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    • 4. 发明申请
    • SPINDLE DRIVE
    • 主轴驱动
    • US20110247441A1
    • 2011-10-13
    • US13140532
    • 2009-11-02
    • Seong Keun Kang
    • Seong Keun Kang
    • B23Q5/56
    • B23Q5/56B23Q5/048Y10T74/19619Y10T74/19623
    • The present invention relates to a spindle drive.A spindle drive according to an exemplary embodiment of the present invention includes: a body 12 that is disposed at a side of a machine tool; a spindle 10 that is disposed at the body, with a ring gear 16 disposed thereunder; a gear box 20 that is disposed at a side of the body 12; a plurality of driven shafts 40 that is disposed at the gear box 20 and engaged with the ring gear 16; an idle shaft 30 that is disposed at the gear box 20 and engaged with a plurality of driven gears 42 at a side; a high-speed driving shaft 22 that is disposed at the gear box 20 and drives the idle shaft 30 while changing the speed by a driving force of a spindle motor 26; a low-speed driving gear 80 that is disposed at the gear box 20, engaged with the driven shafts 40, and pressed by a pressing unit 60 such that backlash is removed; a decelerator 50 that is disposed at the low-speed driving gear 80 and driven by a servomotor 52 to drive the low-speed driving gear 80; and a clutch unit 90 that is disposed between the servomotor 52 and the low-speed driving gear 80 and controls power transmission of the servomotor.
    • 本发明涉及一种主轴驱动装置。 根据本发明的示例性实施例的主轴驱动器包括:主体12,其设置在机床的一侧; 主轴10,其设置在主体处,其下设置有齿圈16; 设置在主体12侧的齿轮箱20; 多个从动轴40设置在齿轮箱20处并与齿圈16啮合; 空转轴30,其设置在齿轮箱20处并与一侧的多个从动齿轮42啮合; 高速驱动轴22,其设置在齿轮箱20处,并且通过主轴电动机26的驱动力改变速度来驱动怠速轴30; 低速驱动齿轮80,其设置在齿轮箱20处,与从动轴40接合,并且由按压单元60按压以消除间隙; 减速器50,其设置在低速驱动齿轮80处并由伺服电动机52驱动以驱动低速驱动齿轮80; 以及离合器单元90,其配置在伺服马达52和低速驱动齿轮80之间,并且控制伺服马达的动力传递。
    • 6. 发明申请
    • Crank Drive System Of A Shaft Of A Microtome
    • 切片机轴的曲柄驱动系统
    • US20080000339A1
    • 2008-01-03
    • US11764902
    • 2007-06-19
    • Volker Schneider
    • Volker Schneider
    • B26D7/06F16H21/18
    • G01N1/06G01N2001/065Y10T74/18232Y10T74/1957Y10T74/19619Y10T83/222Y10T83/4795Y10T83/6492Y10T83/6563
    • The present invention relates to a crank drive system (10) of a shaft (11) of a microtome (1). The crank drive system (10) encompasses a first and a second shaft (11, 12). The first shaft (11) is rotatable with a crank (13). The first shaft (11) comprises a first transfer gear (14). The second shaft (12) comprises a second transfer gear (15). A rotation of the first shaft (11) is transferable from the first transfer gear (14) to the second transfer gear (15) of the second shaft (12). The second shaft (12) is thereby capable of being caused to rotate. To make possible, with a microtome (1), an advance or a lowering of the specimen (2) in two respective oppositely directed rotation directions with the same crank drive system (10), the crank drive system (10) according to the present invention is characterized in that a third transfer gear (16) is provided. The first transfer gear (14) is selectably engageable with the second transfer gear (15) or with the third transfer gear (16) so that as a result, while the rotation direction of the second shaft (12) is maintained, the rotation direction of the first shaft (11) is reversible.
    • 本发明涉及切片机(1)的轴(11)的曲柄驱动系统(10)。 曲柄驱动系统(10)包围第一和第二轴(11,12)。 第一轴(11)可随曲柄(13)旋转。 第一轴(11)包括第一传动齿轮(14)。 第二轴(12)包括第二传动齿轮(15)。 第一轴(11)的旋转可以从第一传动齿轮(14)传递到第二轴(12)的第二传动齿轮(15)。 因此能够使第二轴(12)旋转。 为了使切片机(1)能够使用相同的曲柄驱动系统(10)在两个相反的相反方向上的样品(2)的前进或下降,根据本发明的曲柄驱动系统(10) 本发明的特征在于提供了第三传动齿轮(16)。 第一传动齿轮(14)可选择地与第二传动齿轮(15)或第三传动齿轮(16)接合,从而在第二轴(12)的旋转方向保持的同时,旋转方向 的第一轴(11)是可逆的。