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    • 6. 发明授权
    • Locking chuck
    • 锁紧卡盘
    • US09364900B2
    • 2016-06-14
    • US14223247
    • 2014-03-24
    • Apex Brands, Inc.
    • Eugen A. BordeianuMichael C. GoodsonAllan R. GrovoThomas E. Warner
    • B23B31/12
    • B23B31/123B23B31/1238B23B2231/38B23B2260/008Y10S279/902Y10T279/17615Y10T279/17632Y10T279/32
    • A chuck including a body with a nose section defining an axial bore formed therein, a plurality of jaws movably disposed with respect to the body, and a sleeve rotatably mounted about the body so that rotation of the sleeve moves the jaws relative to the axial bore. A bearing has a first race, a second race, and at least one bearing element disposed therebetween, one of the first race and the second race defining a ratchet and the other defining a pawl biased toward the ratchet. A biasing element is disposed between the pawl and the sleeve. The biasing element exerts a biasing force on the pawl toward the ratchet and the ratchet and the pawl prevent the second race from rotating in the opening direction with respect to the first race when engaged.
    • 一种卡盘,包括具有限定其中形成的轴向孔的鼻部的主体,相对于主体可移动地设置的多个夹爪以及围绕主体可旋转地安装的套筒,使得套筒的旋转相对于轴向孔移动爪 。 轴承具有第一座圈,第二座圈和设置在其间的至少一个轴承元件,第一座圈和第二座圈中的一个限定棘轮,另一个限定向棘轮偏置的棘爪。 偏置元件设置在棘爪和套筒之间。 偏置元件在棘爪上朝向棘轮施加偏置力,棘爪和棘爪在接合时防止第二座圈相对于第一座圈在打开方向上旋转。
    • 8. 发明申请
    • DRILL CHUCK
    • 钻钻
    • US20150165529A1
    • 2015-06-18
    • US14400706
    • 2013-07-31
    • Shandong Weida Machinery Co., LTD
    • Wenzhang Qiao
    • B23B31/12
    • B23B31/123B23B2231/38B23B2260/022Y10S279/902Y10T279/17632
    • A drill chuck comprises: a drill body (1) having a plurality of inclined guiding holes distributed evenly along a circumferential direction; a plurality of clamping jaws (9) arranged slidably in the inclined guiding holes respectively and having external thread segments (91); an outer socket (2) rotatably fitted over the drill body; and a nut (8) engaged with the clamping jaws and connected to the out socket in a driving manner; further comprises: a locking mechanism located between a first thrust surface of the drill body and the nut and having a locking plate (3) and locking balls (4), wherein an end face of the locking plate facing the nut is thereon provided with a plurality of slide grooves (31) having a helix angle, the helix angle of the slide grooves is less than a friction angle between the locking balls and locking plate, and the locking balls are movably arranged along the slide grooves. The drill chuck can prevent itself from loosening by a simple structure during operation.
    • 钻夹头包括:具有沿圆周方向均匀分布的多个倾斜导向孔的钻体(1); 分别可滑动地布置在倾斜导向孔中并具有外螺纹段(91)的多个夹钳(9); 可旋转地装配在钻体上的外套筒(2); 以及与所述夹爪接合并以驱动方式连接到所述出口的螺母(8); 进一步包括:锁定机构,位于钻体的第一推力表面和螺母之间并且具有锁定板(3)和锁定球(4),其中锁定板的面向螺母的端面设置有 多个具有螺旋角的滑动槽(31),滑动槽的螺旋角小于锁定球和锁定板之间的摩擦角,并且锁定球沿着滑动槽可移动地布置。 在操作过程中钻头卡盘可以通过简单的结构防止其松动。
    • 9. 发明申请
    • DRILL APPARATUS AND DRILL CHUCK
    • 钻机和钻机
    • US20150158092A1
    • 2015-06-11
    • US14566894
    • 2014-12-11
    • Roehm GmbH
    • Peter SCHENKPatrick HENGSBERGER
    • B23B31/12
    • B23B31/1207B23B31/123B23B31/1238B23B2231/06B23B2231/38B23B2260/07B23B2260/11Y10S279/902Y10T279/17615Y10T279/17632
    • A drill chuck and a drill apparatus is provided that includes a drilling machine, which has a motor and a machine spindle that is supported in rotary fashion in a machine housing. The a drill chuck is connected to the machine spindle and can be moved between a clamping configuration and a drilling configuration and has a clamping sleeve and a chuck body in which clamping jaws are movably guided by a threaded connection. When a sliding sleeve is moved relative to the chuck body between a first position that corresponds to the clamping configuration and a second position that corresponds to the drilling configuration, a flow of force traveling from the motor via the machine spindle to the threaded connection is shifted to a flow of force traveling from the motor via the machine spindle to the chuck body and vice versa.
    • 提供了一种钻夹头和钻孔装置,其包括钻机,其具有马达和机床,所述马达和机床以旋转方式支撑在机壳中。 钻夹头连接到机床主轴,并且可以在夹紧配置和钻孔配置之间移动,并且具有夹紧套筒和卡盘主体,夹钳夹具通过螺纹连接件可移动地被引导。 当滑动套筒相对于卡盘体相对于对应于夹紧构型的第一位置和对应于钻孔构造的第二位置相对于卡盘主体移动时,从马达经由机床主轴传递到螺纹连接的力的流动被移位 到从马达经由机床主轴到卡盘主体的力的流动,反之亦然。