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    • 1. 发明授权
    • Skateboard adapted for use on ice
    • 适合在冰上使用的滑板
    • US5259632A
    • 1993-11-09
    • US834364
    • 1992-02-12
    • Kevin T. Mahoney
    • Kevin T. Mahoney
    • A63C5/03A63C17/01A63C17/18A63C17/22
    • A63C17/015A63C1/306A63C17/01A63C17/018A63C17/18A63C17/22A63C5/031
    • A skateboard, adapted for use on ice, utilizes a blade assembly comprised of a bushing member, a blade member and a body member. The bushing member has an outer surface and an inner surface, the inner surface defining an aperture adapted to receive the skateboard axle. The blade member has finished edges and substantially parallel faces. The body member is made of fiberglass or high strength plastic compounds and is formed such that it holes the blade member and the bushing member in a fixed relationship to one another. The body member encases a portion of the outer surface of the bushing member, allowing the bushing member to receive the axle without substantial interference. The body member also encases a portion of the substantially parallel lateral faces of the blade member, leaving a portion of the blade member exposed for contact with the ice.
    • 适于在冰上使用的滑板使用由衬套构件,叶片构件和主体构件组成的叶片组件。 衬套构件具有外表面和内表面,内表面限定适于接收滑板轴的孔。 叶片构件具有完成的边缘和基本上平行的面。 本体构件由玻璃纤维或高强度塑料化合物制成,并且形成为使得叶片构件和衬套构件彼此固定关闭。 主体构件包围套管构件的外表面的一部分,允许衬套构件接收轴而没有实质的干扰。 主体构件还包围叶片构件的大致平行的侧面的一部分,使得叶片构件的一部分露出以与冰接触。
    • 3. 发明授权
    • Receiver supply using cut sheet media
    • 接收器供应使用切片介质
    • US08585034B1
    • 2013-11-19
    • US13598100
    • 2012-08-29
    • Kevin T. MahoneyRobert Fredric Mindler
    • Kevin T. MahoneyRobert Fredric Mindler
    • G03G15/00
    • B65H31/22B41J3/60B41J13/103B41J13/106B65H1/266B65H85/00B65H2301/4212B65H2405/31B65H2405/3321B65H2405/3322B65H2407/20B65H2801/12G03G15/6502
    • A method for handling cut sheet media in a receiver supply media cassette comprising providing a media tray with a removable media receptacle in the receiver supply media cassette. The media tray is attached to the imaging apparatus to feed the cut sheet media from a first compartment of the removable media receptacle to the imaging apparatus to print a first image on a first side of the fed cut sheet media and receive the printed cut sheet media from the imaging apparatus into a second compartment of the removable media receptacle. The removable media receptacle is flipped the cut sheet media is fed to the imaging apparatus to print a second image on a second side of the fed cut sheet media. The method further includes receiving the printed cut sheet media from the imaging apparatus into the first compartment of the removable media receptacle.
    • 一种用于在接收器供应介质盒中处理切片介质的方法,包括:在所述接收器供应介质盒中提供具有可移除介质容器的介质托盘。 介质托盘附接到成像设备以将切片材介质从可移动介质容器的第一隔室输送到成像设备,以在供给的切片片介质的第一侧上打印第一图像,并接收印刷的切割片介质 从成像装置移动到可移动介质容器的第二隔室中。 将可移动介质容器翻转,将切割的片材介质送入成像装置,以在送入的切割片材介质的第二侧上打印第二个图像。 该方法还包括将打印的切片介质从成像设备接收到可移动介质容器的第一隔室中。
    • 4. 发明授权
    • I/O structure for information processing system
    • 信息处理系统的I / O结构
    • US5101478A
    • 1992-03-31
    • US228768
    • 1988-08-04
    • Andrew N. FuTom R. KiblerJames B. MacDonaldRobert C. NashStephen W. OlsonBhikoo J. PatelRobert R. TrottierKevin T. MahoneyDavid L. WhipplePeter A. Morrison
    • Andrew N. FuTom R. KiblerJames B. MacDonaldRobert C. NashStephen W. OlsonBhikoo J. PatelRobert R. TrottierKevin T. MahoneyDavid L. WhipplePeter A. Morrison
    • G06F13/12
    • G06F13/126
    • An I/O structure for use in a digital data processing system of the type in which system components including a processor and a system memory are connected by a system bus. The I/O structure includes a system bus interface connected to the system bus, a synchronous satellite processing unit (SPU) bus connected to the system bus interface, one or more satellite processing units (SPUs) connected to the SPU bus, and peripheral devices attached to the satellite processing units. Each SPU has three main components: control logic including a microprocessor for controlling the SPU, a device adapter specific to the peripheral device for controlling the peripheral device and transferring data between the peripheral device and the SPU, and an interface unit connected to the control logic and the device adapter for providing I/O communications to the SPU bus and responding to I/O communications on the SPU bus. The I/O communications fall into two classes: communications to SPUs and communications to system components. The communications to SPUs all require a single SPU bus cycle; the communications to system components require one or more cycles. The system bus interface translates communications to system components into communications on the system bus and translates communications on the system bus intended for a SPU into communications to SPUs. The SPU bus includes first lines for carrying an I/O command and an identifier for an SPU involved in the communication and second lines for carrying the contents of the communication. In multicycle communications, the I/O command and identifier remain on the first lines for all cycles, but the information on the second lines varies from cycle to cycle.
    • 一种用于数字数据处理系统的I / O结构,其中包括处理器和系统存储器在内的系统组件通过系统总线连接。 I / O结构包括连接到系统总线的系统总线接口,连接到系统总线接口的同步卫星处理单元(SPU)总线,连接到SPU总线的一个或多个卫星处理单元(SPU)和外围设备 附属于卫星处理单元。 每个SPU具有三个主要部分:包括用于控制SPU的微处理器的控制逻辑,用于控制外围设备并在外围设备和SPU之间传送数据的外围设备专用的设备适配器,以及连接到控制逻辑的接口单元 以及用于向SPU总线提供I / O通信并响应SPU总线上的I / O通信的设备适配器。 I / O通信分为两类:与SPU的通信和与系统组件的通信。 与SPU的通信都需要单个SPU总线周期; 与系统组件的通信需要一个或多个周期。 系统总线接口将系统组件的通信转换为系统总线上的通信,并将用于SPU的系统总线上的通信转换为与SPU通信。 SPU总线包括用于承载I / O命令的第一行和用于通信中涉及的SPU的标识符和用于承载通信内容的第二行。 在多循环通信中,I / O命令和标识符保留在所有周期的第一行上,但是第二行的信息随周期而不同。