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    • 42. 发明授权
    • Method for plugging a cell of a honeycomb structure and method for manufacturing a honeycomb plugged structure
    • 插入蜂窝结构体的电池的方法及蜂窝状堵塞结构体的制造方法
    • US07033452B2
    • 2006-04-25
    • US10694998
    • 2003-10-29
    • Toshio YamadaYasushi Noguchi
    • Toshio YamadaYasushi Noguchi
    • B28B11/00C04B33/34
    • B01D46/2418B01D46/2451B01D46/2466B01D2046/2492B28B11/006C04B38/0012
    • There are disclosed a method for plugging a cell of a honeycomb structure and a method for manufacturing a honeycomb plugged structure. By the methods, plug portion having arbitrary depth and/or shape can exactly and relatively easily be formed. There is disclosed the method for plugging cell 3 of a honeycomb structure 1 having a plurality of cells surrounded by partition walls and extending through an axial direction. In the method for plugging the cells of the honeycomb structure, plugging member 6 molded in predetermined shape is inserted into the cell 3, and the plugging member 6 is bonded to the peripheral partition walls 3 to form plug portions. There is also provided the method for manufacturing the honeycomb plugged structure, including the steps of: plugging at least a certain cells of the honeycomb structure by this plugging method.
    • 公开了一种堵塞蜂窝结构体的电池的方法和蜂窝状堵塞结构体的制造方法。 通过该方法,可以精确且相对容易地形成具有任意深度和/或形状的插头部分。 公开了一种蜂窝结构体1的封孔单元3的方法,该蜂窝结构体1具有被隔壁围绕并沿轴向延伸的多个单元。 在将蜂窝结构体的细胞堵塞的方法中,将以规定形状成型的堵塞部件6插入电池3中,将封堵部件6接合在周边隔壁3上形成插头部。 还提供了蜂窝状堵塞结构的制造方法,包括以下步骤:通过该堵塞方法堵塞蜂窝结构体的至少一部分细胞。
    • 46. 发明授权
    • Fe-based amorphous alloy thin strip with ultrathin oxide layer
    • 具有超薄氧化物层的Fe基非晶态合金薄带
    • US06420042B1
    • 2002-07-16
    • US09405341
    • 1999-09-24
    • Hiroaki SakamotoToshio YamadaYoshiharu Inoue
    • Hiroaki SakamotoToshio YamadaYoshiharu Inoue
    • B32B1504
    • B32B15/04B32B15/18C22C33/003C22C45/02Y10T428/12438
    • The present invention provides a low iron-loss Fe-based amorphous alloy thin strip having an ultrathin oxide layer with a controlled thickness and/or a segregated layer containing either or both P and S at the lower section of an ultrathin oxide layer, as well as an Fe-based amorphous alloy thin strip fabricated with an ultrathin oxide layer with a controlled structure on the thin strip surface, wherein the ultrathin oxide layer is formed with a two-layer structure on the thin strip surface to reduce iron loss. Specifically, there is provided an Fe-based amorphous alloy thin strip characterized by being a quenched metal thin strip obtained by ejecting a molten metal onto a moving substrate through a casting nozzle with a slot-shaped opening and quenching it to solidity, and by having ultrathin oxide layer with a thickness of from 5 nm to 20 nm on at least one surface of the thin strip. There is further provided an Fe-based amorphous alloy thin strip characterized by being a quenched metal thin strip obtained by ejecting a molten metal onto a moving substrate through a casting nozzle with a slot-shaped opening and quenching it to solidity, by having an ultrathin oxide layer on at least one surface of the thin strip, and by having a segregated layer containing either or both P and S at the lower section of the oxide layer.
    • 本发明提供一种低铁损Fe基非晶合金薄带,其具有在超薄氧化物层的下部具有受控厚度的超薄氧化物层和/或含有P和S两者或两者的分离层,以及 作为在薄带表面上具有受控结构的超薄氧化物层制造的Fe基非晶态合金薄带,其中在薄带表面上形成具有两层结构的超薄氧化物层以减少铁损。 具体地说,提供了一种Fe基非晶合金薄带,其特征在于:通过具有槽形开口的铸造喷嘴将熔融金属喷射到移动的基板上并淬火成固态而获得的淬火金属薄带,并且通过 在薄带的至少一个表面上具有5nm至20nm厚度的超薄氧化物层。 还提供了一种Fe基非晶合金薄带,其特征在于:通过具有槽形开口的铸造喷嘴将熔融金属喷射到移动的基板上并通过具有超薄 在薄带的至少一个表面上的氧化物层,以及在氧化物层的下部具有含有P和S中的任一个或两者的偏析层。
    • 47. 发明授权
    • Hanging-down jig and overhead conveyor for motorcycle
    • 悬挂式夹具和摩托车架空输送机
    • US06390284B1
    • 2002-05-21
    • US09573055
    • 2000-05-18
    • Toshio YamadaToshihiro TsuchiyaNorihisa Ohgi
    • Toshio YamadaToshihiro TsuchiyaNorihisa Ohgi
    • B65G1732
    • B62D65/18
    • A hanging-down jig is provided for supporting a vehicle body frame for a motorcycle in a hung-down manner on a hanger of an overhead conveyor. A dummy frame is mounted on the vehicle body frame for the motorcycle for supporting the vehicle body frame in a hang-down manner on a support arm of the hanger of the overhead conveyor. The dummy frame includes a center member coupled to the vehicle body frame by a pin, and a pair of left and right side members coupled to the vehicle body frame by a pin. The angle of, the longitudinal positions of and the lateral distance between the side members with respect to the center member can be adjusted as desired. The longitudinal and vertical positions of a support portion provided on the support arm of the hanger and engaged with a hanging-down member of the dummy frame can be adjusted as desired.
    • 提供一种悬挂式夹具,用于以悬挂方式将机动车辆的车体框架支撑在架空输送机的悬挂架上。 一个虚拟框架安装在用于摩托车的车身框架上,用于将悬架式车体框架以悬挂方式支撑在架空输送机的吊架的支撑臂上。 虚拟框架包括通过销连接到车身框架的中心构件,以及通过销联接到车身框架的一对左侧和右侧构件。 可以根据需要调整侧构件相对于中心构件的纵向位置和横向距离的角度。 可以根据需要调节设置在衣架的支撑臂上并与虚拟框架的下垂构件接合的支撑部分的纵向和垂直位置。
    • 48. 发明授权
    • Timing signal generation circuit
    • 定时信号发生电路
    • US06285723B1
    • 2001-09-04
    • US09513714
    • 2000-02-25
    • Toshio YamadaMasashi Agata
    • Toshio YamadaMasashi Agata
    • H04L700
    • G06F1/04G06F1/10H03K5/131H03K5/133H03K5/135H03K2005/00052H03K2005/00286
    • A timing signal generation circuit according to the present invention includes: a delay circuit for transmitting an input clock signal while delaying the clock signal, the delay circuit having a plurality of intermediate taps capable of outputting the clock signal at their corresponding positions in the delay circuit; a detection delay circuit for transmitting the clock signal while delaying the clock signal, the detection delay circuit having a plurality of intermediate taps capable of outputting the clock signal at their corresponding positions in the detection delay circuit; a plurality of sample/hold circuits each having a sampling signal terminal, the sampling signal terminals being connected to corresponding ones of the plurality of intermediate taps of the detection delay circuit; a plurality of boundary delay circuits for detecting an edge of the clock signal, the boundary detection circuits being connected to respective output terminals of the sample/hold circuits; and an output selection circuit for extracting the clock signal via at least one of the plurality of intermediate taps selected in accordance with an edge position of the clock signal detected by the boundary detection circuits, the output selection circuit outputting the extracted clock signal as a timing signal.
    • 根据本发明的定时信号产生电路包括:延迟电路,用于在延迟时钟信号的同时传输输入时钟信号,延迟电路具有多个中间抽头,能够在延迟电路的相应位置输出时钟信号 ; 用于在延迟时钟信号的同时发送时钟信号的检测延迟电路,所述检测延迟电路具有能够在其检测延迟电路中的相应位置处输出时钟信号的多个中间抽头; 多个采样/保持电路,每个采样/保持电路均具有采样信号端子,采样信号端子连接到检测延迟电路的多个中间抽头中的相应的一个; 用于检测时钟信号的边沿的多个边界延迟电路,边界检测电路连接到取样/保持电路的各个输出端; 以及输出选择电路,用于经由根据由边界检测电路检测的时钟信号的边缘位置选择的多个中间抽头中的至少一个提取时钟信号,输出选择电路将提取的时钟信号作为定时输出 信号。