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    • 1. 发明授权
    • Clamp device for rotation indexing apparatus for machine tool
    • 机床旋转分度装置夹具
    • US08544363B2
    • 2013-10-01
    • US12665964
    • 2008-07-09
    • Yoshinori Tatsuda
    • Yoshinori Tatsuda
    • B23Q16/10
    • B23Q16/102B23Q16/105Y10T74/14Y10T74/1494
    • Intended is to unitize a clamp device for a rotation indexing apparatus for a machine tool, thereby facilitating the maintenance of the clamp device and the assembly of the indexing apparatus including the clamp device. The rotation indexing apparatus (1) for the machine tool comprises the clamp device (2) for clamping a clamp disc (11) by causing a clamp element (6) to exert a pressing force on the clamp disc (11), thereby to bring a rotary drive target member (4) such as a circular table into a clamped state. Of the individual members constituting the clamp device (2), the individual major members excepting the clamp device (11) to be mounted on a rotating shaft (5) are unitized.
    • 旨在将用于机床的旋转分度装置的夹紧装置整体化,从而便于夹具装置的维护和包括夹紧装置的分度装置的组装。 用于机床的旋转分度装置(1)包括用于通过使夹紧元件(6)对夹紧盘(11)施加按压力来夹紧夹紧盘(11)的夹紧装置(2),从而带动 诸如圆台的旋转驱动目标构件(4)成夹紧状态。 在构成夹紧装置(2)的各个构件中,除了要安装在旋转轴(5)上的夹紧装置(11)之外的各主要构件被组合。
    • 2. 发明申请
    • MACHINING HEAD FOR MACHINE TOOL
    • 机床加工头
    • US20120121356A1
    • 2012-05-17
    • US12438406
    • 2007-08-13
    • Yoshinori Tatsuda
    • Yoshinori Tatsuda
    • B23C1/12B23Q1/70
    • B23Q1/5406B23Q1/0018B23Q2210/004B23Q2220/006Y10T409/307672
    • A machining head (10) for a machine tool includes a spindle unit (20) to which a tool is attachable and a support head component (30, 60) that includes an index mechanism for indexing an angular position of a spindle (21). The index mechanism includes a drive motor (33, 63) supported by a bearing (35, 65) within the housing (31a, 61) of the support head component (30, 60) and a rotary joint (37, 67) disposed concentrically with the bearing (35, 65) and the drive motor (33, 63). The bearing (35, 65) is disposed within a range occupied by the drive motor (33, 63) in an axial direction of a support shaft (32, 37b, 62, 67c), and the rotary joint (37, 67) is disposed within the drive motor (33, 63) in a radial direction thereof.
    • 一种用于机床的加工头(10)包括:主体单元(20),工具可附接到主轴单元(20),以及支撑头部件(30,60),其包括用于对主轴(21)的角位置进行分度的分度机构。 分度机构包括由支撑头部件(30,60)的壳体(31a,61)内的轴承(35,65)支撑的驱动马达(33,63)和同心设置的旋转接头(37,67) 轴承(35,65)和驱动马达(33,63)。 轴承(35,65)在支撑轴(32,37b,62,67c)的轴向上设置在由驱动马达(33,63)占据的范围内,旋转接头(37,67)为 设置在驱动马达(33,63)的径向内。
    • 3. 发明授权
    • Spindle head for machine tool
    • 机床主轴头
    • US07938603B2
    • 2011-05-10
    • US12865588
    • 2009-01-26
    • Yoshinori TatsudaYoichi Nishita
    • Yoshinori TatsudaYoichi Nishita
    • B23C1/12
    • B23Q1/5406B23Q1/0009B23Q2220/006Y10T408/93Y10T409/308512Y10T409/309352
    • A support shaft of a spindle unit having a through hole in which wires are laid has a structure that can obtain much spatial room so as to prevent a break in cables and to be compatible with a high-output spindle motor. A machine-tool spindle head 1 includes a support head 6 that drives a spindle unit 4 for indexing around a turn axis (A-axis) of the spindle unit 4 by rotatably supporting a pair of support shafts 9 coupled to the spindle unit 4 on the A-axis by a pair of fork arms 7 and bearings 13. The pair of support shafts 9 have through holes 12 in which a plurality of wires 22 extending from the spindle unit 4 are laid, the plurality of wires 22 are divided into two wire groups, and the wire groups are separately laid in the pair of support shafts 9.
    • 具有通孔的主轴单元的支撑轴具有可以获得大空间的结构,以防止电缆断裂并与高输出主轴电机兼容。 机床主轴头1包括支撑头6,其支撑主轴单元4,用于通过可旋转地支撑耦合到主轴单元4的一对支撑轴9来绕主轴单元4的转动轴线(A轴)进行转位 A轴由一对叉臂7和轴承13组成。一对支撑轴9具有通孔12,多个从主轴单元4延伸出的多个线22放置在该孔中,多个线22被分成两个 线组,并且线组分别铺设在一对支撑轴9中。
    • 5. 发明申请
    • ROTATION-RESISTANCE DEVICE FOR MAIN SHAFT DRIVE OF MACHINE TOOL
    • 用于机床工具主轴驱动的旋转电阻装置
    • US20110023655A1
    • 2011-02-03
    • US12936114
    • 2009-03-30
    • Yoshinori Tatsuda
    • Yoshinori Tatsuda
    • B23Q16/06F16D55/10
    • B23Q11/0025B23Q11/0032B23Q16/107B23Q2220/004Y10T74/1453
    • When a finishing operation is performed while rotating a workpiece at a main shaft drive of a machine tool, pulsation occurring in a rotation of the main shaft drive is restricted and the rigidity of a main shaft is increased without increasing the size of a bearing. A rotation-resistance device of a main shaft drive in a machine tool has the following structure in the main shaft drive including a main shaft 4, a rotating body 65, and a driving device 6, the main shaft 4 being supported so as to be rotatable with respect to a frame body 2, the rotating body 65 being secured to an end of the main shaft 4, the driving device 6 rotationally driving the rotating body (65). The rotation-resistance device includes a damping device (10) including a damping member, which is provided at the frame body 2 or the rotating body 65 and which includes a resiliently deformable damping section, a pressing-force applying device 66, which applies a pressing force to the damping member by operating fluid, and a damping surface 32, provided at a side of the frame body 2. The damping device 10 causes the pressing force to act upon the damping section to flex the damping section, so that the damping surface 32 and a sliding surface 33 are pressed against each other, and a rotation resistance that allows rotation is applied to the rotating body 65. A low-friction coefficient member 60 is secured to at least one of the damping surface 32 and the sliding surface 33.
    • 当在机床的主轴驱动下旋转工件时执行精加工操作时,主轴驱动器的旋转中产生的脉动被限制,并且主轴的刚度增加而不增加轴承的尺寸。 机械主轴驱动装置的旋转阻力装置在主轴驱动中具有以下结构,主轴驱动装置包括主轴4,旋转体65和驱动装置6,主轴4被支撑为 旋转体65固定在主轴4的端部,驱动装置6旋转地驱动旋转体(65)。 旋转阻力装置包括:阻尼构件,其包括阻尼构件,阻尼构件设置在框架体2或旋转体65处并且包括可弹性变形的阻尼部,压力施加装置66, 通过操作流体对阻尼构件的按压力,以及设置在框架体2的侧面处的阻尼表面32.阻尼装置10使得按压力作用在阻尼部分上以使阻尼部分弯曲,使得阻尼 表面32和滑动表面33彼此挤压,并且允许旋转的旋转阻力施加到旋转体65.低摩擦系数构件60固定到阻尼表面32和滑动表面中的至少一个 33。
    • 6. 发明申请
    • INDEX TABLE
    • 索引表
    • US20110023654A1
    • 2011-02-03
    • US12936148
    • 2009-04-20
    • Yoshinori Tatsuda
    • Yoshinori Tatsuda
    • B23Q16/00
    • B23Q1/52B23Q11/0028Y10T74/14Y10T83/8824Y10T409/305824
    • In an unbalance torque compensating device, control of urging force for compensation is not particularly required, and a space for rotating a balance weight is not required. An index table in which a rotating shaft 3 that supports a table 2 and that extends in a direction intersecting a vertical direction is index driven is provided. The index table includes a rotating member 6 that is secured to the rotating shaft 3 or that is supported by a second shaft 4 differing from the rotating shaft 3, the rotating member 6 rotating by an amount that is the same as that of the rotating shaft 3; a supporting member 7 provided so as to be capable of reciprocating in a direction intersecting a center axis of the rotating member 6; and an urging member 80 for the supporting member 7, wherein the rotating member 6 has an engaging portion 6a that engages the supporting member 7 at a bias position separated from the center of axis, wherein the supporting member 7 has an engagement surface 7a that receives, through the engaging portion 6a, a first rotary torque T1 applied to the rotating shaft 3, and wherein the urging member 80 causes a second rotary torque T2 in a direction opposite to the first rotary torque T1 to be generated at the rotating shaft 3 through the engaging portion 6a.
    • 在不平衡转矩补偿装置中,不特别需要控制用于补偿的推动力,并且不需要用于旋转平衡重的空间。 提供了一种索引表,其中支撑台2并且沿与垂直方向相交的方向延伸的旋转轴3是分度驱动的。 分度台包括旋转构件6,旋转构件6固定到旋转轴3或由与旋转轴3不同的第二轴4支撑,旋转构件6以与旋转轴相同的量旋转 3; 支撑构件7,其设置成能够在与旋转构件6的中心轴线相交的方向上往复运动; 以及用于支撑构件7的推动构件80,其中旋转构件6具有接合部分6a,该接合部分6a以与轴线中心分开的偏置位置接合支撑构件7,其中支撑构件7具有接收 通过接合部分6a,施加到旋转轴3的第一旋转扭矩T1,并且其中推动构件80在与第一旋转扭矩T1相反的方向上产生第二旋转扭矩T2,以在旋转轴3通过 接合部分6a。
    • 7. 发明申请
    • CLAMP DEVICE FOR ROTATION INDEXING APPARATUS FOR MACHINE TOOL
    • 用于机床工具的旋转指示装置的夹具装置
    • US20100319487A1
    • 2010-12-23
    • US12665964
    • 2009-07-09
    • Yoshinori Tatsuda
    • Yoshinori Tatsuda
    • B23Q16/10
    • B23Q16/102B23Q16/105Y10T74/14Y10T74/1494
    • Intended is to unitize a clamp device for a rotation indexing apparatus for a machine tool, thereby facilitating the maintenance of the clamp device and the assembly of the indexing apparatus including the clamp device. The rotation indexing apparatus (1) for the machine tool comprises the clamp device (2) for clamping a clamp disc (11) by causing a clamp element (6) to exert a pressing force on the clamp disc (11), thereby to bring a rotary drive target member (4) such as a circular table into a clamped state. Of the individual members constituting the clamp device (2), the individual major members excepting the clamp device (11) to be mounted on a rotating shaft (5) are unitized.
    • 旨在将用于机床的旋转分度装置的夹紧装置整体化,从而便于夹具装置的维护和包括夹紧装置的分度装置的组装。 用于机床的旋转分度装置(1)包括用于通过使夹紧元件(6)对夹紧盘(11)施加按压力来夹紧夹紧盘(11)的夹紧装置(2),从而带动 诸如圆台的旋转驱动目标构件(4)成夹紧状态。 在构成夹紧装置(2)的各个构件中,除了要安装在旋转轴(5)上的夹紧装置(11)之外的各主要构件被组合。
    • 8. 发明申请
    • CLAMP SLEEVE
    • 夹钳套
    • US20100107813A1
    • 2010-05-06
    • US12529085
    • 2008-02-20
    • Yoshinori Tatsuda
    • Yoshinori Tatsuda
    • B23Q16/10
    • B23B31/30B23Q1/287B23Q1/5406B23Q16/102B23Q2220/006Y10T74/1494Y10T279/1216Y10T409/307672
    • A clamp sleeve for an indexing device is provided, the clamp sleeve being capable of providing a desirable clamping force without greatly increasing a fluid pressure, and having a long life. A clamp sleeve 34a has a through hole 34a7 and an annular groove 34a1 continuously provided around an outer periphery of the clamp sleeve 34a and defining a part of a pressure chamber 34d. The annular groove 34a1 includes a pair of inner end surfaces 34e6, 34e6′, a groove bottom surface 34e0 extending in parallel to the through hole 34a7, and arcuate first transition surfaces 34e1, 34e1′ provided between the inner end surfaces 34e6, 34e6′ and the groove bottom surface 34e0. The annular groove 34a1 is provided such that a thickness t1 in a region provided with the groove bottom surface 34e0 is a thickness to allow the region to be deformable. A second transition surface 34e2, 34e2′ is provided between at least one of the first transition surfaces 34e1, 34e1′ and the groove bottom surface 34e0, the second transition surface 34e2, 34e2′ having a further reduced curvature than a curvature of the first transition surfaces.
    • 提供了用于分度装置的夹紧套筒,夹紧套筒能够提供期望的夹紧力,而不会大大增加流体压力并且具有长的使用寿命。 夹紧套筒34a具有通孔34a7和围绕夹紧套筒34a的外周连续设置并限定压力室34d的一部分的环形槽34a1。 环形槽34a1包括一对内端表面34e6,34e6',平行于通孔34a7延伸的槽底表面34e0以及设置在内端表面34e6,34e6'之间的弧形第一过渡表面34e1,34e1'和 凹槽底面34e0。 环形槽34a1被设置成使得设置有槽底表面34e0的区域中的厚度t1是允许该区域可变形的厚度。 第二过渡表面34e2,34e2'设置在至少一个第一过渡表面34e1,34e1'和凹槽底表面34e0之间,第二过渡表面34e2,34e2'具有比第一过渡曲率更小的曲率 表面。
    • 10. 发明申请
    • ANGULAR INDEXING APPARATUS FOR MACHINE TOOL
    • 机器工具的角度指标设备
    • US20100329807A1
    • 2010-12-30
    • US12598978
    • 2008-05-13
    • Yoshinori Tatsuda
    • Yoshinori Tatsuda
    • B23Q16/02H02K11/00
    • B23Q16/102B23Q1/0009B23Q1/70B23Q2210/004
    • An angular indexing apparatus for a machine tool includes a rotating shaft to which a rotationally driven member is secured; a housing, surrounding the outer periphery of the rotating shaft and mounted to and removed from the body of the machine tool; bearings disposed between the housing and the rotating shaft, and driving means disposed between the housing and the rotating shaft and rotating the rotating shaft to index an angular position. The driving means includes drive motors, each including a motor rotor and a motor stator concentrically disposed around the rotating shaft in the housing. The housing has wiring holes in a thick-walled internal portion of an outer cylinder surrounding the outer periphery of the rotating shaft. The wiring holes are provided along an axial direction of the rotating shaft. The wiring holes receive at least upstream portions in entire lengths in a drawing-out direction of cables connected to the driving motors.
    • 一种用于机床的角度分度装置包括:旋转轴,旋转驱动构件固定到旋转轴; 壳体,围绕所述旋转轴的外周并且安装到所述机床的主体和从所述机床的主体移除; 设置在壳体和旋转轴之间的轴承,以及设置在壳体和旋转轴之间并且使旋转轴旋转以对角位置进行索引的驱动装置。 驱动装置包括驱动电动机,每个驱动电动机包括电动机转子和围绕壳体中的旋转轴同心设置的电动机定子。 壳体在外筒的厚壁内部包围旋转轴的外周边的配线孔。 布线孔沿着旋转轴的轴向设置。 布线孔在连接到驱动马达的电缆的拉出方向上至少在整个长度上容纳上游部分。