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    • 21. 发明授权
    • Automatic drafting machine
    • 自动牵伸机
    • US6038776A
    • 2000-03-21
    • US779610
    • 1997-01-07
    • Yoshikuni YamadaShinya NozawaYutaka Yamada
    • Yoshikuni YamadaShinya NozawaYutaka Yamada
    • B41J11/02B41J11/00B43L13/00
    • B41J11/0085B43L13/00
    • An operator separates pressure rollers 14, 16 from the corresponding drive rollers 12 for a predetermined distance prior to his drawing work on the paper and allows the paper 18 to be inserted between the drive rollers 12 and the pressure rollers 14, 16 from the front of the platen 2. An optical sensor 28 detects the paper 18. A controller drives a fan after a lapse of a predetermined time to operate a vacuum power in a vacuum chamber 4. Thereafter, the paper 18 on the platen 2 continues to be held on the platen 2 by the vacuum power. In this condition, the operator sets the paper to a mark 20 drawn on the platen 2 which indicates a set position of the paper to adjust the position of the paper 18. When the operator completes the positioning of the paper 18, he manipulates the lever to lift down the pressure rollers. Thereafter, the pressure rollers 14, 16 contact the drive rollers 12 over the paper 18 resiliently by a predetermined pressure, and the paper 18 is sandwiched between the drive rollers 12 and the pressure rollers 14, 16 on the platen 2. Finally, the controller stops the drive of a fan 30 and the arrangement of the paper is completed.
    • 操作人员将压力辊14,16与相应的驱动辊12隔开预定距离,然后在纸张上进行拉丝作业之前,将纸张18从前面插入驱动辊12和压力辊14,16之间 光盘传感器28检测纸张18.控制器经过预定时间后驱动风扇以在真空室4中操作真空电源。此后,压板2上的纸张18继续保持在 压板2通过真空动力。 在这种情况下,操作者将纸张设置在平板2上绘制的标记20,该标记表示纸张的设定位置,以调整纸张18的位置。当操作者完成纸张18的定位时,他操纵杆 抬起压辊。 此后,压力辊14,16以预定的压力弹性地接触纸张18上的驱动辊12,并且将纸张18夹在驱动辊12和压板2上的压力辊14,16之间。最后,控制器 停止风扇30的驱动并完成纸张的布置。
    • 25. 发明授权
    • Water pump
    • 水泵
    • US5125795A
    • 1992-06-30
    • US597156
    • 1990-10-15
    • Shigeru SuzukiSatoru IkedaTakayuki UsuiYutaka YamadaIsamu Suzuki
    • Shigeru SuzukiSatoru IkedaTakayuki UsuiYutaka YamadaIsamu Suzuki
    • F04D29/12F04D29/42
    • F04D29/426F04D29/126F05B2260/603
    • A water pump including a pump housing having a central axial through-hole; a pump shaft inserted in the through-hole; a pulley fixed on the pump shaft at one end thereof; an impeller fixed on the pump shaft at the other end thereof; a bearing fitted with the through-hole for rotatably supporting the pump shaft in the vicinity of the pulley; a water seal provided between the impeller and the bearing for sealing water in a pump chamber where the impeller is installed, wherein an intermediate chamber is defined among the pump housing, the bearing and the water seal. A first ventilation passage is formed in a wall of the pump housing so as to induce an atomspheric air into the intermediate chamber. A second ventilation passage is formed in the wall of the pump housing so as to discharge a water vapor in the intermediate chamber to an outside of the pump housing. A vacuum generating portion is formed by rotation of the pulley in the vicinity of an outlet of the second ventilation passage opening to a space defined between the pulley and the pump housing, whereby when the pulley is rotated, the water vapor in the intermediate chamber is positively ventilated through the second ventilation passage by vacuum to be generated in the vacuum generating portion.
    • 一种水泵,包括具有中心轴向通孔的泵壳体; 插入通孔中的泵轴; 滑轮,其一端固定在泵轴上; 在另一端固定在泵轴上的叶轮; 装配有用于在所述滑轮附近可旋转地支撑所述泵轴的所述通孔的轴承; 设置在叶轮和轴承之间的水封,用于密封安装叶轮的泵室中的水,其中在泵壳体,轴承和水封之间限定中间室。 第一通风通道形成在泵壳体的壁中,以便将空气引入中间室。 第二通风通道形成在泵壳体的壁中,以将中间室中的水蒸气排放到泵壳体的外部。 通过使皮带轮在第二通气通道开口的出口附近旋转到滑轮与泵壳体之间的空间形成真空产生部分,由此当滑轮旋转时,中间室中的水蒸气为 通过在真空产生部分中产生的真空通过第二通风通道正向通风。
    • 26. 发明授权
    • Check valve assembly for pipeline system
    • 管路系统止回阀总成
    • US4693269A
    • 1987-09-15
    • US874848
    • 1986-06-16
    • Yutaka Yamada
    • Yutaka Yamada
    • F16K15/03F16K47/02
    • F16K15/033F16K15/063F16K47/02Y10T137/7754Y10T137/7839Y10T137/7841Y10T137/7853
    • A check valve assembly of the quick shutoff type equipped with an auxiliary valve of the slow closure type, wherein the check valve assembly comprises a primary valve plate arranged within a valve housing to open and close a primary cylindrical bore in the valve housing, and a swingably pressure receiving plate secured at one end thereof to the primer valve plate to be applied with a hydraulic pressure, and wherein the auxiliary valve comprises a cylindrical valve casing mounted on a portion of the primary valve plate, the valve casing being formed with a secondary cylindrical bore and formed at the peripheral wall with a radial hole which is arranged at the down stream of the primary valve plate, a cup-shaped cylinder coupled with one end of the valve casing, a piston slidably disposed within the cylinder to form a chamber in the cylinder, flow restriction means arranged to provide a fluid communication between the chamber and the interior of the valve casing, a valve element slidably disposed within the valve casing to control the quantity of hydraulic fluid flowing through the secondary cylindrical bore and the radial port, and a valve rod arranged to interconnect the piston and the valve element and being engaged at one end thereof with the pressure receiving plate.
    • 一种具有缓慢闭合类型的辅助阀的快速关闭型止回阀组件,其中止回阀组件包括布置在阀壳体内的主阀板,以打开和关闭阀壳体中的主圆柱孔,以及 可变压力承受板在其一端固定在底漆阀板上以施加液压,并且其中辅助阀包括安装在主阀板的一部分上的圆柱形阀壳,阀壳形成有次级 圆柱形孔,并在周壁形成有径向孔,该径向孔布置在主阀板的下游,与阀壳的一端连接的杯形圆筒,可滑动地设置在气缸内以形成腔室的活塞 在气缸中,流量限制装置被布置成在腔室和阀壳体的内部之间提供流体连通,可滑动地形成阀元件 设置在阀壳体内以控制流过次级圆柱孔和径向端口的液压流体的量;以及阀杆,布置成将活塞和阀元件互连并且在其一端与压力接收板接合。
    • 30. 发明授权
    • Semiconductor device
    • 半导体器件
    • US08719615B2
    • 2014-05-06
    • US13064316
    • 2011-03-17
    • Yohei HasegawaYutaka YamadaTakashi YoshikawaShigehiro Asano
    • Yohei HasegawaYutaka YamadaTakashi YoshikawaShigehiro Asano
    • G06F1/12
    • G06F1/12G06F9/3887G06F9/3893
    • A semiconductor device performs operation in synchronization with a certain clock signal. The semiconductor device includes a control unit for outputting operation control information, a storage unit for storing data, a first operation unit for performing operation on first data in accordance with first operation control information, and a second operation unit for performing operation on second data in accordance with second operation control information. The first operation unit includes a plurality of operation circuits. The number of logic gates constituting the entire operation circuits is m. The second operation unit includes at least one operation circuit in which the number of logic gates is n (n>m). Each of the total delay of the operation unit or the total delay of the operation unit is set at a value equal to or less than the cycle of the clock signal.
    • 半导体器件与某个时钟信号同步地进行操作。 该半导体装置包括用于输出操作控制信息的控制单元,用于存储数据的存储单元,用于根据第一操作控制信息对第一数据执行操作的第一操作单元和用于对第二数据执行操作的第二操作单元 根据第二操作控制信息。 第一操作单元包括多个操作电路。 构成整个运算电路的逻辑门的数量为m。 第二操作单元包括其中逻辑门数为n(n> m)的至少一个操作电路。 操作单元的总延迟或操作单元的总延迟中的每一个被设置为等于或小于时钟信号的周期的值。