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    • 2. 发明授权
    • Bus structure for overlapped data transfer
    • 用于重叠数据传输的总线结构
    • US5001625A
    • 1991-03-19
    • US173212
    • 1988-03-24
    • James H. ThomasRoyston L. SmithWilliam P. Ward
    • James H. ThomasRoyston L. SmithWilliam P. Ward
    • G06F13/40
    • G06F13/4063
    • An improved system bus structure for versatile use in various digital computer architecture configurations, particularly those of mini-supercomputers, and, designed to support high speed, high reliability, parallel processing of bi-directional signal transfers in a multi-port and multiple central processor unit (CPU) communication environment as between system bus units or devices. The system bus structure may be sized for a compact encasement and may carry as many as 129 simultaneous signals to and from various units connected to it. The system bus structure includes enabling structure for a centralized arbitration system, a centralized clock and synchronized transfer system, a centralized transfer monitor, a centralized parity error assessor and signalling system including transfer termination, and, a memory/inter-system inhibit system.
    • 一种改进的系统总线结构,用于各种数字计算机体系结构(特别是小型超级计算机的配置)中的多功能应用,并且被设计为支持多端口和多个中央处理器中的双向信号传输的高速,高可靠性的并行处理 单位(CPU)通信环境在系统总线单元或设备之间。 系统总线结构的尺寸可以用于紧凑的外壳,并且可以将多达129个同时的信号传送到连接到它的各个单元和从多个单元传送。 系统总线结构包括集中仲裁系统的启用结构,集中式时钟和同步传输系统,集中式传输监视器,集中式奇偶校验错误评估器和包括传输终止的信令系统,以及存储器/系统间禁止系统。
    • 4. 发明授权
    • Providing multiple memory controllers on a memory bus
    • 在内存总线上提供多个内存控制器
    • US06868486B1
    • 2005-03-15
    • US09651229
    • 2000-08-25
    • William P. Ward
    • William P. Ward
    • G06F12/08G06F13/16G06F12/06
    • G06F13/1605G06F12/0831
    • A system comprises a plurality of memory controllers connected to a memory bus. Each memory controller is able to generate memory requests on the memory bus according to a predetermined priority scheme. One priority scheme is a time slot priority scheme, and another priority scheme is a request-select priority scheme. The plurality of memory controllers are able to monitor memory requests generated by another memory controller in performing memory-related actions, such as memory requests (read or write), read-modify-write transaction, and cache coherency actions. In one arrangement, the memory bus is a Rambus channel.
    • 系统包括连接到存储器总线的多个存储器控制器。 每个存储器控制器能够根据预定的优先级方案在存储器总线上产生存储器请求。 一个优先方案是时隙优先方案,另一优先方案是请求优先方案。 多个存储器控制器能够监视由另一存储器控制器执行存储器相关动作(诸如存储器请求(读或写),读 - 修改 - 写事务和高速缓存一致性动作)所产生的存储器请求。 在一种布置中,存储器总线是Rambus通道。
    • 5. 发明授权
    • Data storage system for storing multilevel signals
    • 用于存储多电平信号的数据存储系统
    • US4202046A
    • 1980-05-06
    • US939021
    • 1978-09-01
    • William P. Ward
    • William P. Ward
    • G11C11/34G11C19/00G11C19/28G11C19/36G11C27/00G11C27/04G11C7/06
    • G11C19/36G11C19/285
    • A data storage system for storing multilevel, non-binary data includes a charge coupled device (CCD) shift register and a detection circuit for detecting the data level represented by the charge or signal within each cell location of the CCD shift register. The detection circuit includes a sense amplifier for comparing the signals from two adjacent cell locations, with one signal representing a known data level. The comparison of adjacent cell locations compensates for signal losses during shifting, since the losses experienced by adjacent cell locations are nearly identical. Switching transistors cause the output of an incrementing digital-to-analog converter to be added to one of the signals prior to comparison. The output of the sense amplifier is provided to a flip-flop, which controls the switching transistors. The outputs of the sense amplifier and flip-flop are connected to an EXCLUSIVE NOR gate, whose output enables an up/down counter, which in turn provides the detected data level.
    • 用于存储多电平,非二进制数据的数据存储系统包括电荷耦合器件(CCD)移位寄存器和用于检测由CCD移位寄存器的每个单元位置内的电荷或信号表示的数据电平的检测电路。 检测电路包括读出放大器,用于比较来自两个相邻单元位置的信号,以及一个表示已知数据电平的信号。 相邻单元位置的比较补偿了移位期间的信号损耗,因为相邻单元位置所经历的损耗几乎相同。 开关晶体管使得在比较之前将递增的数模转换器的输出添加到一个信号。 读出放大器的输出被提供给控制开关晶体管的触发器。 读出放大器和触发器的输出端连接到EXCLUSIVE或非门,其输出使能上/下计数器,进而提供检测到的数据电平。
    • 7. 发明授权
    • Cache memory address modifier for dynamic alteration of cache block
fetch sequence
    • 高速缓存存储器地址修改器用于高速缓存块提取序列的动态改变
    • US4953079A
    • 1990-08-28
    • US173406
    • 1988-03-24
    • William P. WardDouglas R. Beard
    • William P. WardDouglas R. Beard
    • G06F12/08
    • G06F12/0862
    • A cache memory includes an address modification circuit for operation during a cache block fetch sequence. The address modification circuit is connected to a polling circuit which receives a first word address from other portions of the cache memory connected to an instruction unit. The polling circuit tests whether a memory module storing the first word is free to make a data return transfer to the cache memory. When the memory module indicates that it is inhibited from making the data return to the cache memory, the address modification circuit selects in order of priority the next word in a cache block to be fetched and polls a memory module storing the next word. Word address selection and polling continues until a free memory module responds or until all words in the cache block have been fetched from main memory.
    • 高速缓存存储器包括用于在高速缓存块获取序列期间操作的地址修改电路。 地址修改电路连接到轮询电路,该轮询电路从连接到指令单元的高速缓冲存储器的其他部分接收第一字地址。 轮询电路测试存储第一个字的存储器模块是否可以将数据返回传输到高速缓冲存储器。 当存储器模块指示其被禁止使数据返回到高速缓冲存储器时,地址修改电路按优先顺序选择要获取的高速缓存块中的下一个字,并轮询存储下一个字的存储器模块。 字地址选择和轮询继续进行,直到可用内存模块响应或直到高速缓存块中的所有单词都已从主内存中取出。
    • 9. 发明授权
    • Method and processor having bit-addressable scratch pad memory
    • 具有位寻址的临时存储器的方法和处理器
    • US4135242A
    • 1979-01-16
    • US849048
    • 1977-11-07
    • William P. WardGeorge B. Gillow
    • William P. WardGeorge B. Gillow
    • G06F9/22G06F9/06G06F9/34G06F9/35G06F9/38G06F12/04G06F12/08G06F13/00
    • G06F9/35G06F12/04G06F9/34G06F9/383
    • A microprogrammed processor having a bit-addressable scratch pad memory with variable length operands and a method of operation which increase processor operating speed, permit use of simpler interpretive firmware, and require a reduced amount of firmware memory than prior microprogrammed processors. Microinstructions each including a six bit op code field and first and second five bit address fields are stored in a high speed firmware memory. The two address fields are transferred to address inputs of a dual port descriptor memory which stores descriptors. Two descriptors are simultaneously fetched from locations of the descriptor memory determined by the first and second address fields of the microinstruction. Each descriptor includes an address field which defines a location of the least significant bit of an operand in the scratch pad memory and a length field which defines the length of that operand. Two operands or partial operands are fetched from the scratch pad memory and transferred to a rotator circuit which automatically aligns the fetched operand to an arithmetic and logic unit which performs iterative and fractional operations. The disclosed system and method permit interpretation of virtual instructions without utilizing additional firmware subroutines to accomplish shifting or masking of variable length operands or to perform iterative operations or carry safe operations involving the operands to align them with fixed width hardware of the processor.
    • 一种微程序处理器,具有可位长度操作数的可位址暂存器存储器和提高处理器操作速度的操作方法,允许使用更简单的解释性固件,并且需要比先前的微程序处理器更少量的固件存储器。 每个包括六位操作码字段和第一和第二五位地址字段的微指令都存储在高速固件存储器中。 两个地址字段被传送到存储描述符的双端口描述符存储器的地址输入。 从由微指令的第一和第二地址字段确定的描述符存储器的位置同时提取两个描述符。 每个描述符包括一个地址字段,其定义了临时存储器中操作数的最低有效位的位置以及定义该操作数的长度的长度字段。 两个操作数或部分操作数从暂存器存储器中取出并传送到旋转电路,该电路自动对准所获取的操作数与执行迭代和分数运算的算术和逻辑单元。 所公开的系统和方法允许对虚拟指令的解释,而不利用附加的固件子程序来实现可变长度操作数的移位或掩蔽,或执行迭代操作或携带涉及操作数的安全操作,以使它们与处理器的固定宽度硬件对齐。
    • 10. 发明申请
    • Combined Corked Bottle Opener and Fluid Aerator
    • 组合软木开瓶器和流体充气机
    • US20120111153A1
    • 2012-05-10
    • US13289584
    • 2011-11-04
    • William P. Ward
    • William P. Ward
    • B67B7/04
    • B67B7/0441B67B7/04
    • An apparatus used for a corked bottle opening and fluid aeration device. It is comprised of a vertical holder with features to receive and guide the bottle and with features to permit and direct fluid flow for aeration; a cork-engaging member with a handle and corkscrew; a fluid receiving section; and a means for connecting the apparatus to the atmosphere. Preferably the features divide the sections by a stop, by a cone shape, and by a shoulder. The apparatus engages the corkscrew to the holder when used as a bottle opener and the apparatus restricts fluid flow enabling a venturi effect when used as an aerator. The apparatus allows a full hand grip on holder and bottle to ease removal of a cork from the bottle.
    • 用于软木塞瓶和流体曝气装置的装置。 它包括一个垂直保持器,具有接收和引导瓶子的特征,并具有允许和引导流体流动通风的特征; 具有把手和开瓶器的软木接合构件; 流体接收部; 以及用于将设备连接到大气的装置。 优选地,这些特征通过止动件,锥形形状和肩部将部分分开。 当用作开瓶器时,该装置将开瓶器接合到支架上,并且当用作充气器时,该装置限制能够实现文丘里效应的流体流动。 该装置允许在保持器和瓶子上的全手抓握以方便从瓶中取出软木塞。