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    • 111. 发明授权
    • Power supply apparatus for supplying electric power to substrate carrier container
    • 用于向基板载体容器供电的供电装置
    • US06829130B2
    • 2004-12-07
    • US09987383
    • 2001-11-14
    • Akira TanakaTakashi Kishi
    • Akira TanakaTakashi Kishi
    • H05F300
    • H01L21/67386H01L21/67393Y10T307/766
    • A power supply apparatus supplies electric power to a substrate carrier container having a rechargeable cell. The power supply apparatus comprises a body for seating a substrate carrier container thereon, a seating detecting device provided on the body for detecting whether the substrate carrier container is seated on the body or not, and a power supply connector movably provided on the body. The power supply apparatus further comprises a control mechanism for bringing the power supply connector into contact with a charging terminal of the substrate carrier container to charge the rechargeable cell in the substrate carrier container according to a detected signal from the seating detecting device.
    • 电源装置向具有可再充电电池的基板载体容器供电。 电源装置包括用于将基板载体容器放置在其上的主体,设置在主体上用于检测基板载体容器是否位于主体上的检查装置,以及可移动地设置在主体上的电源连接器。 供电装置还包括控制机构,用于使电源连接器与基板载体容器的充电端子接触,以根据来自检测装置的检测信号对基板载体容器中的可再充电电池充电。
    • 114. 发明授权
    • Clean box
    • 清洁箱
    • US06521007B1
    • 2003-02-18
    • US09555798
    • 2000-07-24
    • Akira TanakaKazuo OhkuboYoko SuzukiHideaki Sekiguchi
    • Akira TanakaKazuo OhkuboYoko SuzukiHideaki Sekiguchi
    • B65D8500
    • H01L21/67393
    • A cleanbox that can prevent contamination from not only external sources but also from within the cleanbox from such sources as substrates and internal components of the cleanbox, includes a casing container (18) formed by a container main body (12) and a lid member (14) for hermetically sealing a top opening section of the container main body; a dividing wall (20) for forming circulation paths having an upstreaming path and a downstreaming paths within the casing container; a substrate holding section (24) disposed in the upstreaming path for holding broad surfaces of substrates (W) approximately parallel to the upstreaming path; an air filter (26) and a gas removal filter (28) disposed upstream in relation to the substrate holding section in the upstreaming path; and a motor-driven fan (30) housed in the casing container for producing air streams circulating in the circulating paths.
    • 可以防止不仅来自外部来源的污染物,而且可以防止来自诸如基材和清洁箱的内部部件的清洁箱内的污染物的清洁箱包括由容器主体(12)和盖构件(12)形成的容器(18) 14),用于密封容器主体的顶部开口部分; 用于形成循环路径的分隔壁(20),其具有在所述套管容器内的上游路径和下游路径; 设置在所述上​​游路径中的用于保持大致平行于所述上游路径的基板(W)的宽表面的基板保持部(24) 空气过滤器(26)和气体去除过滤器(28),其相对于所述上游路径中的所述衬底保持部分上游设置; 以及容纳在所述壳体容器中的用于产生在所述循环路径中循环的空气流的电动风扇(30)。
    • 117. 发明授权
    • Resource allocation device for reducing the size and run time of a machine language program
    • 用于减少机器语言程序的大小和运行时间的资源分配设备
    • US06425124B1
    • 2002-07-23
    • US08148887
    • 1993-11-08
    • Nobuki TominagaAkira TanakaSeiichi Urushibara
    • Nobuki TominagaAkira TanakaSeiichi Urushibara
    • G06F945
    • G06F8/4434G06F8/4441
    • The present invention discloses a resource allocation device comprising a pattern generation unit for generating every pattern of a live variable placing within a program portion subjected to resource allocation and a resource to which the live variable is allocated; an instruction extraction unit for extracting from an instruction storage an instruction sequence corresponding to a combination of an operation placing within the program portion and the resource to which a variable in the operation is allocated, and generating a program comprising the extracted instruction sequences; a cost table for memorizing each instruction sequence and cost thereof which represents the number of execution clocks taken in execution of the instruction sequence; a cost detection unit for detecting the cost of each instruction sequence included in the program from the cost table; a total cost detection unit for summing the cost of each instruction sequence detected by the cost detection unit for each pattern generated by the pattern generation unit; and a best pattern decision unit for deciding the pattern with the lowest cost in all the patterns generated by the pattern generation unit.
    • 本发明公开了一种资源分配装置,包括:模式生成部,生成放置在经受资源分配的程序部分内的实时变量的每个模式;分配实时变量的资源; 指令提取单元,用于从指令存储器中提取与放置在所述程序部分内的操作和所述操作中的变量所分配的资源的组合相对应的指令序列,并产生包括所提取的指令序列的程序; 用于存储每个指令序列和成本的代价表,其表示在执行指令序列时执行的执行时钟的数量; 成本检测单元,用于从成本表中检测包括在程序中的每个指令序列的成本; 总成本检测单元,用于对由费用检测单元检测的针对由模式生成单元生成的每个模式的每个指令序列的成本进行求和; 以及最佳图案决定单元,用于以由图案生成单元生成的所有图案中的成本最低的图案来确定图案。