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    • 23. 发明申请
    • APPARATUS, METHOD, AND COMPUTER PROGRAM PRODUCT FOR RECOVERING TORN SMART PAYMENT DEVICE TRANSACTIONS
    • 装备,方法和计算机程序产品,用于恢复转账智能付款设备交易
    • US20100274722A1
    • 2010-10-28
    • US12769245
    • 2010-04-28
    • David A. RobertsDuncan GarrettEddy L.H. Van de Velde
    • David A. RobertsDuncan GarrettEddy L.H. Van de Velde
    • G06Q20/00
    • G06Q20/40G06Q20/10G06Q20/18G06Q20/38G06Q20/382G07F7/1008G07F7/12
    • Initial presentation of a payment device to a payment terminal assembly, in connection with a putative transaction, is facilitated. The payment device includes a payment device memory storing a device-side payment application, with an on-device balance, and at least one payment device processor coupled to the payment device memory. The payment terminal assembly includes a terminal memory, storing a terminal-side payment application, and at least one terminal processor coupled to the terminal memory. A first command is sent from the payment terminal assembly to the payment device to compute a cryptogram to complete the putative transaction. It is detected that the cryptogram is not received as expected. In response, an identifier of the payment device and transaction recovery data associated with the putative transaction are stored in a storage area of the terminal memory. The payment terminal assembly obtains the identifier of the payment device, upon re-presentation of the payment device to the payment terminal assembly. Upon the re-presentation of the payment device to the payment terminal assembly, the payment terminal assembly compares the obtained identifier of the payment device to contents of the storage area. Conditioned at least upon the comparing yielding a match, a second command is sent from the payment terminal assembly to the payment device. The second command instructs the payment device to re-produce the cryptogram to complete the putative transaction.
    • 与付款交易相关的支付设备初步呈现给支付终端组件是有利的。 支付设备包括存储具有设备内余额的设备侧支付应用以及耦合到支付设备存储器的至少一个支付设备处理器的支付设备存储器。 支付终端组件包括终端存储器,存储终端支付应用,以及耦合到终端存储器的至少一个终端处理器。 第一命令从支付终端组件发送到支付设备以计算密码以完成推定的交易。 检测到没有按预期方式收到密码。 作为响应,将与推定事务相关联的支付设备和交易恢复数据的标识符存储在终端存储器的存储区域中。 支付终端组件在将支付设备重新呈现给支付终端组件时获得支付设备的标识符。 在将支付设备重新呈现给支付终端组件时,支付终端组件将获得的支付设备的标识符与存储区域的内容进行比较。 至少在进行比较的条件下产生匹配,第二命令从支付终端组件发送到支付装置。 第二个命令指示支付设备重新生成密码以完成推定的交易。
    • 24. 发明申请
    • WIRELESS PROVISIONING A DEVICE FOR A NETWORK USING A SOFT ACCESS POINT
    • 使用软访问点无线提供用于网络的设备
    • US20100165879A1
    • 2010-07-01
    • US12347440
    • 2008-12-31
    • Yatharth GuptaDavid A. Roberts
    • Yatharth GuptaDavid A. Roberts
    • H04L12/28
    • H04W76/10H04L12/2807H04L67/306H04W48/10H04W48/16H04W48/20H04W84/12
    • A computing device for provisioning a wireless device for connection to a wireless network via a legacy access point. The wireless device supports a wireless protected setup protocol for obtaining the network profile of the network. A user requests the computing device discover wireless devices for provisioning. In response to the user input, the computing device is configured as a soft access point and broadcasts a beacon signal indicating that the access point supports a wireless protected setup protocol, such as Wi-Fi Protected Setup. A request for provisioning is then received by the computing device from the wireless device. A network profile is transmitted from the computing device to the wireless device in accordance with the wireless protected setup protocol. The wireless device may use the profile to connect to the network via the legacy access point using the network profile.
    • 一种用于经由遗留接入点配置无线设备以连接到无线网络的计算设备。 无线设备支持用于获得网络的网络配置文件的无线保护设置协议。 用户请求计算设备发现无线设备进行供应。 响应于用户输入,计算设备被配置为软接入点,并且广播指示接入点支持诸如Wi-Fi保护设置的无线保护设置协议的信标信号。 然后计算设备从无线设备接收到供应请求。 根据无线保护设置协议,网络配置文件从计算设备发送到无线设备。 无线设备可以使用该配置文件来使用网络配置文件通过传统接入点连接到网络。
    • 25. 发明申请
    • SYSTEM, METHOD, AND ARTICLE OF MANUFACTURE FOR MANAGING A HEALTH AND HUMAN SERVICES REGIONAL NETWORK
    • 管理健康和人力服务区域网络的制度,方法和制造
    • US20080052113A1
    • 2008-02-28
    • US11831271
    • 2007-07-31
    • Katherine L. CauleyDavid A. Roberts
    • Katherine L. CauleyDavid A. Roberts
    • G06Q50/00
    • G06Q10/00G06F19/328G06Q50/22G16H10/20G16H10/60
    • A method and health information exchange system for health and human care providers providing shared community health information records on individuals and their related household members in a secured relational database that is fully HIPAA compliant are disclosed. The system gathers a broad range of medical, epidemiological, and demographic information on individuals and their related household members visiting disjointed and unassociated health and human services providing care in a predefined region. The database is accessible to authorized subscribers via a secure private web site in real time, and allows for the tracking of service utilization of the individuals and their related household members in the predefined region to help ensure that the individuals and their related household members are receiving the necessary care from the variety of disjointed and unassociated health and human services.
    • 披露了健康和人类护理提供者的方法和健康信息交换系统,为完全符合HIPAA标准的安全关系数据库中的个人及其相关家庭成员提供共享的社区健康信息记录。 该系统收集了广泛的医疗,流行病学和人口学信息,介绍个人及其相关家庭成员访问在预定义区域提供护理的不相关和不相关的健康和人类服务。 授权用户可以通过安全的私人网站实时访问数据库,并允许在预定义区域跟踪个人及其相关家庭成员的服务使用情况,以帮助确保个人及其相关家庭成员正在接收 从各种不相干和不相关的健康和人类服务中提供必要的照顾。
    • 29. 发明授权
    • MR angiography using steady-state transport-induced adiabatic fast
passage
    • MR血管造影使用稳态运输诱导的绝热快速通道
    • US5320099A
    • 1994-06-14
    • US927925
    • 1992-08-07
    • David A. RobertsJohn S. Leigh, Jr.
    • David A. RobertsJohn S. Leigh, Jr.
    • G01R33/561G01R33/563G01R33/567A61B5/055
    • G01R33/5635G01R33/56333G01R33/5673
    • A subtractive time of flight technique for MR angiography and quantitative blood flow measurement. Proton spins of water in the arterial supply to a tissue or organ are inverted in a steady-state fashion by applying constant amplitude off-resonance radio frequency pulses in the presence of a constant linear magnetic field gradient to effect adiabatic fast passage transport-induced inversion of spins which move in the direction of the gradient. An angiogram is formed by subtracting an image acquired with the arterial inversion pulse from a control image acquired with no arterial inversion. By inverting the spins in a steady-state manner, no cardiac gating is necessary for imaging organs. However, cardiac gating is desirable when imaging the heart so that spins of blood passing through the coronary arteries can be inverted during systole, when most of the blood is in the left ventricle, and imaged at end diastole, when most of the blood is in the coronary arteries. A coronary angiogram is then formed by subtracting images acquired with and without the inversion pulse. Also, by applying several inverting and imaging pulses during a cardiac cycle in accordance with the technique of the invention, a characteristic banding pattern may be formed in the fluid whereby each band corresponds to a population of spins that experienced inversion due to a single RF pulse. Since the width of the inversion band is proportional to the duration of the RF pulse and the velocity of the spin, measurement of the thickness of the inverted and uninverted bands allows for calculation of flow velocity. By gating such a pulse sequence to the cardiac cycle, time resolved in vivo velocity measurements may be made.
    • 用于MR血管造影和定量血流测量的减法飞行时间技术。 通过在存在恒定线性磁场梯度的情况下施加恒定幅度离共振射频脉冲,以稳态方式将动脉供给组织或器官的水质质旋转反转,以实现绝热快速通道传输诱导反转 的旋转方向沿梯度移动。 通过从没有动脉反转获取的控制图像中减去由动脉反转脉冲获取的图像来形成血管造影。 通过以稳态方式反转自旋,对于成像器官不需要心脏门控。 然而,当对心脏进行成像时,心脏门控是期望的,使得当心脏收缩期间通过冠状动脉的血液的旋转可以反转,当大多数血液在左心室时,当大多数血液处于 冠状动脉。 然后通过减去使用和不具有反转脉冲获取的图像来形成冠状动脉血管造影。 此外,根据本发明的技术,通过在心动周期期间应用若干倒置和成像脉冲,可以在流体中形成特征条带图案,由此每个带对应于由于单个RF脉冲而经历反转的旋转群 。 由于反转频带的宽度与RF脉冲的持续时间和旋转速度成比例,所以反相和未反相频带的厚度的测量允许计算流速。 通过将这样的脉冲序列门控到心脏周期,可以在体内测定体内的时间。
    • 30. 发明授权
    • Automatic antenna tuning system
    • 自动天线调谐系统
    • US5225847A
    • 1993-07-06
    • US652397
    • 1991-02-07
    • David A. RobertsBrian T. DeWitt
    • David A. RobertsBrian T. DeWitt
    • H01Q7/00
    • H01Q7/005
    • In an automatic tuning system for an antenna having a single variable reactance element, the power transmitted to the antenna and the power reflected from the antenna on the feedline are sensed. The variable reactance component of the antenna is adjusted until the ratio between the transmitted and reflected power on the feedline indicates that the standing wave ratio on the feedline is at a minimum, whereupon the antenna will be tuned. The adjustment of the variable reactance component is by a stepping motor controlled by a microprocessor, which is programmed to make calculations to determine when the standing wave ratio reaches a minimum.
    • 在具有单个可变电抗元件的天线的自动调谐系统中,感测传输到天线的功率和在馈线上从天线反射的功率。 调整天线的可变电抗分量,直到馈线上的发射和反射功率之间的比率表示馈线上的驻波比为最小,于是天线将被调谐。 可变电抗分量的调节是由微处理器控制的步进电机,其被编程为进行计算以确定驻波比何时达到最小。