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    • 2. 发明授权
    • Platen gap adjusting mechanism of printer
    • 打印机压板间隙调整机构
    • US4738552A
    • 1988-04-19
    • US837282
    • 1986-03-06
    • Hiroshi KikuchiYukio OtaToshihiro NakanoTakashi ItayaShyoichi WatanabeKuniharu Hayashi
    • Hiroshi KikuchiYukio OtaToshihiro NakanoTakashi ItayaShyoichi WatanabeKuniharu Hayashi
    • B41J25/308B41J11/20
    • B41J25/3082
    • A printer includes a platen having a longitudinal axis and a printing head mounted in opposition to the platen. The guide shaft is mounted to extend parallel to the axis of the platen. A carriage supports the printing head and includes a carriage frame mounted on the guide shaft for movement axially therealong and for movement rotatably thereabout and a base plate having a first end integral with the carriage frame and a second end directed away therefrom. A guide plate is fixed at a position below the second end of the base plate and extends parallel to the guide shaft. A parallel link mechanism includes a fixing member attached to a lower surface of the second end of the base plate and a slider memebr connected to the fixing member. The slider member has a slot within which fits the guide plate, such that movement of the carriage axially of the guide shaft causes the parallel link mechanism and the second end of the base plate to be guided by the guide plate. An adjusting screw is threaded through a hole in the second end of the base plate and has a tip end in engagement with the slider member. Thus, upon rotation of the adjusting screw the slider member and the second end of the base plate are moved relatively toward or away from each other, thereby moving the carriage and the printing head rotatably about the guide shaft to increase or decrease the platen gap. A flexible member connects the slider member to the fixing member to prevent the slider member from becoming inclined relative to the guide plate.
    • 打印机包括具有纵向轴的压板和与压板相对安装的打印头。 引导轴安装成平行于压板的轴线延伸。 托架支撑打印头,并且包括安装在引导轴上以便沿其轴向运动并可在其周围可旋转运动的托架框架,以及具有与托架框架一体的第一端和从其移开的第二端的底板。 引导板固定在基板的第二端下方的位置,并平行于引导轴延伸。 平行连杆机构包括附接到基板的第二端的下表面的固定构件和连接到固定构件的滑块构件。 滑动构件具有狭槽,该狭槽内配合引导板,使得滑架的轴向运动引导平行连杆机构,并且基板的第二端由引导板引导。 调节螺钉穿过基板的第二端的孔,并且具有与滑块构件接合的尖端。 因此,当调节螺钉旋转时,滑动构件和基板的第二端相对移动或相互移动,从而使托架和打印头围绕导向轴可旋转地移动以增加或减小压板间隙。 柔性构件将滑动构件连接到固定构件,以防止滑动构件相对于导向板倾斜。
    • 7. 发明授权
    • Rack mount for a rack and pinion carriage moving mechanism
    • 机架安装用于齿条和小齿轮托架移动机构
    • US4687361A
    • 1987-08-18
    • US836512
    • 1986-03-05
    • Hiroshi KikuchiKuniharu HayashiMinoru IsobeJiro TanumaMasanori Maekawa
    • Hiroshi KikuchiKuniharu HayashiMinoru IsobeJiro TanumaMasanori Maekawa
    • B41J19/20B41J19/30
    • B41J19/20Y10T74/1967
    • A carriage moving mechanism includes a carriage movably mounted on a guide shaft, a travelling motor fixedly mounted on the carriage, the travelling motor including a pinion mounted on a rotary shaft thereof, a rack provided in substantially parallel to the guide shaft, the rack being rigid longitudinally and flexible in a perpendicular direction to the longitudinal direction, the rack having longitudinally a tooth part engaged with the pinion, the surface of the rack located on the opposite side of the surface of the tooth part being substantially parallel to the guide shaft, a roller rotatably mounted on the carriage, the roller radially facing to the pinion and making contact with the opposite side surface to the tooth surface of the rack, the rack being rotatably mounted on the frame in one end thereof and restricted by the frame in the other end thereof in the extent of moving thereof or directly fixed on the frame in the other end thereof.
    • 滑架移动机构包括可移动地安装在引导轴上的滑架,固定地安装在滑架上的移动马达,行进马达包括安装在其旋转轴上的小齿轮,设置在大致平行于导向轴的齿条上,齿条为 刚性在纵向方向上垂直的方向上是柔性的,所述齿条具有与所述小齿轮啮合的纵向齿部,所述齿条的位于所述齿部的所述表面相对侧的表面基本上平行于所述导向轴, 一个可旋转地安装在滑架上的滚子,该滚子径向地面对小齿轮并与与齿条的齿面相对的侧表面接触,该齿条在其一端可旋转地安装在框架上,并被框架限制在 其另一端在其移动的程度或直接固定在框架的另一端。
    • 10. 发明授权
    • Printing medium detecting mechanism of printer
    • 打印机打印介质检测机构
    • US4690577A
    • 1987-09-01
    • US791696
    • 1985-10-25
    • Hiroshi KikuchiShyoichi WatanabeYukio Ohta
    • Hiroshi KikuchiShyoichi WatanabeYukio Ohta
    • B41J11/02B41J11/42B41J15/00B41J29/48B41J29/46
    • B41J29/48
    • A printing medium detecting mechanism of a printer having a plurality of printing medium traveling paths includes a detecting groove provided in a circumferential portion of a platen other than a printing region thereof, a first printing medium detecting lever disposed on one of the plurality of the traveling paths to freely fit in the detecting lever, and a medium detecting sensor provided on a printer control circuit board. The printing medium detecting mechanism further includes a second printing medium detecting lever provided on any other medium traveling path of the plurality of the medium traveling paths. The first printing medium detecting lever is adapted to be interlocked with the second printing medium detecting lever, thereby enabling to provide a simplified printing medium detecting mechanism.
    • 具有多个打印介质行进路径的打印机的打印介质检测机构包括设置在压印板的除了其打印区域的圆周部分中的检测槽,第一打印介质检测杆,设置在多个行进 自由地配合在检测杆上的路径,以及设置在打印机控制电路基板上的介质检测传感器。 打印介质检测机构还包括设置在多个介质传送路径的任何其它介质传送路径上的第二打印介质检测杆。 第一打印介质检测杆适于与第二打印介质检测杆互锁,从而能够提供简化的打印介质检测机构。