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    • 53. 发明授权
    • Paper feed control method
    • 送纸控制方法
    • US6116795A
    • 2000-09-12
    • US399849
    • 1999-09-21
    • Masashi Ogasawara
    • Masashi Ogasawara
    • B41J11/00B41J11/42B41J13/00B65H5/06B65H7/02
    • B41J11/42B41J11/008
    • To maintain a high precision of a line feeding amount of a paper sheet regardless of the processing precision of a paper feed roller. Relationships between paper line feeding amounts of a paper feed roller at division positions divided into a plurality of parts with reference to an origin of a rotation angle of the paper feed roller and step counts of a paper feed motor are measured to calculate a correction value for correcting the step counts of the paper feed motor, the step counts of the paper feed motor in a line feeding operation are controlled on the basis of the correction value. When a paper feeding operation of a paper sheet whose type is except for the type of the paper sheet used in measurement is performed, a central step count of a base step count at a desired division position is calculated, and the central step count is compared with the measured central step counts of the base steps at the division positions. A measured correction value at a division position whose central step count is closest to the central step count at the desired division position is referred to, correction values of another type of paper sheet are calculated, and the step counts of the paper feed motor is controlled on the basis of the correction values.
    • 无论进纸辊的加工精度如何,都能保持纸张的送纸量的高精度。 相对于供纸辊的旋转角度的原点和进纸电动机的步数,分割成多个部分的分纸位置的送纸辊的送纸量供给量之间的关系,计算出 校正供纸马达的步数,基于校正值控制送纸马达在送线运转中的步数。 当执行类型不同于在测量中使用的纸张类型的纸张的进纸操作时,计算所需分割位置处的基本台阶计数的中心步数,并将中心步数进行比较 在分割位置测量基本步骤的中心步数。 参考在中心步数最接近期望分割位置的中央步数的分割位置处的测量校正值,计算另一种类型的纸张的校正值,并且控制供纸马达的步数 在校正值的基础上。
    • 56. 发明授权
    • Fusing device using a heat accumulated heating medium and the fusing
method using the same
    • 使用热积累加热介质的定影装置和使用其的熔融方法
    • US5907348A
    • 1999-05-25
    • US671614
    • 1996-06-28
    • Masashi OgasawaraEiichi AkutsuTetsuro Kodera
    • Masashi OgasawaraEiichi AkutsuTetsuro Kodera
    • G03G15/01B41J2/315G03G15/20H05B3/00G01D15/10
    • B41J2/315G03G15/2064G03G2215/2016G03G2215/2032G03G2215/2041
    • The fusing device using a heat accumulated heating medium and the fusing process using the same is disclosed. The fusing device comprises a heating member having relatively low heat capacity, a heat accumulating system for temporarily accumulating heat energy at the heating member, a nip arrangement for nipping the toner image between the heating member and the copy sheet with an appropriate pressure contact so that the nip arrangement primarily transfers the heat energy from the heating member to the toner image and subsequently cools the toner image, a cooling system for cooling the toner image between the heating member and the copy sheet and a detaching system for detaching the copy sheet from the heating member. The thermal efficiency of the fusing device and process speed for the fusing operation is improved. The fusing condition for both of black color toner image and full color toner image is finely adjustable in this fusing device.
    • 本发明公开了使用热累积加热介质的定影装置和使用其的定影处理。 定影装置包括具有相对低的热容量的加热构件,用于在加热构件处临时累积热能的积聚系统,用于以适当的压力接触将调色剂图像夹在加热构件和复印薄片之间的夹持装置,使得 压区布置主要将来自加热构件的热能传递到调色剂图像,随后冷却调色剂图像,用于冷却加热构件和复印纸之间的调色剂图像的冷却系统和用于将复印纸从 加热构件。 定影装置的热效率和熔化操作的处理速度得到改善。 在这种定影装置中,黑色调色剂图像和全色调色剂图像的融合条件都可以很好的调节。