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    • 8. 发明申请
    • TUBE CUTTING APPARATUS AND TUBE MANUFACTURING METHOD
    • 管切割装置和管制造方法
    • US20100199821A1
    • 2010-08-12
    • US12669629
    • 2008-07-18
    • Teruaki Kawakami
    • Teruaki Kawakami
    • B23D21/14
    • B26D3/163B23D21/14B26D3/164B26D5/08B26D5/16Y10T83/0596Y10T83/393Y10T83/394
    • A tube cutting apparatus includes an inner blade (3), a drive shaft (1), a coupling shaft (2), a planetary gear (5), and a ring gear (6). The outer blade (4) has an inner peripheral surface which contacts an entire circumference of an outer periphery of a work W so as to cover a predetermined axial range of the outer periphery. The drive shaft (1) is rotatably supported inside the work W coaxially with the work W and defines a bore (11) therethrough at a position decentered by a predetermined amount within the drive shaft (1). The coupling shaft (2) is rotatably supported in the bore (11). The inner blade (3) is rotatably retained on an eccentric shaft (22) decentered at a front end portion of the coupling shaft (2) and is positioned inside the work W. The planetary gear (5) is positioned outside the work W and fitted on a rear end portion of the coupling shaft (2) coaxially and meshes with the ring gear (6). As the drive shaft (1) rotates, the inner blade (3) rotates while radially displacing the position of a portion of an outer periphery of the inner blade (3) which projects most outwardly in a radial direction of the work W.
    • 管切割装置包括内刀片(3),驱动轴(1),联轴器(2),行星齿轮(5)和齿圈(6)。 外刀片(4)具有与工件W的外周的整周接触以覆盖外周的预定轴向范围的内周面。 驱动轴(1)与工件W同轴地可旋转地支撑在工件W的内部,并且在驱动轴(1)内偏心预定量的位置处限定穿过其中的孔(11)。 联接轴(2)可旋转地支撑在孔(11)中。 内刀片(3)可旋转地保持在偏心轴(22)上,偏心于联轴器(2)的前端部并位于工件W内。行星齿轮(5)位于工件W的外侧, 安装在联轴器(2)的后端部分同轴并与齿圈(6)啮合。 当驱动轴(1)旋转时,内刀片(3)沿着工件W的径向最向外突出的内刀片(3)的外周的一部分的位置径向移动而旋转。
    • 9. 发明申请
    • DEBURRING TOOL
    • 开发工具
    • US20100077895A1
    • 2010-04-01
    • US12522024
    • 2007-11-21
    • Hans-Michael Beier
    • Hans-Michael Beier
    • B23D21/14
    • B23B51/101B23B51/105Y10T83/398Y10T408/45Y10T408/85Y10T408/85837Y10T408/89
    • The invention relates to a deburring tool for deburring abutting edges at orthogonally and obliquely extending transversal boreholes having a diameter of less than 10 mm in a component, such as an engine block, an injection system for combustion engines, a valve block and a camshaft or transmission shaft. The deburring tool is moved in a rotational and/or translatory manner and comprises a tool shaft (1), which is provided with a clamping end (2), and a tubular shaft part (5), characterized in that said tubular shaft part holds one or several cutting bodies (11) with a cutting blade (3), the cutting bodies being mounted in a movable manner in a passage (10), and in that a substance that is pressed under pressure into the through-bore (7) of the tool shaft (1) displaces the blade(s) to the exterior. The deburring tool is configured as a single piece and can be produced at low cost. Different blade geometries remove the burr by means of high speed deburring. The deburring tool can be introduced into the main borehole (HB) and the transversal borehole (QB). The technological requirements for the use of said deburring tool in intermittent assembly lines are therefore met.
    • 本发明涉及一种去毛刺工具,用于在诸如发动机缸体,用于内燃机的喷射系统,阀块和凸轮轴之类的零件中直径小于10mm的正交和倾斜延伸的横向钻孔上去毛刺邻接边缘, 传动轴。 去毛刺工具以旋转和/或平移方式移动并且包括设置有夹紧端(2)的工具轴(1)和管状轴部(5),其特征在于,所述管状轴部保持 具有切割刀片(3)的一个或多个切割体(11),所述切割体以可移动的方式安装在通道(10)中,并且其中被压入所述通孔(7)中的物质, 工具轴(1)将刀片移位到外部。 去毛刺工具配置为单件,可以低成本生产。 不同的刀片几何形状通过高速去毛刺去除毛刺。 可以将去毛刺工具引入主钻孔(HB)和横向钻孔(QB)。 因此,满足在间歇装配线中使用所述去毛刺工具的技术要求。