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    • 1. 发明申请
    • Sheet-conveying mechanism
    • 纸张输送机构
    • US20060180989A1
    • 2006-08-17
    • US10551581
    • 2004-03-25
    • Toshihiko SeikeAkira KohnoMasatsugu OhishiTakashi HoriHideshi IzumiTomohiko Jujii
    • Toshihiko SeikeAkira KohnoMasatsugu OhishiTakashi HoriHideshi IzumiTomohiko Jujii
    • B65H3/52
    • B65H3/5223B65H3/66B65H5/06B65H5/38
    • A sheet transport guide includes a torsion coil spring (X). The spring (X) has a first arm (B4) with an end (B5). Through the end (B5), the spring (X) supports a rotation shaft of driven roller (R32) and applies elastic force to the roller (R32). Through the arm (B4) that is curved, the spring (X) guides a sheet toward a rotation roller R31. The spring (X) has a coil portion (B1) and an end (B3) of a second arm (B3) both fixed to a frame of an apparatus body. A plurality of driven rollers (R32) are aligned approximately parallel to a shaft (R31a) of the roller (R31). The rollers (R32) are each provided with the springs (X). A largest elastic force is applied to the roller (R32) at a predetermined reference position, and smaller elastic forces are applied to the other rollers (R32) at positions distant from the reference position.
    • 纸张传送引导件包括扭力螺旋弹簧(X)。 弹簧(X)具有带端部(B 5)的第一臂(B 4)。 通过端部(B 5),弹簧(X)支撑从动辊(R32)的旋转轴并向辊(R32)施加弹性力。 通过弯曲的臂(B 4),弹簧(X)将片材朝向旋转辊R 31引导。弹簧(X)具有线圈部分(B 1)和第二臂的端部(B 3) (B 3)都固定到装置主体的框架上。 多个从动辊(R32)大致平行于辊(R 31)的轴(R 31 a)排列。 辊子(R32)分别设有弹簧(X)。 在预定的基准位置,向辊(R32)施加最大的弹力,并且在远离基准位置的位置向其它的辊(R32)施加较小的弹性力。
    • 9. 发明授权
    • Access-controlling mechanism and image forming apparatus
    • 访问控制机构和图像形成装置
    • US07058336B2
    • 2006-06-06
    • US10777914
    • 2004-02-11
    • Susumu MurakamiMinoru TomiyoriYoshie IwakuraHideshi IzumiTakashi HoriTakateru Yamamoto
    • Susumu MurakamiMinoru TomiyoriYoshie IwakuraHideshi IzumiTakashi HoriTakateru Yamamoto
    • G03G15/00G03G21/00
    • G03G21/1633G03G2221/1684G03G2221/169
    • When handle region(s) of disengaging lever(s) is/are pulled in direction(s) tending to cause disengagement of engagement between access-controlling body or bodies and main body housing(s), respective action edge(s) of rotating region(s) may rotate about shaft(s) in direction(s) tending to cause disengagement of engagement. Upon rotating in direction(s) tending to cause disengagement of engagement, respective action edge(s) of rotating region(s) may press on and impel support plate(s) of main body housing(s). In accompaniment thereto, disengaging lever(s) may move upward, and respective downwardly directed engagement projection(s) of access-controlling body or bodies may be lifted up and extricated from respective upwardly directed engagement projection(s) of main body housing(s). Moreover, when handle region(s) of disengaging lever(s) is/are pulled, respective sliding frame(s) of access-controlling body or bodies may move along respective guide rail(s) of main body housing(s) and toward exterior(s) of main body housing(s), greatly opening up access at opening(s) of main body housing(s).
    • 当分离杆的手柄区域被拉动时,倾向于导致进入控制体或主体和主体壳体之间的接合脱离,相应的旋转作用边缘 一些或多个区域可以围绕轴在一些倾向于导致接合脱离的方向上旋转。 当倾向于导致接合脱离的方向旋转时,旋转区域的相应作用边缘可以压靠并推动主体外壳的支撑板。 伴随其中,分离杆可以向上移动,并且访问控制体或主体的相应的向下指向的接合突起可以被提升并从主体壳体的相应的向上指向的接合突出部(s )。 此外,当拉动分离杆的手柄区域时,访问控制体或主体的相应滑动框架可以沿着主体壳体的各个导轨移动并且朝向 主体外壳的外部,主体外壳的开口大大打开通道。