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    • 2. 发明申请
    • ROTARY TOOL HOLDER
    • 旋转工具架
    • WO0166287A3
    • 2002-02-07
    • PCT/US0107630
    • 2001-03-09
    • BLACK & DECKER INC
    • BOYLE DAVID CMCKENZIE TIMOTHY T
    • B23B31/107B25B21/00B25B23/00B23B31/06
    • B25B15/001B23B31/1074B25B21/007B25B23/0035Y10T408/94Y10T408/95Y10T408/953
    • A tool holder (212) includes a socket (220) and a retaining mechanism (216) coupled to the socket (220) and operable in a retaining mode and a released mode. The socket includes a forward end with an opening (222) extending rearwardly from the forward end. The opening (222) also includes a non-circular cross-section. The retaining mechanism (216) is adapted to permit disposal of the bit (214) into an operative position within the opening (222) and to prevent axial movement of the bit mode. The retaining mechanism (216) is further adapted to permit axial displacement of the bit (214) out of its operative position when the retaining mechanism (216) is in its released mode. The retaining mechanism (216) includes a sleeve (260) coupled to the socket (220) for displacement toward the forward end of the socket (220) from a locked retaining mode into its released mode.
    • 工具保持器(212)包括联接到插座(220)并且以保持模式和释放模式操作的插座(220)和保持机构(216)。 插座包括具有从前端向后延伸的开口(222)的前端。 开口(222)还包括非圆形横截面。 保持机构(216)适于允许钻头(214)处于开口(222)内的操作位置并且防止钻头模式的轴向移动。 保持机构(216)还适于当保持机构(216)处于其释放模式时允许钻头(214)从其工作位置轴向移位。 保持机构(216)包括联接到插座(220)的套筒(260),用于朝向插座(220)的前端从锁定保持模式移动到其释放模式。
    • 4. 发明专利
    • Rotary tool holder
    • AU4735201A
    • 2001-09-17
    • AU4735201
    • 2001-03-09
    • BLACK & DECKER INC
    • BOYLE DAVID CMCKENZIE TIMOTHY T
    • B23B31/107B25B21/00B25B23/00
    • A tool holder for releasably coupling a bit with a non-circular outer connector surface to a rotary driver. The tool holder includes a socket and a retaining mechanism coupled to the socket and operable in a retaining mode and a released mode. The socket includes a forward end with an opening extending rearwardly from the forward end. The opening also includes a non-circular cross-section adapted to receive the outer connector surface of the bit to couple the bit for rotation with the socket. The retaining mechanism is adapted to permit disposable of the bit into an operative position within the opening and to prevent axial movement of the bit out of its operative position when the retaining mechanism is in its retaining mode. The retaining mechanism is further adapted to permit axial displacement of the bit out of its operative position when the retaining mechanism is in its released mode. The retaining mechanism includes a sleeve coupled to the socket for displacement toward the forward end of the socket from a locked position to an unlocked position thereby moving the retaining mechanism from its retaining mode into its released mode. The retaining mechanism also includes a spring or alternately a rubber o-ring biasing the sleeve into its locked position.