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    • 1. 发明授权
    • Multiprocessor system having an input/output (I/O) bridge circuit for transferring data between volatile and non-volatile memory
    • 具有用于在易失性和非易失性存储器之间传送数据的输入/输出(I / O)桥接电路的多处理器系统
    • US08060708B2
    • 2011-11-15
    • US12790712
    • 2010-05-28
    • Dinesh MaheshwariDinesh RamanathanAlakesh ChetiaHerve LetourneurDonald W. SmithManoj Gujral
    • Dinesh MaheshwariDinesh RamanathanAlakesh ChetiaHerve LetourneurDonald W. SmithManoj Gujral
    • G06F12/00
    • G06F13/1694G06F12/0638
    • A disclosed circuit includes circuitry for coupling to a volatile memory, circuitry for coupling to a nonvolatile NAND flash memory, and circuitry that: (i) receives a volatile memory request from a processor and satisfies the volatile memory request by accessing the volatile memory, and (ii) receives a nonvolatile NOR flash memory read request from the processor and satisfies the NOR read request by accessing both the NAND flash memory and the volatile memory. The circuit may also include circuitry that receives a volatile memory request from another processor and satisfies the volatile memory request from the other processor by accessing the volatile memory, and circuitry that receives a NAND flash memory read request from the other processor and satisfies the NAND read request by accessing the NAND flash memory. Multiprocessor systems including the circuit are described, as is a method for satisfying a NOR flash memory read request.
    • 所公开的电路包括用于耦合到易失性存储器的电路,用于耦合到非易失性NAND闪速存储器的电路,以及电路:(i)从处理器接收易失性存储器请求,并通过访问易失性存储器来满足易失性存储器请求,以及 (ii)从处理器接收非易失性NOR闪存读取请求,并通过访问NAND闪速存储器和易失性存储器来满足NOR读取请求。 该电路还可以包括从另一个处理器接收易失性存储器请求并通过访问易失性存储器来满足来自另一个处理器的易失性存储器请求的电路,以及从其他处理器接收NAND闪存读取请求并满足NAND读取的电路 访问NAND闪存的请求。 描述包括该电路的多处理器系统,以及用于满足NOR闪存读取请求的方法。
    • 3. 发明授权
    • Circuit, architecture and method for analyzing the operation of a digital processing system
    • 用于分析数字处理系统操作的电路,架构和方法
    • US06311292B1
    • 2001-10-30
    • US09126680
    • 1998-07-30
    • Jack H. ChoquetteDonald W. Smith
    • Jack H. ChoquetteDonald W. Smith
    • G06F1100
    • G06F11/364G06F11/3656
    • A dual access debugging architecture. This architecture allows the microprocessor to select between external debugging, supported via the physical system interface, and internal debugging, supported via logic within the microprocessor which is controlled by decoded software instructions. In one example of the present invention, a microprocessor includes a system bus interface and a program decoder which is coupled to the system bus interface. The system bus interface is coupled to a system bus to which external memory is coupled. Debugging operations are stored as debugging instructions in the external memory. When these debugging instructions are retrieved from memory, through the system bus and the system bus interface, they are decoded in the program decoder of the microprocessor and they in turn cause the microprocessor to enter a first debugging mode which is controlled by the debugging instructions. The first debugging mode may be referred to as an internal programmable method. The microprocessor also includes a dedicated test port, such as a JTAG port, which provides signals to and from registers and other logic in test port logic on the IC (integrated circuit) of the microprocessor. The dedicated test port includes input/output pins on the microprocessor which convey the test signals to external test logic device, such as JTAG test equipment. Testing of the microprocessor using the dedicated test port involves asserting a signal in the test port which causes the microprocessor to enter a second debugging mode which is controlled by the external test logic device. This second debugging mode may be referred to as an external debug method.
    • 双重访问调试架构。 该架构允许微处理器通过物理系统接口支持的外部调试和通过由解码的软件指令控制的微处理器内的逻辑支持的内部调试进行选择。在本发明的一个示例中,微处理器包括系统总线 接口和与系统总线接口耦合的程序解码器。 系统总线接口耦合到外部存储器耦合到的系统总线。 调试操作作为调试指令存储在外部存储器中。 当这些调试指令从存储器,通过系统总线和系统总线接口获取时,它们被解码在微处理器的程序解码器中,并且进而导致微处理器进入由调试指令控制的第一调试模式。 第一调试模式可以被称为内部可编程方法。 微处理器还包括专用测试端口,例如JTAG端口,它向微处理器的IC(集成电路)的测试端口逻辑中的寄存器和其他逻辑提供信号。 专用测试端口包括微处理器上的输入/输出引脚,将测试信号传送到外部测试逻辑器件,如JTAG测试设备。 使用专用测试端口对微处理器的测试涉及在测试端口中断定信号,使得微处理器进入由外部测试逻辑器件控制的第二调试模式。 该第二调试模式可以被称为外部调试方法。
    • 7. 发明授权
    • Roadway planing apparatus
    • 巷道刨床
    • US4325580A
    • 1982-04-20
    • US36447
    • 1979-05-07
    • George W. Swisher, Jr.Donald W. SmithCarl D. Parker
    • George W. Swisher, Jr.Donald W. SmithCarl D. Parker
    • B28D1/18E01C23/088E01C23/09
    • E01C23/088B28D1/186E01C2301/50
    • A planer apparatus for cutting a selected upper portion of a roadway surface to coincide with a preselected reference plane, comprising a main frame drivingly supported by a drive assembly, the main frame carrying a planing assembly comprising a rotating cutter drum assembly and a cutter drive assembly. The cutter drive assembly comprises a pair of cutter power assemblies which are disposed on one side of the main frame and which are connected to a rotating hub member. The rotating hub member is carried by load-bearing hub support surfaces, with the rotating hub member rotatably driving the cutter drum assembly.The planer apparatus further comprises an upper material lifting conveyor for elevating and moving roadway material disengaged from the roadway by the planing assembly. The upper material lifting conveyor features an upper conveyor cover connecting the side members of the upper conveyor frame, with the conveyor motor assembly mounted on the upper conveyor frame between the side members. A spray bar assembly cleans the non-transport surface of the conveyor belt of the upper material lifting conveyor.The planer apparatus may be powered either by a main or auxiliary drive unit, with the exhaust discharge system of the main drive unit disposed in heat-transferring relationship to a water spray system providing dust control for the apparatus.
    • 一种用于切割道路表面的所选择的上部与预选参考平面相一致的平面设备,包括由驱动组件驱动地支撑的主框架,所述主框架承载着包括旋转切割器滚筒组件和切割器驱动组件的平面组件 。 切割器驱动组件包括一对切割器动力组件,其设置在主框架的一侧并且连接到旋转的轮毂构件。 旋转轮毂构件由承载轮毂支撑表面承载,旋转轮毂构件可旋转地驱动切割滚筒组件。 平面设备还包括上部材料提升输送机,用于通过刨动组件升高和移动与道路脱离的道路材料。 上部材料提升输送机具有连接上部输送机框架的侧部构件的上输送机盖,输送机马达组件安装在侧部构件之间的上输送机框架上。 喷杆组件清洁上部材料提升输送机的输送带的非运输表面。 平面设备可以由主驱动单元或辅助驱动单元供电,主驱动单元的排气系统与传送关系的喷水系统相配合,为设备提供灰尘控制。
    • 9. 发明授权
    • Drilling machine having a rotary head guide
    • 具有旋转头导向器的钻孔机
    • US06675915B2
    • 2004-01-13
    • US09963011
    • 2001-09-25
    • Donald W. Smith
    • Donald W. Smith
    • E21B1924
    • E21B19/163E21B3/06E21B19/08
    • The drilling machine of the present invention includes a frame, a tower, a rotary head, and a rotary head guide. The tower is mounted on the frame and includes an elongated member. The rotary head is engageable with the drill string and slidably coupled to the elongated member for movement along the tower. The rotary head guide includes a support, a wear block, a backing bar, and an adjustment mechanism. The support is coupled to the rotary head, the wear block is slidably engaged with the elongated member, and the backing bar is coupled between the wear block and the support. The adjustment mechanism is coupled to the support and engages the backing bar such that adjustment of the adjustment mechanism moves the backing bar away from the support to move the wear block against the elongated member.
    • 本发明的钻孔机包括框架,塔架,旋转头和旋转头引导件。 塔架安装在框架上并且包括细长构件。 旋转头可与钻柱接合并且可滑动地联接到细长构件以沿着塔架移动。 旋转头引导件包括支撑件,磨损块,支撑杆和调节机构。 支撑件联接到旋转头,磨损块与细长构件可滑动地接合,并且支撑杆联接在磨损块和支撑件之间。 调节机构联接到支撑件并且接合支撑杆,使得调节机构的调节使支撑杆远离支撑件移动以将磨损块移动抵靠细长构件。