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    • 1. 发明授权
    • Twisted panel and apparatus for making or mounting same
    • 双面板和制造或安装相同的装置
    • US08262383B2
    • 2012-09-11
    • US11817003
    • 2007-07-10
    • Bryan HarrisKevin FisherJeremy PorterVenugopal R. GhatikarGuillaume Martin
    • Bryan HarrisKevin FisherJeremy PorterVenugopal R. GhatikarGuillaume Martin
    • B28B11/08
    • E04C2/20B29C53/14B29L2007/002E04C2/328Y10T29/53961
    • A twisted resin panel of typically several feet in length can be twisted after being subject to heat, pressure, and a rotation assembly. In one implementation, a manufacturer can clamp opposing ends of a heated resin panel, such as a panel comprising a one or more layers (e.g., tie/EVA layer, image layer(s), etc.) thermoformed within opposing resin sheet layers. The manufacturer can then elevate the resin panel, and then twist at least one end of the resin panel to a specified degree to achieve a desired aesthetic. Upper securing means (e.g., vertical clamps, rig hardware) at the upper end of the resin panel can be configured to move up or down during the twist of the resin panel in order to accommodate length variations thereof. Upon twisting, the resin panel will then cool into the desired position, and thus be used for any number of decorative architectural purposes.
    • 长度通常为几英尺的扭曲树脂面板经受热,压力和旋转组件之后可以扭曲。 在一个实施方案中,制造商可以夹持加热的树脂板的相对端,例如包括在相对的树脂片层内热成型的一层或多层(例如,连接/ EVA层,图像层等)的面板。 然后制造商可以提升树脂面板,然后将树脂板的至少一端扭转到一定程度,以达到所需的美观。 可以在树脂板的上端处的上固定装置(例如,垂直夹具,钻台硬件)构造成在树脂板的扭转期间上下移动,以适应其长度变化。 在扭转时,树脂面板然后将冷却到期望的位置,因此用于任何数量的装饰性建筑目的。
    • 3. 发明授权
    • Footwear lacing system
    • 鞋履系统
    • US08991074B2
    • 2015-03-31
    • US13314944
    • 2011-12-08
    • Richard G. IvesterKevin Fisher
    • Richard G. IvesterKevin Fisher
    • A43C1/00A43C1/06A43C9/00
    • A43C1/00A43C1/006A43C1/06A43C9/00
    • A shoe includes a shoe upper, a first lace and a second lace. The shoe upper includes a heel end, a toe end, and a mid-foot portion between the heel end and the toe end. The first lace is connected to the shoe upper and includes a wide portion and a narrow portion with a tapered portion in-between. The wide portion of the first lace is fastened to the mid-foot portion of the shoe upper at a first position that is nearer to the toe end than the heel end. The second lace is also connected to the shoe upper and also includes a wide portion and a narrow portion with a tapered portion in-between. The wide portion of the second lace is fastened to the mid-foot portion of the shoe upper at a second position that is nearer to the heel end than the first position.
    • 鞋包括鞋面,第一花边和第二花边。 鞋面包括脚跟端部,脚趾端部和脚跟端部与脚趾端部之间的中部脚部。 第一花边连接到鞋面,并且包括宽的部分和在其间具有锥形部分的窄部分。 第一花边的宽部分在比鞋跟端更接近脚趾端的第一位置处固定到鞋面的中部脚部。 第二花边还连接到鞋面上,并且还包括宽的部分和在其间具有锥形部分的窄部分。 第二花边的宽部分在比第一位置更靠近鞋跟端的第二位置处固定到鞋面的中部脚部。
    • 7. 发明申请
    • Motorcycle flag holder mountable on rear axle nut
    • 摩托车挡板可安装在后桥螺母上
    • US20050263667A1
    • 2005-12-01
    • US10856576
    • 2004-05-28
    • Kevin FisherPreston Fisher
    • Kevin FisherPreston Fisher
    • B62J11/00H01Q1/12
    • B62J11/00
    • A motorcycle flag holder mountable on a rear axle nut includes a main body formed from plate stock having spaced-apart first and second major planar surfaces. The main body has a regular-duodecagonally-shaped nut-securing aperture with a central an axis perpendicular to the major planar surfaces. The nut-securing aperture is sized to slide over the axle nut. The main body incorporates a slit that begins at an outer edge of the main body and terminates at an edge of the nut-securing aperture. First and second opposing portions of the main body on either side of the slit can be drawn together with a nut-securing bolt, thereby causing the nut-securing aperture shrinks in size and tighten around the axle nut. The main body also includes a flag staff retaining bore in which a flag staff may be secured with a thumb screw.
    • 可安装在后轴螺母上的摩托车标记支架包括由具有间隔开的第一和第二主平面的板坯形成的主体。 主体具有规则的十二进制形状的螺母固定孔,其中心轴垂直于主平面。 螺母固定孔的尺寸可以在轴螺母上滑动。 主体包括从主体的外边缘开始并终止在螺母固定孔的边缘处的狭缝。 狭缝的任一侧上的主体的第一和第二相对部分可以与螺母固定螺栓一起被拉出,从而使得螺母固定孔的尺寸收缩并围绕轴螺母紧固。 主体还包括一个旗帜工作人员保持孔,旗帜工作人员可以用拇指螺钉固定。
    • 8. 发明授权
    • System and method for partitioning DSL vector cancellation
    • 分离DSL矢量取消的系统和方法
    • US09065534B2
    • 2015-06-23
    • US13403956
    • 2012-02-23
    • Avadhani ShridharKevin Fisher
    • Avadhani ShridharKevin Fisher
    • H04B3/32
    • H04B3/32H04B3/487H04M11/062
    • A DSL system performs crosstalk cancellation using a plurality of vectoring cancellation chips that are partitioned into two or more groups based on DSL victim lines or DSL disturber lines or DSL tones. Embodiments of the invention include both single-criteria and double-criteria partitioning methods. In double-criteria embodiments, the vectoring cancellation VCE chips are first partitioned into two or more victim DSL line groups and then in each group the VCE chips are further partitioned by disturber DSL line processing. Alternately, the vectoring cancellation VCE chips are first partitioned into two or more disturber DSL line groups and then within each group further partitioned by victim DSL line processing. By partitioning the computation as described herein, the invention reduces the bandwidth and the number of links between the chips, without too much co-ordination complexity. This allows crosstalk cancellation across larger vectored groups.
    • DSL系统使用基于DSL受害线或DSL干扰线或DSL音调将其划分为两个或多个组的多个向量消除芯片来执行串扰消除。 本发明的实施例包括单一标准和双准则划分方法。 在双标准实施例中,向量消除VCE码片首先划分成两个或多个受害DSL线路组,然后在每个组中,VCE码片进一步被干扰DSL线路处理分割。 或者,矢量取消VCE芯片首先划分成两个或更多个干扰DSL线路组,然后在每个组内进一步被受害DSL线路处理划分。 通过如本文所述分割计算,本发明降低了芯片之间的带宽和链路数量,而没有太多的协调复杂性。 这允许跨较大矢量组的串扰消除。
    • 10. 发明申请
    • H2S scavenging method
    • H2S清除方法
    • US20060024225A1
    • 2006-02-02
    • US10909707
    • 2004-08-02
    • Kevin FisherKenneth McIntush
    • Kevin FisherKenneth McIntush
    • B01D53/52
    • B01D53/1468
    • A method for removing H2S from H2S-containing gaseous streams in which an H2S-containing gaseous stream is introduced into a flow channel and at least one liquid chemical H2S scavenging agent is also introduced into the flow channel. Directly within the flow channel, liquid chemical H2S scavenging agent is transformed into a plurality of H2S scavenging agent droplets, which plurality of H2S scavenging agent droplets are contacted with the H2S-containing gaseous stream, whereby at least a portion of the H2S is absorbed by the plurality of H2S scavenging agent droplets. In accordance with one embodiment, transformation of the liquid chemical H2S scavenging agent is carried out in an inclined flow channel and in accordance with another embodiment, the transformation is carried out using ultrasonic atomization.
    • 一种从含H2S的气态物流中除去H 2 S的气体的方法,其中将含H2S的气流导入到 流动通道和至少一种液体化学品H 2 S清除剂也被引入到流动通道中。 直接在流动通道内,液体化学的H 2 S清除剂被转化成多个H 2 S清除剂液滴,其中多个H 2 SUB> S清除剂液滴与含H2S气体物流接触,由此H 2 S的至少一部分被多个H 2 S 2 S吸收, SUB> 2S清除剂液滴。 根据一个实施方案,液体化学H 2 S 2 S清除剂的转化在倾斜流动通道中进行,根据另一个实施方案,使用超声波雾化进行转化。