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    • 31. 发明授权
    • Continuously variable transmission with cooling structure for speed-change control actuator
    • 用于变速控制执行器的连续可变变速箱与冷却结构
    • US07474949B2
    • 2009-01-06
    • US11189846
    • 2005-07-27
    • Taichirou YokoyamaHiroyuki OchiaiFuminori Sato
    • Taichirou YokoyamaHiroyuki OchiaiFuminori Sato
    • G06F17/00
    • F16H61/662F16H61/0009
    • A continuously variable transmission for an automotive vehicle, including a power train whose speed ratio is variably changeable in accordance with an oil pressure signal from a control valve assembly. A mechanical feedback mechanism is provided including an actuator for speed-change control operable in accordance with an electric signal. The actuator has a solenoid section. A speed-change control valve is provided to control an oil pressure to be supplied to the power train. A speed ratio sensor is provided to be moved in mechanical relation to a part of the power train in accordance with a change in the speed ratio of the power train. A linking member is provided to link the actuator, the speed-change control valve and the speed ratio sensor. Additionally, an oil bath is provided to contain oil in which at least a part of the solenoid section of the actuator is immersed.
    • 一种用于机动车辆的无级变速器,其包括根据来自控制阀组件的油压信号,其变速比可变地变化的动力传动系。 提供了一种机械反馈机构,其包括可根据电信号操作的用于速度变化控制的致动器。 执行器具有螺线管部分。 提供变速控制阀以控制供给动力传动系的油压。 根据动力传动系的变速比的变化,提供一个速比传感器与动力传动系的一部分机械关系移动。 提供连接构件以连接致动器,变速控制阀和速比传感器。 此外,设置油浴以容纳致动器的螺线管部分的至少一部分被浸没的油。
    • 38. 发明申请
    • CUTTING EDGE STRUCTURE FOR CUTTING TOOL, AND CUTTING TOOL WITH CUTTING EDGE STRUCTURE
    • 切割工具切割边缘结构和切割边缘结构的切割工具
    • US20120317822A1
    • 2012-12-20
    • US13522667
    • 2011-01-19
    • Hiroyuki OchiaiMitsutoshi WatanabeYukihiro Shimoda
    • Hiroyuki OchiaiMitsutoshi WatanabeYukihiro Shimoda
    • B26B9/00
    • C23C30/005B26B9/00C23C26/00
    • A cutting edge structure for a cutting tool including: a base member having first and second surfaces intersecting each other; and a cutting edge member supported by the base member and having higher hardness than the base member. The cutting edge member includes a coating formed by generating electric discharge between the second surface and a discharge electrode and by depositing a constituent material of the discharge electrode or a reacted substance of the constituent material on the second surface, the discharge electrode being formed by molding powder of metal, powder of a metal compound, powder of a ceramic, or powder of a mixture thereof. An edge of the coating projects from a cross ridge line between the first and second surfaces toward a distal end side of a cutting edge. The cutting edge angle is 10° to 20° inclusive.
    • 1.一种用于切削工具的切削刃结构,包括:具有彼此相交的第一和第二表面的基部构件; 以及由所述基底构件支撑并且具有比所述基底构件更高的硬度的切削刃构件。 切削刃部件包括通过在第二表面和放电电极之间产生放电而形成的涂层,并且通过在第二表面上沉积放电电极的构成材料或构成材料的反应物质,放电电极通过模制 金属粉末,金属化合物粉末,陶瓷粉末或其混合物的粉末。 涂层的边缘从第一和第二表面之间的十字棱线向切割边缘的远端侧突出。 切割角度为10°至20°。