会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 44. 发明授权
    • Decode and execution synchronized pipeline processing using decode generated memory read queue with stop entry to allow execution generated memory read
    • 解码和执行同步流水线处理使用解码生成的内存读取队列与停止条目允许执行生成的内存读取
    • US06240508B1
    • 2001-05-29
    • US08505810
    • 1995-07-21
    • John F. Brown, IIIG. Michael UhlerWilliam R. Wheeler
    • John F. Brown, IIIG. Michael UhlerWilliam R. Wheeler
    • G06F938
    • G06F9/3867G06F9/383G06F9/3836G06F9/3838G06F9/3855G06F9/3857G06F9/3861
    • A macropipelined microprocessor chip adheres to strict read and write ordering by sequentially buffering operands in queues during instruction decode, then removing the operands in order during instruction execution. Any instruction that requires additional access to memory inserts the requests into the queued sequence (in a specifier queue) such that read and write ordering is preserved. A specifier queue synchronization counter captures synchronization points to coordinate memory request operations among the autonomous instruction decode unit, instruction execution unit, and memory sub-system. The synchronization method does not restrict the benefit of overlapped execution in the pipelined. Another feature is treatment of a variable bit field operand type that does not restrict the location of operand data. Instruction execution flows in a pipelined processor having such an operand type are vastly different depending on whether operand data resides in registers or memory. Thus, an operand context queue (field queue) is used to simplify context-dependent execution flow and increase overlap. The field queue allows the instruction decode unit to issue instructions with variable bit field operands normally, sequentially identifying and fetching operands, and communicating the operand context that specifies register or memory residence across the pipeline boundaries to the autonomous execution unit. The mechanism creates opportunity for increasing the overlap of pipelined functions and greatly simplifies the splitting of execution flows.
    • 宏指令微处理器芯片通过在指令解码期间依次缓冲队列中的操作数,然后在指令执行期间依次移除操作数,从而遵循严格的读写顺序。 任何需要对内存进行访问的指令将请求插入排队的序列(在指定符队列中),以便保留读写顺序。 指定符队列同步计数器捕获同步点以协调自主指令解码单元,指令执行单元和存储器子系统之间的存储器请求操作。 同步方法不限制流水线重叠执行的好处。 另一个特征是处理不限制操作数数据位置的可变位字段操作数类型。 具有这种操作数类型的流水线处理器中的指令执行流程根据操作数数据位于寄存器或存储器中而大不相同。 因此,操作数上下文队列(字段队列)用于简化上下文相关的执行流程并增加重叠。 字段队列允许指令解码单元通常发送具有可变位字段操作数的指令,顺序地识别和取出操作数,以及将指定流水线边界的寄存器或存储器驻留的操作数上下文传送到自主执行单元。 该机制为增加流水线功能的重叠创造了机会,并大大简化了执行流程的拆分。
    • 45. 发明授权
    • Apparatus for heating and cooling articles
    • 用于加热和冷却物品的装置
    • US4609037A
    • 1986-09-02
    • US786231
    • 1985-10-09
    • William R. WheelerSteven R. Lee
    • William R. WheelerSteven R. Lee
    • H01L21/683F25B29/00F28D11/00F28F7/00
    • H01L21/6838
    • A first thermally conductive plate holds an article and heats the article with heating elements in the plate. Parallel rails support the first plate above a base. Cooling passageways for coolant flow are in a second thermally conductive plate. The second plate is supported spaced from the base by a shaft in a chamber of the second plate and a spring. During the heating phase, the second plate is spaced apart from the first plate. During the cooling phase, the second plate is urged by the spring into contact with the first plate, so that the second plate acts as a heat sink for the first plate. Vacuum suction and an annular elastomer seal around the top rim of the second plate clamp the first and second plates together in thermal communication. Vacuum suction in the chamber retracts the second plate from the first plate.
    • 第一导热板保持制品并且加热制品中的加热元件。 平行轨道支撑基座上方的第一块板。 用于冷却剂流动的冷却通道位于第二导热板中。 第二板通过第二板的室中的轴与弹簧支撑地与基座间隔开。 在加热阶段期间,第二板与第一板间隔开。 在冷却阶段期间,第二板被弹簧推动与第一板接触,使得第二板用作第一板的散热器。 围绕第二板的顶边缘的真空抽吸和环形弹性体密封将第一和第二板热连接在一起。 室内的真空抽吸使第二板从第一板缩回。
    • 47. 发明授权
    • High vacuum gate valve
    • 高真空闸阀
    • US3973753A
    • 1976-08-10
    • US452110
    • 1974-03-18
    • William R. Wheeler
    • William R. Wheeler
    • F16K3/10F16K3/18F16K51/02F16K3/04F16K31/00
    • F16K3/186F16K3/10F16K51/02
    • Gate valve having a closure member mounted on a swinging arm pivotally mounted for movement transversely of the axis of the valve openings. A wedge member carried by the arm drives the closure member in a direction parallel to the axis of the openings when moved longitudinally of the arm. An actuator pivots a cam which bears against the wedge member to swing the arm to a predetermined position in which the closure member is aligned with the openings and thereafter to move the cam to drive the closure member axially and seal one of the openings. Resilient members urge the closure member toward its retracted position and prevent the wedge member from moving forward until the arm reaches the predetermined position.
    • 闸阀具有安装在摆动臂上的闭合构件,所述摆动臂枢转地安装成用于横向于阀开口的轴线移动。 由臂支撑的楔形构件在臂的纵向移动时沿着平行于开口的轴线的方向驱动闭合构件。 致动器枢转凸轮,该凸轮支撑在楔形构件上,以将臂摆动到预定位置,在该位置,闭合构件与开口对准,然后移动凸轮以轴向驱动闭合构件并密封其中一个开口。 弹性构件将闭合构件推向其缩回位置,并防止楔构件向前移动,直到臂到达预定位置。
    • 49. 发明申请
    • SWITCHING POWER SUPPLY WITH INCREASED EFFICIENCY AT LIGHT LOAD
    • 在轻负载下切换电源提高效率
    • US20090290387A1
    • 2009-11-26
    • US12246620
    • 2008-10-07
    • William R. WheelerWei-Liang Lin
    • William R. WheelerWei-Liang Lin
    • H02M3/335
    • H02M3/33507H02M2001/007
    • A switching power supply with the increased efficiency at light load has a switching power circuit, a power monitoring circuit and a light load power supplying circuit. The switching power circuit converts an AC power to a stable DC power and sends the DC power to a load according to voltage variation of the load. When the power monitoring circuit detects the AC power and determines that the load is in a light state, the power monitoring circuit controls the light load power supplying circuit to output a small-power DC to the load. As the DC power provided by the light load power supplying circuit is small, the switching loss ratio is lower in its light load state. Therefore, the operating efficiency at the light load state is higher.
    • 具有提高轻负载效率的开关电源具有开关电源电路,功率监视电路和轻负载供电电路。 开关电源电路将交流电转换成稳定的直流电力,并根据负载的电压变化将直流电力发送到负载。 当电源监视电路检测到交流电源并确定负载处于亮状态时,电力监控电路控制轻负载供电电路向负载输出小功率DC。 由于轻负载供电电路提供的直流电力小,其轻负载状态下的开关损耗率较低。 因此,轻负载状态下的工作效率较高。