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    • 1. 发明授权
    • Computer implemented method and apparatus for processing auction bids
    • 用于处理拍卖的计算机实施方法和装置
    • US08533095B2
    • 2013-09-10
    • US10118647
    • 2002-04-08
    • Andrew Gill
    • Andrew Gill
    • G06Q40/00
    • G06Q40/04G06Q30/08
    • Systems and methods for a computer-implemented auction bidding process that assigns a winning bid quantity and a winning bid amount to each bid in an ordered list of bids by a single resolution of the ordered bid list based on the maximum amount the bidder is willing to pay for the offered item(s). The bid list is ordered by one or more criteria, including the maximum amount to which the submitted bid may be increased via an autobid feature, and resolution of the bid list considers these criteria in assigning bid quantities and bid amounts to each bid.
    • 基于投标人愿意的最大金额,计算机执行的拍卖投标程序的系统和方法,其通过单个分辨率的订单出价列表在订单的出价列表中为每个投标分配中标投标数量和获胜投标金额 支付所提供的项目。 出价单按一个或多个标准排序,包括通过自动添加功能提交出价的最大金额,并且出价列表的解决方案将这些标准分配给每个出价的出价数量和出价金额。
    • 6. 发明申请
    • Apparatus for instructing biomechanical movements
    • 用于指导生物力学运动的装置
    • US20060252617A1
    • 2006-11-09
    • US11287365
    • 2005-11-28
    • Andrew Gill
    • Andrew Gill
    • A63B23/00
    • A63B23/00G09B19/0038
    • The invention relates to an apparatus for visually instructing biomechanical and ergonomic movements, such as instructions for operating fitness equipment, postures for office workers, and other activities that require proper body posture and manipulation to be performed. The invention comprises a lenticular panel capturing at least two images of the biomechanical movements, wherein each of said at least two images capturing a body posture and at least one muscle group affected by the biomechanical movements. The first one of the images captures a start posture and the last captures a finish posture. The images are overlaid on top of each other for a user to easily identify and implement proper body postures and movements by altering his or her angle of viewing perspective and by comparing the images.
    • 本发明涉及一种用于视觉指示生物力学和人体工程学运动的装置,例如用于操作健身器材的指令,上班族的姿势以及需要适当的身体姿势和操作的其他活动。 本发明包括捕获生物力学运动的至少两个图像的透镜面板,其中所述至少两个图像中的每一个捕获身体姿势以及受生物力学运动影响的至少一个肌肉群。 第一个图像捕获起始姿势,最后捕获完成姿势。 图像叠加在彼此之间,以供用户通过改变他或她的观看角度和通过比较图像来容易地识别和实现适当的身体姿势和动作。
    • 10. 发明授权
    • Method for determining hematocrit corrected analyte concentrations
    • 确定血细胞比容校正分析物浓度的方法
    • US08388821B2
    • 2013-03-05
    • US12305363
    • 2007-10-05
    • Stephen Patrick BlytheMarco F. CardosiAndrew GillLeanne MillsChristopher Philip Leach
    • Stephen Patrick BlytheMarco F. CardosiAndrew GillLeanne MillsChristopher Philip Leach
    • G01N27/327
    • C12Q1/006G01N27/3271
    • Description is provided herein for an embodiment of a method determining a hematocrit-corrected glucose concentration. The exemplary method includes providing a test strip having a reference electrode and a working electrode, wherein the working electrode includes a plurality of microelectrodes and is coated with at least an enzyme and a mediator. The method can be achieved by: providing a test strip comprising a reference electrode and a working electrode formed with a plurality of microelectrodes and coated with a reagent layer; applying a fluid sample to the test strip for a reaction period; applying a test voltage between the reference electrode and the working electrode; measuring a test current as a function of time; measuring a steady state current value when the test current has reached an equilibrium; calculating a ratio of the test current to the steady state current value; plotting the ratio of the test current to the steady state current value as a function of the inverse square root of time; calculating an effective diffusion coefficient from the slope of the linearly regressed plot of the ratio of the test current to the steady state current value as a function of the inverse square root of time; and calculating a hematocrit-corrected concentration of analyte.
    • 本文提供了确定血细胞比容校正葡萄糖浓度的方法的实施方案的描述。 该示例性方法包括提供具有参考电极和工作电极的测试条,其中工作电极包括多个微电极并且至少涂覆有酶和介体。 该方法可以通过以下方式实现:提供包括参考电极和形成有多个微电极并涂覆有试剂层的工作电极的测试条; 将流体样品施加到测试条上一段反应期; 在参考电极和工作电极之间施加测试电压; 测量作为时间的函数的测试电流; 当测试电流达到平衡时测量稳态电流值; 计算测试电流与稳态电流值的比值; 将测试电流与稳态电流值的比率绘制为时间的逆平方根的函数; 根据测试电流与稳态电流值的比值的线性回归曲线的斜率计算有效扩散系数作为时间的平方根的函数; 并计算分析物的血细胞比容校正浓度。