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    • 3. 发明授权
    • Blade driving device for use in cameras
    • 用于照相机的刀片驱动装置
    • US07156564B2
    • 2007-01-02
    • US10940959
    • 2004-09-15
    • Nobuaki WatanabeShigeru YamagishiTohru Eguro
    • Nobuaki WatanabeShigeru YamagishiTohru Eguro
    • G03B9/08
    • G03B9/08
    • A blade driving device for use in cameras of the present invention includes a base plate having an exposure aperture, an ND filter blade that is supported rotatably around a supporting shaft on the base plate and is moved to a position withdrawn from the exposure aperture and a position facing the exposure aperture, and an electromagnetic actuator that drives the ND filter blade. This electromagnetic actuator includes a frame member joined to the base plate, a rotor which has a drive pin for exerting a driving force and rotates within a predetermined angle range with one end of which being supported to the frame member and the other end of which being supported to the base plate, and an exciting coil wound around the frame member and the base plate. Therefore, the structure of the electromagnetic actuator for driving a shutter blade, a diaphragm blade, an ND filter blade or the like can be simplified and reduced in cost, and this makes it possible to reduce the size and thickness of the device.
    • 用于本发明的照相机的刀片驱动装置包括具有曝光孔的基板,ND滤光片,该CCD滤光片可绕着基板上的支撑轴转动并移动到从曝光孔退出的位置, 面向曝光孔的位置以及驱动ND滤光片的电磁致动器。 该电磁致动器包括接合到基板的框架构件,转子具有用于施加驱动力的驱动销并且在预定角度范围内旋转,其一端被支撑在框架构件上,另一端为 支撑在基板上,以及缠绕在框架构件和基板上的励磁线圈。 因此,可以简化和降低用于驱动快门叶片,光圈叶片,ND滤光片等的电磁致动器的结构,并且可以降低装置的尺寸和厚度。
    • 6. 发明申请
    • Blade driving device for use in cameras
    • 用于照相机的刀片驱动装置
    • US20050058444A1
    • 2005-03-17
    • US10940959
    • 2004-09-15
    • Nobuaki WatanabeShigeru YamagishiTohru Eguro
    • Nobuaki WatanabeShigeru YamagishiTohru Eguro
    • G03B9/02G03B9/08G03B9/10G03B9/26
    • G03B9/08
    • A blade driving device for use in cameras of the present invention includes a base plate having an exposure aperture, an ND filter blade that is supported rotatably around a supporting shaft on the base plate and is moved to a position withdrawn from the exposure aperture and a position facing the exposure aperture, and an electromagnetic actuator that drives the ND filter blade. This electromagnetic actuator includes a frame member joined to the base plate, a rotor which has a drive pin for exerting a driving force and rotates within a predetermined angle range with one end of which being supported to the frame member and the other end of which being supported to the base plate, and an exciting coil wound around the frame member and the base plate. Therefore, the structure of the electromagnetic actuator for driving a shutter blade, a diaphragm blade, an ND filter blade or the like can be simplified and reduced in cost, and this makes it possible to reduce the size and thickness of the device.
    • 用于本发明的照相机的刀片驱动装置包括具有曝光孔的基板,ND滤光片,该CCD滤光片可绕着基板上的支撑轴转动并移动到从曝光孔退出的位置, 面向曝光孔的位置以及驱动ND滤光片的电磁致动器。 该电磁致动器包括接合到基板的框架构件,转子具有用于施加驱动力的驱动销并且在预定角度范围内旋转,其一端被支撑在框架构件上,另一端为 支撑在基板上,以及缠绕在框架构件和基板上的励磁线圈。 因此,可以简化和降低用于驱动快门叶片,光圈叶片,ND滤光片等的电磁致动器的结构,并且可以降低装置的尺寸和厚度。
    • 9. 发明授权
    • Method and machine for machining the surface of a valve seat
    • 用于加工阀座表面的方法和机器
    • US4545706A
    • 1985-10-08
    • US441512
    • 1982-10-27
    • Minoru HiroyasuShigeru YamagishiHideo YamashitaSusumu YamadaKoji Takahashi
    • Minoru HiroyasuShigeru YamagishiHideo YamashitaSusumu YamadaKoji Takahashi
    • F01L3/24B23C3/05B23D75/00B23Q1/54B24B15/02B26D7/14F02B75/02B23B35/00B23B41/12
    • B23Q1/5462B23C3/055B24B15/02B23C2215/60F02B2075/027Y10T408/04Y10T408/5587Y10T408/6757Y10T408/8595Y10T408/906
    • A method and machine for machining the surface of a valve seat (3) which is required to have a very accurate alignment with respect to a guide bore of a valve guide (2).In order to be capable of machining the valve seat surface in high roundness while maintaining a high concentricity with the guide bore, a pilot member (4) is moved forward inclinably to catch a guide bore of a valve guide (2) at its front end; the pilot member is further moved forward bendably while following the guide bore; when the pilot member has reached the desired position, the posture of the pilot member in the position is firmly held; and the surface of the valve seat (3) is machined by moving edged tool members (5a) forwardly while rotating the edged tool members (5a) which are arranged coaxially with the pilot member. A machine for practicing the method includes a forwardly and backwardly movable spindle (8), a pilot member (4) bendable at (7) with respect to the spindle, a bearing member (15) for the pilot member provided alignably with respect to the pilot member, an arrangement (17) for holding the bearing member coaxially with the pilot member, and edged tool members (5a) arranged to be rotatable coaxially with the pilot member and movable forwardly and backwardly together with the pilot member.
    • PCT No.PCT / JP82 / 00060 Sec。 371日期1982年10月27日第 102(e)日期1982年10月27日PCT提交1982年3月5日PCT公布。 第WO82 / 03032号公报 日期1982年9月16日。一种用于加工阀座(3)的表面的方法和机器,其需要相对于阀导向件(2)的导向孔非常精确的对准。 为了能够以高圆度加工阀座表面,同时保持与导向孔的高同心度,导向件(4)可向前倾斜地向前移动以在其前端抓住阀导向件(2)的导向孔 ; 引导构件在跟随导向孔的同时进一步向前可弯曲地向前移动; 当导向构件达到期望位置时,先导构件在该位置的姿势被牢固地保持; 并且通过向前移动边缘工具构件(5a)同时旋转与导向构件同轴设置的边缘工具构件(5a)来加工阀座(3)的表面。 用于实施该方法的机器包括向前和向后移动的主轴(8),相对于主轴在(7)处可弯曲的先导构件(4),用于引导构件的轴承构件(15),其相对于 导向构件,用于保持轴承构件与导向构件同轴的装置(17)和被布置成可与导向构件同轴旋转并且与导向构件一起向前和向后移动的边缘工具构件(5a)。