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    • 1. 发明申请
    • Shaft-hub connection
    • 轴毂连接
    • US20050254890A1
    • 2005-11-17
    • US10524812
    • 2003-08-23
    • Horst SchulzTino KirschnerRoland Buchmann
    • Horst SchulzTino KirschnerRoland Buchmann
    • F16D1/072B25G3/28
    • F16D1/072F16D2001/103Y10T403/7026
    • A shaft-hub connection between one shaft segment comprises one central toothed segment, the same as adjacent centering segments and one stepped hole in a hub, in which the shaft and the hub are jointed in axial direction and by the toothed shaft segment a positive fit is formed with the hub, in which the front centering segment, lying in joint direction, has a diameter d1 and the toothed shaft segment, the same as the rear centering segment lying in joint direction, has a diameter d2 larger than d1. It is proposed that the hole has only two adjacent segments I, II of different diameters D1 and D2, that the diameter d1 in the centering segment with the diameter D1, the same as the diameter d1 in the centering segment with the diameter D2, form a respective joint fit and the diameter d2 in the area with the diameter D1 forms the positive fit.
    • 一个轴段之间的轴毂连接件包括一个中心齿形段,与相邻的定心段相同,并且在轮毂中具有一个阶梯孔,其中轴和轮毂在轴向方向上接合,并且齿形轴段具有正配合 形成有轮毂,其中位于接合方向的前定心段具有直径d 1,并且齿形轴段与后定中心段处于接合方向相同,其直径d 2大于d 1 建议孔仅具有不同直径D 1和D 2的两个相邻的段I,II,直径D 1的定心段中的直径d 1与定心段中的直径d 1相同 直径D 2形成相应的接头配合,直径为D 1的区域中的直径d 2形成正配合。
    • 3. 发明申请
    • Planetary Gear Train
    • 行星齿轮列车
    • US20070249460A1
    • 2007-10-25
    • US10588744
    • 2005-01-15
    • Horst SchulzTino Kirschner
    • Horst SchulzTino Kirschner
    • F16H1/28F16H1/46F16H57/08
    • F16H1/2863F16H1/2854F16H57/12F16H2057/125F16H2057/128Y10T74/18728Y10T74/19623Y10T74/19898
    • A planetary gear train having planetary gears (8) which are rotatably mounted on a planet carrier (18) and are in toothed contact with an internally toothed ring gear (14) and a sun gear (4). For a simplified, process-safe and inexpensive backlash of the planetary gears (8) without axial displacement of the sun gear (4), the ring gear (14) and the planetary gears (8) are conically designed so that planetary gear axles (16) are retained in the planetary gear carrier (18) at an inclined angle (α) and that the planetary gears (8) are axially movably disposed upon and coordinated with the planetary gear axles (16) and the position of the planetary gears (8) can be adjusted within the planetary train by adjusting mechanisms for adjusting a backlash.
    • 一种行星齿轮系,其具有可旋转地安装在行星架(18)上并与内齿圈(14)和太阳齿轮(4)齿形接触的行星齿轮(8)。 对于没有太阳齿轮(4)的轴向位移的行星齿轮(8)的简化,过程安全和廉价的间隙,环形齿轮(14)和行星齿轮(8)被锥形地设计成使得行星齿轮 16)以倾斜角(α)保持在行星齿轮架(18)中,并且行星齿轮(8)可轴向移动地设置在行星齿轮轴(16)上并与行星齿轮轴(16)配合,并且行星齿轮 8)可以通过用于调节间隙的调节机构在行星列车内进行调节。
    • 4. 发明授权
    • Planetary gear train
    • 行星齿轮系
    • US07568993B2
    • 2009-08-04
    • US10588744
    • 2005-01-15
    • Horst SchulzTino Kirschner
    • Horst SchulzTino Kirschner
    • F16H57/08
    • F16H1/2863F16H1/2854F16H57/12F16H2057/125F16H2057/128Y10T74/18728Y10T74/19623Y10T74/19898
    • A planetary gear train having planetary gears (8) which are rotatably mounted on a planet carrier (18) and are in toothed contact with an internally toothed ring gear (14) and a sun gear (4). For a simplified, process-safe and inexpensive backlash of the planetary gears (8) without axial displacement of the sun gear (4), the ring gear (14) and the planetary gears (8) are conically designed so that planetary gear axles (16) are retained in the planetary gear carrier (18) at an inclined angle (a) and that the planetary gears (8) are axially movably disposed upon and coordinated with the planetary gear axles (16) and the position of the planetary gears (8) can be adjusted within the planetary train by adjusting mechanisms for adjusting a backlash.
    • 一种行星齿轮系,其具有可旋转地安装在行星架(18)上并与内齿圈(14)和太阳齿轮(4)齿形接触的行星齿轮(8)。 对于没有太阳齿轮(4)的轴向位移的行星齿轮(8)的简化,过程安全和廉价的间隙,环形齿轮(14)和行星齿轮(8)被锥形地设计成使得行星齿轮 16)以倾斜角(a)保持在行星齿轮架(18)中,并且行星齿轮(8)可轴向移动地设置在行星齿轮轴(16)上并与行星齿轮轴(16)配合,并且行星齿轮 8)可以通过用于调节间隙的调节机构在行星列车内进行调节。
    • 5. 发明授权
    • Planetary gear
    • 行星齿轮
    • US06814684B2
    • 2004-11-09
    • US10450081
    • 2003-06-09
    • Horst SchulzTino Kirschner
    • Horst SchulzTino Kirschner
    • F16H5708
    • F16C19/364F16C19/548F16C35/06F16C2361/61F16H1/28F16H57/08
    • Proposed is a planetary drive, having a rotationally driven sun gear (2) disposed coaxially to principal drive axis (4), with a an internal gear (14) affixed within housing (12B) and possessing a rotatably supported planet carrier (22), about which a plurality of circumferentially apportioned planet gears (16) are rotatably seated, which are in complementary tooth engagement with the sun gear (2) and with the internal gear (14), whereby the planet carrier (22) forms the output drive and in common with an output side output drive shaft (24) is supported within the housing by an axially installed inclined bearing pair, comprised of a first inclined bearing (26) and a second inclined bearing (28). Further proposed is that at least the first inclined bearing (26) is affixed with its inner ring (30) in the housing (12A) and the outer ring (32) of the bearing is to rotate with the planet carrier (22) and having its pressure lines (34) forming a pressure cone, the apex (36) of which points away from the second inclined bearing (28).
    • 提出了一种行星驱动器,其具有与主驱动轴线(4)同轴设置的旋转驱动的太阳齿轮(2),内部齿轮(14)固定在壳体(12B)内并且具有可旋转地支撑的行星架(22), 多个周向分配的行星齿轮(16)以可旋转的方式安置,与太阳齿轮(2)和内齿轮(14)互补地啮合,由此行星架(22)形成输出驱动器 与输出侧输出驱动轴(24)相同,通过由第一倾斜轴承(26)和第二倾斜轴承(28)组成的轴向安装的倾斜轴承对支撑在壳体内。 进一步提出的是,至少第一倾斜轴承(26)在其壳体(12A)中固定有其内环(30),并且轴承的外圈(32)将与行星架(22)一起旋转并且具有 其压力线(34)形成压力锥,其顶点(36)指向远离第二倾斜轴承(28)。
    • 7. 发明授权
    • Device for printing-pressure control
    • 打印压力控制装置
    • US4351237A
    • 1982-09-28
    • US129886
    • 1980-06-05
    • Hans-Jurgen TappertHorst SchulzHans JohneAlbrecht Johne
    • Hans-Jurgen TappertHorst SchulzHans JohneAlbrecht Johne
    • B41F13/24B41F33/00B41F33/14B41F13/34
    • B41F33/0072B41F13/24
    • A pressure control arrangement for controlling pressure between a printing roller and an offset roller by measuring a force exerted in a bearing of the printing roller when the latter rotates with an angle .psi.. The arrangement includes a piezoelectric pickup positioned on the internal surface of the bearing of the printing roller, a measured pressure value processor for receiving a signal from the piezoelectric pickup, an indicator generating a signal corresponding to a desired pressure value and means to compare the first abovementioned signal with the second mentioned signal. The arrangement also includes a positioner circuit which receives the compared signal and applies the same to a drive member which adjusts the position of the bearing of the offset roller thereby adjusting printing pressure between two contacting rollers for printing on sheets of paper.
    • 一种用于通过测量当印刷辊以角度psi旋转时施加在印刷辊的轴承中的力来控制印刷辊和胶印辊之间的压力的压力控制装置。 该装置包括位于印刷辊的轴承的内表面上的压电拾取器,用于接收来自压电拾取器的信号的测量压力值处理器,产生对应于期望压力值的信号的指示器,以及将第一 上述信号与第二个提到的信号。 该装置还包括定位器电路,其接收比较的信号并将其施加到调节偏移辊的轴承的位置的驱动构件,从而调节用于在纸张上打印的两个接触辊之间的印刷压力。