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    • 2. 发明申请
    • Textile-reinforced composites with High Tear Strength
    • 具有高撕裂强度的纺织增强复合材料
    • US20100255744A1
    • 2010-10-07
    • US12486353
    • 2009-06-17
    • Brian CallawayRandolph S. KohlmanDavid W. Martin
    • Brian CallawayRandolph S. KohlmanDavid W. Martin
    • D04B23/08B32B5/02
    • D04B21/06D04B21/14D10B2403/02412Y10T442/456
    • The present disclosure relates to a reinforcing textile material that comprises a weft-inserted warp knit fabric, in which the warp yarns are configured in a pattern having a majority of successive flat stitches that are used in conjunction with a minority of subsequent successive round stitches. The warp yarn configuration may be represented by the expression x+y, where x is the number of successive needle positions in which a warp yarn is positioned in a flat stitch arrangement and y is the number of subsequent successive needle positions in which the same warp yarn is positioned in a round stitch arrangement. The present weft-inserted warp knit fabrics possess improved dimensional stability, high tensile strength, high tear strength, and a relatively smooth surface, making them well-suited for use as reinforcements in roofing membranes, signs, banners, tents, and the like.
    • 本公开涉及一种加强纺织材料,其包括纬纱插入的经编织物,其中经纱被构造成具有大多数连续扁平针迹的图案,其与少数随后的连续圆形针迹结合使用。 经纱构造可以由表达式x + y来表示,其中x是经纱在平缝中布置的连续的针位置的数目,y是随后连续的针位置的数量,其中相同的翘曲 纱线定位在圆圈布置中。 本发明的纬编经编织物具有改进的尺寸稳定性,高拉伸强度,高撕裂强度和相对光滑的表面,使其非常适合用作屋顶膜,标志,横幅,帐篷等中的增强材料。
    • 3. 发明授权
    • Textile-reinforced composites with high tear strength
    • 具有高撕裂强度的纺织增强复合材料
    • US07549303B2
    • 2009-06-23
    • US11986499
    • 2007-11-21
    • Brian CallawayRandolph S. KohlmanDavid W. Martin
    • Brian CallawayRandolph S. KohlmanDavid W. Martin
    • D04B23/08
    • D04B21/06D04B21/14D10B2403/02411D10B2403/02412D10B2505/02
    • The present disclosure relates to a reinforcing textile material that comprises a weft-inserted warp knit fabric, in which the warp yarns are configured in a pattern having a majority of successive flat stitches that are used in conjunction with a minority of subsequent successive round stitches. The warp yarn configuration may be represented by the expression x+y, where x is the number of successive needle positions in which a warp yarn is positioned in a flat stitch arrangement and y is the number of subsequent successive needle positions in which the same warp yarn is positioned in a round stitch arrangement. The present weft-inserted warp knit fabrics possess improved dimensional stability, high tensile strength, high tear strength, and a relatively smooth surface, making them well-suited for use as reinforcements in roofing membranes, signs, banners, tents, and the like.
    • 本公开涉及一种加强纺织材料,其包括纬纱插入的经编织物,其中经纱被构造成具有大多数连续扁平针迹的图案,其与少数随后的连续圆形针迹结合使用。 经纱构造可以由表达式x + y来表示,其中x是经纱在平缝中布置的连续的针位置的数目,y是随后连续的针位置的数量,其中相同的翘曲 纱线定位在圆圈布置中。 本发明的纬编经编织物具有改进的尺寸稳定性,高拉伸强度,高撕裂强度和相对光滑的表面,使其非常适合用作屋顶膜,标志,横幅,帐篷等中的增强材料。
    • 6. 发明申请
    • DIGITAL LOCKED LOOPS AND METHODS WITH CONFIGURABLE OPERATING PARAMETERS
    • 数字锁定机身和方法与可配置的操作参数
    • US20120235721A1
    • 2012-09-20
    • US13484240
    • 2012-05-30
    • Eric BoothGeorge G. CareyBrian Callaway
    • Eric BoothGeorge G. CareyBrian Callaway
    • H03L7/08
    • H03L7/0814H03L7/091
    • A locked loop may have an adjustable hysteresis and/or a tracking speed that can be programmed by a user of an electronic device containing the locked loop or controlled by an integrated circuit device containing the locked loop during operation of the device. The looked loop may include a phase detector having a variable hysteresis, which may be coupled to receive a reference clock signal and an output clock signal from a phase adjustment circuit through respective frequency dividers that can vary the rate at which the phase detector compares the phase of the output clock signal to the phase of the reference clock signal, thus varying the tracking speed of the loop. The hysteresis and tracking speed of the locked loop may be programmed using a variety of means, such as by a temperature sensor for the electronic device, a mode register, a memory device command decoder, etc.
    • 锁定环路可以具有可调整的滞后和/或跟踪速度,该速度可以由包含锁定环路的电子设备的用户编程,或者由设备操作期间由包含锁定环路的集成电路设备控制。 锁定环路可以包括具有可变滞后的相位检测器,其可以被耦合以通过相应的分频器从相位调整电路接收参考时钟信号和输出时钟信号,该分频器可以改变相位检测器比较相位 的输出时钟信号到参考时钟信号的相位,从而改变回路的跟踪速度。 锁定环路的滞后和跟踪速度可以使用各种手段进行编程,例如通过电子设备的温度传感器,模式寄存器,存储设备命令解码器等。
    • 7. 发明申请
    • DIGITAL LOCKED LOOPS AND METHODS WITH CONFIGURABLE OPERATING PARAMETERS
    • 数字锁定机身和方法与可配置的操作参数
    • US20100188125A1
    • 2010-07-29
    • US12361320
    • 2009-01-28
    • ERIC BOOTHGeorge G. CareyBrian Callaway
    • ERIC BOOTHGeorge G. CareyBrian Callaway
    • H03L7/06
    • H03L7/0814H03L7/091
    • A locked loop may have an adjustable hysteresis and/or a tracking speed that can be programmed by a user of an electronic device containing the locked loop or controlled by an integrated circuit device containing the locked loop during operation of the device. The looked loop may include a phase detector having a variable hysteresis, which may be coupled to receive a reference clock signal and an output clock signal from a phase adjustment circuit through respective frequency dividers that can vary the rate at which the phase detector compares the phase of the output clock signal to the phase of the reference clock signal, thus varying the tracking speed of the loop. The hysteresis and tracking speed of the locked loop may be programmed using a variety of means, such as by a temperature sensor for the electronic device, a mode register, a memory device command decoder, etc.
    • 锁定环路可以具有可调整的滞后和/或跟踪速度,该速度可以由包含锁定环路的电子设备的用户编程,或者由设备操作期间由包含锁定环路的集成电路设备控制。 锁定环路可以包括具有可变滞后的相位检测器,其可以被耦合以通过相应的分频器从相位调整电路接收参考时钟信号和输出时钟信号,该分频器可以改变相位检测器比较相位 的输出时钟信号到参考时钟信号的相位,从而改变回路的跟踪速度。 锁定环路的滞后和跟踪速度可以使用各种手段进行编程,例如通过电子设备的温度传感器,模式寄存器,存储设备命令解码器等。
    • 8. 发明授权
    • Fabric and process and apparatus for producing same
    • 织物及其制造方法和装置
    • US06145348A
    • 2000-11-14
    • US136785
    • 1998-08-19
    • Mike HardegreeMartin WildemanBrian CallawayJohn Broughton
    • Mike HardegreeMartin WildemanBrian CallawayJohn Broughton
    • D04B21/02D04B21/14D04B1/14
    • D04B27/06D04B21/165D10B2403/021D10B2505/04D10B2505/08
    • A composite structure manufactured on a knit stitch machine and including a pair of preformed substrates joined together by a knitted yarn system while being separated by portions of the yarn system. Preferably the yarn is bulked after knitting and defines a plurality of supports between the substrates. The composite is produced by feeding the substrates through a knit stitch machine, on opposite sides of a spacer bar and developing the knit stitches of the yarn system through and about the substrates while located on opposite sides of the spacer bar. After the composite is produced it preferably is subjected to heat to cause yarn of the yarn system to bulk and form supports between the substrates. The composites may be enclosed in sealed polymeric envelopes to form a cushioning pad, or may be used for filtration, insulation or other uses. The process of producing the composite and the spacer bar are also disclosed and claimed.
    • 一种复合结构,其制造在针织机上,并且包括一对预成型基片,其通过针织纱线系统连接在一起,同时由纱线系统的一部分分离。 优选地,纱线在编织之后膨胀,并且在基底之间限定多个支撑件。 该复合材料通过在衬垫的相对侧上通过编织缝纫机进给基底而产生,并且在位于间隔杆的相对侧上时通过和围绕衬底显影纱线系统的针织线圈。 在制造复合材料之后,优选经受热量以使纱线系统的纱线体积大,并在基底之间形成支撑。 复合材料可以封闭在密封的聚合物封套中以形成缓冲垫,或者可用于过滤,绝缘或其他用途。 还公开并要求保护复合材料和隔离杆的制造方法。