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    • 34. 发明申请
    • Printer and adhesive label manufacturing device
    • 打印机和粘贴标签制造装置
    • US20060130977A1
    • 2006-06-22
    • US11288734
    • 2005-11-29
    • Masanori Takahashi
    • Masanori Takahashi
    • B32B37/00B32B38/04B65C11/02
    • B65C9/25B41J3/4075B41J15/046B65C2009/0081Y10T156/1052Y10T156/1085Y10T156/12
    • According to the present invention, a roll member is formed by winding a heat-sensitive adhesive sheet in one direction, and the heat-sensitive adhesive sheet can be smoothly deflected and easily cut to a predetermined length. A heat-sensitive adhesive sheet, while being unwound from a roll member stored in a roll member storage unit, is inserted into a printing device and is heated by a thermal head to perform printing on a printing enabled layer of the sheet. After the printing has been accomplished, the heat-sensitive adhesive sheet is conveyed forward to a guide portion until the leading edge of the sheet abuts upon a guide roof member. While contacting the guide roof member, the leading edge of the heat-sensitive adhesive sheet is slid down and guided along the guide roof member to the nip portion of a pair of insertion rollers and is held at the nip. Once the insertion rollers 13 have been halted, or have begun rotating slowly, the heat-sensitive adhesive sheet 1 is conveyed further and is deflected downward and assumes a concave shape. Then, the heat-sensitive adhesive sheet 1 is cut to a predetermined length by a cutting device, and the heat-sensitive adhesive layer of the cut portion is heated and thermally activated by a thermal activation device 5.
    • 根据本发明,通过在一个方向上卷绕热敏粘合片而形成卷材,并且该热敏粘合片能够平滑地偏转并容易地切割成预定长度。 热敏粘合片在从存储在卷筒部件收纳部中的辊部件展开的同时被插入到印刷装置中,并通过热敏头进行加热,从而在片材的印刷层上进行印刷。 在完成印刷之后,将热敏粘合片向前输送到引导部分,直到片材的前缘邻接在引导顶部部件上。 在与导向屋顶部件接触的同时,将热敏粘合片的前缘向下滑动并沿着导向顶部构件引导到一对插入辊的夹持部,并保持在辊隙。 一旦插入辊13已经停止或已经开始缓慢旋转,则热敏粘合片1被进一步传送并且向下偏转并呈现凹形。 然后,通过切割装置将热敏粘合片1切割成预定长度,并且通过热激活装置5对切割部分的热敏粘合剂层进行加热和热激活。
    • 35. 发明申请
    • Thermal activation device and printer
    • 热激活装置和打印机
    • US20050271443A1
    • 2005-12-08
    • US11137846
    • 2005-05-25
    • Masanori TakahashiHiroyuki KohiraYoshinori SatoMinoru HoshinoTatsuya Obuchi
    • Masanori TakahashiHiroyuki KohiraYoshinori SatoMinoru HoshinoTatsuya Obuchi
    • B41J2/32B41J2/325B41J3/407B41J11/04B41J11/14B41J11/20B41J11/24B41J13/02B41J15/04B41J11/26
    • B41J11/24B41J2/32B41J11/04
    • A thermal activation device includes a platen lock mechanism (19) for locking a platen roller (12) and a thermal activation head (11) into press contact with each other, the platen lock mechanism (19) including lock arms (32a and 32b) provided to be rotatable and engaged with a platen unit (18), and a compression coil spring (24) which urges the lock arms (32a and 32b) so as to bring the lock arms (32a and 32b) into engagement with the platen roller (18). The plate lock mechanism (19) includes lock pins (33) provided in the platen unit (18), and engagement grooves (37) which are provided in the lock arms (32a and 32b) and with which the lock pins (33) are engaged. Moreover, in the platen lock mechanism (19), in a state where the thermal activation head (11) is in press contact with the platen roller (12), an axis of the lock pins (33) is provided at a position farther than a position of a rotation center of the platen roller (12) with respect to a rotation center of the lock arms (32a and 32b).
    • 热激活装置包括用于将压纸辊(12)和热活化头(11)相互压接的压板锁定机构(19),所述压板锁定机构(19)包括锁定臂(32a和32) b)设置成可旋转并与压板单元(18)接合,以及压缩螺旋弹簧(24),其推动锁定臂(32a和32b)以使锁定臂(32a和32b) 与压辊(18)接合。 板锁定机构(19)包括设置在压板单元(18)中的锁定销(33)和设置在锁定臂(32a和32b)中的锁定销(33),锁定销(33) ) 订婚了。 此外,在压板锁定机构(19)中,在热活化头(11)与压纸辊(12)压接的状态下,锁定销(33)的轴线设置在比 相对于锁定臂(32a和32b)的旋转中心的压印辊(12)的旋转中心的位置。
    • 37. 发明授权
    • Shift device for marine transmission
    • 船用传动装置
    • US06905382B2
    • 2005-06-14
    • US10689343
    • 2003-10-20
    • Katsumi OchiaiMasanori Takahashi
    • Katsumi OchiaiMasanori Takahashi
    • B63H20/20B63H21/22B63H23/08B60K41/00
    • B63H21/21B63H20/20B63H21/22B63H23/08Y10T74/2003Y10T477/675
    • A marine drive has a propulsion device. A transmission is coupled with the propulsion device. A shift mechanism moves the transmission between a first position in which the propulsion device is set to a first mode and a second position in which the propulsion device is set to a second mode. The shift mechanism has a shift unit movable between a first shift position and a second shift position. The transmission moves to the first position while the shift unit moves toward the first shift position, and moves to the second position while the shift unit moves toward the second shift position. An electrically operable shift actuator is supported by the drive body. The shift actuator has an actuating member that preferably is detachably coupled with the shift unit.
    • 船用驱动装置具有推进装置。 传动装置与推进装置连接。 换档机构将推进装置的第一位置与第一模式之间的传动与将推进装置设定为第二模式的第二位置进行移动。 换档机构具有可在第一换档位置和第二换档位置之间移动的换档单元。 当变速单元向第一变速位置移动时,变速器移动到第一位置,并且当变速单元朝向第二变速位置移动时,变速器移动到第二位置。 电动操作的换档致动器由驱动体支撑。 换档致动器具有优选地与换档单元可拆卸地联接的致动构件。