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    • 23. 发明公开
    • 섕크 장착 구조
    • SHANK连接结构
    • KR1020090027620A
    • 2009-03-17
    • KR1020087029796
    • 2007-05-18
    • 가부시키 가이샤 미야나가
    • 미야나가,마사아키
    • B23B31/00B23B31/02B23Q11/10B23Q3/12
    • B23B31/1071B23B31/06B23B2250/12B23Q1/0036B23Q3/12B23Q11/1023Y10T279/17111Y10T279/17752Y10T408/44Y10T408/45
    • A shank attaching structure enabling supply of a coolant even if a drill without a center pin is attached and the quick attachment and detachment of a shank (30) into and from a shank attaching hole (2) in one operation. The outer diameter of the shank (30) is so set that the shank can be inserted into the shank attaching hole (2). A chamfered part (33) is formed along the base end periphery the shank, and recesses (31) are formed in the distal end of the shank in the form of a slot. A coolant supply hole (3) is formed in a body part (1B) of the base end of the shank attaching hole (2), a valve element (5) is disposed in the hole (3), and a seal member (4) is disposed nearer to the distal end than the valve element (5) is. A first sleeve (20) is so disposed in the shank attaching hole that the first sleeve can be separated from the seal member when the base end of the shank abuts on the distal end of the first sleeve and is moved until its base end abuts on the valve element and that its peripheral surface having an outer diameter approximately equal to the diameter of the shank attaching hole can bring about a state that a locking member (15) is apart from the inner peripheral surface of the shank attaching hole (2) toward the outer diameter when the shank does not abut on the distal end of the first sleeve.
    • 即使安装了没有中心销的钻头,也能够在一次操作中快速地将柄(30)从柄安装孔(2)拆卸出来,从而能够提供冷却剂的柄连接结构。 柄(30)的外径是这样设定的,使得柄可插入到柄安装孔(2)中。 沿着柄的基端周边形成倒角部(33),在柄的前端以槽的形式形成有凹部(31)。 冷却剂供给孔(3)形成在所述柄安装孔(2)的基端的主体部(1B)中,阀元件(5)设置在所述孔(3)中,密封部件(4) )设置成比阀元件(5)更靠近远端。 第一套筒(20)设置在柄安装孔中,当杆的基端抵接在第一套筒的远端上时,第一套筒可以与密封件分离,并且移动到其基端邻接 阀元件及其周边表面的外径近似等于柄连接孔的直径,可以形成锁定构件(15)与柄连接孔(2)的内周面分离的状态 当柄部不抵接在第一套筒的远端时的外径。
    • 24. 发明申请
    • AUTO CHANGER SPINDLE MOUNTING ASSEMBLY ADAPTED TO DRILL TAP MACHINES
    • 自动更换主轴安装组件适应钻孔攻丝机
    • WO2014011826A2
    • 2014-01-16
    • PCT/US2013/049998
    • 2013-07-11
    • AIR TURBINE TECHNOLOGY, INC.
    • DODDS, Kemma, Samuel
    • B23Q1/0036B23C9/005B23Q3/15534B23Q3/15706B23Q2220/008Y10T409/30448Y10T409/309296Y10T483/1707Y10T483/1738
    • Described is a novel spindle mounting assembly for use with a computer numeric controlled (CNC) machine, such as a drill tap machine. In one example an auto changer spindle mounting assembly includes a collar with a gas inlet. The collar defines a collar opening therethrough to create a passage between the first side of the collar with the second side of the collar. The collar further includes a passage in fluid communication between the gas inlet and through a nipple to the collar opening. The mounting assembly includes a manifold body with a gas outlet adapted to mate with the gas inlet of the collar, the manifold body defined a passage in fluid communications between, the gas outlet and a manifold body inlet. Also included is at least one extension bar, adapted to mechanically fasten to the manifold body to a computer controlled machine.
    • 描述的是一种用于与计算机数字控制(CNC)机器(例如钻头攻丝机)一起使用的新型主轴安装组件。 在一个示例中,自动更换器主轴安装组件包括具有气体入口的轴环。 套圈限定穿过其中的套圈开口,以在套圈的第一侧与套圈的第二侧之间形成通道。 套环还包括在气体入口和穿过接头到套环开口之间流体连通的通道。 安装组件包括歧管主体,该歧管主体具有适于与轴环的气体入口配合的气体出口,歧管主体限定了在气体出口和歧管主体入口之间流体连通的通道。 还包括至少一个延长杆,用于机械固定到歧管主体和计算机控制的机器。
    • 25. 发明申请
    • ECONOMICAL CRYOGENIC MILLING TOOL ASSEMBLY WITH ROTARY LIQUID NITROGEN COUPLING
    • 经济型低温铣削工具组装与旋转液氮连接
    • WO9960079A2
    • 1999-11-25
    • PCT/US9911350
    • 1999-05-21
    • UNIV COLUMBIAHONG SHANE Y
    • HONG SHANE Y
    • B23C5/28B23Q1/00B23Q11/10C10M
    • B23Q1/0036B23C5/28B23Q11/1061
    • Methods and apparatus for delivering a cryogenic cutting fluid such as liquid nitrogen to a cutting tool in a rotatable cutting assembly, including a supply line for supplying cryogenic cutting fluid, a rotatable cutting assembly, and a rotary coupling, are provided. The rotatable cutting assembly includes at least one cryogenic cutting fluid input in a coupling region thereof to receive the cryogenic cutting fluid from the supply line, and at least one cryogenic cutting fluid delivery line. Each cryogenic cutting fluid delivery line is fluidly coupled to at least one input to receive cryogenic cutting fluid from the input, and terminates so as to be fluidly coupled to a cutting portion of said cutting tool to thereby deliver the cryogenic cutting fluid to that cutting portion. The coupling is rotatably attached to the coupling region of the rotatable cutting assembly, and fluidly links the supply line to the cutting assembly inputs so that the cryogenic cutting fluid is permitted to flow from the supply line to the cutting assembly without substantial leakage.
    • 提供了用于将低温切削液如液氮输送到可旋转切割组件中的切割工具的方法和装置,包括用于供应低温切削液的供应管线,可旋转切割组件和旋转联接器。 可旋转切割组件包括在其耦合区域中输入的至少一个低温切削流体,以从供应管线接收低温切削液,以及至少一个低温切削液输送管线。 每个低温切割流体输送管线流体耦合到至少一个输入端,以从输入端接收低温切削液,并且终止,以便流体地联接到所述切削工具的切割部分,从而将低温切削液输送到该切割部分 。 联接器可旋转地附接到可旋转切割组件的联接区域,并且将供应管线流体地连接到切割组件输入,使得低温切削液被允许从供应管线流到切割组件而没有实质的泄漏。
    • 29. 发明申请
    • TOOL EXTENDER FOR MACHINING APPLICATIONS
    • 用于加工应用的工具扩展器
    • WO1994026448A1
    • 1994-11-24
    • PCT/SE1994000438
    • 1994-05-11
    • E T P TRANSMISSION ABAB SANDVIK COROMANTLINDSTRÖM, StefanANDRÉASSON, Arne
    • E T P TRANSMISSION ABAB SANDVIK COROMANT
    • B23B31/30
    • B23Q1/0036B23B31/305B23B51/126B23B2226/33
    • A tool extender for machining machines consisting of an extender body (6) arranged to, in a known manner, be fixed in for instance a chuck (4) in a tool machine and provided with a holding means for a tool (15) in the form of a sort of hydraulic gripping bushing with an internal thin, unslotted sleeve (8), which is very precisely centered and fixed, specially welded in an axial hole (7) on the end of the extender, in such a way that a thin gap is created between the hole (7) of the extender and the gripping sleeve (8), which gap is filled with a plastic or elastic pressure medium (11) being arranged to be pressurized and depressurized with a suitable means (13), whereby a tool (15) with adjusted dimension is fastened in and detached from the extender.
    • 一种用于加工机器的加工机,其包括以已知方式布置的例如卡盘(4)在工具机中固定的扩展器主体(6),并且在工具机中设置有用于工具(15)的保持装置 一种具有内部薄的未套筒(8)的液压夹持套的形式,其非常精确地居中和固定,特别地焊接在扩展器的端部上的轴向孔(7)中,使得薄的 在扩展器的孔(7)和夹紧套筒(8)之间产生间隙,该间隙填充有塑料或弹性压力介质(11),其被布置成用合适的装置(13)加压和减压,由此 具有调节尺寸的工具(15)固定在扩展器中并与扩展器分离。