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    • 2. 发明授权
    • Method and system for detecting messages in the presence of noise
    • 在存在噪声的情况下检测信息的方法和系统
    • US08015316B2
    • 2011-09-06
    • US11911358
    • 2005-04-12
    • Davide TazzariFilippo Vernia
    • Davide TazzariFilippo Vernia
    • G06F15/173G06F15/16
    • H04L1/0083H04L7/041H04L7/048
    • Disclosed is a method for transmitting messages between a transmitter and a receiver on a channel on which noise may be present. The messages are constituted by a sequence of data and comprise an initial portion (header) containing data to allow recognition of the message, a central portion (body) containing the valid message to transmit and an end portion (tail) containing information to verify the completeness of the message. The method consists in inserting in the message header a signature obtained from the combination of a first fixed part and of a second validation part; and recognizing a valid message received by verifying whether the fixed part of the message received generates the same validation part.
    • 公开了一种在可能存在噪声的信道上在发射机和接收机之间发送消息的方法。 消息由数据序列构成,并且包括包含允许识别消息的数据的初始部分(头部),包含要发送的有效消息的中心部分(主体)和包含用于验证消息的信息的结束部分(尾部) 消息的完整性。 该方法包括在消息报头中插入从第一固定部分和第二验证部分的组合获得的签名; 并且通过验证所接收的消息的固定部分是否生成相同的验证部分来识别接收的有效消息。
    • 9. 发明申请
    • Multi-Level DC/AC Converter
    • 多级DC / AC转换器
    • US20130094260A1
    • 2013-04-18
    • US13642456
    • 2010-04-19
    • David MartiniMassimo ValianiSimone Soldani
    • David MartiniMassimo ValianiSimone Soldani
    • H02M7/483
    • H02M7/483H02M3/158H02M7/487H02M7/49H02M2001/007
    • The multi-level DC/AC converter, comprising: an input (5,7) connectable to a direct voltage source (3), with a first connection (5) and a second connection (7) between which can be applied an input voltage (Vi); a half-bridge with a first controlled switch (21) and a second controlled switch (25) between which is positioned an output (U) of the converter; a first connecting branch (15) between the first controlled switch (21) and the first connection (5) and a second connecting branch (17) between the second controlled switch (25) and the second connection (7); a third controlled switch (59) associated to the first controlled switch (21), connectable in series to the first controlled switch to generate an output voltage exceeding a first limit value (Vi/2); a fourth controlled switch (61) associated to the second controlled switch (25), connectable in series to said second controlled switch to generate an output voltage below a second limit value (−Vi/2).
    • 所述多电平DC / AC转换器包括:可连接到直流电压源(3)的输入(5,7),具有第一连接(5)和第二连接(7),其间可以施加输入电压 (Vi); 具有第一受控开关(21)和第二受控开关(25)的半桥,其间位于转换器的输出端(U)之间; 第一受控开关(21)和第一连接件(5)之间的第一连接分支(15)和第二受控开关(25)与第二连接件(7)之间的第二连接分支(17) 与第一受控开关(21)相关联的第三控制开关(59),可串联连接到第一受控开关以产生超过第一限制值(Vi / 2)的输出电压; 与第二受控开关(25)相关联的第四受控开关(61),其可串联连接到所述第二受控开关以产生低于第二限制值(-Vi / 2)的输出电压。
    • 10. 发明申请
    • Method and System for Extracting Electric Power from a Renewable Power Source
    • 从可再生能源提取电力的方法和系统
    • US20110276195A1
    • 2011-11-10
    • US13143627
    • 2009-01-07
    • Sauro MaceriniDavid MartiniSilvio Scaletti
    • Sauro MaceriniDavid MartiniSilvio Scaletti
    • G06F1/28
    • G05F1/67Y10S323/906
    • The plant comprises: a DC-voltage electric power source (3), whose operating conditions vary as a function of at least one uncontrollable quantity, for each value of the uncontrollable quantity the source presenting a characteristic curve of the supplied power as a function of a controlled quantity, wherein each characteristic curve presents a maximum for an optimal value of said controlled quantity; a power conditioning circuit (5); a regulation loop (9) to adjust the controlled quantity maximizing the power supplied by the source when said uncontrollable quantity varies. The regulation loop is de- signed in such a way as to determine whether, for the actual value of said uncontrollable quantity, the actual value of the controlled quantity (V.in) is greater or lower than the optimal value and to generate a regulation signal (V.in-REF) to modify the actual value of the controlled quantity towards the optimal value.
    • 该工厂包括:对于不可控量的每个值,其作为至少一个不可控量的函数的操作条件变化的直流电压电源(3),其呈现作为供应电力的函数的所提供功率的特性曲线 控制量,其中每个特征曲线呈现所述受控量的最佳值的最大值; 功率调节电路(5); 调节回路(9),用于当所述不可控数量变化时,调节受控量使得由源提供的功率最大化。 调节循环的设定方式是确定对于所述不可控量的实际值,控制量(V.in)的实际值是否大于或低于最优值,并产生调节 信号(V.in-REF)将受控数量的实际值修改为最优值。