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    • 91. 发明授权
    • Paper feed mechanism and printer
    • 送纸机构和打印机
    • US08528901B2
    • 2013-09-10
    • US12716224
    • 2010-03-02
    • Masahiko Yamada
    • Masahiko Yamada
    • B65H5/06
    • B65H5/062B65H2402/24B65H2402/441B65H2404/1431B65H2404/611
    • A printer has a paper feed mechanism that can reliably balance the paper feed force of the paper feed roller and paper pressure roller on the left and right sides of the recording paper width. Using the self-centering action of a pressure lever fulcrum and adjustment of the position where an extension spring applies force, the paper feed mechanism of a printer can press the paper pressure roller that is supported by a pressure lever to a paper feed roller so that the paper pressure roller applies equal pressure at all points along the width of the paper feed roller, can balance the paper feed force applied by the paper feed roller and the paper pressure roller to the recording paper left and right widthwise to the paper, and can prevent the recording paper from meandering, skewing, and jamming.
    • 打印机具有能够可靠地平衡记录纸宽度的左侧和右侧的供纸辊和纸张压力辊的供纸力的进纸机构。 使用压力杆支点的自定心动作和拉伸弹簧施加力的位置的调节,打印机的送纸机构可以将由压力杆支撑的纸压力辊按压到给纸辊,使得 纸张压力辊沿着进纸辊的宽度在所有点施加相等的压力,可以将进给辊和纸张压力辊施加的进纸力平衡到纸张左右宽度方向的记录纸上,并且可以 防止记录纸蜿蜒,扭曲和干扰。
    • 94. 发明授权
    • Printer with a peeler mechanism
    • 具有剥皮机构的打印机
    • US08070372B2
    • 2011-12-06
    • US12729559
    • 2010-03-23
    • Hideki KawakamiMasahiko Yamada
    • Hideki KawakamiMasahiko Yamada
    • B41J29/54B41J29/56E05C9/00
    • B41J3/4075Y10T292/0848Y10T292/0951Y10T292/1043Y10T292/1084
    • A printer having an opening/closing cover for providing access to a roll paper compartment, a peeler mechanism for peeling printed labels from a web and for dispensing the peeled printed labels from the printer and an opening and closing mechanism 50 which locks and unlocks the cover and a peeler unit 10 of the peeler mechanism in response to the manual operation of a manual operating member such as a release button 17 with a single easy operation. When the release button 17 is depressed into a first operating position 17B, a lock lever 52 of the opening/closing mechanism 50 slides from a locked position 52A to a released position 52B to disengage the lock lever 52 thus unlocking the opening/closing cover 9. At the same time, the sliding lock lever 52 pushes engaging claws 74a, 73a that lock or unlocks the peeler unit 10. When the cover release button 17 is further depressed into a second operating position 17C, the lock lever 52 swings and a cover-lifting surface 54 on the lock lever 52 pushes the opening/closing cover 9 up causing the unlocked opening/closing cover 9 to move into a raised open position. Simply pushing the cover release button 17 thus unlocks and raises the opening/closing cover 9, and unlocks the peeler unit 10.
    • 一种打印机,具有用于提供对卷纸盒的访问的打开/关闭盖,用于从纸幅剥离印刷的标签并用于从打印机分配剥离的打印标签的剥离机构,以及锁定和解锁盖的打开和关闭机构50 以及剥离器机构的剥离器单元10,其响应于诸如释放按钮17的手动操作构件的手动操作,具有单一容易的操作。 当释放按钮17被压入第一操作位置17B时,打开/关闭机构50的锁定杆52从锁定位置52A滑动到释放位置52B,从而解除锁定杆52从而解锁开闭盖9 同时,滑动锁定杆52推动锁定或解锁剥离器单元10的接合爪74a,73a。当盖释放按钮17进一步被压入第二操作位置17C时,锁定杆52摆动并且盖 锁定杆52上的起动表面54将打开/关闭盖9向上推动,从而使解锁的打开/关闭盖9移动到升高的打开位置。 因此,简单地按下盖释放按钮17解锁并提起打开/关闭盖9,并且解锁剥离器单元10。
    • 95. 发明申请
    • Image forming apparatus
    • 图像形成装置
    • US20110064497A1
    • 2011-03-17
    • US12923270
    • 2010-09-13
    • Takayuki NiiharaMasahiko YamadaMasato OgawaYuichiro Maeyama
    • Takayuki NiiharaMasahiko YamadaMasato OgawaYuichiro Maeyama
    • G03G15/00
    • G03G15/6517B41J15/042G03G2215/00455
    • An image forming apparatus including an image forming unit to form an image on a sheet, disposed in an upper portion of the image forming apparatus; at least upper and lower sheet roll supporters provided one above the other below the image forming unit to support a sheet roll, the lower sheet roll supporter offset proximally toward a front surface of the image forming apparatus from the upper sheet roll supporter; and multiple openings provided in the front surface of the image forming apparatus for the at least upper and lower sheet roll supporters through which the sheet roll is set to the at least upper and lower sheet roll supporters, an upper edge of the opening for the upper sheet roll supporter having a sloped portion tilting downward from the front surface to the back of the image forming apparatus.
    • 一种图像形成装置,包括:图像形成单元,用于在图像形成装置的上部设置在片材上形成图像; 至少上,下片卷支撑体在图像形成单元下方一个上下设置以支撑片卷,下片辊支撑件从上片材支撑件向近侧朝向图像形成装置的前表面偏移; 以及设置在图像形成装置的前表面中的多个开口,用于至少上部和下部片材卷支撑件,片材辊通过该至少上部和下部片材卷支撑件设置,用于上部和下部片材支撑件的开口的上部边缘 片材支撑体具有从图像形成装置的前表面向后倾斜的倾斜部分。
    • 98. 发明申请
    • Recording medium detection method and label printer
    • 记录介质检测方法和标签打印机
    • US20090102878A1
    • 2009-04-23
    • US12287570
    • 2008-10-10
    • Masahiko Yamada
    • Masahiko Yamada
    • B41J29/38
    • B41J29/393B41J3/4075B41J11/0095
    • A recording medium detection method uses transmission and reflection photosensors to correctly detect if a recording medium having labels affixed to a liner is in the transportation path. The label printer 1 has a reflection photosensor 26 and a transmission photosensor 27 disposed to the transportation path at positions separated the distance L0 between the labels 12c. Labels 12c on the recording medium 12a can always be detected by either or both the reflection photosensor 26 and the transmission photosensor 27. Because the reflection photosensor 26 is downstream from the transmission photosensor 27, a situation in which a black mark 12d is at the detection position of the reflection photosensor 26 and reflection is not detected and only the liner 12b is at the detection position of the transmission photosensor 27 and transmission of the detection beam is detected is avoided. Detecting transmission without detecting reflection of the detection beam therefore only occurs when the recording medium 12a is not in the transportation path A.
    • 记录介质检测方法使用透射和反射光电传感器来正确地检测具有贴在衬垫上的标签的记录介质是否在传送路径中。 标签打印机1具有反射光电传感器26和透射光传感器27,透射光传感器27在标记12c之间的距离L0分开的位置处设置在传送路径上。 记录介质12a上的标签12c总能由反射光电传感器26和透射光传感器27中的任一个或两者检测。由于反射光电传感器26在透射光传感器27的下游,所以黑标12d处于检测状态 反射光传感器26的位置和反射不被检测,并且只有衬垫12b处于透射光传感器27的检测位置,并且避免了检测光束的透射。 因此,只有当记录介质12a不在传送路径A中时才检测传输而不检测检测光的反射。