公开(公告)号：US06470021B1

公开(公告)日：2002-10-22

申请号：US09172101

申请日：1998-10-05

申请人： Bernard N. Daines ,  Greg W. Davis ,  Thomas J. Hammond ,  David K. Couch ,  Christopher A. Schalick

发明人： Bernard N. Daines ,  Greg W. Davis ,  Thomas J. Hammond ,  David K. Couch ,  Christopher A. Schalick

IPC分类号： H04L1256

CPC分类号： H04L49/3072 ,  H04L49/103 ,  H04L49/351

摘要： A packet switch includes a multiple of bidirectional ports that are each connected by dedicated signal paths to a multiple of memory subsystems that in turn are connected to shared memory within the switch. The signal path from each port carries a fragment of a data stream between the port and each memory subsystem. The ports send and receive data stream fragments in parallel from the memory subsystems. This parallel action reduces the bandwidth required of a memory subsystem by dividing the port's data stream among the multiple memory subsystems. In storing data for forwarding to another port, each memory subsystem selects on a time division basis in parallel the data stream fragments from the same port and stores them in memory. In retrieving data from memory for a port, each memory subsystem selects on a time division basis in parallel the same port to receive the data stream fragments read from memory. The bit width of the signal paths between the ports and memory subsystems is reduced by sending smaller, individual data stream fragments between ports and memory subsystems and sending larger, aggregate data stream fragments between memory subsystems and memory. Within each memory subsystem are modules that combine individual data stream fragments into aggregate data stream fragments for storage in memory and modules that split aggregate data stream fragments read from memory into individual data stream fragments for transmission to ports.

摘要翻译： 分组交换机包括多个双向端口，每个双向端口通过专用信号路径连接到存储器子系统的多个，其又连接到交换机内的共享存储器。 来自每个端口的信号路径携带端口和每个存储器子系统之间的数据流的片段。 端口从存储器子系统并行发送和接收数据流片段。 这种并行操作通过在多个存储器子系统之间划分端口的数据流来减少存储器子系统所需的带宽。 在存储用于转发到另一端口的数据时，每个存储器子系统并行地选择来自同一端口的数据流片段并且将它们存储在存储器中。 在从端口的存储器检索数据时，每个存储器子系统并行地选择同一端口的时分，以接收从存储器读取的数据流片段。 通过在端口和存储器子系统之间发送较小的单个数据流片段，并在存储器子系统和存储器之间发送更大的聚合数据流片段来减少端口和存储器子系统之间的信号路径的位宽度。 在每个存储器子系统内是将各个数据流片段组合成用于存储在存储器中的聚合数据流片段的模块，以及将从存储器读取的聚合数据流片段分割成用于传输到端口的各个数据流片段的模块。

公开(公告)号：US07527040B2

公开(公告)日：2009-05-05

申请号：US11313425

申请日：2005-12-21

申请人： David K. Couch

发明人： David K. Couch

IPC分类号： F02M51/00 ,  H01H47/00

CPC分类号： F02D41/20 ,  F02D2041/1431 ,  F02M65/005

摘要： An auxiliary electronic fuel injection control apparatus for enhancing engine performance includes an isolation circuit connectable to a main control switch having an output voltage pulse and a ground. A pass-through switch is in electrical communication with the isolation circuit and is connectable to a fuel injector, the isolation circuit designed to substantially render the pass-through switch transparent to the main control switch. A re-driver switch is in electrical communication with the pass-through switch and is connectable to the fuel injector and the ground. An auxiliary controller is in electrical communication with the isolation circuit, the pass-through switch, the re-driver switch, and to the ground. The output voltage pulse triggers the auxiliary controller to turn the pass-through switch and the re-driver switch on and off to effectively alter a duration of current to the fuel injector.

摘要翻译： 一种用于增强发动机性能的辅助电子燃料喷射控制装置包括可连接到具有输出电压脉冲和地的主控制开关的隔离电路。 直通开关与隔离电路电连通，并且可连接到燃料喷射器，该隔离电路被设计成基本上使直通开关对主控制开关透明。 重新驱动开关与直通开关电连通，可连接到燃油喷射器和地面。 辅助控制器与隔离电路，直通开关，重新驱动开关和地面电气通信。 输出电压脉冲触发辅助控制器打开和关闭直通开关和重新启动器开关，以有效地改变燃油喷射器的电流持续时间。