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    • 41. 发明授权
    • Method and apparatus for controlling progress of product processing
    • 控制产品加工进度的方法和装置
    • US06856848B2
    • 2005-02-15
    • US09799067
    • 2001-03-06
    • Shigeru MatsumotoHiroaki Ishizuka
    • Shigeru MatsumotoHiroaki Ishizuka
    • G05B19/418G06Q10/06G06F19/00
    • G06Q10/06G05B19/41865G05B2219/25419G05B2219/25422Y02P90/20
    • An apparatus for controlling the progress of product processing comprises: processing state control means for controlling the states of processing for a plurality of products in a plurality of apparatus composing a production line; processing progress sensing means for sensing the progress of processing for a first product of the plurality of products based on the states of processing for the plurality of products; processing schedule extracting means for extracting a processing schedule for the first product from predetermined processing schedules for the plurality of products; and processing priority changing means for changing, based on the result of a comparison between the progress of processing for the first product and the processing schedule for the first product, a processing priority for a second product of the plurality of products which is related to the first product.
    • 一种用于控制产品处理进度的装置,包括:处理状态控制装置,用于控制构成生产线的多个装置中的多个产品的处理状态; 处理进度检测装置,用于基于多个产品的处理状态来感测多个产品中的第一产品的处理进度; 处理进度提取装置,用于从多个产品的预定处理时间表中提取第一产品的处理进度; 以及处理优先级改变装置,用于基于与第一产品的处理进度和第一产品的处理进度的比较的结果,改变与多个产品相关的多个商品的第二产品的处理优先级 第一个产品。
    • 42. 发明授权
    • Production scheduling method and production scheduling apparatus
    • 生产调度方法和生产调度装置
    • US5953711A
    • 1999-09-14
    • US820217
    • 1997-03-18
    • Hiroaki Ishizuka
    • Hiroaki Ishizuka
    • G06Q10/06G06Q30/02G06F19/00
    • G06Q10/06G06Q30/0283
    • At a first step, there is retrieved, out of the products placed in the production line, each product for which the j.sub.n (i)th process of each product i, i.e., each process P(i, j.sub.n (i)), has not yet been executed but for which each process P(i, j.sub.n (i)-1) serving as the previous process of each process P(i, j.sub.n (i)), has been executed. At a second step, (i) there are retrieved, for each product retrieved at the first step, one or more processable processes each of which can be executed subsequent to each process P(i, j.sub.n (i)-1), (ii) there are also calculated the sum totals of the production costs of the products i or the sum totals of the delivery delay terms of the products i at the time when one or more processes out of the retrieved one or more processable processes are executed subsequent to the process P(i, j.sub.n (i)-1), (iii) and there are selected, as one or more subsequent processes, the one or more processable processes corresponding to the smallest sum total of the production costs of the products i or to the smallest sum total of the delivery delay terms of the products i. At a third step, there is prepared a production program for executing, subsequent to each process P(i, j.sub.n (i)-1), each of the one or more processable processes selected by the second step.
    • 在第一步,从生产线中的产品中检索出每个产品i(即,每个过程P(i,jn(i))的第i(i)个过程的每个产品具有 还没有被执行,但是已经执行了用作每个进程P(i,jn(i))的前一进程的每个进程P(i,jn(i)-1)。 在第二步骤中,对于在第一步骤检索的每个产品,检索一个或多个可处理过程,每个处理可以在每个处理P(i,jn(i)-1)之后执行, )还计算了产品i的生产成本的总和或者在所检索的一个或多个可处理过程之后执行一个或多个处理之后的产品i的递送延迟项的总和的总和 过程P(i,jn(i)-1),(iii),并且作为一个或多个后续过程选择对应于产品i的生产成本的最小总和的一个或多个可处理过程 以产品i的交货延迟条款的最小总和为准。 在第三步骤中,准备用于在每个处理P(i,jn(i)-1)之后执行由第二步骤选择的每个一个或多个可处理过程的生产程序。
    • 43. 发明授权
    • Blood oxygenator
    • 血液充氧器
    • US4808378A
    • 1989-02-28
    • US37117
    • 1987-04-10
    • Hikaru NakanishiMasahiro KamiyaKatsuyuki KuwanaHiroaki Ishizuka
    • Hikaru NakanishiMasahiro KamiyaKatsuyuki KuwanaHiroaki Ishizuka
    • B01D63/02B01D63/04A61M1/14
    • B01D63/025B01D63/043B01D2313/025Y10S128/03Y10S261/28
    • A blood oxygenator includes an elongated hollow housing having an elongated chamber therein, an elongated fiber assembly disposed within the chamber along an axis thereof and including a bundle of hollow fibers of a microporous membrane. The opposite ends of the fiber bundle are sealingly secured to the inner peripheral surface of the housing by a potting material. Gas inlet and outlet members are connected respectively to the opposite ends of the housing and communicate respectively with the opposite ends of the hollow fibers. Blood inlet and outlet are formed on the housing and communicate with the chamber intermediate the opposite ends of the hollow fibers. The fiber assembly includes a plurality of layers of spirally-wound fiber bundles arranged one upon another. Each turn of one of each adjacent spirally-wound bundles is disposed in a plane intersecting the plane in which each turn of the other fiber bundle is disposed. The outer periphery of the outermost layer of the spirally-wound bundle is held in contact with the inner peripheral surface of the housing.
    • 血液充氧器包括其中具有细长室的细长中空壳体,细长纤维组件,其沿轴线设置在腔室内,并且包括微孔膜的中空纤维束。 纤维束的两端通过灌封材料密封地固定在壳体的内周面上。 气体入口和出口构件分别连接到壳体的相对端并且分别与中空纤维的相对端连通。 血液入口和出口形成在壳体上并与中空纤维的相对端之间的腔室连通。 纤维集合体包括多个彼此相互排列的螺旋卷绕的纤维束层。 每个相邻的螺旋缠绕束中的每一个的每一圈设置在与其中设置另一纤维束的每个匝的平面交叉的平面中。 螺旋卷绕的束的最外层的外周保持与壳体的内周面接触。