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    • 1. 发明授权
    • Systems and methods for the schedule alignment of packet flow
    • 分组流的进度对齐的系统和方法
    • US07411971B2
    • 2008-08-12
    • US10936881
    • 2004-09-09
    • Ilya FreytsisPaul T. SpragueJames P. Towey, Jr.
    • Ilya FreytsisPaul T. SpragueJames P. Towey, Jr.
    • H04L12/54
    • H04L47/564H04L47/50
    • A classification mechanism automatically aligns time-sensitive data streams to sequences (schedules), according to information in the packets or other information and classification criteria specified by a human network administrator, a sequence agent, an application program or otherwise. When a packet arrives at a first sequence-aware switch along a path, the packet is aligned to a new or existing sequence. When a new sequence is established, appointments are reserved at sequence-aware switches along the path. The packet is placed in a queue, based on its classification. When the packet reaches the head of the queue, at that queue's appointment time, the switch forwards the packet along the path. If possible, appointments have been reserved at subsequent switches along the packet's path, so the packet can be forwarded through the subsequent switches without delay. Packets that do not match any classification criteria are handled on a best-effort basis.
    • 分类机制根据分组中的信息或由人网管理员,序列代理,应用程序或其他方式指定的其他信息和分类标准,将时间敏感数据流自动对准序列(计划)。 当分组沿着路径到达第一序列感知交换机时,分组与新的或现有的序列对齐。 当建立新的序列时,沿路径的顺序识别交换机保留约定。 根据分组,将数据包放入队列中。 当数据包到达队列的头部时,在该队列的预约时间,交换机沿路径转发数据包。 如果可能,在分组路径的后续交换机处已经保留了约定,所以可以不间断地通过后续交换机转发分组。 不符合任何分类标准的数据包将尽力处理。
    • 4. 发明授权
    • Elevator speed check using constant ratiometric comparison
    • 电梯速度检查使用常数比例比较
    • US5345048A
    • 1994-09-06
    • US126446
    • 1993-09-24
    • James P. Towey, Jr.
    • James P. Towey, Jr.
    • B66B1/24B66B5/08B66B5/06
    • B66B5/08B66B1/24
    • The emergency terminal stopping speed is checked by comparing (30) the number of pulses (26) provided by an encoder (10) driven by the elevator motor (12) with a fixed number (36) which for the particular elevator will correspond to the maximum allowable speed when received within a time frame determined by the overflow (46) from a presettable (44) counter (40). The time period is adjusted for each elevator installation so that the fixed number of pulses relate to the desired speed by adjusting the preset of the presettable counter. Floor leveling speed is also determined by comparing (32) the counted number of pulses with a settable (38) number.
    • 通过将由电梯电机(12)驱动的编码器(10)提供的脉冲数(26)与固定数(36)进行比较(30)来检查应急终端停止速度,对于特定电梯将对应于 在由可预置(44)计数器(40)由溢出(46)确定的时间范围内接收时的最大允许速度。 对于每个电梯设备调整时间段,使得固定数量的脉冲通过调节可预设计数器的预设而与期望的速度相关。 地层平整速度也可以通过比较(32)计数的脉冲数与可设定的(38)数量来确定。