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    • 15. 发明授权
    • Gear machining apparatus, cutter and strain wave gearing device
    • 齿轮加工装置,切割机和应变波传动装置
    • US09327357B2
    • 2016-05-03
    • US13218931
    • 2011-08-26
    • Eiri Nagata
    • Eiri Nagata
    • B23F5/12B23F5/16B23F15/00F16H55/08
    • B23F5/163B23F15/00F16H55/0833Y10T409/107473
    • A gear machining apparatus includes a skiving mechanism positioning a work to be machined and a pinion type cutter on axes skewing from each other, the skiving mechanism rotating the work at a predetermined position and feeding the cutter while rotating in a direction of a tooth trace of a gear to be formed at the work synchronously to the rotation of the work for producing the gear from the work. The cutter includes a tooth surface which is formed with an involute region having an involute curve in an area including a pitch circle in a tooth depth direction, an addendum region continuously formed from the involute region to an addendum, and a dedendum region continuously formed from the involute region to a dedendum the addendum region and the dedendum region being shaped in a configuration different from the involute region.
    • 齿轮加工装置包括:定位待加工的工件的滑动机构和在彼此偏斜的轴上的小齿轮型切割机,所述刮刀机构将工件在预定位置旋转,并且在沿着 在工作中与用于从工件产生齿轮的工作的旋转同步地在工作中形成的齿轮。 刀具包括齿形表面,该齿面形成有在包括齿深度方向的节圆的区域中具有渐开线曲线的渐开线区域,从渐开线区域连续形成为齿顶的齿顶区域, 渐开线区域到齿根,齿根区域和齿根区域成形为不同于渐开线区域的构造。
    • 17. 发明申请
    • Method for securing a machine tool and opto-electronic sensor for carrying out such a method
    • 用于固定机床和光电传感器以执行这种方法的方法
    • US20050235790A1
    • 2005-10-27
    • US11111214
    • 2005-04-21
    • Gerhard DieterleIngolf Braune
    • Gerhard DieterleIngolf Braune
    • G01B11/00B21D5/02B21D55/00B30B15/00B30B15/28F16P3/04F16P3/14B23F5/12
    • F16P3/144B21D5/02B21D55/00B30B15/285F16P3/04Y10T83/141
    • The invention relates to a method for securing a machine tool comprising a first tool part that carries out work movements in the direction of a second tool part in order thereby to carry out a machining process on a workpiece, wherein an optoelectronic sensor monitors a three-dimensional protected field between the tool parts in that light is transmitted along an open gap formed between the tool parts by means of a transmitter device and is detected by means of a receiver device which includes a matrix of light-sensitive elements, wherein the first tool part is stopped if individual light-sensitive elements or specific groups of the light-sensitive elements do not receive any light. In the method in accordance with the invention, relative positions between individual workpiece areas or measured values related to individual workpiece areas are determined from the signals delivered by the light-sensitive elements. The invention furthermore relates to an optoelectronic sensor by means of which the named method can be carried out.
    • 本发明涉及一种用于固定机床的方法,其包括:第一工具部件,其沿着第二工具部件的方向执行工作运动,从而对工件执行加工过程,其中光电传感器监测三维 在该光的工具部件之间的三维保护区域沿着通过发射机装置形成在工具部件之间的开放间隙传播,并且通过包括光敏元件矩阵的接收器装置来检测,其中第一工具 如果各个感光元件或特定的感光元件组不接收任何光,则部件停止。 在根据本发明的方法中,根据由感光元件传递的信号确定各个工件区域之间的相对位置或与各个工件区域相关的测量值。 本发明还涉及一种光电传感器,通过该光电传感器可以执行命名方法。
    • 19. 发明授权
    • Spindle structure for gear shaping machine or the like
    • 齿轮成型机等的主轴结构
    • US4125056A
    • 1978-11-14
    • US758350
    • 1977-01-10
    • Erich TlakerHarold G. Haseltine
    • Erich TlakerHarold G. Haseltine
    • B23F5/12B23B47/22B23F5/16B23Q5/033B23Q5/26B23F9/04
    • B23F5/16B23Q5/033Y10T409/105565
    • A hydro-mechanically operated reciprocating spindle for a machine tool is disclosed in the environment of a vertical gear shaper. The spindle comprises a piston which is slidable in a cylinder and which carries a cutting tool at its bottom end. The spindle-piston has two faces of different area to which hydraulic fluid under pressure is directed, the larger area face being used to drive the spindle downwardly in the cutting stroke, and the smaller area face being used to drive the spindle upwardly in the return stroke. Further, the spindle-piston has an axial bore which receives a vertically reciprocable valve. The valve is reciprocated by linkages driven by a rotating shaft, and the arrangement is such as to drive the valve downwardly and thus to move the spindle downwardly at a controlled velocity and under a controlled hydraulic force, and then as the valve is moved upwardly the spindle is moved upwardly on the return stroke at preferably a higher velocity.
    • 在垂直齿轮整形器的环境中公开了用于机床的液压机械操作的往复式主轴。 主轴包括可在气缸中滑动并在其底端承载切削工具的活塞。 主轴 - 活塞具有两个不同面积的不同面积的压力下的液压流体,面积较大的面用于在切割行程中向下驱动主轴,并且较小的面积面用于在回程中向上驱动心轴 行程。 此外,主轴 - 活塞具有接收垂直往复运动的阀的轴向孔。 阀通过由旋转轴驱动的连杆往复运动,并且该装置是向下驱动阀,从而以受控的速度和受控的液压力向下移动主轴,然后当阀向上移动时 主轴在返回行程上以较高的速度向上移动。