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    • 121. 发明授权
    • Direct memory access (DMA) data transfer requiring no processor DMA
support
    • 直接存储器访问(DMA)数据传输,不需要处理器DMA支持
    • US06134642A
    • 2000-10-17
    • US698191
    • 1996-08-15
    • Anthony John HolmesMark ElliottIan Nicholas CottamJohn HarperMartin Stratford
    • Anthony John HolmesMark ElliottIan Nicholas CottamJohn HarperMartin Stratford
    • G06F13/28G06F13/14
    • G06F13/28
    • A digital system has a main memory 10 with a main memory access (DMA) unit 11 through which data channels 12, 13 are coupled to the memory. A processor system (processor 14, RAM data memory 15, instruction memory 16) is also coupled to the memory through a read/write buffer 20, each read stalling the processor for typically 5 cycles. For block reads, a block memory read unit 25 is connected in parallel with the path between the read/write buffer 20 and the DMA unit 11. This block read unit can be set from the processor 14 with a block start address and a block length passed as writes through the read/write buffer 20. The block is read (first phase) word by word from the main memory via the DMA unit into a memory 28 in the block read unit. The processor then sends a command to the block read unit as a read through the read/write buffer, which then writes the block word by word directly into the memory 15 (second phase), using the processor's local data and address buses 17 and 18 and disabling the processor's address buffer 32.
    • 数字系统具有主存储器10,其具有主存储器访问(DMA)单元11,数据通道12,13通过该存储器访问(DMA)单元11耦合到存储器。 处理器系统(处理器14,RAM数据存储器15,指令存储器16)也通过读/写缓冲器20耦合到存储器,每个读取缓冲器读取停止处理器典型的5个周期。 对于块读取,块存储器读取单元25与读/写缓冲器20和DMA单元11之间的路径并联连接。该块读取单元可以从处理器14以块起始地址和块长度 通过读/写缓冲器20作为写入传递。该块从主存储器经由DMA单元逐字地读取(第一阶段)到块读取单元中的存储器28。 然后处理器通过读/写缓冲器向块读单元发送命令作为读/写缓冲器,该缓冲器然后使用处理器的本地数据和地址总线17和18将块逐字写入存储器15(第二阶段) 并禁用处理器的地址缓冲器32。
    • 125. 发明授权
    • Delphi method for medical coding
    • Delphi方法进行医学编码
    • US08676605B2
    • 2014-03-18
    • US12519899
    • 2007-12-20
    • Mark Elliott Familant
    • Mark Elliott Familant
    • G06Q50/00
    • G06F19/322A63F13/46G06F19/00G06F19/32G06Q10/10G06Q50/22G06Q50/24G16H10/60
    • Systems and methods provide confirmation of accuracy of determining medical codes for medical records. The technology may include processor control instructions or steps for establishing a collection of medical documents as a test sample and for determining a convergence of assigned medical codes for the sample that have been assigned by a plurality of coders to establish a standard of one or more accepted medical codes for the sample. The technology may include instructions for applying the sample to a coding system to obtain a determined medical code for the sample; and for comparing the determined code to the accepted medical codes to rate the coding system's accuracy. In some embodiments, the determining a convergence of determined medical codes may be obtained by a software coding algorithm that automatically assigns medical codes to medical records. Moreover, the comparing step may be performed by an algorithm that automatically calculates a rate of the coding system.
    • 系统和方法提供确定医疗记录医疗代码的准确性。 该技术可以包括处理器控制指令或用于建立作为测试样本的医疗文档的集合的步骤,并且用于确定由多个编码器分配的样本的分配的医学代码的收敛以建立一个或多个接受的标准的标准 样品的医学代码。 该技术可以包括将样本应用于编码系统以获得用于样本的确定的医学代码的指令; 并且用于将所确定的代码与所接受的医学代码进行比较以对编码系统的准确性进行评估。 在一些实施例中,确定确定的医学代码的收敛可以通过自动将医学代码分配给医疗记录的软件编码算法获得。 此外,比较步骤可以通过自动计算编码系统的速率的算法来执行。
    • 127. 发明申请
    • STABILIZED CARGO BOX FOR A VEHICLE RACK SYSTEM
    • 稳定的货架车架系统
    • US20120228349A1
    • 2012-09-13
    • US13230730
    • 2011-09-12
    • Chris SautterJames BuckroydDave CondonJohn Mark Elliott
    • Chris SautterJames BuckroydDave CondonJohn Mark Elliott
    • B60R9/055
    • B60R9/055Y10T70/5544Y10T292/0853Y10T292/1043
    • A vehicle rack system including a stabilized cargo box attached to a pair of crossbars. In some embodiments, the stabilized cargo box includes a container defining a long axis and having a bottom portion hinged to a lid portion to form an enclosure to hold cargo. A plurality of clamp devices may mount the container to the pair of crossbars attached to a roof of a vehicle. The bottom portion may include a housing member defining a groove and also may include a stiffening tube disposed in the groove and providing first and second tubular regions that are laterally spaced from each other and that each extend at least generally parallel to the long axis. The first and second tubular regions may be connected to each other by a third tubular region of the stiffening tube that extends at least part way across a nose of the container.
    • 一种车架系统,包括安装在一对十字杆上的稳定货箱。 在一些实施例中,稳定的货物箱包括限定长轴线的容器,并且具有铰接到盖部分的底部部分以形成用于保持货物的外壳。 多个夹紧装置可以将容器安装到附接到车辆顶部的一对十字杆。 底部可以包括限定凹槽的壳体构件,并且还可以包括设置在凹槽中的加强管,并且提供彼此横向间隔开并且每个至少大致平行于长轴线的第一和第二管状区域。 第一和第二管状区域可以通过加强管的第三管状区域彼此连接,至少部分地延伸穿过容器的鼻部。
    • 128. 发明授权
    • Integrated circuit environment initialization according to information stored within the integrated circuit
    • 根据存储在集成电路内的信息,集成电路环境初始化
    • US07996693B2
    • 2011-08-09
    • US12277365
    • 2008-11-25
    • Louis Bennie Capps, Jr.Mark Elliott HackSteven Paul HartmanMichael Jay Shapiro
    • Louis Bennie Capps, Jr.Mark Elliott HackSteven Paul HartmanMichael Jay Shapiro
    • G06F1/26
    • G06F1/206
    • A method for automatically initializing the operational settings of a system from information stored within a non-volatile storage of an integrated circuit so that the operational requirements of the integrated circuit, which may be a microprocessor, are met by the system when the system is operating. During manufacturing test, environmental requirements of the integrated circuit are determined and stored within the non-volatile storage of the integrated circuit. During system initialization, environmental control values such as required operating voltage and frequency and cooling requirements are determined from the test values, which are read from the integrated circuit. The values are read by an interface of the system from an interface of the integrated circuit. System settings are controlled by the values to provide the required operating environment and the values may be captured within the system for subsequent operations and initialization sequences.
    • 一种用于根据存储在集成电路的非易失性存储器中的信息自动初始化系统的操作设置的方法,使得当系统运行时系统满足可能是微处理器的集成电路的操作要求 。 在制造测试期间,集成电路的环境要求被确定并存储在集成电路的非易失性存储器中。 在系统初始化期间,从集成电路读取的测试值确定所需的工作电压,频率和冷却要求等环境控制值。 这些值由系统的接口从集成电路的接口读取。 系统设置由值控制以提供所需的操作环境,并且可以在系统内捕获值以用于后续操作和初始化序列。