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    • 1. 发明授权
    • Updating data entries stored on a data storage unit from an authority
    • 从授权机构更新存储在数据存储单元上的数据条目
    • US08015369B2
    • 2011-09-06
    • US12019237
    • 2008-01-24
    • Helen BalinskyThomas RathboneLiqun ChenKeith Harrison
    • Helen BalinskyThomas RathboneLiqun ChenKeith Harrison
    • G06F13/00
    • G06F21/6209G06F21/606G06F21/77
    • A method of updating a data entry stored on a data storage unit, the data entry including data elements that are unique to the data storage unit and the data entry, may begin with generating, at the data storage unit, an update request that includes the data entry for transmission to an authority authorized to update the data entry. The authority then extracts extracting at the authority the unique data elements from the update request and verifies the authenticity of the data storage unit and data entry from the unique data elements. The authority then generates an updated data entry including a further data element unique to the updated data entry and derived from the updated data. The authority then transmits the updated data entry to the data storage unit. The method may then include storing the updated data entry on the data storage unit.
    • 一种更新存储在数据存储单元上的数据条目的方法,包括数据存储单元唯一的数据元素和数据输入的数据输入可以开始于在数据存储单元处生成包括 用于传输给授权更新数据条目的机构的数据条目。 然后,授权机构从更新请求中提取提取唯一数据元素,并从唯一数据元素验证数据存储单元的真实性和数据输入。 然后,权限生成更新的数据条目,其包括更新的数据条目唯一的另外的数据元素,并从更新的数据导出。 然后,权限将更新的数据条目发送到数据存储单元。 该方法然后可以包括将更新的数据条目存储在数据存储单元上。
    • 2. 发明申请
    • Method Of Updating Data
    • 更新数据的方法
    • US20080183999A1
    • 2008-07-31
    • US12019237
    • 2008-01-24
    • Helen BalinskyThomas RathboneLiqun ChenKeith Harrison
    • Helen BalinskyThomas RathboneLiqun ChenKeith Harrison
    • G06F12/14
    • G06F21/6209G06F21/606G06F21/77
    • A method of updating a data entry stored on a data storage unit, the data entry including data elements that are unique to the data storage unit and the data entry, the method comprising the steps of generating at the data storage unit an update request including the data entry for transmission to an authority authorised to update the data entry, extracting at the authority the unique data elements from the update request and verifying the authenticity of the data storage unit and data entry from the unique data elements, generating an updated data entry including a further data element unique to the updated data entry and derived from the updated data and transmitting the updated data entry to the data storage unit, and storing the updated data entry on the data storage unit.
    • 一种更新存储在数据存储单元上的数据条目的方法,所述数据条目包括对于数据存储单元和数据条目是唯一的数据元素,该方法包括以下步骤:在数据存储单元处生成包括 用于传输给授权更新数据条目的机构的数据条目,从授权机构提取来自更新请求的唯一数据元素,并从唯一数据元素验证数据存储单元的真实性和数据输入,生成更新的数据条目,包括 更新的数据条目唯一的另一个数据元素,并从更新的数据导出并将更新的数据条目发送到数据存储单元,并将更新的数据条目存储在数据存储单元上。
    • 7. 发明申请
    • Central processor for memory tag
    • 中央处理器的内存标签
    • US20060123186A1
    • 2006-06-08
    • US11294479
    • 2005-12-06
    • Weng LohFraser DickinThomas Rathbone
    • Weng LohFraser DickinThomas Rathbone
    • G06F12/00
    • G06F9/30101
    • This invention provides a processor 200, especially for use as the central processing unit of a memory tag 1200. The processor 200 has a minimal footprint in Silicon or other suitable material. It also is driven by the data that it receives. The processor includes a plurality 206, 212, 214, 224 of registers configured to receive in parallel data that are input to the processor, and to process in parallel the received data, and a micro sequencer and instruction decoder module 202 adapted to select two or more of the plurality of registers to receive the data that are input to the processor, and to control the processing of the received data by the end or more selected registers. A memory 1200 device utilising such a processor, and a method of processing instructions are also provided
    • 本发明提供一种处理器200,特别是用作存储器标签1200的中央处理单元。 处理器200在硅或其它合适的材料中具有最小的占地面积。 它也由它接收的数据驱动。 处理器包括多个寄存器206,212,214,224,其被配置为并行地接收输入到处理器的数据,并且并行处理接收的数据;以及微定序器和指令解码器模块202,适于选择两个或 多个寄存器中的多个用于接收输入到处理器的数据,并且通过结束或更多选择的寄存器控制接收的数据的处理。 还提供了利用这种处理器的存储器1200设备,以及处理指令的方法
    • 8. 发明授权
    • Air separation
    • 空气分离
    • US5609041A
    • 1997-03-11
    • US572230
    • 1995-12-13
    • Thomas RathboneBrian A. Keenan
    • Thomas RathboneBrian A. Keenan
    • F25J3/04F25J3/00
    • F25J3/04169F25J3/04018F25J3/0409F25J3/04127F25J3/04303F25J3/04448F25J3/04545F25J3/04575F25J3/04606F25J2200/20F25J2200/50F25J2200/54F25J2200/90F25J2205/62F25J2240/42F25J2245/40
    • A first flow of air is compressed in a first air compressor associated with a gas turbine and is purified in an adsorptive purification unit which separates water vapour and carbon dioxide from the air. The purified first flow of air is further compressed to a pressure at least 5 bar higher than that at which it is purified in a second air compressor whose outlet pressure is independent of fluctuations in the power output of the gas turbine, is cooled in a main heat exchanger, is passed through an expansion valve, and is introduced into a higher pressure rectification column. A second flow of air is compressed in a third air compressor which is independent of the gas turbine. The compressed second flow of air is purified in an adsorptive purification unit by the separation of water vapour and carbon dioxide therefrom. The purified second flow of air is cooled in the main heat exchanger and is introduced into the higher pressure rectification column. The air flows are rectified in the higher pressure rectification column and an associated lower pressure rectification column operating at pressures above 2 bar. A nitrogen product is withdrawn from the top of the lower pressure rectification column and a liquid oxygen product from the bottom thereof. The liquid oxygen is revised in pressure to at least 25 bar by a pump and is warmed to ambient temperature in the main heat exchanger.
    • 第一空气流在与燃气轮机相关联的第一空气压缩机中被压缩,并且在从空气中分离水蒸气和二氧化碳的吸附净化单元中被净化。 净化的第一空气流进一步被压缩至比第二空气压缩机净化出的压力高至少5巴的压力,其第二空气压缩机的出口压力与燃气轮机功率输出的波动无关,主要被冷却 热交换器通过膨胀阀,并被引入高压精馏塔。 第二空气流在与燃气轮机独立的第三空气压缩机中被压缩。 通过从其中分离水蒸汽和二氧化碳,在吸附净化单元中净化压缩的第二空气流。 净化的第二次空气在主热交换器中被冷却并被引入高压精馏塔。 空气流在高压精馏塔和在2巴以上的压力下运行的相关的低压精馏塔进行整流。 从低压精馏塔的顶部和底部的液氧产物中取出氮气产物。 液体氧通过泵在压力下修正至至少25巴,并在主热交换器中升温至环境温度。