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    • 27. 发明授权
    • Sheet feeding device and image forming apparatus
    • 送纸装置和成像装置
    • US07722032B2
    • 2010-05-25
    • US11424902
    • 2006-06-19
    • Hirobumi SasakiTomoo Suzuki
    • Hirobumi SasakiTomoo Suzuki
    • B65H1/26
    • B65H1/14B65H9/04B65H2405/12B65H2511/12B65H2511/20B65H2511/22B65H2511/414B65H2220/01B65H2220/04B65H2220/02B65H2220/11
    • A sheet feeding device, includes a sheet loading table; a sheet feeding member that feeds a sheet from an uppermost portion of sheets stacked on the sheet loading table; a regulating member that regulates a side of sheets, in a transverse direction orthogonal to a sheet feeding direction; an opening and closing mechanism that opens and closes a sheet feeding section; a lowering mechanism that lowers the sheet loading table that holds sheets at a sheet feeding position, to a lower position by opening the opening and closing mechanism; an adjusting mechanism that adjusts a position of the regulating member in the transverse direction; and a holding mechanism that holds a position of the sheet loading table so as to hold the sheets at the sheet feeding position even when the opening and closing mechanism is opened.
    • 片材进给装置,包括片材装载台; 片材进给构件,其从层叠在片材装载台上的片材的最上部供给片材; 调节构件,其在与片材进给方向正交的横向方向上调节片材的一侧; 打开和关闭送纸部分的打开和关闭机构; 降低机构,其通过打开所述打开和关闭机构来降低将片材在片材进给位置保持到下部位置的片材装载台; 调节调节构件在横向上的位置的调节机构; 以及保持机构,其保持片材装载台的位置,以便即使当打开和关闭机构时也将片材保持在片材进给位置。
    • 30. 发明授权
    • Constant velocity joint
    • 恒速接头
    • US07128654B2
    • 2006-10-31
    • US10513789
    • 2003-06-05
    • Tomonori OhwakiTomoo SuzukiKazuyuki Ichikawa
    • Tomonori OhwakiTomoo SuzukiKazuyuki Ichikawa
    • F16D3/48
    • F16D3/224F16D3/2237F16D2003/22309Y10S464/906
    • The contact angle of the ball 15 with each first guide track 21 of an inner joint member 12 is made to become smaller gradually from an opening portion side toward a bottom portion side, and the curvature radius for the first guide track 21 is made to become larger gradually from the opening portion side toward the bottom portion side. If the contact angle only were made to become smaller gradually from the opening portion side toward the bottom portion side, the contact angle would become too small thereby to cause chattering in rotation to be generated. If the curvature radius only were made to become larger gradually from the opening portion side toward the bottom portion side, a contact ellipse M2 defined by the ball 15 and the first guide track 21 would become tool small, which would cause the ball 15 to make dents on the surface of the first guide track 21. However, the aforementioned drawbacks can be obviated by gradually diminishing the contact angle and gradually enlarging the curvature radius from the opening portion side toward the bottom portion side.
    • 使内侧接头构件12的球15与各第一导轨21的接触角从开口部侧朝向底部侧逐渐变小,使第一导轨21的曲率半径成为 从开口部侧朝向底部侧逐渐变大。 如果接触角仅从开口部侧朝向底部侧逐渐变小,则接触角变得太小,从而产生旋转颤动。 如果仅使曲率半径从开口部侧朝向底部侧逐渐变大,则由球15和第一导轨21限定的接触椭圆M 2将变小,这将导致球15 在第一导轨21的表面上形成凹痕。 然而,通过逐渐减小接触角并且从开口部侧朝向底部侧逐渐扩大曲率半径,可以消除上述缺点。