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    • 22. 发明授权
    • Full duplex buffer management and apparatus
    • 全双工缓冲管理和设备
    • US6067408A
    • 2000-05-23
    • US605532
    • 1996-02-22
    • Thomas J. RunaldueJeffrey Roy Dwork
    • Thomas J. RunaldueJeffrey Roy Dwork
    • G06F13/38H01J1/00
    • G06F13/385
    • A node having a system interface adapter for intercoupling a fixed speed bus to a variable latency bus. The system interface adapter includes a receive FIFO buffer memory, a transmit FIFO buffer memory, and a memory buffer management unit. The memory buffer management unit dynamically awards priority between the two FIFOs for access to the variable latency bus in a fashion to minimize overflowing or underflowing the FIFOs while reducing the FIFO sizes. Priority between pending receive data transfers and pending transmit data transfers is resolved, in part, upon a whether a receive operation vis-a-vis the fixed-speed bus is underway.
    • 具有用于将固定速度总线互连到可变延迟总线的系统接口适配器的节点。 系统接口适配器包括接收FIFO缓冲存储器,发送FIFO缓冲存储器和存储器缓冲管理单元。 存储器缓冲器管理单元以两种FIFO之间的优先级动态地授予对可变延迟总线的访问,以便使FIFO溢出或下溢,同时减少FIFO大小。 待处理的接收数据传输和待传输数据传输之间的优先级部分地解决了是否正在接收固定速度总线的接收操作。
    • 24. 发明授权
    • Output driver circuit having reduced VSS/VDD voltage fluctuations
    • 输出驱动电路具有降低的VSS / VDD电压波动
    • US5332932A
    • 1994-07-26
    • US760310
    • 1991-09-16
    • Thomas J. Runaldue
    • Thomas J. Runaldue
    • H03K17/16G11C11/409H03K19/003H03K19/0175H03K19/0948
    • H03K19/00361
    • An output buffer driver circuit which significantly reduces the effects of voltage fluctuations in the upper and lower power supply potentials on an output signal includes a first pull-up circuit (44), a second pull-up circuit (46), a first pull-down circuit (48), a second pull-down circuit (50), a delay circuit (52), and control circuit (54). The first pull-up circuit (44) is coupled between a noisy upper power supply potential (VDDN) and output terminal (43). The second pull-up circuit (46) is coupled between a quiet upper power supply potential (VDDQ) and the output terminal. The first pull-down circuit (48) is coupled between noisy lower power supply potential (VSSN) and the output terminal. The second pull-down circuit (50) is coupled between a quiet lower power supply potential (VSSQ) and the output terminal. The second pull-up circuit (46) is delayed in its turn-on until the first pull-up circuit (44) is being turned-off when the output terminal is making the low-to-high transition so as to isolate the noisy upper power supply potential from the output terminal. Similarly, the second pull-down circuit (50) is delayed in its turn-on until the first pull-down circuit (48) is being turned-off when the output terminal is making the high-to-low transition so as to isolate the noisy lower power supply potential from the output terminal.
    • 一种输出缓冲器驱动电路,其显着降低上,下电源电压中的电压波动对输出信号的影响,包括第一上拉电路(44),第二上拉电路(46),第一上拉电路(46) 下降电路(48),第二下拉电路(50),延迟电路(52)和控制电路(54)。 第一上拉电路(44)耦合在噪声上电源电位(VDDN)和输出端(43)之间。 第二上拉电路(46)耦合在安静的上电源电位(VDDQ)和输出端之间。 第一下拉电路(48)耦合在噪声较低的电源电位(VSSN)和输出端之间。 第二下拉电路(50)耦合在安静的较低电源电位(VSSQ)和输出端子之间。 第二上拉电路(46)在其导通时被延迟,直到第一上拉电路(44)在输出端子进行低电平到高电平转换时截止,从而隔离噪声 从输出端子上升电源电位。 类似地,第二下拉电路(50)在其导通时被延迟,直到第一下拉电路(48)在输出端子进行高电平至低电平转换时截止,以便隔离 输出端子的噪声较低的电源电位。
    • 25. 发明授权
    • CMOS memory cell
    • CMOS MEMORY CELL
    • US5216636A
    • 1993-06-01
    • US760655
    • 1991-09-16
    • Thomas J. Runaldue
    • Thomas J. Runaldue
    • G11C11/41G11C8/16H01L27/10
    • G11C8/16
    • A dual port random access memory cell is coupled to complementary read/write data bit lines, a read-only data bit line, a read/write address line and a read-only address line. The memory cell includes two two-transistor inverters (36, 38) cross-coupled to form a flip-flop core memory which is coupled to complementary input/output nodes (40, 42). A fifth transistor (44 or 56) has its main electrodes connected between the first input/output node (40) and the first read/write data bit line (BLA) and its gate electrode connected to the read/write address line (ROW SELA or ROW SELA). The sixth transistor (46 or 58) has its main electrodes connected between the second input/output node (42) and the second read/write data bit line (BLA) and its gate electrode connected to the read/write address line (ROW SELA or ROW SELA). A seventh transistor (48) has its main electrodes connected between an upper power supply potential (VCC) and a common node (54) and has its gate electrode connected to the second input/output node (42). An eighth transistor (50 ) has its main electrodes connected between the common node (54) and a lower power supply potential (VSS) and its gate electrode connected to the first input/output node (40). A ninth transistor (52) has its main electrodes connected between the common node (54) and the read-only date bit line (BLB) and its gate electrode connected to the read-only address line (ROW SELB).
    • 26. 发明授权
    • Multiport memory collision/detection circuitry
    • 多端口内存冲突/检测电路
    • US5062081A
    • 1991-10-29
    • US419019
    • 1989-10-10
    • Thomas J. Runaldue
    • Thomas J. Runaldue
    • G11C8/16
    • G11C8/16
    • A multiport memory system is provided with a collision detection system to prevent collision between information which is simultaneously being read to a particular memory row and information being written to that same memory row simultaneously. Memory rows of the multiport memory system are independently addressed by address signals for a first port and by address signals corresponding to a second port. Row select signals are generated from the address signals of each of the ports when the row select signals for one particular memory row of the memory array are simultaneously present a match signal is generated. The match signal controls a forwarding logic circuit which connects the write port information directly to the read port when a match is present, providing immediate access to the most current information being written into the memory array. A write-strobe signal for entering information into the multiport memory array memory cells is provided for gating the match signal to provide a forward signal for the system.
    • 多端口存储器系统设置有冲突检测系统,以防止同时被读取到特定存储器行的信息与同时被写入同一存储器行的信息之间的冲突。 多端口存储器系统的存储行由第一端口的地址信号和对应于第二端口的地址信号独立地寻址。 当存储器阵列的一个特定存储器行的行选择信号同时存在匹配信号时,从每个端口的地址信号产生行选择信号。 匹配信号控制转发逻辑电路,其在存在匹配时将写入端口信息直接连接到读取端口,从而立即访问被写入存储器阵列的最新信息。 提供用于将信息输入到多端口存储器阵列存储器单元中的写选通信号,用于选通匹配信号以为系统提供正向信号。
    • 28. 发明授权
    • Method and apparatus for a network hub to diagnose network operation and broadcast information to a remote host or monitoring device
    • 用于网络集线器诊断网络操作和向远程主机或监控设备广播信息的方法和装置
    • US08051160B2
    • 2011-11-01
    • US12289194
    • 2008-10-22
    • Ian CrayfordThomas J. Runaldue
    • Ian CrayfordThomas J. Runaldue
    • G06F15/16
    • H04L49/602H04L41/0213H04L41/022H04L43/0817H04L49/351
    • A network hub in a communication network that acts as a server to network clients to push, or transmit, information regarding the state of local and remote devices and networks. The information can be one, or more, status information, which information can be one or more predefined fields in a frame, which represents a packet of data. In one embodiment, it is desirable that the frame be a “legitimate” Ethernet-type frame. The status field can be a “push”-Type status field. The push operation can be a unicast, a multicast, or a broadcast, or a hybrid transmission. The hub can be a switch, repeater, a bridge, a router, a gateway, or a hybrid thereof. Also, the hub according to the present invention can be an OSI Layer 2 device, an OSI Layer 3 device, or a hybrid thereof. It is desirable that the hub be devoid of a microprocessor. As described herein, the hub may have plural ports, for example, four, eight, or more ports.
    • 通信网络中的网络集线器,充当服务器,以网络客户端推送或发送关于本地和远程设备和网络的状态的信息。 该信息可以是一个或多个状态信息,哪个信息可以是表示数据分组的帧中的一个或多个预定义字段。 在一个实施例中,期望该帧是“合法的”以太网类型的帧。 状态字段可以是“推” - 类型状态字段。 推送操作可以是单播,多播或广播或混合传输。 集线器可以是交换机,中继器,网桥,路由器,网关或其混合。 此外,根据本发明的集线器可以是OSI第二层设备,OSI第三层设备或其混合。 希望集线器没有微处理器。 如这里所述,集线器可以具有多个端口,例如四个,八个或更多个端口。
    • 29. 发明申请
    • Method and apparatus for a network hub to diagnose network operation and broadcast information to a remote host or monitoring device
    • 用于网络集线器诊断网络操作和向远程主机或监控设备广播信息的方法和装置
    • US20090063670A1
    • 2009-03-05
    • US12289194
    • 2008-10-22
    • Ian CrayfordThomas J. Runaldue
    • Ian CrayfordThomas J. Runaldue
    • G06F15/16
    • H04L49/602H04L41/0213H04L41/022H04L43/0817H04L49/351
    • A network hub in a communication network that acts as a server to network clients to push, or transmit, information regarding the state of local and remote devices and networks. The information can be one, or more, status information, which information can be one or more predefined fields in a frame, which represents a packet of data. In one embodiment, it is desirable that the frame be a “legitimate” Ethernet-type frame. The status field can be a “push”-Type status field. The push operation can be a unicast, a multicast, or a broadcast, or a hybrid transmission. The hub can be a switch, repeater, a bridge, a router, a gateway, or a hybrid thereof. Also, the hub according to the present invention can be an OSI Layer 2 device, an OSI Layer 3 device, or a hybrid thereof. It is desirable that the hub be devoid of a microprocessor. As described herein, the hub may have plural ports, for example, four, eight, or more ports.
    • 通信网络中的网络集线器,充当服务器,以网络客户端推送或发送关于本地和远程设备和网络的状态的信息。 该信息可以是一个或多个状态信息,哪个信息可以是表示数据分组的帧中的一个或多个预定义字段。 在一个实施例中,期望该帧是“合法的”以太网类型的帧。 状态字段可以是“推” - 类型状态字段。 推送操作可以是单播,多播或广播或混合传输。 集线器可以是交换机,中继器,网桥,路由器,网关或其混合。 此外,根据本发明的集线器可以是OSI第二层设备,OSI第三层设备或其混合。 希望集线器没有微处理器。 如这里所述,集线器可以具有多个端口,例如四个,八个或更多个端口。
    • 30. 发明授权
    • Method and apparatus for a network hub to diagnose network operation and broadcast information to a remote host or monitoring device
    • 用于网络集线器诊断网络操作和向远程主机或监控设备广播信息的方法和装置
    • US07457857B1
    • 2008-11-25
    • US09580665
    • 2000-05-26
    • Ian CrayfordThomas J. Runaldue
    • Ian CrayfordThomas J. Runaldue
    • G06F15/16
    • H04L49/602H04L41/0213H04L41/022H04L43/0817H04L49/351
    • A network hub in a communication network that acts as a server to network clients to push, or transmit, information regarding the state of local and remote devices and networks. The information can be one, or more, status information, which information can be one or more predefined fields in a frame, which represents a packet of data. In one embodiment, it is desirable that the frame be a “legitimate” Ethernet-type frame. The status field can be a “push”-Type status field. The push operation can be a unicast, a multicast, or a broadcast, or a hybrid transmission. The hub can be a switch, repeater, a bridge, a router, a gateway, or a hybrid thereof. Also, the hub according to the present invention can be an OSI Layer 2 device, an OSI Layer 3 device, or a hybrid thereof. It is desirable that the hub be devoid of a microprocessor. As described herein, the hub may have plural ports, for example, four, eight, or more ports.
    • 通信网络中的网络集线器,充当服务器,以网络客户端推送或发送关于本地和远程设备和网络的状态的信息。 该信息可以是一个或多个状态信息,哪个信息可以是表示数据分组的帧中的一个或多个预定义字段。 在一个实施例中,期望该帧是“合法的”以太网类型的帧。 状态字段可以是“推” - 类型状态字段。 推送操作可以是单播,多播或广播或混合传输。 集线器可以是交换机,中继器,网桥,路由器,网关或其混合。 此外,根据本发明的集线器可以是OSI第二层设备,OSI第三层设备或其混合。 希望集线器没有微处理器。 如这里所述,集线器可以具有多个端口,例如四个,八个或更多个端口。