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    • 2. 发明申请
    • METHOD AND PRODUCTION LINE FOR MACHINING A CRANKSHAFT
    • 用于加工起重机的方法和生产线
    • US20140109364A1
    • 2014-04-24
    • US14117812
    • 2012-05-16
    • Erwin Junker
    • Erwin Junker
    • B21H7/18
    • B21H7/185B23B5/18B23B29/248B23B2215/20B24B5/42B24B51/00Y10T29/17Y10T29/49286
    • A method for completely machining at least unprocessed centric journals (10) and crankpin journals (11), and the respective flat shoulders (9, 10) thereof surrounding the journals, of flanged or cast blanks of a crankshaft first includes turning the flat shoulders (9) associated with the journals (10). Then, the centric journals (10) are roughly ground without the flat shoulders (9) thereof and the crankpin journals (11) are roughly ground together with the flat shoulders (12) thereof. After the journals (10, 11) have been roughly ground, an allowance remains that is smaller than an allowance required for common finish grinding of journals and flat shoulders. The rough grinding is followed by the finish grinding of the centric journals (10) and the crankpin journals (11) from the smaller allowance (23) remaining due to the rough grinding to the final dimension.
    • 首先,完全加工至少未加工的中心轴颈(10)和曲柄销轴颈(11)以及围绕轴颈的相应平的肩部(9,10),曲轴的凸缘或铸坯坯件首先包括转动平的肩部 9)与期刊(10)相关联。 然后,中心轴颈(10)在没有其平坦的肩部(9)的情况下大致磨削,并且曲柄销轴颈(11)与其平坦的肩部(12)一起粗磨。 期刊(10,11)已经大致磨合之后,还有一个比普通打磨期刊和平肩所需要的津贴小的津贴。 粗磨后,由于粗磨至最终尺寸,剩余的较小的余量(23)对中心轴颈(10)和曲柄销轴颈(11)进行精磨。
    • 3. 发明申请
    • Method and tool head for machining optically active surfaces, particularly surfaces of progressive spectacle lenses, which are symmetrical in pairs
    • 用于加工成对对称的光学活性表面,特别是渐进式眼镜片的表面的方法和工具头
    • US20070062015A1
    • 2007-03-22
    • US11480213
    • 2006-06-30
    • Wolf KrauseAndreas Bielke
    • Wolf KrauseAndreas Bielke
    • B23B3/00
    • B23C3/16B23B29/248B23B2215/40B23C5/006B24B13/01B24B13/06Y10T29/49996Y10T29/5114Y10T29/5168Y10T82/10Y10T409/303808
    • A method and a tool head are provided for the chip-removingly machining of pairwise symmetrical, optically effective surfaces, in particular of surfaces of progressive power spectacle lenses. The spectacle lenses are rotated about a first axis and are displaced along the axis. Further, a chip-removing tool is provided being positioned and being adapted to be fed-in, such that a cutting edge of the tool is guided over the surface along a spiralled path and along an elevation function given by the shape of the spectacle lens, when the latter is rotated about the first axis. For machining right side spectacle lenses and left side spectacle lenses, the right side spectacle lenses are rotated about the first axis in a first rotational direction, and the left side spectacle lenses are rotated about the first axis in a second rotational direction opposite the first rotational direction. The tool head comprises chucking means defining an axis of the tool head, and a tool carrier section having at least two lathing tools arranged at a periphery thereof. The one lathing tool of the pair is oriented in the one circumferential direction of the periphery, and the other lathing tool of the pair is oriented in the opposite circumferential direction of the periphery. At least one, preferably all of the lathing tools are provided with adjustment means allowing an adjustment of a point of engagement of the lathing cutting edge.
    • 提供了一种方法和工具头,用于对成对对称的光学有效表面,特别是渐进屈光力眼镜镜片的表面的去屑加工。 眼镜镜片围绕第一轴旋转并且沿轴线移位。 此外,提供了一种定位并适于被馈入的切屑去除工具,使得工具的切割边缘沿着螺旋路径被引导在表面上并且沿着由眼镜镜片的形状给出的仰角函数 ,当后者围绕第一轴线旋转时。 为了加工右侧眼镜片和左侧眼镜镜片,右侧眼镜镜片在第一旋转方向上围绕第一轴线旋转,并且左侧眼镜镜片围绕第一轴线以与第一旋转相反的第二旋转方向旋转 方向。 所述工具头包括限定所述工具头的轴线的夹紧装置,以及具有在其周边布置的至少两个车床的工具架部分。 该对的一个车床工具在周向的一个圆周方向上定向,并且该对的另一个车床工具在周边的相反圆周方向上定向。 至少一个,优选地,所有的车床加工具有允许调整车床切削刃的接合点的调节装置。
    • 4. 发明授权
    • Tool holder and method of machining work using this tool holder
    • 刀架和加工工具的方法
    • US07055416B2
    • 2006-06-06
    • US10220780
    • 2000-03-10
    • Hiroshi ShinoharaYuji MiyazakiReiner Ernst
    • Hiroshi ShinoharaYuji MiyazakiReiner Ernst
    • B23B29/24B23B29/26
    • B23Q39/048B23B3/30B23B29/20B23B29/205B23B29/248B23B2260/132B23Q37/00B23Q39/02Y10T82/10Y10T82/2508Y10T82/2587
    • There is provided a tool holder capable of attaching a plurality of tools to one tool holder, and easily adjusting these tools in a positional relation suitable for work machining. The tool holder comprises a holder body 201 attached to a tool rest 160, a plurality of surfaces 202 and 203 formed around the holder body 201, holders 210 and 220 attached to the surfaces 202 and 203 and having tools for machining the work attached thereto, toothed portions 208 and 209 of tooth-shaped rows formed in a predetermined direction on the surfaces 202 and 203, engaging portions 211 and 221 formed on the surfaces of the holders attached to the surfaces 202 and 203, and engaged with the toothed portions to position the holders in predetermined positions of the surfaces 202 and 203, and attaching means 240 and 250 for attaching the holders to the holder body in engaging states between the toothed portions and the engaging portions.
    • 提供了能够将多个工具附接到一个工具夹具的工具保持器,并且能够容易地以适合于加工的位置关系调整这些工具。 工具架包括附接到工具架160的保持器主体201,围绕保持器本体201形成的多个表面202和203,附接到表面202和203的保持器210和220以及具有用于加工附接到其上的工具的工具, 在表面202和203上以预定方向形成的齿形行的齿形部分208和209,形成在附接到表面202和203的保持器的表面上的接合部分211和221,并且与齿形部分接合以定位 表面202和203的预定位置的保持器,以及用于在齿部和接合部之间的接合状态下将保持器附接到保持器主体的附接装置240和250。
    • 5. 发明申请
    • Boring unit for complex parts, particularly for door handles, with differential control systems
    • 用于复杂零件的镗孔单元,特别是用于门把手的差速器控制系统
    • US20040011166A1
    • 2004-01-22
    • US10616789
    • 2003-07-10
    • MEI S.r.l.
    • Stefano Sonzogni
    • B23B005/00
    • B23Q1/76B23B3/26B23B29/248B23B31/4006Y10T82/16442Y10T82/2512Y10T82/2527Y10T82/2543
    • The invention is a new boring unit for complex parts, comprising a fixing pin (A), suitable for holding the piece (O) in its hole, and two concentric cylinders (Ci, Ce) coaxial with said pin (A) that are set rotating in the same direction by two electric motors (Mi, Me). The inner cylinder (Ci) is provided, at its end facing the grip (Ae) of the pin (A), with a conical toothing (Cie), and the outer cylinder (Ce) is provided, at its end facing the grip (Ae) of the pin (A), with a tool-holder (P) with radial translation mechanisms (Pm) of the tools (U) and a bevel gear wheel (Pie) meshing with the conical toothing (Cie) of the inner cylinder (Ci) and connected with the radial translation mechanism (Pm) of the tools (U). The radial translation of the tools (U) is obtained by rotating said cylinders (Ci, Ce) at different speeds by means of the electric motors (Mi, Me), that is, by generating a relative motion between them.
    • 本发明是用于复杂部件的新的钻孔单元,包括适于将零件(O)保持在其孔中的固定销(A)和与所述销(A)同轴的两个同心圆筒(Ci,Ce) 由两台电动机(Mi,Me)沿同一方向旋转。 内圆筒(Ci)在其端部面向销(A)的把手(Ae)的端部处设置有锥形齿(Cie),并且外筒(Ce)在其面向手柄的端部 A),具有工具(U)的径向平移机构(Pm)的工具架(P)和与内筒(U)的圆锥齿轮(Cie))啮合的锥齿轮(Pie) (Ci)并与工具(U)的径向平移机构(Pm)连接。 通过利用电动机(Mi,Me)以不同速度旋转所述气缸(Ci,Ce),即通过在它们之间产生相对运动来获得工具(U)的径向平移。
    • 7. 发明授权
    • Non-indexing machining method and apparatus
    • 非分度加工方法和装置
    • US4375708A
    • 1983-03-08
    • US189065
    • 1980-09-22
    • Dieter H. HellnickMichael C. Sterioff
    • Dieter H. HellnickMichael C. Sterioff
    • B23B5/16B23B27/00B23B29/24B23G1/22B23B1/00B23B29/26
    • B23B27/007B23B29/248B23B5/167B23G1/22B23B2210/02Y10T29/5147Y10T408/344Y10T408/868Y10T408/899Y10T408/9046Y10T82/10
    • Disclosed is a method and apparatus for machining a tubular workpiece to form an internally threaded coupling having a faced and chamfered end and a tapered counterbore. The method includes forming a tool support bar having a longitudinal axis and supporting on the tool support bar first and second tools having cutting edges and a thread cutting tool. The method further includes rotating the workpiece about its longitudinal axis and positioning the tool support bar relative to the workpiece such that the axis of the tool support bar and the workpiece lie in one plane and are substantially parallel to each other. The method further includes moving the support bar to chamfer and face the end of the workpiece with the first tool, moving the tool support bar to taper and counterbore the interior of the workpiece with the second tool, and moving the support bar to thread the tapered interior of the workpiece with the thread cutting tool.
    • 公开了一种用于加工管状工件以形成具有面和倒角端和锥形沉孔的内螺纹联接器的方法和装置。 该方法包括形成具有纵向轴线并且在工具支撑杆上首先支撑的工具支撑杆,以及具有切割刃的第二工具和螺纹切削工具。 该方法还包括围绕其纵向轴线旋转工件并相对于工件定位工具支撑杆,使得工具支撑杆和工件的轴线位于一个平面中并且基本上彼此平行。 该方法还包括使用第一工具将支撑杆移动到倒角并面对工件的端部,将工具支撑杆移动到锥形并且用第二工具沉入工件的内部,并且移动支撑杆以使锥形 工件内部用螺纹切削工具。