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    • 3. 发明申请
    • EFFICIENT TRANSFER OF FUNDS BETWEEN ACCOUNTS
    • 资金之间的有效转移
    • US20140074709A1
    • 2014-03-13
    • US13608834
    • 2012-09-10
    • Travis Harrison Kroll GreenNarelle CozensPeter SchmittMichael DePasqualeAvery PennarunBoris Mizhen
    • Travis Harrison Kroll GreenNarelle CozensPeter SchmittMichael DePasqualeAvery PennarunBoris Mizhen
    • G06Q40/02
    • G06Q40/02G06Q40/00
    • A transfer management system receives a request to transfer an amount of funds from a transferring account maintained by a transferring bank to a receiving account maintained by a receiving bank. The transfer management system determines whether the transferring bank maintains an intermediate transferring account, and whether the receiving bank maintains an intermediate receiving account. If the transferring bank maintains an intermediate transferring account and the receiving maintains an intermediate receiving account, the transfer management system transmits to a transferring bank system of the transferring bank an intra-bank transfer request. The intra-bank transfer request is to transfer the amount of funds from the transferring account to the intermediate transferring account. Additionally, the transfer management system transmits an intra-bank transfer request to a receiving bank system of the receiving bank to transfer the amount of funds from the intermediate receiving account maintained by the receiving bank to the receiving account.
    • 转移管理系统接收从转账银行转账的汇款账户将金额转入接收银行维护的接收账户的请求。 转账管理系统确定转账银行是否维持一个中间转账账户,以及接收银行是否维持一个中间帐号。 如果转移银行维持中间转帐账户,并且接收方维护中间接收账户,则转账管理系统向转账银行的转账银行系统发送银行内转账请求。 银行间转账请求是将资金从转账账户转入中转账户。 另外,转账管理系统向接收银行的接收银行系统发送银行内转账请求,将来自接收银行维护的中间接收账户的资金金额转移给接收账户。
    • 7. 发明授权
    • Magnetic resonance phase contrast angiography with rotating coding gradients
    • 磁共振相位对比血管造影与旋转编码梯度
    • US09500734B2
    • 2016-11-22
    • US14036279
    • 2013-09-25
    • Andreas GreiserPeter Schmitt
    • Andreas GreiserPeter Schmitt
    • G01V3/00G01R33/563G01R33/48
    • G01R33/5635G01R33/4826G01R33/56316
    • In a method and magnetic resonance (MR) system to generate an MR phase contrast angiography image of an examination subject, velocity-dependent phase information is impressed on moving spins in the examination subject by switching additional bipolar coding gradients that are in addition to the basic phase coding and readout gradients. For the creation of the MR phase contrast angiography images, the MR signals of the examination subject are read out in raw data space with a non-Cartesian acquisition pattern during a readout gradient. The additional bipolar coding gradients switched such that they proceed along a coordinate system that corresponds to the non-Cartesian acquisition pattern, and such that a coordinate axis of this coordinate system proceed along the readout gradient.
    • 在用于产生检查对象的MR相位对比血管造影图像的方法和磁共振(MR)系统中,速度相关相位信息通过切换附加的基本的双极性编码梯度而印在检查对象的移动自旋上 相位编码和读出梯度。 为了创建MR相位对比血管造影图像,检查对象的MR信号在读数梯度期间以非笛卡尔采集模式在原始数据空间中被读出。 附加的双极编码梯度被切换,使得它们沿着对应于非笛卡尔采集模式的坐标系进行,并且使得该坐标系的坐标轴沿着读出梯度进行。
    • 8. 发明授权
    • System for ordering frequency domain components representing MR image data
    • 用于订购代表MR图像数据的频域分量的系统
    • US09442961B2
    • 2016-09-13
    • US13736201
    • 2013-01-08
    • Peter SchmittGerhard LaubYutaka NatsuakiRandall Kroeker
    • Peter SchmittGerhard LaubYutaka NatsuakiRandall Kroeker
    • G06F17/30G01R33/48G01R33/563G01R33/561
    • G06F17/3028G01R33/48G01R33/4818G01R33/4824G01R33/5619G01R33/5635
    • A system orders acquisition of frequency domain components representing MR image data for storage in a storage array (e.g., k-space). A storage array of individual data elements stores corresponding individual frequency components comprising an MR dataset. The array of individual data elements has a designated center and individual data elements individually have a radius to the designated center. A magnetic field generator generates a magnetic field for use in acquiring multiple individual frequency components corresponding to individual data elements in the storage array. The individual frequency components are successively acquired in an order in which radius of respective corresponding individual data elements increases and decreases as the multiple individual frequency components are sequentially acquired during acquisition of an MR dataset representing an MR image. A storage processor stores individual frequency components acquired using the magnetic field in corresponding individual data elements in the array.
    • 系统命令采集代表用于存储在存储阵列(例如,k空间)中的MR图像数据的频域分量。 各个数据元素的存储阵列存储包括MR数据集的相应单独的频率分量。 单个数据元素的阵列具有指定的中心,并且各个数据元素各自具有到指定中心的半径。 磁场发生器产生用于获取对应于存储阵列中的各个数据元素的多个单独频率分量的磁场。 在采集表示MR图像的MR数据集的顺序获取时,以相应的各个数据元素的半径逐渐增加和减小的顺序连续获取各个频率分量。 存储处理器将使用磁场获取的各个频率分量存储在阵列中的相应的单个数据元素中。
    • 10. 发明授权
    • Magnetic resonance system and method for obtaining magnetic resonance images of a body region with a flowing medium therein
    • 磁共振系统和用于获得其中具有流动介质的体区的磁共振图像的方法
    • US08554301B2
    • 2013-10-08
    • US13177730
    • 2011-07-07
    • Peter Schmitt
    • Peter Schmitt
    • A61B5/05G06K9/00
    • G01R33/5635G01R33/4838G01R33/5602
    • A method to create magnetic resonance images of a predetermined imaging volume within an examination subject with a magnetic resonance system includes the following steps: Localize an inflow that supplies the imaging volume. Form a specific volume that at least partially includes the predetermined imaging volume and that is adapted to the inflow such that the specific volume has a recess into the specific volume at the inflow, via which recess at least a partial segment of the inflow is removed from the specific volume. Saturate or invert the magnetization of the specific volume by means of the magnetic resonance system. Detect measurement signals from the imaging volume. Create the MR images of the imaging volume by means of the measurement signals.
    • 使用磁共振系统在检查对象内创建预定成像体积的磁共振图像的方法包括以下步骤:定位提供成像体积的流入。 形成至少部分地包括预定成像体积并且适于流入的比容积,使得比容积具有在流入处的比容积中的凹陷,通过该凹槽至少部分流入部分被从 具体体积。 通过磁共振系统饱和或反转比体积的磁化。 从成像体积检测测量信号。 通过测量信号创建成像体积的MR图像。