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    • 1. 发明申请
    • PAPER DISCHARGE DEVICE
    • 纸张排出装置
    • US20130200567A1
    • 2013-08-08
    • US13758425
    • 2013-02-04
    • Tetsunori SAITO
    • Tetsunori SAITO
    • B65H29/14
    • B65H29/14B65H29/70B65H2301/51214B65H2301/5122B65H2401/12B65H2404/1315B65H2404/1431B65H2601/2611B65H2801/27G03G15/6552
    • In an image forming apparatus, a paper discharge roller of a paper discharge unit has an upper roller as a driving roller and a lower roller as a driven roller. The lower roller has a nip roller which is fixed to a shaft and holds paper between the nip roller and the upper roller, and forming rollers having a diameter larger than that of the nip roller and arranged on both sides of the nip roller. Since a conveyance speed of the paper is constant, the number of revolutions of the forming roller having a large outer diameter is smaller than that of a nip roller having a small outer diameter. The friction between the forming roller and the paper is lower than that in conventional art. Attachment and accumulation of ink are suppressed, and inconvenience of contamination of the paper with ink upon paper discharge hardly occurs.
    • 在图像形成装置中,排纸单元的排纸辊具有作为驱动辊的上辊和作为从动辊的下辊。 下辊具有夹持辊,该夹持辊固定在轴上并在夹持辊和上辊之间保持纸张,并且形成具有比夹持辊的直径大的直径的辊,并布置在夹持辊的两侧。 由于纸张的输送速度恒定,所以外径大的成型辊的转数小于具有小外径的夹持辊的转数。 成形辊和纸之间的摩擦比传统技术中的低。 抑制油墨的附着和堆积,并且几乎不发生纸张在油墨上的污染的不便。
    • 2. 发明授权
    • Conveyor system for conveying sheets
    • 输送机输送系统
    • US3912258A
    • 1975-10-14
    • US42195773
    • 1973-12-05
    • MERRILL DAVID MARTIN
    • MARTIN MERRILL D
    • B65H29/58B65H29/66B65H29/68B65H35/00B65H39/10
    • B65H29/6618B65H29/58B65H29/68B65H35/00B65H39/10B65H2301/33B65H2301/34B65H2404/1315
    • In a conveyor system for multiple-cut sheet making machines, such as for making corrugated cardboard sheets wherein large sheets are cut into several narrower sheets, a sandwich conveyor carries the rows of sheets lengthwise from the machine to a side take-off conveyor, the rollers of which latter move the sheets widthwise at such velocity that the successive rows of sheets form bundles, the movement of the bundles being accelerated at the transfer end of the take-off conveyor so as to space the discharge of the bundles onto a transfer conveyor slower than the accelerated discharge, thereby to shingle the bundles before they are transferred to a stacker conveyor of such higher velocity as to pull the lower sheets of the bundles forward thereby to shingle the sheets in the bundles; means being provided to synchronize the velocity of the side take-off conveyor with the velocity of the discharge from the machine, but to delay any synchronization to a change in discharge velocity for a sufficient period to clear to the take-off conveyor all sheets discharged from the machine prior to such change; abutment backstops along the take-off conveyor are adjustable to the width of the sheets and are also movable to an out of the way position to permit lengthwise discharge of sheets longer than the width of the side take-off conveyor; means being provided to guide the sheets above the take-off conveyor for such lengthwise discharge, and means being provided for moving said guide means into and out of sheet guiding position; the abutment back stops on the takeoff conveyors being substantially bullet shaped and being rotatable on swingable journals.
    • 4. 发明授权
    • Paper discharge device
    • 排纸装置
    • US08714546B2
    • 2014-05-06
    • US13758425
    • 2013-02-04
    • Tetsunori Saito
    • Tetsunori Saito
    • B65H31/00
    • B65H29/14B65H29/70B65H2301/51214B65H2301/5122B65H2401/12B65H2404/1315B65H2404/1431B65H2601/2611B65H2801/27G03G15/6552
    • In an image forming apparatus, a paper discharge roller of a paper discharge unit has an upper roller as a driving roller and a lower roller as a driven roller. The lower roller has a nip roller which is fixed to a shaft and holds paper between the nip roller and the upper roller, and forming rollers having a diameter larger than that of the nip roller and arranged on both sides of the nip roller. Since a conveyance speed of the paper is constant, the number of revolutions of the forming roller having a large outer diameter is smaller than that of a nip roller having a small outer diameter. The friction between the forming roller and the paper is lower than that in conventional art. Attachment and accumulation of ink are suppressed, and inconvenience of contamination of the paper with ink upon paper discharge hardly occurs.
    • 在图像形成装置中,排纸单元的排纸辊具有作为驱动辊的上辊和作为从动辊的下辊。 下辊具有夹持辊,该夹持辊固定在轴上并在夹持辊和上辊之间保持纸张,并且形成具有比夹持辊的直径大的直径的辊,并布置在夹持辊的两侧。 由于纸张的输送速度恒定,所以外径大的成型辊的转数小于具有小外径的夹持辊的转数。 成形辊和纸之间的摩擦比传统技术中的低。 抑制油墨的附着和堆积,并且几乎不发生纸张在油墨上的污染的不便。