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    • 1. 发明申请
    • SYSTEM AND METHOD FOR OPTIMIZING SAVINGS RELATIVE TO PURCHASING PRODUCTS
    • 用于优化与采购产品相关的节省的系统和方法
    • US20130006818A1
    • 2013-01-03
    • US13535449
    • 2012-06-28
    • Marianne HallRandy Hall
    • Marianne HallRandy Hall
    • G06Q30/06
    • G06Q30/06
    • A system and method is provided for optimizing a purchase of a desired product on a computer. The method includes receiving product information related to the desired product, a companion product, shelf prices, ring prices, a price threshold, and a rebate amount, and calculating a total shelf price based on shelf prices of the desired and companion products. The method further includes determining whether the total shelf price is greater than or equal to the price threshold, and if so, calculating a total ring price based on the ring prices of the desired and companion products. A result set is provided with the total shelf price and the total ring price. The result set may be ordered based on the total ring price. If a selection of a desired product is received, the result set may include the desired product.
    • 提供了一种用于优化在计算机上购买所需产品的系统和方法。 该方法包括接收与所需产品相关的产品信息,伴随产品,货架价格,环价,价格门槛和回扣金额,以及基于期望和伴随产品的货架价格计算总货架价格。 该方法还包括确定总搁架价格是否大于或等于价格阈值,如果是,则基于期望的和伴随产品的环价计算总环价。 结果集提供总货架价格和总环价。 结果集可以根据总环价定购。 如果接收到期望产品的选择,则结果集可以包括期望的产品。
    • 5. 发明授权
    • Distributed storage array system having plurality of storage devices which each of devices including a modular control unit for exchanging configuration information over a communication link
    • 具有多个存储装置的分布式存储阵列系统,每个存储装置包括用于通过通信链路交换配置信息的模块化控制单元
    • US06289398B1
    • 2001-09-11
    • US09123176
    • 1998-07-27
    • David C. StallmoWilliam A. BrantRandy Hall
    • David C. StallmoWilliam A. BrantRandy Hall
    • G06F300
    • G06F3/0689G06F3/0608G06F3/0634G06F3/0658G06F3/067
    • A RAID-compatible data storage system which allows incremental increases in storage capacity at a cost that is proportional to the increase in capacity. The system does not require changes to the host system. The control and interface functions previously performed by a single (or redundant) central data storage device controller are distributed among a number of modular control units (MCUs). Each MCU is preferably physically coupled to a data storage device to form a basic, low-cost integrated storage node. One of two bus ports interfaces an MCU with the host computer on a host bus, and the other bus port interfaces an MCU with one or more data storage devices coupled to the MCU by a data storage device bus. The serial interface ports provide a means by which each of the MCUs may communicate with each other MCU to facilitate the implementation of a memory array architecture. The entire data storage array may appear as a single device capable of responding to a single identification number on the host bus, or may appear as a number of independent devices. A controlling MCU receives a command and notifies the other MCUs that are involved in a read or write operation. Control of the host bus is transferred from one MCU to the next MCU in sequence so that the data is received by the host computer, or written to each data storage device, in the proper order.
    • RAID兼容的数据存储系统允许以与容量增加成正比的成本来增加存储容量。 系统不需要更改主机系统。 先前由单个(或冗余)中央数据存储设备控制器执行的控制和接口功能分布在多个模块化控制单元(MCU)中。 每个MCU优选地物理耦合到数据存储设备以形成基本的,低成本的集成存储节点。 两个总线端口中的一个将MCU与主机在主机总线上接口,另一个总线端口将MCU与通过数据存储设备总线耦合到MCU的一个或多个数据存储设备进行接口。 串行接口端口提供了每个MCU可以彼此通信的手段,以便于实现存储器阵列架构。 整个数据存储阵列可以显示为能够响应主机总线上的单个标识号的单个设备,或者可以显示为多个独立设备。 控制MCU接收到一个命令,并通知其他参与读或写操作的MCU。 主机总线的控制顺序从一个MCU传送到下一个MCU,以便主机接收数据,或以正确的顺序写入每个数据存储设备。
    • 6. 发明授权
    • Distributed storage array system having a plurality of modular control
units
    • 具有多个模块化控制单元的分布式存储阵列系统
    • US5689678A
    • 1997-11-18
    • US415157
    • 1995-03-31
    • David C. StallmoWilliam A. BrantRandy Hall
    • David C. StallmoWilliam A. BrantRandy Hall
    • G06F3/06G06F11/00
    • G06F3/0689G06F3/0608G06F3/0634G06F3/0658G06F3/067
    • A RAID-compatible data storage system which allows incremental increases in storage capacity at a cost that is proportional to the increase in capacity. The system does not require changes to the host system. The control and interface functions previously performed by a single (or redundant) central data storage device controller are distributed among a number of modular control units (MCUs). Each MCU is preferably physically coupled to a data storage device to form a basic, low-cost integrated storage node. One of two bus ports interfaces an MCU with the host computer on a host bus, and the other bus port interfaces an MCU with one or more data storage devices coupled to the MCU by a data storage device bus. The serial interface ports provide a means by which each of the MCUs may communicate with each other MCU to facilitate the implementation of a memory array architecture. The entire data storage array may appear as a single device capable of responding to a single identification number on the host bus, or may appear as a number of independent devices. A controlling MCU receives a command and notifies the other MCUs that are involved in a read or write operation. Control of the host bus is transferred from one MCU to the next MCU in sequence so that the data is received by the host computer, or written to each data storage device, in the proper order.
    • RAID兼容的数据存储系统允许以与容量增加成正比的成本来增加存储容量。 系统不需要更改主机系统。 先前由单个(或冗余)中央数据存储设备控制器执行的控制和接口功能分布在多个模块化控制单元(MCU)中。 每个MCU优选地物理耦合到数据存储设备以形成基本的,低成本的集成存储节点。 两个总线端口中的一个将MCU与主机在主机总线上接口,另一个总线端口将MCU与通过数据存储设备总线耦合到MCU的一个或多个数据存储设备进行接口。 串行接口端口提供了每个MCU可以彼此通信的手段,以便于实现存储器阵列架构。 整个数据存储阵列可以显示为能够响应主机总线上的单个标识号的单个设备,或者可以显示为多个独立设备。 控制MCU接收到一个命令,并通知其他参与读或写操作的MCU。 主机总线的控制顺序从一个MCU传送到下一个MCU,以便主机接收数据,或以正确的顺序写入每个数据存储设备。
    • 7. 发明申请
    • Lawn mower
    • 割草机
    • US20070101692A1
    • 2007-05-10
    • US11270409
    • 2005-11-09
    • Dale BarlowMichael ScottRandy Hall
    • Dale BarlowMichael ScottRandy Hall
    • A01D34/00
    • A01D43/063
    • A lawn mower includes a cutting device placed underneath a mower deck housing that surrounds the cutting device. The lawn mower further comprises a grass outlet in the mower deck housing. The outlet is leading cut grass via a discharge chute to a bag where the grass is collected. The end of the discharge chute is provided with a door that closes the discharge chute when the bag is removed from the lawn mower. The door is rotatable around an axis parallel to the axial direction of the discharge chute and automatically rotated to not cover the end of the discharge chute when the bag is secured to the lawn mower.
    • 割草机包括一个切割装置,该切割装置放置在围绕切割装置的割草机甲板壳体的下面。 割草机还包括在割草机甲板外壳中的草地出口。 出口是通过排料槽将草切割成草地收集的袋子。 卸料槽的末端设有门,当袋子从割草机上取出时,门关闭排料槽。 该门可绕平行于排料槽的轴向的轴线旋转,并且当袋子固定到割草机上时,该门可自动转动而不覆盖卸料槽的端部。
    • 9. 发明授权
    • Distributed disk array architecture
    • 分布式磁盘阵列架构
    • US5787459A
    • 1998-07-28
    • US579553
    • 1995-12-27
    • David C. StallmoWilliam A. BrantRandy Hall
    • David C. StallmoWilliam A. BrantRandy Hall
    • G06F3/06G06F13/368
    • G06F3/0689G06F3/0608G06F3/0634G06F3/0658G06F3/067
    • A RAID-compatible data storage system which allows incremental increases in storage capacity at a cost that is proportional to the increase in capacity. The system does not require changes to the host system. The control and interface functions previously performed by a single (or redundant) central data storage device controller are distributed among a number of modular control units (MCUs). Each MCU is preferably physically coupled to a data storage device to form a basic, low-cost integrated storage node. One of two bus ports interfaces an MCU with the host computer on a host bus, and the other bus port interfaces an MCU with one or more data storage devices coupled to the MCU by a data storage device bus. The serial interface ports provide a means by which each of the MCUs may communicate with each other MCU to facilitate the implementation of a memory array architecture. The entire data storage array may appear as a single device capable of responding to a single identification number on the host bus, or may appear as a number of independent device. A controlling MCU receives a command and notifies the other MCUs that are involved in a read or write operation. Control of the host bus is transferred from one MCU to the next MCU in sequence so that the data is received by the host computer, or written to each data storage device, in the proper order.
    • RAID兼容的数据存储系统允许以与容量增加成正比的成本来增加存储容量。 系统不需要更改主机系统。 先前由单个(或冗余)中央数据存储设备控制器执行的控制和接口功能分布在多个模块化控制单元(MCU)中。 每个MCU优选地物理耦合到数据存储设备以形成基本的,低成本的集成存储节点。 两个总线端口中的一个将MCU与主机在主机总线上接口,另一个总线端口将MCU与通过数据存储设备总线耦合到MCU的一个或多个数据存储设备进行接口。 串行接口端口提供了每个MCU可以彼此通信的手段,以便于实现存储器阵列架构。 整个数据存储阵列可以显示为能够响应主机总线上的单个标识号的单个设备,或者可以显示为多个独立设备。 控制MCU接收到一个命令,并通知其他参与读或写操作的MCU。 主机总线的控制顺序从一个MCU传送到下一个MCU,以便主机接收数据,或以正确的顺序写入每个数据存储设备。