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    • 33. 发明申请
    • PICKUP MECHANISM
    • 扒手机制
    • US20130119601A1
    • 2013-05-16
    • US13468581
    • 2012-05-10
    • Shao-Yang WuYueh-Shing Lee
    • Shao-Yang WuYueh-Shing Lee
    • B65H3/06B65H3/32
    • B65H3/0669B65H3/0684B65H3/34B65H2403/70B65H2801/06B65H2801/39
    • A pickup mechanism includes a main frame, a supporting element mounted to the main frame, and a pickup module positioned in the main frame and including a pickup arm, a transmitting element, a separation element, a pickup element and a barrel element. The separation element includes a separation shaft and a separation roller. The pickup element includes a pickup shaft and a pickup roller. The separation roller and the pickup roller are restricted in the pickup arm. The transmitting element links the separation shaft and the pickup shaft. The pickup arm is pivoted at the separation shaft. The barrel element has a base portion pivotally mounted around the pickup shaft, and a stopping block. When the pickup module swings upward or downward, the barrel element is driven to rotate along with the pickup shaft to make the stopping block against the supporting element or apart from the supporting element.
    • 拾取机构包括主框架,安装到主框架的支撑元件和位于主框架中的拾取模块,其包括拾取臂,发送元件,分离元件,拾取元件和筒元件。 分离元件包括分离轴和分离辊。 拾取元件包括拾取轴和拾取辊。 分离辊和拾取辊在拾取臂中受到限制。 发送元件连接分离轴和拾取轴。 拾取臂在分离轴处枢转。 枪管元件具有枢转地安装在拾取轴周围的基部和止动块。 当拾取模块向上或向下摆动时,筒形元件被驱动以与拾取轴一起旋转,以使止动块抵靠支撑元件或与支撑元件分离。
    • 34. 发明申请
    • CONTINUOUS PAPER TRANSPORTATION CONTROL METHOD AND PRINTER
    • 连续纸张运输控制方法和打印机
    • US20110200378A1
    • 2011-08-18
    • US13030077
    • 2011-02-17
    • Ryuji Moriyama
    • Ryuji Moriyama
    • B41J11/44B65H20/02
    • B41J11/30B41J11/425B65H20/22B65H2403/70B65H2511/22B65H2553/414B65H2553/51B65H2555/26B65H2701/1311B65H2801/12B65H2220/03B65H2220/01
    • A printer (1) has a paper feed roller (11) and a tractor (6) for conveying continuous paper (2) passed a printing position. During printing, the paper feed roller (11) is intermittently rotationally driven at a speed enabling conveying the continuous paper (2) a second feed distance per unit time, and the tractor (6) is held in a state enabling it to be rotated pulled by the continuous paper by means of the paper feed roller (11) while being intermittently rotationally driven synchronously to the paper feed roller (11) at a speed enabling conveying the continuous paper (2) a first feed distance that is less than a second feed distance per unit time (steps ST1, ST2). Each time the continuous paper (2) is conveyed one page length, the paper feed roller (11) is additionally rotated to eliminate a feed distance deficiency due to slipping (steps ST31 to ST33). The printer can therefore convey continuous paper with good precision without applying a great load, and can prevent a drop in print quality.
    • 打印机(1)具有用于输送通过打印位置的连续纸(2)的供纸辊(11)和拖拉机(6)。 在打印期间,供纸辊(11)以能够以单位时间传送连续纸(2)第二进给距离的速度间歇地旋转驱动,并且拖拉机(6)保持在使其能够被拉动的状态 通过连续纸通过进纸辊(11)同时以与能够传送连续纸(2)的速度同步地进给辊(11)的速度间歇地旋转驱动第一进给距离小于第二进给 每单位时间的距离(步骤ST1,ST2)。 每当连续纸(2)被输送一页长度时,进给辊(11)另外旋转以消除由于滑动引起的进给距离不足(步骤ST31至ST33)。 因此,打印机可以在不施加大负荷的情况下以良好的精度传送连续纸,并且可以防止打印质量的下降。
    • 35. 发明申请
    • CLUTCH APPARATUS, CONVEYING APPARATUS AND RECORDING APPARATUS
    • 离合器装置,输送装置和记录装置
    • US20080185775A1
    • 2008-08-07
    • US11833591
    • 2007-08-03
    • Tokujiro OKUNO
    • Tokujiro OKUNO
    • B65H5/06F16D11/00
    • F16D11/06B65H3/0607B65H3/0661B65H3/34B65H3/56B65H3/565B65H2220/09B65H2301/4222B65H2403/421B65H2403/47B65H2403/512B65H2403/70B65H2513/412F16D11/16
    • [Object] To provide a clutch apparatus that is able to prevent a trigger lever from returning before a toothed portion of a clutch member engages a ratchet wheel and may be reduced in size.[Solving Means] A clutch member 93, a lever member 115 that switches from a clutch engaged state to a non-engaged state and a lever pivot gear 111 are provided. An engaging projecting portion 100 is partially formed on the lever pivot gear in a circumferential direction. An engaged projecting portion 129 that is engageable with the engaging projecting portion is partially formed around the lever shaft in a circumferential direction. A differential device is configured so that, when an engagement between an engaging pawl 98 and a clutch engaging portion 123 is released, the engaging projecting portion is engaged with the engaged projecting portion thereby to pivot the lever member in a direction away from the clutch member and, after that, when a drive transmission system is driven in a reverse direction to pivot a drive side gear in an opposite direction so that a toothed portion of the clutch member is engaged with the drive side gear 92, the engaging projecting portion does not engage the engaged projecting portion before the clutch member is swung to a position at which the clutch engaging portion does not re-engage an engaging pawl when the lever member is pivoted.
    • 提供一种离合器装置,其能够在离合器构件的齿部接合棘轮之前能够防止触发杆返回,并且可以减小其尺寸。 [解决方案]提供离合器构件93,从离合器接合状态切换到非接合状态的杆构件115和杆枢转齿轮111。 接合突出部分100在圆周方向上部分地形成在杠杆枢转齿轮上。 与接合突出部可接合的接合突出部129在周向上部分地形成在杆轴周围。 差速装置被构造成使得当接合爪98和离合器接合部分123之间的接合被释放时,接合突出部分与接合的突出部分接合,从而使杆构件沿远离离合器构件的方向枢转 之后,当驱动传动系统沿相反方向被驱动以使驱动侧齿轮沿相反方向枢转使得离合器部件的齿形部分与驱动侧齿轮92接合时,接合突出部分不 在离合器构件摆动到离合器接合部分在杠杆构件枢转时不与接合爪重新接合的位置接合接合突出部分。
    • 36. 发明申请
    • Roll Rotation Mechanism
    • 滚动旋转机构
    • US20070265102A1
    • 2007-11-15
    • US11734128
    • 2007-04-11
    • Manabu KinoYoshihide Kiyosawa
    • Manabu KinoYoshihide Kiyosawa
    • F16D3/04
    • F16D3/04B65H18/10B65H2403/40B65H2403/70
    • In a roll rotation mechanism (1) for continuously causing a film-rolling roll to rotate at a constant rate, an Oldham coupling (4) is interposed in a transmission path between a wave gear reduction mechanism (3) and a roll (10). The Oldham coupling (4) forms a connection between a gear rotation output shaft (34) and a roll rotation shaft (11) in a state in which latitude of movement α is present about a central axis line (4a). When a roll (10) is continuously rotated at a constant rate, the Oldham coupling (4) is held in a state in which no latitude of movement is present in a rotation direction R and latitude of movement α is present in a direction opposite the rotation direction; and rotation torque is transmitted. Due to the presence of the latitude of movement α, a vibration transmission path is blocked in the Oldham coupling (4), vibrations are not transmitted from the wave gear reduction mechanism (3) to a roll (19), a vibration system does not resonate, and no incidence of large rotational fluctuation occurs in the roller.
    • 在连续使成膜辊以恒定速度旋转的辊旋转机构(1)中,在波齿轮减速机构(3)和辊(10)之间的传递路径中插入有十字联轴器(4) 。 在围绕中心轴线(4a)存在运动范围α的状态下,十字联轴器(4)在齿轮旋转输出轴(34)和辊旋转轴(11)之间形成连接。 当辊(10)以恒定速率连续旋转时,奥德姆联轴器(4)保持在旋转方向R上不存在运动纬度的状态,并且运动的纬度α存在于与 旋转方向 并发送旋转扭矩。 由于存在运动自由度α,在十字联轴节(4)中阻挡振动传播路径,振动不会从波轮齿轮减速机构(3)传递到滚动体(19),振动系统不会 谐振,并且在辊中没有大的旋转波动的发生。
    • 37. 发明申请
    • Concentric tape applicator
    • 同心带贴片机
    • US20040221961A1
    • 2004-11-11
    • US10435896
    • 2003-05-11
    • Paul WhiteMichael MarshallAndrew Blackmore
    • B32B001/00B32B031/00
    • B65H23/063B65H37/00B65H2403/70B65H2513/11B65H2701/379Y10T156/17Y10T156/1702Y10T156/1712B65H2220/01
    • A concentric tape applicator has a support shaft that defines an axis and includes a structure for supporting a tape pad for rotation with the support shaft about the axis. Guide rollers are mounted on the support shaft for rotation concentrically about the axis for guiding tape from the tape pad for application to an elongated member advancing along the axis relative to the support shaft. A drive is directly coupled to the guide elements. A differential clutch is provided that has an input shaft directly coupled to the drive and an output shaft coupled to the support shaft for applying braking forces to the pad. A feedback circuit is provided for sensing the speed of rotation of the pad and applying a feedback signal to the clutch for regulating the excitation of the clutch to maintain a substantial uniform tension on the tape dispensed from the pad so potentially independently of the amount of tape remaining on the pad.
    • 同心带施加器具有限定轴线的支撑轴,并且包括用于支撑用于使支撑轴绕轴线旋转的带垫的结构。 引导辊安装在支撑轴上以围绕轴线同心旋转,用于将带从带垫引导到用于施加的细长构件相对于支撑轴沿轴线前进。 驱动器直接连接到引导元件。 提供了一种差速离合器,其具有直接联接到驱动器的输入轴和联接到支撑轴的输出轴,用于向该垫施加制动力。 提供反馈电路用于感测焊盘的旋转速度并向离合器施加反馈信号以调节离合器的激励,以便在从垫上分配的带上保持基本均匀的张力,这可能独立于带的数量 留在垫上。