    • MEDIUM VOLTAGE DC COLLECTION SYSTEM
    • 中压直流采集系统
    • US20130200714A1
    • 2013-08-08
    • US13364550
    • 2012-02-02
    • Jiuping PANHongrae KIMJun LIJing XUJyoti SASTRYWaqas ARSHAD
    • Jiuping PANHongrae KIMJun LIJing XUJyoti SASTRYWaqas ARSHAD
    • H02J1/12
    • H02J1/102H02J3/36H02J3/386H02J4/00H02M2007/4835Y02E10/763Y02E60/60Y10T307/707
    • A power generation system includes at least one generator having at least two sets of stator windings, an active rectifier comprising power cell based modular converters associated with each set of generator windings. Each set of windings is connected to an AC voltage side of the associated active rectifier, with each active rectifier having a positive DC voltage output and a negative DC voltage output. The DC voltage outputs of active rectifiers are connected to each other in series. A medium voltage DC (MVDC) collection network comprises positive pole cables and negative pole cables, wherein each positive pole cable is connected to the positive DC voltage output of a first active rectifier and each negative pole cable is connected to the negative DC voltage output of a last active rectifier. A substation receives the negative and positive pole cables of the MVDC collection network for further transformation and transmission.
    • 发电系统包括具有至少两组定子绕组的至少一个发电机,包括与每组发电机绕组相关联的基于功率单元的模块转换器的有源整流器。 每组绕组连接到相关的有源整流器的AC电压侧,每个有源整流器具有正的直流电压输出和负的直流电压输出。 有源整流器的直流电压输出串联连接。 中压直流(MVDC)采集网络包括正极电缆和负极电缆,其中每个正极电缆连接到第一有源整流器的正直流电压输出,每个负极电缆连接到负极直流电压输出 最后一个有源整流器。 变电站接收MVDC收集网络的负极和正极电缆,用于进一步的变换和传输。
    • 3. 发明申请
    • METHOD AND DEVICE FOR PROVIDING COMPLEMENTARY INFORMATION
    • 提供补充信息的方法和装置
    • US20120227067A1
    • 2012-09-06
    • US13393850
    • 2010-08-03
    • Xiao Jun MaJun XuGuang Hua ZhouJun LI
    • Xiao Jun MaJun XuGuang Hua ZhouJun LI
    • H04N21/80
    • H04N5/445H04N21/4126H04N21/42207H04N21/42209H04N21/4222H04N21/435H04N21/4622H04N21/6543H04N21/8133
    • It is provided a method for providing complementary information for principal information in a system having a first presentation device for presenting the principal information and a second presentation device for presenting the complementary information. The method comprises the steps of receiving a piece of principal information to be presented on the first presentation device; determining control information of at least one piece of complementary information associated with the received piece of principal information, wherein, the control information comprises a start time point for each piece of complementary information indicating when to present the complementary information, and sending an instruction message to instruct the second device to present the at least one piece of complementary information associated with the received piece of principal information based on the start time point contained in the control information and time information carried in the received piece of principal information.
    • 提供了一种用于在具有用于呈现主体信息的第一呈现装置的系统中提供主信息的补充信息的方法和用于呈现补充信息的第二呈现装置。 该方法包括以下步骤:接收要呈现在第一呈现设备上的一条主体信息; 确定与所接收的主体信息相关联的至少一条补充信息的控制信息,其中,所述控制信息包括指示何时显示所述补充信息的每条互补信息的开始时间点,并且向 指示第二设备基于包含在控制信息中的开始时间点和接收的主体信息中携带的时间信息来呈现与所接收的主体信息相关联的至少一条补充信息。
    • 6. 发明申请
    • ANTI-LIGHTNING AUTOMATIC SWITCH FOR A SATELLITE TELEVISION RECEIVER
    • 用于卫星电视接收机的防雷自动开关
    • US20110261494A1
    • 2011-10-27
    • US13092354
    • 2011-04-22
    • Jun LI
    • Jun LI
    • H02H3/20
    • H01Q1/50
    • An anti-lightning automatic switch for a satellite television receiver comprises a housing, external terminals which are connected with external cables are respectively arranged at two ends of the housing, wherein an on-off interface is arranged at the other end of the external terminal on one side, and internal cable is connected to the other end of the external terminal on the other side; and a guide rail unit is arranged in the housing, a driving mechanism is mounted on the guide rail unit, the driving mechanism is connected with the external terminal on the other side through the internal cable, a control circuit board and a motor controlled by the control circuit board are arranged on the driving mechanism, and a contact which is used in combination with the on-off interface is mounted at one end of the driving mechanism.
    • 一种用于卫星电视接收机的防雷自动切换装置包括外壳,与外部电缆连接的外部端子分别设置在外壳的两端,其中开关接口设置在外部端子的另一端上 一侧,内部电缆连接到另一侧的外部端子的另一端; 并且在所述壳体内设置有导轨单元,驱动机构安装在所述导轨单元上,所述驱动机构通过所述内部电缆与所述外部端子连接,所述控制电路基板和所述电动机 控制电路板设置在驱动机构上,并且与开关接口组合使用的触点安装在驱动机构的一端。