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    • 7. 发明授权
    • Method of making a stone wall
    • 制作石墙的方法
    • US07730696B2
    • 2010-06-08
    • US11135009
    • 2005-05-23
    • Scott Reynolds
    • Scott Reynolds
    • E04B2/00
    • E04C2/042E01C5/00E01C2201/06E04F15/08
    • The invention described herein includes a method embodiment for making a stone wall manufacturing kit. The method embodiment includes providing a plurality of stones having a variety of thicknesses and lengths; sorting the stones based upon length and thickness of each of the stones; preparing an image of the stone wall; marking each stone within the image with an identifier to make a marked stone image; marking each stone of the plurality of stones with an identifier corresponding to the identifier of the stone in the image of the assembled stone wall; and packaging the marked stones and marked stone image to make a stone wall kit.
    • 本文描述的发明包括用于制造石头墙制造套件的方法实施例。 该方法实施例包括提供具有各种厚度和长度的多个石头; 根据每块石头的长度和厚度对石头进行分类; 准备石墙的形象; 用标识符标记图像内的每个石头,以制作标记的石像; 使用与组装的石墙的图像中的石头的标识符相对应的标识符来标记多个石头中的每个石头; 并包装标记的石头和标记的石像,制作石墙套件。
    • 8. 发明申请
    • Receiver and integrated AM-FM/IQ demodulators for gigabit-rate data detection
    • 接收器和集成AM-FM / IQ解调器,用于千兆比特率数据检测
    • US20070178866A1
    • 2007-08-02
    • US11345159
    • 2006-01-31
    • Troy BeukemaScott Reynolds
    • Troy BeukemaScott Reynolds
    • H04B1/18
    • H04B1/005H03D1/229H03D3/007H03D5/00
    • This disclosure addresses providing gigabit-rate data transmission over wireless radio links, using carrier frequencies in the millimeter-wave range (>30 GHz). More specifically, a circuit for detection of amplitude-shift keyed (ASK) or other amplitude modulations (AM) which can be easily incorporated into an integrated circuit receiver system is described, making the receiver capable of supporting both complex IQ modulation schemes and simpler, non-coherent on-off or multiple-level keying signals. Several novel radio architectures are also described which, with the addition of a frequency discriminator network, have the capability of handling frequency shift keyed (FSK) or other frequency modulations (FM), as well as AM and complex IQ modulation schemes. These radio architectures support this wide variety of modulations by efficiently sharing detector hardware components. The architecture for supporting both quadrature down-conversion and ASK/AM is described first, followed by the ASK/AM detector circuit details, then the AM-FM detector architecture, and finally the most general AM-FM/IQ demodulator system concept and the FSK/FM detector circuit details.
    • 本公开涉及使用毫米波范围(> 30GHz)中的载波频率,通过无线无线电链路提供千兆比特数据传输。 更具体地,描述了用于检测可以容易地并入到集成电路接收机系统中的幅移键控(ASK)或其他幅度调制(AM)的电路,使得接收机能够支持复合IQ调制方案和更简单, 非相干开关或多电平键控信号。 还描述了几种新颖的无线电架构,其中通过添加鉴频器网络具有处理频移键控(FSK)或其他频率调制(FM)以及AM和复杂IQ调制方案的能力。 这些无线电架构通过有效地共享检测器硬件组件来支持这种广泛的调制。 首先描述了支持正交下变频和ASK / AM的架构,其次是ASK / AM检测器电路细节,然后是AM-FM检测器架构,最后是最通用的AM-FM / IQ解调器系统概念和 FSK / FM检测电路的细节。
    • 9. 发明申请
    • Method of making a stone wall
    • 制作石墙的方法
    • US20060260264A1
    • 2006-11-23
    • US11135009
    • 2005-05-23
    • Scott Reynolds
    • Scott Reynolds
    • E04B1/00
    • E04C2/042E01C5/00E01C2201/06E04F15/08
    • The invention described herein includes a method embodiment for making a stone wall manufacturing kit. The method embodiment includes providing a plurality of stones having a variety of thicknesses and lengths; sorting the stones based upon length and thickness of each of the stones; preparing an image of the stone wall; marking each stone within the image with an identifier to make a marked stone image; marking each stone of the plurality of stones with an identifier corresponding to the identifier of the stone in the image of the assembled stone wall; and packaging the marked stones and marked stone image to make a stone wall kit.
    • 本文描述的发明包括用于制造石头墙制造套件的方法实施例。 该方法实施例包括提供具有各种厚度和长度的多个石头; 根据每块石头的长度和厚度对石头进行分类; 准备石墙的形象; 用标识符标记图像内的每个石头,以制作标记的石像; 使用与组装的石墙的图像中的石头的标识符相对应的标识符来标记多个石头中的每个石头; 并包装标记的石头和标记的石像,制作石墙套件。
    • 10. 发明申请
    • Architecture for transverse-form analog finite-impulse-response filter
    • 横向模拟有限脉冲响应滤波器的架构
    • US20060097777A1
    • 2006-05-11
    • US10981820
    • 2004-11-05
    • Scott Reynolds
    • Scott Reynolds
    • H04B1/10
    • H04B10/25133H03H15/02
    • A transverse form analog finite impulse response filter. The filter has an input and an output. A first set of passive delay elements connected in serial to the input, and a second set of passive delay elements are connected in serial to the output. Transconductors are connected in parallel with the first plurality of passive delay elements and the second plurality of passive delay elements. A set of buffer amplifiers is connected to the passive delay elements in the first set of passive delay elements and in the set of passive delay elements. The buffer amplifiers cause a reduction in loss in the passive delay elements.
    • 横向模拟有限脉冲响应滤波器。 滤波器具有输入和输出。 串联连接到输入端的第一组被动延迟元件,和第二组被动延迟元件串联连接到输出端。 跨导体与第一多个无源延迟元件和第二多个被动延迟元件并联连接。 一组缓冲放大器连接到第一组被动延迟元件和被动延迟元件组中的被动延迟元件。 缓冲放大器可以减少被动延迟元件的损耗。