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    • 35. 发明授权
    • Vacuum contact printing device and exposure apparatus and original
contact device
    • 真空接触式印刷装置和曝光装置和原始接触装置
    • US5083156A
    • 1992-01-21
    • US666081
    • 1991-03-07
    • Toshiyuki SatoHiroyuki HashimotoKazuo Watanabe
    • Toshiyuki SatoHiroyuki HashimotoKazuo Watanabe
    • G03B27/16G03B27/20
    • G03B27/16G03B27/20
    • A vacuum contact printing device comprises a pair of frame members for supporting a pair of originals disposed on both sides of a base member and a pair of transparent plates disposed outside the frame members. A first vacuum chamber is formed between the paired originals and a second vacuum chambers are formed between the paired originals and the transparent plates. A vacuum device is connected to the first and second vacuum chambers for exhausting inner air in the first and second chambers for reducing inner pressures thereof and being capable of releasing the vacuum condition at least in the second vacuum chamber. There is provided an exposure apparatus to which the original contact printing device is applicable, in which original contact devices are movable from exposure positions to other positions and a supplemental original contact device is movable to the exposure position. The original contact device includes a first slide mechanism for supporting a first frame member so as to be movable in a direction normal to the base member and a second slide mechanism supported by the first frame member for supporting a second frame member so as to be movable in a direction normal to the base member.
    • 真空接触印刷装置包括一对框架构件,用于支撑设置在基座构件两侧的一对原稿和设置在框架构件外部的一对透明板。 在成对的原稿之间形成第一真空室,并且在成对的原稿和透明板之间形成第二真空室。 真空装置连接到第一和第二真空室,用于排出第一和第二室中的内部空气,用于减小其内部压力并且能够至少在第二真空室中释放真空状态。 提供了一种可应用原始接触印刷装置的曝光装置,其中原始接触装置可从曝光位置移动到其它位置,并且补充的原始接触装置可移动到曝光位置。 原始接触装置包括:第一滑动机构,用于支撑第一框架构件以沿垂直于基部构件的方向移动;第二滑动机构,由第一框架构件支撑,用于支撑第二框架构件以便可移动 在垂直于基底构件的方向上。
    • 39. 发明授权
    • Bit line driver
    • 位线驱动
    • US4802128A
    • 1989-01-31
    • US849962
    • 1986-04-10
    • Kazuo WatanabeShumpei KohriShigeo Araki
    • Kazuo WatanabeShumpei KohriShigeo Araki
    • G11C11/34G11C7/12G11C11/419G11C7/00
    • G11C11/419G11C7/12
    • In a bit line driver for MOS memory units of a microcomputer, which is connected between a pair of complementary bit lines and provided with an equalizing MOS transistor, a pair of active-load MOS transistors and a pair of clamping MOS transistors are connected separately to the complementary bit lines, and further the area of the clamping MOS transistors is determined to be about three times greater than that of the active-load transistors. An increase in the area of the clamping MOS transistors serves to decrease the internal resistance thereof, so that the clamping operation can be improved. A decrease in area of the active-load MOS transistor serves to increase the internal resistance, so that the access time can be improved. In addition, the driver can operate stably in response to a low power clock pulse.
    • 在连接在一对互补位线之间并设置有均衡MOS晶体管的微型计算机的MOS存储器单元的位线驱动器中,一对有源负载MOS晶体管和一对钳位MOS晶体管分别连接到 互补的位线以及钳位MOS晶体管的面积进一步被确定为大于有源负载晶体管的面积的三倍。 夹持MOS晶体管的面积的增加用于降低其内部电阻,从而可以提高钳位操作。 有源负载MOS晶体管的面积减小用于增加内部电阻,从而可以提高存取时间。 此外,驱动器可以响应于低功率时钟脉冲而稳定地工作。
    • 40. 发明授权
    • Rear fork of motorcycle
    • 摩托车后叉
    • US4634139A
    • 1987-01-06
    • US770473
    • 1985-08-29
    • Kazuo WatanabeHajime ShougaseAkio Umeoka
    • Kazuo WatanabeHajime ShougaseAkio Umeoka
    • B60B27/02B62K19/30
    • B62K19/30B60B27/023B62M9/16
    • A thin U-shaped rear axle guide plate made of steel is detachably attached along rear end portions of rear fork arms made of light alloy and formed in a bifurcate shape. This rear axle guide plate is made longer at its lower branch portion than its upper branch portion, and a free end portion of its lower branch portion includes a projection projecting upward. The rear fork arms are provided at side surfaces opposite to the rear axle guide plate with a retaining pin projecting therefrom. Engaged with this retaining pin is a cam face of a drive chain tension adjusting plate pivotably supported by the rear axle. The adjusting plate is pressed and held by a nut which is in threaded engagement with the retaining pin. The adjusting plate may be formed with an annular rib around an opening in which the rear axle penetrates, and this annular rib may be engaged with step portions formed at the rear fork arms.
    • 由钢制成的薄的U形后桥引导板可以由轻合金制成的后叉臂的后端部以可分离的形状可拆卸地安装。 该后桥引导板在其下分支部分比其上分支部分更长,并且其下分支部分的自由端部分包括向上突出的突起。 后叉臂设置在与后桥导板相对的侧表面处,并具有从其突出的保持销。 与该保持销配合的是由后轴可枢转地支撑的传动链张力调节板的凸轮面。 调节板由与保持销螺纹接合的螺母按压并保持。 调节板可以形成有围绕后轴穿过的开口的环形肋,并且该环形肋可以与形成在后叉臂上的台阶部分接合。