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    • 3. 发明公开
    • SPANNEINRICHTUNG
    • EP1704010A1
    • 2006-09-27
    • EP04804378.0
    • 2004-12-29
    • HAINBUCH GMBH SPANNENDE TECHNIK
    • WELLER, Hans-Michael
    • B23B31/12
    • B23B31/1253
    • The invention relates to a clamping device with a plurality of clamping head segments (10, 12). The inventive clamping device is characterized in that the clamping head segments (10, 12) can be clamped by different degrees so that a polygonal and for example tetragonal work piece is firmly retained from all sides. Despite different clamping degrees, the inventive clamping device allows for the work piece to be clamped by applying a tensile force on one coupling (24) only. For this purpose, the clamping device comprises a clamping means receptacle having a plurality of receiving elements (14, 16) that can be displaced in the direction of clamping and that are interlinked via a wedge drive (18, 16a, 16c, 14a, 14c). This mechanism deviates, when the clamping device is closed, the force from the clamping head segments (10, 12) that have already contacted the work piece to the clamping head segments (10, 12) that are still vacant.
    • 本发明涉及一种具有多个夹头段(10,12)的夹紧装置。 本发明的夹紧装置的特征在于,夹紧头部段(10,12)可以被不同程度地夹紧,使得从所有侧面牢固地保持多边形和例如四边形工件。 尽管夹紧度不同,本发明的夹紧装置允许通过仅在一个联接器(24)上施加张力来夹紧工件。 为此,夹紧装置包括具有多个接收元件(14,16)的夹紧装置接收器,所述接收元件能够在夹紧方向上移动并且通过楔形驱动器(18,16a,16c,14a,14c )。 当夹紧装置关闭时,该机构偏离来自已经接触工件的夹紧头部段(10,12)的力至仍然悬空的夹紧头部段(10,12)。
    • 5. 发明公开
    • SPANNFUTTER
    • EP0639118A1
    • 1995-02-22
    • EP93909541.0
    • 1993-05-04
    • HAINBUCH GMBH SPANNENDE TECHNIK
    • WELLER, Hans-MichaelHÜBL, Thomas
    • B23B31
    • B23B31/207
    • A clamping chuck (20) for machine-tools has a chuck body (21) with an inner receiving cone (23) for a collet chuck (25) provided with an outer conus (27). The chuck body (21) is connectable to the work spindle of the machine-tool. A draw-in tube adapter (31) is connectable on the one side to the draw-in tube of the machine-tool and on the other side has a coupling device (32) for the collet chuck (25). The coupling device (32) has a coupling ring (33) provided with a coupling groove (34) and linked to the draw-in tube adapter (31). A number of coupling segments (35) are distributed around the circumference and are mutually linked by elastic intermediate members. The coupling segments (35) have at their rear end area a first coupling rib (37) and at the front end area a second coupling rib (38). The first coupling rib (37) engages the coupling groove (34) in the coupling ring (32). The second coupling rib (38) engages the coupling groove (29) in the clamping jaw (26). The coupling segments (35) are provided on their outer side with at least one radial cam with which cooperate corresponding radial cams of a cam ring (41) movably guided in the same axial area as the coupling segments (35) in the chuck body (21). The cam ring (41) can be moved by a driving device (43) between a coupling position and a releasing position of the collet chuck (25).
    • 用于机床的夹紧卡盘(20)具有卡盘主体(21),卡盘主体(21)具有用于设置有外部圆锥(27)的夹头卡盘(25)的内部接收锥体(23)。 卡盘体(21)可连接到机床的工作主轴上。 拉入管适配器(31)的一侧可连接至机床的拉入管,另一侧具有用于夹头卡盘(25)的联接装置(32)。 联接装置(32)具有设置有联接槽(34)并连接到引入管适配器(31)的联接环(33)。 多个联接段(35)围绕圆周分布并且通过弹性中间构件相互联接。 联接段(35)在其后端区域具有第一联接肋(37)并且在前端区域具有第二联接肋(38)。 第一联接肋(37)接合联接环(32)中的联接槽(34)。 第二联接肋(38)接合夹爪(26)中的联接槽(29)。 联接段(35)在其外侧上设有至少一个径向凸轮,凸轮环(41)的相应径向凸轮与卡盘主体中的联接段(35)在相同的轴向区域中可移动地引导, 21)。 凸轮环(41)可以通过驱动装置(43)在夹头卡盘(25)的联接位置和释放位置之间移动。