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    • 12. 发明申请
    • COMPRESSION FITTINGS FOR STEEL PIPES
    • 钢管压实配件
    • WO2008107680A3
    • 2008-10-30
    • PCT/GB2008000765
    • 2008-03-06
    • CORUS UK LTDCAPARO ENG LTDOWEN CHRISTOPHERSMITH PAUL
    • OWEN CHRISTOPHERSMITH PAUL
    • F16L19/08F16L19/06
    • F16L19/08F16L19/075F16L19/086
    • A compression fitting is described that is suitable for connecting steel pipes as a first fit device. It comprises an externally threaded housing (40) having a bore for receiving a pipe (44) and a seat (50) around the bore, a polymeric or elastomeric sealing ring (52) adjacent the seat (50), a nut (60) engageable with the external thread thereby to urge the sealing ring (52) onto the seat (50), the housing (40) having an inwardly directed stop (46) within the bore adapted to prevent further insertion of the pipe (44), and a compressible or crushable element (48) in front of the stop (46). Further, a grip ring (58), with inwardly directed circumferential teeth- (66) on the inner axial face, can be provided adjacent the nut (60), for engagement with the exterior of the pipe (44) passing through the nut (60) into -the bore and to assist in hindering withdrawal, of the pipe if subjected to longitudinal forces.
    • 描述了一种适于连接钢管作为第一适配装置的压缩配件。 它包括一个外螺纹的外壳(40),其具有用于接纳管(44)的孔和围绕孔的座(50),邻近座(50)的聚合弹性密封环(52),螺母(60) 可与外螺纹接合,从而将密封环(52)推动到座(50)上,壳体(40)在孔内具有向内指向的止挡(46),适于防止管(44)的进一步插入,以及 在所述止动件(46)前面的可压缩或可压碎的元件(48)。 此外,在内轴向面上具有向内指向的周向齿(66)的抓环(58)可以邻近螺母(60)设置,用于与通过螺母(44)的管(44)的外部接合 60)进入钻孔,并有助于阻碍管道的拉伸,如果受到纵向力。
    • 14. 发明申请
    • SECURITY CHIP ARCHITECTURE AND IMPLEMENTATIONS FOR CRYPTOGRAPHY ACCELERATION
    • 安全芯片架构和实现加速度的实现
    • WO0105089A2
    • 2001-01-18
    • PCT/US0018545
    • 2000-07-07
    • BROADCOM CORPKRISHNA SURESHOWEN CHRISTOPHER
    • KRISHNA SURESHOWEN CHRISTOPHER
    • G06F1/00G06F9/38G06F21/00H04L9/00
    • G06F9/3879G06F21/72G06F2207/7219H04L63/0485H04L63/123H04L63/164H04L69/12
    • An architecture and a method for a cryptography acceleration is disclosed that allows significant performance improvements without the use of external memory. Specifically, the chip architecture enables "cell-based" processing of random-length IP packets. The IP packets, which may be of variable and unknown size, are split into fixed-size "cells". The fixed-sized cells are then processed and reassembled into packets. The cell-based packet processing architecture of the present invention allows the implementation of a processing pipeline that has known processing throughput and timing characteristics, thus making it possible to fetch and process the cells in a predictable time frame. The architecture is scalable and is also independent of the type of cryptography performed. The cells may be fetched ahead of time (pre-fetched) and the pipeline may be staged in such a manner that attached (local) memory is not required to store packet data or control parameters.
    • 公开了一种用于加密加速的架构和方法,其允许在不使用外部存储器的情况下进行显着的性能改进。 具体来说,芯片架构使得能够对随机长度的IP分组进行“基于小区的”处理。 可能是未知大小的IP分组被拆分成固定大小的“小区”。 然后将固定大小的小区处理并重新组装成分组。 本发明的基于小区的分组处理架构允许实现具有已知处理吞吐量和定时特性的处理流水线,从而使得可以以可预测的时间帧获取和处理小区。 该架构是可扩展的,并且也独立于执行的加密类型。 可以提前提取单元(预取),并且管道可以以不需要附加(本地)存储器来存储分组数据或控制参数的方式进行。