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    • 62. 发明申请
    • Numerical controller
    • 数控机
    • US20050265800A1
    • 2005-12-01
    • US10954193
    • 2004-10-01
    • Takahiko EndoKouji Yamamuro
    • Takahiko EndoKouji Yamamuro
    • B23Q15/00B23F23/00B23F23/12G05B19/18B23F1/00
    • G05B19/186B23F23/006G05B2219/37343G05B2219/45214G05B2219/49255Y10T409/100159
    • A numerical controller capable of reducing machining time in synchronization control machining. A workpiece already rough-machined into a shape of a gear and a tool are rotated in synchronism. Proximity limit distance Lt ensuring that the workpiece and the tool do not interfere with each other, approach amount Ap required to bring the workpiece and the tool into a positional relationship for performing normal gear machining (condition in which the workpiece engages with the tool), and phase shift amount corresponding to the depth of cut are given as commands. In parallel with approach motion, phase adjustment motion for making the workpiece face a tooth space of the tool is performed. When the approach motion progresses by the proximity limit distance Lt, if the phase adjustment is completed, the approach motion is continued without interruption. If not, the approach motion is interrupted, and resumed after the phase adjustment is completed. After the approach motion is completed, phase shift is performed to give a cut, and machining is performed. When cutting loads become a certain value or smaller, it is determined that the machining is completed. Since the approach motion and the phase adjustment are performed concurrently and completion of machining is automatically determined, the machining time can be reduced.
    • 一种能够减少同步控制加工中的加工时间的数值控制器。 已经粗加工成齿轮和工具的工件的工件同步旋转。 接近极限距离Lt确保工件和工具彼此不干涉,使工件和工具进入正常齿轮加工(工件与工具接合的状态)所需的位置关系所需的接近量Ap, 并且相应于切割深度的相移量作为命令给出。 与进场运动并行,执行用于使工件面对工具的牙齿空间的相位调整运动。 当接近运动进行接近极限距离Lt时,如果相位调整完成​​,则连续运动不间断地继续。 如果没有,则进场运动中断,并在相位调整完成​​后恢复运行。 进场动作结束后,进行相移切断,进行加工。 当切削负载变为一定值或更小时,确定加工完成。 由于进行运动和相位调整同时进行,并且自动确定加工完成,因此可以减少加工时间。
    • 63. 发明授权
    • Machine tool chip removal system
    • 机床切屑清除系统
    • US5586848A
    • 1996-12-24
    • US433277
    • 1995-05-02
    • Paul W. Suwijn
    • Paul W. Suwijn
    • B23F9/00B23Q7/00B23Q11/00B65G54/02B65G47/46B23C1/00B23F23/00
    • B23F17/003B23F9/00B23Q11/0057B23Q7/002B65G54/02Y02P70/171Y02P70/175Y10S29/094Y10S29/102Y10S82/901Y10T408/50Y10T408/6779Y10T409/304088
    • Apparatus capable of performing wet and dry machining processes such as a hobbing machine for producing spur and helical gears, shafts, splines, and the like, by wet and dry hobbing methods. The apparatus comprises means to remove metal chips resulting from the wet and dry machining processes from the apparatus via respective independent wet and dry chip outlets. The chip removal means comprises a transfer means located in the machine base with the transfer means being reversible in direction in order to convey metal chips, emanating from the machining process, to the respective wet or dry chip outlet. The chip removal means enables metal chips from wet machining processes to be conveyed to and discharged from an outlet in one side surface and metal chips from dry machining processes to be conveyed to and discharged from an outlet in another side surface.
    • 能够进行湿式和干式加工工艺的装置,例如用于通过湿式和干式滚齿法生产正齿轮和斜齿轮,轴,花键等的滚齿机。 该装置包括通过相应独立的湿和干的芯片出口从设备中除去由湿式和干式加工过程产生的金属屑的装置。 切屑移除装置包括位于机器基座中的传送装置,传送装置在方向上是可逆的,以将从加工过程发出的金属碎片传送到相应的湿或干燥芯片出口。 切屑移除装置使得来自湿加工工艺的金属屑能够被输送到一侧面的出口和从干式加工过程的金属屑排出并被输送到另一个侧表面的出口排出。
    • 66. 发明授权
    • Rolling gear apparatus for an involute tooth gear cutting machine
    • 渐开线齿轮切割机的滚动齿轮装置
    • US4512109A
    • 1985-04-23
    • US432922
    • 1982-09-29
    • Heinrich van de Locht
    • Heinrich van de Locht
    • B23F5/08B23F23/00B24B3/00
    • B23F5/08B23F23/003
    • A rolling gear apparatus for an involute tooth gear cutting machine that rests on an engine bed of the machine. A primary carriage is longitudinally movable in both directions on the engine bed and carries at its top a secondary carriage that is guided in longitudinal movement in both directions. A crank element is connected to the secondary carriage and is glidingly movable in a guideway that is angularly adjustable relative to the engine bed. A roll-circle member is carried by the primary carriage and is connected to the secondary carriage through a band drive. The movement path II of the secondary carriage is at an oblique angle to the movement path I of the primary carriage to provide improved selectivity in adjusting the base-circle diameter of a toothed-wheel gear blank connected to the roll-circle member.
    • PCT No.PCT / DE82 / 00138 Sec。 371日期:1982年9月29日 102(e)1982年9月29日PCT PCT。1982年7月5日。一种用于渐开线齿轮切割机的滚动齿轮装置,其位于机器的机床上。 主滑架可在机床上沿两个方向纵向移动,并在其顶部承载沿两个方向纵向运动的辅助滑架。 曲柄元件连接到辅助滑架,并且可在相对于机床成角度地调整的导轨中滑动地移动。 卷圆构件由主滑架承载,并通过带驱动器连接到辅助滑架。 辅助滑架的移动路径II与主滑架的移动路径I成倾斜的角度,以提供改变连接到滚圆构件的齿轮齿轮坯料的基圆直径的选择性。
    • 67. 发明授权
    • Dressing apparatus for a dished grinding wheel at a tooth flank-grinding
machine
    • 在齿面磨床上用于砂轮的修整装置
    • US4483103A
    • 1984-11-20
    • US127368
    • 1980-03-04
    • Hansjorg Bickel
    • Hansjorg Bickel
    • B23F23/00B23F23/12B24B47/22B24B53/053B24B53/075B24B53/085B24B49/18
    • B23F23/1225B24B53/075
    • A dressing apparatus for a dished or plate-shaped grinding wheel of a tooth flank-grinding machine, comprising a dressing carriage or slide which can be radially advanced or fed by means of a radial drive in relation to the grinding wheel. The dressing carriage supports a dressing tool which serves for dressing the outer surface of the grinding wheel and a feeler which serves to scan the active end surface or rim of the grinding wheel. The feeler serves to control the axial advancing or infeed movement of the grinding wheel, and such feeler, during such advancing movement, always moves radially with respect to the grinding wheel. The dressing tool is arranged upon a tool support in off-set relation to the feeler in the peripheral or circumferential direction of the grinding wheel. The tool support is adjustably arranged at the dressing carriage or slide for movement essentially parallel to the active end surface or rim of the grinding wheel and is controlled by an auxiliary or additional drive which is connected with the radial drive.
    • 一种用于齿面磨床的盘形或平板形砂轮的修整装置,包括可以通过相对于砂轮的径向驱动而径向前进或进给的修整支架或滑块。 修整支架支撑修整工具,其用于修整砂轮的外表面和用于扫描砂轮的主动端面或边缘的探针。 触发器用于控制砂轮的轴向前进或进给运动,并且在这种前进运动期间,这种触发器总是相对于砂轮径向移动。 修整工具布置在与砂轮的周向或圆周方向上的探测器偏离关系的工具支撑件上。 工具支撑件可调节地布置在敷料台或滑块上,用于基本上平行于砂轮的主动端表面或边缘的移动,并且由与径向驱动器连接的辅助驱动器或附加驱动器控制。
    • 68. 发明授权
    • Gear cutter
    • 齿轮刀
    • US4329096A
    • 1982-05-11
    • US006226
    • 1979-01-24
    • Saul Herscovici
    • Saul Herscovici
    • B23F5/20B23F23/00B23F23/12G05B19/416
    • B23F23/006B23F23/06B23F23/1243B23F23/1287B23F5/205G05B19/4163Y02P90/265Y10T409/101749Y10T409/102067Y10T409/102226
    • A method and control system for gear cutting machines such as hobbing equipment, shaper cutters and bevel-cutting equipment for achieving greater accuracy, productivity, and gears of increased quality while eliminating error, tedious calculations, labor and product variation is provided by employing a control system and utilizing a method of hobbing wherein optimum hob cutter efficiency is maintained by electronically monitoring and controlling hob input power, hob shift and workpiece feed to produce gears approaching the optimum theoretical calculated configuration. The method of cutting gears and the control system provides for the production of more accurate gears by eliminating the use of cams in shaper cutters and the use of change gears in hobbing machines and by properly controlling hob shift to result in an increased hob cutter life and provide higher production of optimally designed gears.
    • 一种用于齿轮切割机的方法和控制系统,例如滚齿机,整形机和切割设备,用于实现更高的精度,生产率和提高质量的齿轮,同时消除误差,繁琐的计算,劳动和产品变化。 系统,并利用滚动方法,其中通过电子监测和控制滚刀输入功率,滚刀换刀和工件进给来维持接近最佳理论计算结构的齿轮来维持最佳滚刀切割效率。 切割齿轮和控制系统的方法通过消除成型刀具中的凸轮的使用以及在滚齿机中使用变速齿轮以及通过适当地控制滚刀换档以提高滚刀切割器寿命来提供更精确的齿轮的生产,并且 提供更高产量的最佳设计齿轮。
    • 70. 发明授权
    • Gear shaping apparatus with improved cutter retraction arrangement
    • 具有改进的切割机装置的齿轮成形装置
    • US3783740A
    • 1974-01-08
    • US3783740D
    • 1972-09-25
    • LORENZ MASCHF
    • SEIBERLICH W
    • B23F5/16B23F23/12B23F23/00
    • B23F23/1287Y10T409/105247
    • A gear shaping apparatus in which a spindle with the cutting wheel thereon is movable axially from its normal operating range to a retracted position to facillitate insertion and removal of the work piece. A retracting drive is provided separate from the stroke drive which reciprocates the spindle axially for normal cutting. For retraction of the spindle, the stroke drive is first disengaged from its driving connection to the spindle, after which the retracting drive is drivingly engaged with the spindle to retract the same. The retracting drive may be a fluid operated piston and cylinder unit operably connected to the spindle or a separate motor attached to a shaft which is permanently drivingly engaged with the spindle.
    • 一种齿轮成形设备,其中具有切割轮的主轴从其正常操作范围轴向移动到缩回位置,以便于工件的插入和移除。 提供与行程驱动器分离的回缩驱动器,其使轴线轴向往复运动以进行正常切割。 为了使主轴回缩,行程驱动器首先从其与主轴的驱动连接脱离,之后回缩驱动器与主轴驱动接合以使其回缩。 回缩驱动器可以是流体操作的活塞和气缸单元,其可操作地连接到主轴或附接到轴的单独的马达,其永久地与主轴驱动接合。