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    • 1. 发明授权
    • Focal plane shutter for cameras
    • 焦平面快门相机
    • US4994834A
    • 1991-02-19
    • US491115
    • 1990-03-09
    • Kenichi WatabeShigemi TakahashiToshihisa SaitoAkira Suzuki
    • Kenichi WatabeShigemi TakahashiToshihisa SaitoAkira Suzuki
    • G03B9/18
    • G03B9/18
    • The forcal plane shutter for cameras is equipped with a first release lever capable of retaining a rear blade group at position to close an exposure aperture, and a second release lever capable of maintaining a front blade group and the rear blade group at the unfolded position thereof and the folded position thereof respectively until the front blade group and the rear blade group are attracted and retained at the unfolded position and the folded position respectively securely with an electromagnetic device. The focal plane shutter is of a double light interruption type which has excellent response to the release signal and capable of assuring stable operations. The focal plane shutter further comprises a control means capable of retaining the first release lever in the released state thereof and can be set in a successive photographing mode accordingly.
    • 照相机的平面快门配备有能够将后刀片组保持在关闭曝光孔的位置的第一释放杆,以及能够将前刀片组和后刀片组保持在其展开位置的第二释放杆 并且其折叠位置分别直到前刀片组和后刀片组被分别用电磁装置吸引并保持在展开位置和折叠位置。 焦平面快门是双光中断型,对释放信号具有良好的响应并且能够确保稳定的操作。 焦平面快门还包括能够将第一释放杆保持在其释放状态的控制装置,并且可以相应地设置在连续的拍摄模式中。
    • 2. 发明申请
    • METHOD OF REFINING CARBON PARTS FOR PRODUCTION OF POLYCRYSTALLINE SILICON
    • 精制生产多晶硅的碳零件的方法
    • US20100068125A1
    • 2010-03-18
    • US12559826
    • 2009-09-15
    • Mitsutoshi NarukawaKenichi Watabe
    • Mitsutoshi NarukawaKenichi Watabe
    • C09C1/44
    • C01B33/035C01B32/05
    • A method of refining carbon parts for the production of polycrystalline silicon, comprises the steps of, replacing an inside gas of a reactor, in which the carbon parts are placed, with an inert gas, drying the carbon parts by raising a temperature in the reactor to a drying temperature of the carbon parts while flowing an inert gas through the reactor, raising a temperature in the reactor to a purification temperature higher than the drying temperature while flowing chlorine gas through the reactor, reducing a pressure in the reactor, maintaining the inside of the reactor in a reduced pressure, pressurizing the inside of the reactor by introducing chlorine gas for bringing the inside of the reactor into a pressurized state, and cooling the inside of the reactor.
    • 一种精制用于制造多晶硅的碳部件的方法包括以下步骤:用惰性气体代替其中放置碳部件的反应器的内部气体,通过升高反应器中的温度来干燥碳部件 在使惰性气体流过反应器的同时使干燥温度升高到高于干燥温度的净化温度,同时使氯气流过反应器,降低反应器内的压力,保持内部 的反应器中,通过引入氯气使反应器内部进入加压状态,并对反应器内部进行冷却来对反应器内部进行加压。
    • 3. 发明授权
    • Camera focal plane shutter
    • 相机焦平面快门
    • US06726379B2
    • 2004-04-27
    • US10104680
    • 2002-03-22
    • Kenichi WatabeHiroshi Miyasaki
    • Kenichi WatabeHiroshi Miyasaki
    • G03B908
    • G03B9/08
    • A camera focal plane shutter according to the invention comprises a shutter blade for opening and closing an exposure aperture to carry out an exposure operation; an electromagnetic actuator for directly driving the shutter blade, and a positioning means for positioning the shutter blade at an operation starting position. This positioning means is comprised of a swing arm supported in a manner enabling it to swing so as to comes into contact with and separate from a drive pin of a rotor, a torsion spring for applying a pushing force so as to push one end of the swing arm against the drive pin, and an eccentric pin which stops the swing arm at a position with a predetermined angle against the pushing force of the torsion spring. Therefore, an impulse force caused by the movement of the shutter blade is eased, and the shutter blade is easily positioned with high accuracy at the operation starting position.
    • 根据本发明的相机焦平面快门包括用于打开和关闭曝光孔以执行曝光操作的快门叶片; 用于直接驱动快门叶片的电磁致动器,以及用于将快门叶片定位在操作开始位置的定位装置。 该定位装置包括以能够摆动以便与转子的驱动销接触并与其分离的方式支撑的摆臂,用于施加推力以将推动力的一端推压的扭簧 摆动臂抵靠驱动销,以及偏心销,其将摆臂停止在与扭转弹簧的推力相对的预定角度的位置。 因此,由快门叶片的移动引起的冲击力被减轻,并且快门叶片在操作开始位置处以高精度容易地定位。
    • 5. 发明授权
    • Focal plane shutter
    • 焦平面快门
    • US4975722A
    • 1990-12-04
    • US476523
    • 1990-02-07
    • Akira SuzukiKenichi Watabe
    • Akira SuzukiKenichi Watabe
    • G03B9/18
    • G03B9/18
    • A focal plane shutter includes a first blade group which is moved forward from an unfolding state to an overlapping state to start an exposure in response to the release of a first blade driving spring and a second blade group which is moved forward from an overlapping state to an unfolding state to terminate the exposure in response to the release of a second blade driving spring. The force of the driving springs for applying the impellent force to the blade groups is removed from the corresponding blade groups before each of the blade groups reaches an end of forward movement so that the blade groups are moved by the force of inertia. The driving spring for applying the impellent force to the blade groups is engaged with a first arm formed on one end of a swingably supported brake lever before the blade group reaches the end of forward movement so that a second arm formed on the other endd of the brake lever is rotated to prevent the movement of the blade group. Since the blade groups are moved to the end of forward movement while receiving the braking force by engagement with the second arms of the corresponding brake levers, shock or oscillation at the termination of forward movement is reduced.
    • 焦平面快门包括第一叶片组,其从展开状态向前移动到重叠状态,以响应于从重叠状态向前移动的第一叶片驱动弹簧和第二叶片组的释放而开始曝光 响应于第二刀片驱动弹簧的释放而终止曝光的展开状态。 在每个叶片组达到向前运动的结束之前,用于将叶片组施加推动力的驱动弹簧的力从相应的叶片组中移除,使得叶片组通过惯性力而移动。 用于将推动力施加到叶片组的驱动弹簧与形成在可摆动支撑的制动杆的一端上的第一臂接合,在叶片组达到向前运动的结束之前,形成在第二臂的另一端上的第二臂 制动杆旋转以防止叶片组的移动。 由于叶片组通过与相应的制动杆的第二臂接合而接收制动力而移动到向前运动的结束,所以在向前运动终止时的冲击或振动减小。
    • 8. 发明授权
    • Method of refining carbon parts for production of polycrystalline silicon
    • 精炼碳零件生产多晶硅的方法
    • US08551439B2
    • 2013-10-08
    • US12559826
    • 2009-09-15
    • Mitsutoshi NarukawaKenichi Watabe
    • Mitsutoshi NarukawaKenichi Watabe
    • C09C1/56
    • C01B33/035C01B32/05
    • A method of refining carbon parts for the production of polycrystalline silicon, comprises the steps of, replacing an inside gas of a reactor, in which the carbon parts are placed, with an inert gas, drying the carbon parts by raising a temperature in the reactor to a drying temperature of the carbon parts while flowing an inert gas through the reactor, raising a temperature in the reactor to a purification temperature higher than the drying temperature while flowing chlorine gas through the reactor, reducing a pressure in the reactor, maintaining the inside of the reactor in a reduced pressure, pressurizing the inside of the reactor by introducing chlorine gas for bringing the inside of the reactor into a pressurized state, and cooling the inside of the reactor.
    • 一种精制用于制造多晶硅的碳部件的方法包括以下步骤:用惰性气体代替其中放置碳部件的反应器的内部气体,通过升高反应器中的温度来干燥碳部件 在使惰性气体流过反应器的同时使干燥温度升高到高于干燥温度的净化温度,同时使氯气流过反应器,降低反应器内的压力,保持内部 的反应器中,通过引入氯气使反应器内部进入加压状态,并对反应器内部进行冷却来对反应器内部进行加压。