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    • 12. 发明授权
    • Washing machine
    • 洗衣机
    • US4953369A
    • 1990-09-04
    • US397954
    • 1989-08-23
    • Michiaki Ito
    • Michiaki Ito
    • D06F37/40
    • D06F37/40
    • An automatic washing machine includes a coiled clutch spring would about both tub and drive shafts so as to be tightly wound up about the tub shaft and wound up with rotation of the drive shaft to transmit rotation of the drive shaft to the tub shaft, an inner cylindrical member disposed so as to enclose the clutch spring and having an engagement portion engaging one end of the clutch spring at the drive shaft side, an outer cylindrical member having a large number of engagement claws formed on the outer periphery and fitted in with the inner cylindrical member so as to be rotatable with a predetermined frictional resistance against the inner cylindrical member. When the clutch spring is loosened a predetermined amount in the rotative movement in its loosening direction against the braking force of a brake mechanism applied to the tube shaft, the other end of the clutch spring strikes against the stopper. Subsequently, the stopper causes the inner cylindrical member to rotatively move relative to the outer cylindrical member against the frictional resistance upon movement of the other end of the clutch spring.
    • 一种自动洗衣机包括围绕桶和驱动轴的盘绕离合器弹簧,以便围绕桶轴紧密卷绕并随着驱动轴的旋转而卷绕,以将驱动轴的旋转传递到桶轴,内部 圆柱形构件,其设置成包围离合器弹簧,并且具有接合部分,其接合离合器弹簧的驱动轴侧的一端;外圆筒构件,其具有形成在外周上的大量接合爪, 圆柱形构件以能够以预定的摩擦阻力旋转抵靠内圆柱形构件。 当离合器弹簧相对于施加到管轴的制动机构的制动力使其在松动方向上的旋转运动中松开预定量时,离合器弹簧的另一端抵靠止动件。 随后,当离合器弹簧的另一端移动时,止动件使内圆柱件相对于外圆柱形构件相对于摩擦阻力旋转移动。
    • 14. 发明授权
    • Belt driving apparatus and image forming apparatus that uses the belt driving apparatus
    • 皮带驱动装置和使用皮带驱动装置的图像形成装置
    • US08157684B2
    • 2012-04-17
    • US11050693
    • 2005-02-07
    • Michiaki Ito
    • Michiaki Ito
    • F16G1/00
    • G03G15/754
    • A belt is entrained about the rollers. A belt guide is secured to an inner surface of the belt and is guided by pulleys. The belt guide is formed of a material that has a dissipation factor of tan δ≧0.05 at a resonance frequency of 1 Hz±10% and at a temperature of 50±0.5° C., and a storage modulus of E′≧8.0×106 (Pa) at a resonance frequency of 1 Hz±10% and at a temperature of 50±0.5° C. Another material has tan δ≧0.05 at 1 Hz±10% and at 50±0.5° C., and E′≧8.0×106 (Pa) at 1 Hz±10% and at 50±0.5° C. The belt guide may be formed of a plurality of layers.
    • 皮带夹在滚筒周围。 带引导件固定到带的内表面并由皮带轮引导。 带引导件由谐振频率为1Hz±10%,温度为50±0.5℃时具有tanδ≥0.05的损耗因子的材料形成,并且储能模量E'≥8.0× 106(Pa),谐振频率为1Hz±10%,温度为50±0.5℃。另一种材料在1Hz±10%和50±0.5℃下具有tanδ≥0.05,E' ≧8.0×106(Pa),1Hz±10%和50±0.5℃。带引导件可以由多层形成。