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    • 4. 发明授权
    • Encoding and decoding process and corresponding data detector
    • 编码和解码过程及相应的数据检测器
    • US06934102B2
    • 2005-08-23
    • US10033726
    • 2001-12-28
    • Angelo DatiDavide Giovenzana
    • Angelo DatiDavide Giovenzana
    • G11B20/10G11B5/09H03M7/20H04L27/10
    • G11B20/10287G11B20/10009G11B20/10055G11B20/10296
    • A system provides two distinct solutions for encoding and decoding servo positioning data for a hard disk drive. A first solution includes: encoding each group of four bits of a pattern signal in a Matched Spectral Null (MSN) format through an intermediate rate 4/6 code; providing a duplicated bit for each bit of the six bit code word obtained with the previous step. A second solution includes: encoding each group of four bit of the pattern signal adding a parity check bit as an intermediate rate ⅘ code; encoding each of the five bits using the biphase map. Both solutions include subsequently: reading a servo wedge information signal using a read and write channel of the hard disk drive; and using a trellis Partial Response decoding scheme matched to the encoded word for obtaining angular and radial information for the head positioning.
    • 系统为硬盘驱动器的伺服定位数据的编码和解码提供了两个不同的解决方案。 第一个解决方案包括:通过中间速率4/6代码以匹配光谱空(MSN)格式对每组4位模式信号进行编码; 为前一步获得的六位码字的每一位提供一个复制位。 第二个解决方案包括:对每一组四位模式信号进行编码,将奇偶校验位作为中间速率4/5代码; 使用双相图编码五位中的每一位。 这两种解决方案包括:使用硬盘驱动器的读和写通道读取伺服楔信息信号; 并且使用与编码字匹配的网格部分响应解码方案来获得头部定位的角度和径向信息。
    • 6. 发明申请
    • Bifunctional Chemical, Preparation and Use for Detecting Nucleic Acid
    • 双功能化学,检测核酸的制备和应用
    • US20080118405A1
    • 2008-05-22
    • US11875755
    • 2007-10-19
    • Sabrina ConociSalvatore Sortino
    • Sabrina ConociSalvatore Sortino
    • B01J19/00C07D211/04
    • C07D213/30
    • A bifunctional compound comprising a molecular unit (I) intercalating between nucleobases (B) of nucleic acids, an active molecular unit (AD) capable of emitting a detectable signal, and optionally a spacer unit, in which the active molecular unit (AD) is selected from amongst chemical entities having a structure such as to interact electronically with the intercalating molecular unit (I) in such a way that, during the reaction of oxidation, the reduction-oxidation potential (EI+/I) of the semicouple I+/I defined by the intercalating molecular unit (I) is lower than the reduction-oxidation potential (EB+/B) of the semicouple B+/B defined by the nucleobases (B), and in such a way that, during the reaction of reduction, the reduction-oxidation potential (EI/I−) of the semicouple I/I− defined by the intercalating molecular unit (I) is higher than the reduction-oxidation potential (EB/B−) of the semicouple B/B− defined by the nucleobases (B). Moreover the use of the compound for detecting nucleic acids, a process for its synthesis, and a system comprising the same are described.
    • 包含嵌入核酸碱基(B)之间的分子单元(I),能够发射可检测信号的活性分子单元(AD)和任选的间隔单元的双功能化合物,其中活性分子单元(AD)为 选自具有如下结构的化学实体,其结构使得与插层分子单元(I)以电子方式相互作用,使得在氧化反应期间,所述半导体I + / I的还原氧化电位(EI + / I)被定义 插层分子单元(I)的含量低于由核碱基(B)定义的半组分B + / B的还原 - 氧化电位(EB + / B),并且在还原反应期间还原 由插入分子单元(I)定义的半配偶I / I的氧化电位(EI / I)高于由核碱基限定的半组分B / B-的还原 - 氧化电位(EB / B-) (B)。 此外,描述了化合物用于检测核酸的用途,其合成方法和包含其的体系。
    • 7. 发明授权
    • First and second order CMOS elementary cells for time-continuous analog
filters
    • 用于时间连续模拟滤波器的一阶和二阶CMOS单元
    • US6031416A
    • 2000-02-29
    • US67127
    • 1998-04-27
    • Andrea BaschirottoUgo BaschirottoGuido BrascaRinaldo Castello
    • Andrea BaschirottoUgo BaschirottoGuido BrascaRinaldo Castello
    • H03H11/04H03K5/00
    • H03H11/04
    • A CMOS elementary cell of the first order for time-continuous analog filters with non-linearity compensation, is connected between a first supply voltage reference and a second voltage reference. The cell is of a type which comprises at least a first MOS transistor having its conduction terminals connected to the first supply voltage reference and to an output terminal, and having a control terminal connected to an input terminal of the first order CMOS elementary cell. The cell further comprises a second MOS transistor in diode configuration, and an equivalent capacitor, both connected to the output terminal of the first order CMOS elementary cell. The second, diode-connected MOS transistor and the equivalent capacitor act as a load for the first MOS transistor. The first MOS transistor operates as a drive transistor operatively tied to an input voltage signal being supplied to the input terminal of the first order CMOS elementary cell. A second order filter CMOS elementary cell is similarly connected.
    • 具有非线性补偿的时间连续模拟滤波器的第一阶CMOS元件连接在第一电源电压基准和第二参考电压之间。 电池是至少包括其导通端子连接到第一电源电压基准的第一MOS晶体管和输出端子,并且具有连接到第一级CMOS基本单元的输入端子的控制端子的类型。 电池还包括二极管配置的第二MOS晶体管和等效电容器,两者均连接到一阶CMOS元件单元的输出端子。 第二个二极管连接的MOS晶体管和等效电容器用作第一MOS晶体管的负载。 第一MOS晶体管作为驱动晶体管工作,该驱动晶体管可操作地连接到被提供给第一阶CMOS元件单元的输入端的输入电压信号。 类似地连接二阶滤波器CMOS单元。