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    • 3. 发明授权
    • Cutting fluid device for a spindle of a machine tool
    • 用于机床主轴的切削液装置
    • US07048481B2
    • 2006-05-23
    • US10312668
    • 2001-08-20
    • Shinsuke SugataTadashi Makiyama
    • Shinsuke SugataTadashi Makiyama
    • B23Q11/10
    • B23Q11/1023Y10T408/44Y10T408/45Y10T408/455Y10T409/303976Y10T409/304032Y10T409/309352
    • A spindle device of a machine tool, which can prevent the liquefaction of atomized cutting fluid in atomized cutting fluid passage downstream of a straightening unit 14, enhance a responsiveness to an ejecting start or stop instruction, and prevent a waste of cutting fluid. The spindle device for a machine tool has atomized cutting liquid passage (e1, e2) each having a single-shape passage section and formed inside the device ranging from the spindle 1 to the tip end of a cutting tool 13 mounted thereto in one piece, and is operated so as to eject atomized cutting tool 13 via the atomized cutting fluid passages (e1, e2), wherein a straightening unit 14 formed with a plurality of small-diameter passages h are provided in the middle of the cutting liquid passages (e1, e2).
    • 机器的主轴装置能够防止在矫直单元14的下游的雾化切削液通道中的雾化切削液的液化,提高对喷射开始或停止指令的响应性,防止切削液的浪费。 用于机床的主轴装置具有雾化的切割液体通道(e 1,e 2),每个切割液体通道具有单形通道部分,并且形成在装置内部,从主轴1到安装在其上的切削工具13的末端 通过雾化的切割流体通道(e 1,e 2)喷射雾化的切割工具13,其中在切割的中间设置有形成有多个小直径通道h的矫正单元14 液体通道(e 1,e 2)。
    • 4. 发明申请
    • Work carrier
    • 工作承运人
    • US20050236754A1
    • 2005-10-27
    • US10510352
    • 2003-04-10
    • Shinsuke SugataYasuhito OohiraToshihiko Amako
    • Shinsuke SugataYasuhito OohiraToshihiko Amako
    • B23Q5/34B23Q7/00B23Q7/14B23Q1/64
    • B23Q7/1484B23Q5/34
    • A work carrier capable of moving a work stage 45 to an arbitrary position in the left/right direction and stopping the work stage 45 thereat with an accuracy equivalent to that of a conventional carrier or above through an inexpensive structure. The work carrier comprises a fixed guide rail member 15 and movable guide rail members 17, 18, 19 mounted on a supporting table 10, a driver 16 for moving the movable guide rail members to the left and the right, rail member interlocking mechanisms 35a, 35b for interlockingly operating the movable guide rail members 17, 18, 19, and the work stage 45 mounted on the movable guide rail member 19, wherein the driver 16 is a motor having a rotational speed being varied by inverter control and employing an open loop rotation control system, and a plurality of stopper members 52a, 52b, 52c are provided in order to stop the movable guide rail member 17 at a specified position.
    • 能够将工作台45向左右方向移动到任意位置的工作载体,并通过廉价的结构以与现有的载体以上相同的精度停止工作台45。 工作载体包括固定导轨构件15和安装在支撑台10上的可移动导轨构件17,18,19,用于将可动导轨构件向左移动的驱动器16和用于将导轨构件互锁机构35a ,35b,用于互锁操作可移动导轨构件17,18,19和安装在可移动导轨构件19上的工作台45,其中,驱动器16是具有通过变频器控制而变化的转速的电动机, 开环旋转控制系统,并且设置多个止动构件52a,52b,52c,以便将可动导轨构件17停止在指定位置。
    • 7. 发明授权
    • Work phase determination method for machine tools, and device therefor
    • 机床的工作相位确定方法及其装置
    • US07367756B2
    • 2008-05-06
    • US10528703
    • 2003-10-22
    • Shinsuke SugataTadashi Makayama
    • Shinsuke SugataTadashi Makayama
    • B23B35/00B23B41/12
    • B23Q16/001B23Q17/2291B23Q2230/002Y10T408/03Y10T408/175Y10T408/545Y10T408/5614Y10T409/30756Y10T409/308792
    • In adjusting phase for work (W), the operation of mounting/dismounting a reference tool on a spindle (6) is dispensed with and so is a storage space for the reference tool, and besides, it is arranged that the thrust on the work (W) does not directly act on the spindle (6) at the time of this phase adjustment. In a machine tool in which a spindle housing (7) supporting the specifically directed spindle (6) for rotation alone is supported for parallel motion in orthogonal three-axis directions (XYZ) by a numerical control mechanism (4), in determining the phase for the work (W) is feed-rotated around a specific axis (S), it is arranged that with a reference block (9) fixed to the spindle housing (7), the work (W) is feed-rotated around the specific axis (S) to abut the phase reference section (W1) of the work against the reference block (9), so as to find the amount of feed-rotation of the work at the time of this abutment.
    • 在工作调整阶段(W)中,省去了在主轴(6)上安装/拆卸参考工具的操作,参考工具的存放空间也被省去,此外,安排工作的推力 (W)在该相位调整时不直接作用在主轴(6)上。 在用于通过数控机构(4)支撑用于单独旋转的专用定向心轴(6)的主轴壳体(7)支撑在正交三轴方向(XYZ)上的平行运动的机床中,在确定相位 为了使工件(W)围绕特定轴线(S)进给进给旋转,将其安装成固定在主轴壳体(7)上的参考块(9),工件(W)围绕特定的轴 轴(S)将工件相对于参考块(9)的相位基准部分(W 1)邻接,以便找到在该抵接时工件的进给旋转量。