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    • 1. 发明申请
    • Drill-chuck jaw with hard-metal gripping insert
    • 钻头卡盘夹具带硬金属夹头
    • US20010022017A1
    • 2001-09-20
    • US09791091
    • 2001-02-22
    • ROHM GmbH
    • Hans-Dieter Mack
    • B21D035/00
    • B23B31/1071B23B31/1215B23B2222/28B23B2240/08B23B2240/11B23B2260/022Y10T29/49888Y10T29/49906Y10T29/49986Y10T279/3462
    • A drill-chuck jaw is made by first forming an elongated metal body with a toothed back face and a front face, then machining a longitudinally extending groove having sides and a floor in the front face, and forming inwardly projecting and longitudinally spaced retaining bumps on the groove sides. A hard-metal insert is fitted into the groove between the retaining bumps and then bonded to the body in the groove. the body is heat-treated, that is annealed, before machining the groove in it to reduce internal stresses. Then the body is cleaned and oiled to prepare it for machining and to eliminate any oxidation created by the heat treatment. After machining the body and before fitting the insert the body is deburred and cleaned again. Normally the insert is bonded to the body by soldering or brazing. In order to allow the insert to seat directly on the jaw and not be held off it by the solder a channel is formed between the insert and the body in the groove. The insert is bonded to the body by filling the channel with the solder. The channel can be formed in the insert or in the body.
    • 通过首先形成具有齿背面和前表面的细长金属体,然后在前表面上加工具有侧面和底板的纵向延伸的凹槽,并且形成向内突出的和纵向间隔的保持凸块,来制造钻卡盘卡爪 槽边。 将硬金属插入件装配在保持凸块之间的凹槽中,然后在凹槽中结合到主体。 在机加工凹槽之前,对体进行热处理,即进行退火处理,以减少内部应力。 然后将身体清洁并加油,以准备加工,并消除热处理产生的氧化。 加工身体后,在装配插入物之前,将身体再次去毛刺和清洁。 通常,插入件通过焊接或钎焊结合到主体。 为了允许插入件直接安置在钳口上,并且不被焊料挡住,插入件和槽体中的主体之间形成通道。 通过用焊料填充通道将插入物接合到身体。 通道可以形成在插入物中或体内。
    • 3. 发明申请
    • Drill chuck
    • 钻卡盘
    • US20040084856A1
    • 2004-05-06
    • US10635772
    • 2003-08-06
    • ROHM GmbH
    • Hans-Dieter Mack
    • B23B031/12
    • B23B31/1238B23C2260/68Y10S279/902Y10T279/17632
    • A drill chuck has a chuck body centered on and adapt d to be rotated about a longitudinal axis and unitarily formed with a plurality of forwardly open angled guides angularly spaced about the axis and with a rim, respective jaws displaceable along the guides in the chuck body and each formed with a row of teeth, and a tightening sleeve rotatably surrounding the body. A threaded ring rotatable on the body about the axis within the tightening sleeve is fixed to the sleeve and formed with a screwthread meshing with the teeth of the jaws so that rotation of the ring in one direction moves the jaws radially together and opposite rotation moves them radially apart. This threaded ring is formed with a radially outwardly open groove covered by the sleeve. In addition the tightening sleeve has an inwardly projecting welt engaged in the groove.
    • 钻夹头具有以中心为中心并适应于围绕纵向轴线旋转的卡盘体,并且整体地形成有多个向前开口的成角度的引导件,所述多个向前开口的成角度的引导件围绕该轴线成角度地间隔开并具有边缘,相应的卡爪可沿卡盘主体中的引导件移动 并且每个都形成有一排齿,并且可旋转地围绕身体的紧固套筒。 在该紧固套筒内围绕该轴线旋转的螺纹环固定在该套筒上并形成有与该夹爪的齿啮合的螺纹,使得该环在一个方向上的旋转使该夹爪径向地移动并且相反的旋转使它们移动 径向分开。 该螺纹环形成有由套筒覆盖的径向向外开口的槽。 此外,紧固套筒具有接合在凹槽中的向内突出的边缘。
    • 8. 发明申请
    • Drill chuck with front-end shield
    • 钻头卡盘与前端屏蔽
    • US20030080521A1
    • 2003-05-01
    • US10267474
    • 2002-10-09
    • ROHM GmbH
    • Hans-Dieter Mack
    • B23B031/12
    • B23B31/1238B23B2231/28B23B2231/38Y10T279/17632Y10T279/20Y10T279/3493
    • A drill chuck has a chuck body rotatable about a chuck axis and having a rear end adapted to fit with a drive spindle and a front end formed with a tool recess. A plurality of jaws angularly spaced on the body about the axis and exposed in the tool recess are radially displaceable relative to the body between inner and outer positions. A tightening ring is axially fixed but rotatable about the axis on the body. Screwthread formations between the tightening ring and the jaws can move the jaws radially together and radially apart. A tightening sleeve surrounding the body and connected to the tightening ring is adapted to be gripped by hand to rotate the ring in the directions. A shield sleeve surrounds the body between the tightening sleeve and the body front end and is supported on the body for rotation thereon about the axis independently of the body and of the tightening sleeve.
    • 钻夹头具有可围绕卡盘轴线旋转的卡盘体,并且具有适于与驱动主轴配合的后端和形成有工具凹口的前端。 围绕轴线在本体上成角度地间隔开并暴露在工具凹槽中的多个夹爪在内部和外部位置之间可相对于主体径向移位。 紧固环轴向固定,但可围绕主体上的轴线旋转。 紧固环和夹爪之间的螺纹结构可以将夹爪径向地径向移动并径向分开。 围绕主体并连接到紧固环的紧固套筒适于用手抓住以使环沿方向旋转。 屏蔽套筒围绕紧固套筒和主体前端之间的主体,并且被支撑在主体上以围绕主体和紧固套筒的轴线在其上旋转。
    • 9. 发明申请
    • Drill chuck with inset indicia band
    • 钻夹头与插图标记带
    • US20030020242A1
    • 2003-01-30
    • US09948279
    • 2001-09-07
    • ROHM GmbH
    • Hans-Dieter Mack
    • B23B031/12
    • B23B31/1238B23B2231/44B23B2260/104Y10T279/17615Y10T279/17632Y10T279/35
    • A drill chuck has a chuck body centered on an axis and formed with a forwardly open seat and with a plurality of angled guides spaced angularly about the axis and open forward into the seat. Respective jaws slidable in the guides each have a toothed outer edge meshing with a screwthread of a tightening ring rotatable about the axis to axially and radially displace the jaws in the body. An adjustment sleeve rotationally coupled to the ring is rotatable about the axis on the body. It has an outer grip surface of a predetermined outer diameter and an indicia band axially offset from the grip surface and of an outer diameter smaller than the outer grip surface.
    • 钻卡盘具有以轴为中心的卡盘体,并且形成有向前敞开的座椅,并且具有围绕轴线成角度地间隔开的多个成角度的导向件并向前敞开。 在导轨中可滑动的各个夹爪具有齿形外边缘,该齿形外缘与可围绕轴线旋转的紧固环的螺纹啮合,以轴向和径向移动身体中的颚。 旋转地联接到环的调节套筒可以围绕身体上的轴线旋转。 其具有预定外径的外抓握表面和从手柄表面轴向偏移并且外径小于外把手表面的标记带。
    • 10. 发明申请
    • Drill chuck with cushioned full-open position
    • 钻卡盘与缓冲全开位置
    • US20020109307A1
    • 2002-08-15
    • US10067575
    • 2002-02-05
    • ROHM GmbH
    • Gunter Horst RohmHans-Dieter Mack
    • B23B031/167
    • B23B31/1238B23B2231/38B23B2231/44Y10S279/902Y10T279/17632
    • A chuck body is formed with angled guides holding respective jaws. A tightening ring rotatable about the axis on the chuck body has a screwthread meshing with toothed edges of the jaws so that rotation of the ring in one direction moves the jaws axially forward and radially together and opposite rotation moves the jaws axially rearward and radially apart. A spring washer is rotatable about the axis on the body between the tightening ring and the rear jaw faces. Rearwardly directed jaw faces axially rearwardly engage and press the washer toward the tightening ring and coupling formations on the washer and ring angularly lock the washer to the ring when the washer is pressed axially rearward by the faces. Stops on the washer can engage the jaws for permitting only limited relative angular movement of the washer and jaws when the faces are pressed axially rearward against the washer.
    • 卡盘体形成有夹持相应夹爪的成角度的导向件。 可绕卡盘主体的轴线旋转的紧固环具有与钳口的齿形边缘啮合的螺纹,使得环在一个方向上的旋转使轴向轴向向前和径向地移动,并且相反的旋转使卡爪轴向向后和径向分开。 弹簧垫圈能够围绕紧固环和后爪面之间的主体上的轴线旋转。 向后定向的颚面轴向向后接合并将垫圈压向紧固环,并且当垫圈被面向轴向向后挤压时,垫圈和环上的联接结构将垫圈角度地锁定到环上。 垫圈上的止动件可以接合夹爪,以便当面朝向垫圈轴向向后挤压时,仅允许垫圈和夹爪的有限的相对角度运动。