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    • 51. 发明授权
    • Monitoring and control of a fabrication process
    • 监控和制造过程的控制
    • US07972440B2
    • 2011-07-05
    • US10505197
    • 2003-02-24
    • Erik C. HougeJohn M. McIntoshRobert Francis Jones
    • Erik C. HougeJohn M. McIntoshRobert Francis Jones
    • C30B33/00
    • H01J37/26B24B37/044C09G1/02H01L22/12Y10T117/1004Y10T117/1008
    • A system (10) for monitoring and controlling a fabrication process includes at least a first subsystem (12), a crystallographic analysis subsystem (14), and a second subsystem (16), wherein the first subsystem and second subsystem perform respective fabrication steps on a workpiece. The crystallographic analysis subsystem may be coupled to both the first subsystem and second subsystem. The analysis subsystem acquires crystallographic information from the workpiece after the workpiece undergoes a fabrication step by the first subsystem and then provides information, based on the crystallographic information acquired, for modifying parameters associated with the respective fabrication steps. The system may also include neural networks (24, 28) to adaptively modify, based on historical process data (32), parameters provided to the respective fabrication steps. The analysis subsystem may include a electromagnetic source (61), a detector (66), a processor (67), a controller (68) and a scanning actuator (65).
    • 用于监测和控制制造过程的系统(10)至少包括第一子系统(12),结晶分析子系统(14)和第二子系统(16),其中第一子系统和第二子系统执行相应的制造步骤 工件。 晶体分析子系统可以耦合到第一子系统和第二子系统。 分析子系统在工件经过第一子系统的制造步骤之后从工件获取晶体学信息,然后基于获得的晶体学信息提供用于修改与各个制造步骤相关的参数的信息。 系统还可以包括神经网络(24,28),以根据历史过程数据(32)自适应地修改提供给各个制造步骤的参数。 分析子系统可以包括电磁源(61),检测器(66),处理器(67),控制器(68)和扫描致动器(65)。
    • 52. 发明授权
    • Electrical devices having adjustable capacitance
    • 具有可调电容的电器
    • US07960812B2
    • 2011-06-14
    • US12253403
    • 2008-10-17
    • Patrick J. CarberryJeffery J. Gilbert
    • Patrick J. CarberryJeffery J. Gilbert
    • H01L29/84
    • H01C10/12H01F21/02
    • Electrical devices having tunable capacitance are provided. The tunable capacitance is achieved by placing an appropriate material between substrate layers and by controllably applying a pressure to the material to compress the material or alter the shape of a well in which the material is contained, and thereby alter the capacitance of the electrical device. The composition, shape and dimension of the embedded materials determine how the capacitance of the electrical device is altered upon compression of the embedded material in response to an applied control signal. Generally, as the embedded material is compressed, the material will become more dense and the capacitance of the integrated electrical device is altered.
    • 提供了具有可调电容的电器件。 可调谐电容是通过在衬底层之间放置合适的材料并通过可控地施加压力到材料来压缩材料或改变其中所含材料的阱的形状,从而改变电气装置的电容来实现的。 嵌入材料的组成,形状和尺寸决定了如何在响应于所施加的控制信号压缩嵌入材料时如何改变电气设备的电容。 通常,当嵌入材料被压缩时,材料将变得更致密,并且整合的电子器件的电容被改变。
    • 56. 发明授权
    • Communications system with symmetrical interfaces and associated methods
    • 具有对称接口和相关方法的通信系统
    • US07940808B2
    • 2011-05-10
    • US12346296
    • 2008-12-30
    • Michael S. ShafferHimanshu Mahendra ThakerCharles Albert Webb, IIILesley Jen-Yuan Wu
    • Michael S. ShafferHimanshu Mahendra ThakerCharles Albert Webb, IIILesley Jen-Yuan Wu
    • H04J3/06
    • H04Q11/0478H04L2012/5674
    • A communications system includes a physical layer device (PLD) and a logical link device (LLD), each having respective send and receive interfaces being substantially identical to define symmetrical interfaces for the system. Accordingly, design and manufacturing is simplified compared to conventional systems. In addition, advantages are also provided in terms of loopback capability and packaging options. The PLD comprises a PLD send interface including PLD parallel information outputs, and a PLD receive interface including PLD parallel information inputs. Similarly, the LLD comprises an LLD receive interface including LLD parallel information inputs, and an LLD send interface including LLD parallel information outputs. Parallel communications channels connect the PLD information outputs to respective LLD information inputs, and connect the LLD information outputs to respective PLD information inputs. The PLD send interface and the LLD send interface are substantially identical, and the PLD receive interface and the LLD receive interface are substantially identical to thereby define the symmetrical interfaces for the system. In view of the symmetrical interfaces, the PLD and the LLD may operate in a push-push configuration. Deskewing features are also provided.
    • 通信系统包括物理层设备(PLD)和逻辑链路设备(LLD),每个物理层设备(LLD)各自具有相同的发送和接收接口,以定义用于系统的对称接口。 因此,与常规系统相比,设计和制造被简化。 此外,还提供了环回能力和封装选项方面的优势。 PLD包括包括PLD并行信息输出的PLD发送接口和包括PLD并行信息输入的PLD接收接口。 类似地,LLD包括包括LLD并行信息输入的LLD接收接口和包括LLD并行信息输出的LLD发送接口。 并行通信通道将PLD信息输出连接到相应的LLD信息输入,并将LLD信息输出连接到相应的PLD信息输入。 PLD发送接口和LLD发送接口基本相同,PLD接收接口和LLD接收接口基本相同,从而定义了系统的对称接口。 鉴于对称接口,PLD和LLD可以以推 - 推配置运行。 还提供脱色功能。
    • 58. 发明申请
    • Short Range FM Modulator/Transmitter and System Incorporating Same
    • 短距离FM调制器/发射器和系统相同
    • US20110092156A1
    • 2011-04-21
    • US12514152
    • 2009-05-08
    • David Dreifus
    • David Dreifus
    • H04B7/00H04B1/06
    • H04B1/034
    • A short range radio transmitter device includes a radio signal modulator and transmitter, a receiver and a controller coupled to the receiver. The controller and receiver operate to examine a frequency spectrum to select a transmission frequency for the radio signal modulator and transmitter. A receiver system for use with the transmitter includes a data channel service enabled receiver and a controller. The controller of the receiver system automatically tunes the data channel service enabled receiver to a frequency identified in a data channel service component of a received signal.
    • 短距离无线电发射机设备包括无线电信号调制器和发射机,接收机和耦合到接收机的控制器。 控制器和接收器用于检查频谱以选择无线电信号调制器和发射机的传输频率。 与发射机一起使用的接收机系统包括启用数据信道服务的接收机和控制器。 接收机系统的控制器自动将启用数据信道业务的接收机调谐到接收信号的数据信道业务分量中识别的频率。
    • 60. 发明授权
    • Methods and apparatus for reorganizing cells buffered after transmission
    • 传播后缓冲细胞重组细胞的方法和装置
    • US07924857B2
    • 2011-04-12
    • US11326047
    • 2006-01-05
    • Deepak KatariaCodrut Radu Radulescu
    • Deepak KatariaCodrut Radu Radulescu
    • H04L12/56
    • H04L49/9094H04L49/90
    • A method and apparatus of reorganizing cells received over data communication lines at a receive node is provided. The cells have an initial order identified by monotonically increasing sequence identifiers. The receive node has buffers associated with respective ones of the communication lines. Each of the buffers has an output position. A cell having a smallest sequence identifier is detected from one or more cells at the output positions of the buffers. It is determined if the smallest sequence identifier is sequentially consecutive to a specified sequence identifier. If the smallest sequence identifier is sequentially consecutive to the specified sequence identifier, the cell having the smallest sequence identifier is dequeued from an output position of one of the buffers and the specified sequence identifier is redefined as the smallest sequence identifier.
    • 提供了一种在接收节点上通过数据通信线路重新组合接收的小区的方法和装置。 单元具有通过单调增加序列标识符来识别的初始顺序。 接收节点具有与相应通信线路相关联的缓冲器。 每个缓冲器都有一个输出位置。 从缓冲器的输出位置的一个或多个单元检测具有最小序列标识符的单元。 确定最小序列标识符是否与指定的序列标识符顺序连续。 如果最小的序列标识符与指定的序列标识符顺序连续,则具有最小序列标识符的小区从一个缓冲区的输出位置出出,并且将指定的序列标识符重新定义为最小的序列标识符。