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    • 1. 发明申请
    • CLAMP DEVICE
    • 夹钳装置
    • US20130113146A1
    • 2013-05-09
    • US13808181
    • 2011-05-10
    • Takayuki Kawakami
    • Takayuki Kawakami
    • B23Q3/08
    • B23Q3/082B23Q1/009
    • A grip member is inserted into an insertion hole of a cylindrical clamp body and is capable of extending outwards to grip the inner circumferential surface of an aperture of an article. A clamp rod is engaged with the grip member; a driving mechanism capable of driving the clamp rod forwards and backwards; a seating surface formed at the top end of the cylindrical clamp body; a case member supporting the cylindrical clamp body movably forwards and backwards; a driving mechanism capable of raising an lowering the cylindrical clamp body; and a lock mechanism having a cylindrical member into which the cylindrical clamp body is inserted so as to slide freely and capable of locking the outer circumferential surface of the cylindrical clamp body by elastically deforming the cylindrical member so as to reduce its diameter.
    • 夹持构件被插入到圆柱形夹持体的插入孔中,并且能够向外延伸以夹持物品的孔的内周表面。 夹杆与夹持构件接合; 能够向前和向后驱动夹紧杆的驱动机构; 形成在所述圆筒形夹具本体的顶端的座面; 支撑圆筒形夹具主体可前后移动的壳体部件; 驱动机构,其能够使所述筒状夹具体降低; 以及具有圆柱形构件的锁定机构,圆柱形夹具主体被插入该圆柱形构件中以便自由滑动,并且能够通过使圆柱形构件弹性变形来锁定圆筒形夹具的外周表面,从而减小其直径。
    • 3. 发明授权
    • Clamp device
    • 夹具装置
    • US08235370B2
    • 2012-08-07
    • US12735626
    • 2009-01-22
    • Takayuki Kawakami
    • Takayuki Kawakami
    • B23Q3/00B23Q3/08B25B1/14B25B5/12
    • B23Q3/082B23Q1/009
    • A clamp device includes a grip member, a clamp rod, and a hydraulic cylinder, and, by the grip member being inserted into an hole in a workpiece, it can grip the inner circumferential surface of the hole. The clamp device is provided with: a main body member; seating surfaces formed upon the main body member, upon which the workpiece is seated; a seating sensor that includes a pressurized air ejection hole opening to the seating surfaces; and a workpiece mounting surface that can receive and stop a workpiece at a position that is more advanced than the seating surfaces when the grip member is at an advanced position (its unclamped state), and that shifts together with the grip member during clamp operation when the grip member and the clamp rod shift towards retraction.
    • 夹持装置包括夹持构件,夹紧杆和液压缸,并且通过把持构件插入到工件中的孔中,可夹持孔的内周面。 夹具装置设有:主体构件; 形成在主体构件上的工作台,工件就位于其上; 座椅传感器,其包括通向所述座面的加压空气喷射孔; 以及工件安装面,其能够在夹持部件处于前进位置(其未夹紧状态)的位置时比工作面更加前进的位置处接收和停止工件,并且在夹紧操作期间与夹持部件一起移动, 夹持构件和夹紧杆朝向缩回移动。
    • 4. 发明申请
    • CLAMP DEVICE
    • 夹钳装置
    • US20100327503A1
    • 2010-12-30
    • US12735627
    • 2009-01-22
    • Takayuki Kawakami
    • Takayuki Kawakami
    • B23Q3/08B23Q3/06
    • B23Q17/006B23Q1/009Y10T29/49764
    • A clamp device includes an annular grip member capable of being inserted into an hole in a workpiece and of gripping the inner circumferential surface of the hole, a clamp rod having a tapered shaft portion fitted inside the grip member and engaged therewith, a hydraulic cylinder capable of axially advancing and retracting the grip member and the clamp rod, and a clamp main body member. The clamp device is provided with seating surfaces formed upon the clamp main body member, on which the workpiece is seated, and a poor clamping detection mechanism that detects poor clamping, in the state in which the grip member is driven in its clamping direction by the hydraulic cylinder via the clamp rod, and the workpiece is in its state of being seated upon the seating surfaces.
    • 夹紧装置包括能够插入到工件中的孔中并且夹持孔的内周面的环形夹持构件,夹紧杆,其具有嵌合在夹持构件内并与其接合的锥形轴部,具有能够 使夹持构件和夹紧杆轴向前进和后退,以及夹具主体构件。 夹具装置设置有形成在夹具主体构件上的工作座所在的座面,以及在把持构件沿其夹紧方向被驱动的状态下检测不良夹紧的差的夹紧检测机构 液压缸通过夹紧杆,并且工件处于其位于座面上的状态。
    • 9. 发明授权
    • Laser driving apparatus and image forming apparatus using the same
    • 激光驱动装置及使用其的图像形成装置
    • US6144680A
    • 2000-11-07
    • US114512
    • 1998-07-14
    • Hajime KajiTomobumi Nakayama, deceasedMichiharu MasudaTakayuki Kawakami
    • Hajime KajiTomobumi Nakayama, deceasedMichiharu MasudaTakayuki Kawakami
    • H01S5/06H01S5/042H01S5/0683H01S5/40H04N1/40H01S3/00
    • H04N1/4005H01S5/4025H04N1/40037H01S5/042H01S5/0683
    • A laser driving apparatus for driving a plurality of laser beam sources includes a plurality of laser beam sources, a photodetector for detecting amounts of laser beams emitted from the plurality of laser beam sources, a plurality of current sources for driving the plurality of laser beam sources, a plurality of switches respectively interposed between the plurality of laser beam sources and the plurality of current sources, a plurality of controllers for controlling light amounts of the plurality of laser beam sources by comparing the light amounts detected by the photodetector with a reference value and controlling current amounts of the plurality of current sources in accordance with the comparison values, a plurality of sample/hold circuits respectively interposed between the photodetector and the plurality of controllers, and timing adjustment device for outputting a plurality of timing signals of a first type for controlling the plurality of switches and a plurality of timing signals of a second type for controlling the plurality of sample/hold circuits. The timing adjustment device outputs the plurality of timing signals of the first type for time-divisionally turning on the plurality of switches and sequentially making the plurality of laser beam sources to emit laser beams one by one. The plurality of timing signals of the second type making each of the plurality of sample/hold circuits corresponding to the plurality of switches sample while each of the plurality of switches is on. The plurality of timing signals of the second type making each of the plurality of sample/hold circuits sample while any one of the switches which are turned on before a corresponding switch is on.
    • 用于驱动多个激光束源的激光驱动装置包括:多个激光束源,用于检测从所述多个激光束源,用于驱动所述多个激光束源的多个电流源发射的激光束的量的光电检测器 中,多个分别插入在多个激光束源和所述多个电流源,用于通过比较由所述光检测器与参考值检测的光量控制所述多个激光光源的光量的多个控制器之间的开关 控制电流量的多个电流源的根据比较值,多个分别插入在光电探测器和所述多个控制器,以及定时调整装置之间,用于输出多个用于定时的第一类型的信号的采样/保持电路的 控制多个开关和多个定时信号 用于控制多个采样/保持电路的第二类型的Nals。 定时调整装置输出第一类型的多个定时信号,用于分时地接通多个开关,并依次使多个激光束源逐个发射激光束。 在多个开关中的每一个接通时,使与多个开关相对应的多个采样/保持电路中的每一个采样的第二类型的多个定时信号被采样。 多个采样/保持电路中的每一个采样的第二类型的多个定时信号在相应的开关导通之前被接通的任何一个开关中采样。