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    • 3. 发明授权
    • Activity surfaces
    • 活动面
    • US07090586B1
    • 2006-08-15
    • US10089777
    • 2000-09-29
    • Robert EverettStephen MorleyAndrew WhitworthPaul Morton
    • Robert EverettStephen MorleyAndrew WhitworthPaul Morton
    • E01C13/00
    • A63C19/02A63C19/00A63K1/00E01C13/083E01C2013/006
    • An apparatus for an a method of closing a fixed gap in an activity surface such as a turfed race-track is described. The apparatus comprises a movable turf tray having an upper surface with the same characteristics as the activity surface and means for guiding the tray into the gap so as to wedge the tray releasably in the gap and thereby to provide a substantially continuous activity surface. The apparatus can be used to provide a reconfigurable racetrack crossing with the permanent road gap in the racetrack being closeable by means of the movable turf tray. Overlapping edges of the turf tray provide a weight wedging action which provides reliable pressure joins. This also has application for creating reconfigurable turfed activity surfaces such as are used in sports stadia and the like.
    • 描述了一种用于关闭诸如草皮赛道的活动表面中的固定间隙的方法的装置。 该装置包括具有与活动表面具有相同特征的上表面的活动草盘,以及用于将托盘引导到间隙中的装置,以便将托盘可释放地楔入间隙中,从而提供基本上连续的活动表面。 该装置可用于提供与赛跑场中的永久道路间隙的可重构跑道交叉,其可通过可移动的草坪盘来关闭。 草皮托盘的重叠边缘提供重量楔入动作,提供可靠的压力接合。 这也适用于创建可重新配置的草皮活动表面,例如用于运动场地等。
    • 6. 发明授权
    • Data writing to data storage medium
    • 数据写入数据存储介质
    • US06408416B1
    • 2002-06-18
    • US09335312
    • 1999-06-16
    • Stephen MorleyNigel Kevin Rushton
    • Stephen MorleyNigel Kevin Rushton
    • G11C2900
    • G11B20/1866G11B20/1879
    • A method for correcting errors when writing a stream of data to a data, received from a host apparatus, to a magnetic tape data storage medium comprises: partitioning the stream of digital data into a plurality of fragments; writing the plurality of fragments to the data storage medium; reading the plurality of fragments from the data storage medium; checking whether each of the read fragments are correct; assigning each of the correct read fragments to only one of a plurality of groups of fragments; counting a total number of correct read fragments within each of the plurality of groups of fragments; and if the total number of correct read fragments within any of the plurality of groups of fragments is less than the threshold number of correct read fragments then the step of writing the plurality of fragments to the data storage medium is repeated.
    • 一种将数据流写入从主机装置接收到的数据到磁带数据存储介质的错误校正方法包括:将数字数据流划分成多个片段; 将所述多个片段写入所述数据存储介质; 从数据存储介质读取多个片段; 检查每个读取的片段是否正确; 将每个正确的读取片段分配给多个片段组中的一个; 计算所述多个片段组内的每个中的正确读片段的总数; 并且如果所述多个片段组中的任何一组中的正确读取片段的总数小于正确读取片段的阈值数量,则重复将多个片段写入数据存储介质的步骤。
    • 7. 发明授权
    • Communication system
    • 通讯系统
    • US5488610A
    • 1996-01-30
    • US274203
    • 1994-07-12
    • Stephen Morley
    • Stephen Morley
    • H04J3/12H04L25/05H04J3/02
    • H04J3/125H04L25/05
    • The present invention concerns a multiplexer for use in a system for transmitting more than one type of data, e.g. a system for transmitting voice and data. The invention eliminates transmission errors in framed data due to clock errors on the transmission side by appropriate choice of the length of multiplexer frames. Two embodiments are disclosed, one in which the frame rate of the multiplexer is greater than the frame rate of a voice coder and another in which the length of multiplexer frames is slightly adjustable to account for clock errors.
    • 本发明涉及用于传输多于一种类型的数据的系统中的多路复用器,例如, 用于传输语音和数据的系统。 本发明通过适当选择多路复用器帧的长度,消除了由于发送侧的时钟错误引起的帧数据中的传输错误。 公开了两个实施例,其中多路复用器的帧速率大于语音编码器的帧速率,其中多路复用器帧的长度可稍微调整以考虑时钟误差。