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    • 13. 发明申请
    • HAND-HELD POWER TOOL DEVICE
    • 手持式电动工具装置
    • US20140116740A1
    • 2014-05-01
    • US14062542
    • 2013-10-24
    • Heiko RoehmTobias Herr
    • Heiko RoehmTobias Herr
    • B23Q5/04
    • B23Q5/043B23Q1/70B23Q3/12B25B21/00B25F5/001
    • A hand-held power tool device includes at least one spindle unit, which is provided in particular for transmitting a drive motion of a drive unit to a tool receptacle, and a locking unit, which is provided in particular for locking the at least one spindle unit in at least one locking state, and which has at least one spindle lock element, which includes at least one entrainment element, and which is provided for at least partially transmitting the drive motion of the drive unit to the at least one spindle unit in at least one operating state. The spindle lock element has at least one clamping surface, which is situated at least partially offset from the at least one entrainment element at least in an axial direction.
    • 手持式电动工具装置包括至少一个主轴单元,其特别用于将驱动单元的驱动运动传递到工具插座,以及锁定单元,其特别地用于锁定至少一个主轴 具有至少一个锁定状态的单元,并且其具有至少一个主轴锁定元件,该至少一个主轴锁定元件包括至少一个夹带元件,并且其被设置用于至少部分地将驱动单元的驱动运动传递到至少一个主轴单元 至少一个操作状态。 主轴锁定元件具有至少一个夹紧表面,该至少一个夹紧表面至少部分地至少部分地偏离至少一个夹带元件,至少沿轴向方向。
    • 14. 发明授权
    • Index device for machine tool
    • 机床索引装置
    • US08579560B2
    • 2013-11-12
    • US12602849
    • 2008-07-01
    • Yoshinori Tatsuda
    • Yoshinori Tatsuda
    • B23C1/14B23Q5/10B23Q3/00
    • B23Q1/70B23Q1/5406B23Q16/065B23Q2210/004
    • An index device for a machine tool includes a rotary shaft (40) to which a drive object is attached, a housing (30) surrounding the rotary shaft (40), a bearing (BI, B2) secured between the housing (30) and the rotary shaft (40) by a securing member (30b), and a drive (M) provided around the rotary shaft (40) and including a rotor (M1a, M2a) and a stator (M1b, M2b). The stator (M1b, M2b) is attached to the housing (30) and the rotor (M1a, M2a) is attached to the rotary shaft (40). The rotary shaft (40), the bearing (BI, B2), the rotor (M1a, M2a), and the securing member (30b) are connected together to form a built-in unit (22) that can be inserted into and extracted from an enclosure unit including a casing member (30a, 31a) of the housing (30) and the stator (M1b, M2b), thus facilitating connection and disconnection of wiring between the stator of a DD motor mounted in a spindle head of a machine tool and a main body of the machine tool.
    • 一种用于机床的引导装置包括:旋转轴(40),安装有驱动对象的旋转轴(40);围绕旋转轴(40)的壳体(30);固定在壳体(30)和 旋转轴(40),以及设置在旋转轴(40)周围并包括转子(M1a,M2a)和定子(M1b,M2b)的驱动装置(M)。 定子(M1b,M2b)安装在壳体(30)上,转子(M1a,M2a)安装在旋转轴(40)上。 旋转轴(40),轴承(BI,B2),转子(M1a,M2a)和固定构件(30b)连接在一起形成内置单元(22) 从包括壳体(30)的壳体构件(30a,31a)和定子(M1b,M2b)的外壳单元,从而有助于连接和断开安装在机器的主轴头中的DD电动机的定子 工具和机床的主体。
    • 16. 发明申请
    • FOIL JOURNAL BEARING APPLICABLE TO HIGH SPEED MACHINING CENTER
    • 适用于高速加工中心的日用轴承
    • US20120281937A1
    • 2012-11-08
    • US13441807
    • 2012-04-06
    • Hooshang HeshmatMichael J. Tomaszewski
    • Hooshang HeshmatMichael J. Tomaszewski
    • F16C32/06
    • F16C37/002B23Q1/70B23Q5/06F16C17/024F16C17/10F16C27/02F16C33/108F16C43/02F16C2322/39Y10T408/44
    • A foil journal bearing applicable to high speed machining and grinding machines for machining microscopic features. A single foil is secured to and supported by a hollow, generally cylindrical, housing. The foil has a length substantially equal to twice the interior circumference of the housing and a mounting feature, extending across its width, for engagement with a feature of complementary shape in the housing. One portion of the foil has a length approximately equal to one half of the foil length, and comprises a bump foil and a plurality of regions comprising groups of generally uniformly-spaced ridges and flats, the regions being separated by extended flat regions. The other portion of the foil has a length approximately equal to one half of the foil length, and comprises the top foil and is generally flat and overlies the bump foil which overlies the interior of the housing.
    • 适用于加工微观特征的高速加工和磨床的铝箔轴颈轴承。 单个箔被固定并由中空的大致圆柱形的壳体支撑。 箔的长度基本上等于外壳的内圆周的两倍,并且具有延伸穿过其宽度的安装特征,用于与壳体中的互补形状的特征接合。 箔的一部分具有大约等于箔长度的一半的长度,并且包括凸起箔和多个包括大致均匀间隔的脊和平面的组的区域,所述区域由延伸的平坦区域分开。 箔的另一部分具有大约等于箔长度的一半的长度,并且包括顶部箔片,并且通常是平坦的,并且覆盖在壳体内部的凸起箔片之上。
    • 17. 发明申请
    • MAIN SPINDLE DEVICE OF MACHINE TOOL
    • 主要工具主轴装置
    • US20120173012A1
    • 2012-07-05
    • US13390654
    • 2010-09-22
    • Shigeru Matsunaga
    • Shigeru Matsunaga
    • G05B19/406
    • B23Q1/70B23Q15/12B23Q17/00F16C2233/00G05B2219/49044G05B2219/49086G05B2219/50186Y10T29/5172Y10T29/5173Y10T483/1705Y10T483/1733Y10T483/1743
    • Loads that act on all the bearings that support a main spindle are derived from a variation in the state of the main spindle and, in addition, raceway surface contact pressures of the respective bearings are analyzed, so it is possible to accurately keep track of the state of each bearing. Then, when the raceway surface contact pressure exceeds a corresponding threshold, a machining condition is changed to execute control such that the raceway surface contact pressure does not exceed the corresponding threshold, and, furthermore, when the raceway surface contact pressure exceeds the corresponding threshold even when the machining condition is changed, the main spindle is controlled to stop, so it is possible to prevent a seizure of each bearing. Thus, it is possible to improve machining accuracy by controlling the main spindle with high accuracy.
    • 作用在支撑主轴的所有轴承上的负载来自主轴状态的变化,并且分析各个轴承的滚道表面接触压力,因此可以准确地跟踪 每个轴承的状态。 然后,当滚道面接触压力超过相应的阈值时,改变加工条件以执行控制,使得滚道面接触压力不超过相应的阈值,此外,当滚道面接触压力甚至超过相应的阈值时 当加工条件改变时,主轴被控制停止,因此可以防止每个轴承的卡住。 因此,通过高精度地控制主轴,能够提高加工精度。