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    • 5. 发明申请
    • MEMORY SYSTEM WITH REDUNDANT DATA STORAGE AND ERROR CORRECTION
    • 具有冗余数据存储和错误校正的存储器系统
    • US20110083041A1
    • 2011-04-07
    • US12995297
    • 2008-06-20
    • Michael RohlederGary HayStephan MuellerManfred Thanner
    • Michael RohlederGary HayStephan MuellerManfred Thanner
    • G06F11/14
    • G06F11/167G11C29/74G11C2029/0411
    • A system comprises at least two random access memory (RAM) elements arranged to store data redundantly. The system further comprises RAM routing logic comprising comparison logic operably coupled to the at least two RAM elements and arranged to compare redundant data read from the at least two RAM elements, and check and validation logic, independent of the RAM routing logic, operably coupled to the at least two RAM elements and arranged to additionally detect an error in the redundant data read from the at least two RAM elements and provide an error indication signal to the RAM routing logic in response thereto. The RAM routing logic further comprises selection logic arranged to dynamically select redundant data from one of the at least two RAM elements based on the comparison of the redundant data and the error indication signal.
    • 系统包括被布置为冗余地存储数据的至少两个随机存取存储器(RAM)元件。 所述系统还包括RAM路由逻辑,其包括可操作地耦合到所述至少两个RAM元件的比较逻辑,并且被布置为比较从所述至少两个RAM元素读取的冗余数据,以及独立于所述RAM路由逻辑的检查和验证逻辑,其可操作地耦合到 所述至少两个RAM元件并且被布置为附加地检测从所述至少两个RAM元素读取的冗余数据中的错误,并且响应于此向RAM路由逻辑提供错误指示信号。 RAM路由逻辑还包括选择逻辑,其被布置为基于冗余数据和错误指示信号的比较来动态地从至少两个RAM元素中的一个RAM元素中选择冗余数据。
    • 6. 发明授权
    • Memory system with redundant data storage and error correction
    • 具有冗余数据存储和纠错的存储系统
    • US08589737B2
    • 2013-11-19
    • US12995297
    • 2008-06-20
    • Michael RohlederGary HayStephan MuellerManfred Thanner
    • Michael RohlederGary HayStephan MuellerManfred Thanner
    • G06F11/00
    • G06F11/167G11C29/74G11C2029/0411
    • A system comprises at least two random access memory (RAM) elements arranged to store data redundantly. The system further comprises RAM routing logic comprising comparison logic operably coupled to the at least two RAM elements and arranged to compare redundant data read from the at least two RAM elements, and check and validation logic, independent of the RAM routing logic, operably coupled to the at least two RAM elements and arranged to additionally detect an error in the redundant data read from the at least two RAM elements and provide an error indication signal to the RAM routing logic in response thereto. The RAM routing logic further comprises selection logic arranged to dynamically select redundant data from one of the at least two RAM elements based on the comparison of the redundant data and the error indication signal.
    • 系统包括被布置为冗余地存储数据的至少两个随机存取存储器(RAM)元件。 所述系统还包括RAM路由逻辑,其包括可操作地耦合到所述至少两个RAM元件的比较逻辑,并且被布置为比较从所述至少两个RAM元素读取的冗余数据,以及独立于所述RAM路由逻辑的检查和验证逻辑,其可操作地耦合到 所述至少两个RAM元件并且被布置为附加地检测从所述至少两个RAM元素读取的冗余数据中的错误,并且响应于此向RAM路由逻辑提供错误指示信号。 RAM路由逻辑还包括选择逻辑,其被布置为基于冗余数据和错误指示信号的比较来动态地从至少两个RAM元素中的一个RAM元素中选择冗余数据。
    • 10. 发明授权
    • Portable liquid metal filtration device for inclusion analysis
    • 便携式液态金属过滤装置进行夹杂分析
    • US5827982A
    • 1998-10-27
    • US810152
    • 1997-02-25
    • Don Allen DoutreGary HayPeter Alexander Wales
    • Don Allen DoutreGary HayPeter Alexander Wales
    • F27D3/14F27D21/00G01N1/28G01N33/20G01N1/00C21B3/04G01N11/00
    • G01N1/4077F27D21/00F27D3/14G01N33/206
    • A device for measuring metal purity, comprising a receptacle for holding a sample of molten metal, the receptacle being made, at least internally, from an insulating refractory material and having a bottom wall provided with a hole containing a filter element. The bottom wall is substantially impermeable to air except at the hold. An enclosed collection vessel is positioned below the receptacle for collecting molten metal which passes through the filter element from the receptacle, the collection vessel having an opening permitting extraction of gas from within the vessel to enable a vacuum to be generated within the vessel during use of the device. A leak-tight seal is established between the receptacle for molten metal and the collection vessel to permit vacuum generated in the collection vessel to draw molten metal into the collection vessel from the receptacle through the filter. The receptacle for molten metal has a heat diffusivity value that is sufficiently low that, in use, the temperature of the molten metal in the receptacle does not fall below the liquidus temperature in a period of time required for the vacuum to draw a fixed amount of molten metal sufficient for metal purity testing purposes through the filter and into the collection vessel from the receptacle. The invention also relates to a corresponding method, and to novel parts of the device.
    • 一种用于测量金属纯度的装置,包括用于保持熔融金属样品的容器,所述容器至少在内部由绝缘耐火材料制成,并且具有设置有包含过滤元件的孔的底壁。 除了保持之外,底壁基本上不可透过空气。 封闭的收集容器位于容器下面,用于收集从容器通过过滤元件的熔融金属,收集容器具有允许从容器内提取气体的开口,以使得在使用期间能够在容器内产生真空 装置。 在用于熔融金属的容器和收集容器之间建立密封密封,以允许在收集容器中产生的真空从容器通过过滤器将熔融金属吸入收集容器中。 用于熔融金属的容器具有足够低的热扩散率值,在使用中,容器中的熔融金属的温度在真空抽取固定量的时间段内不会低于液相线温度 熔融金属足以通过过滤器进行金属纯度测试,并从容器进入收集容器。 本发明还涉及相应的方法以及该装置的新颖部分。