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    • 1. 发明公开
    • Thermal printer
    • Thermischer Drucker
    • EP2014477A2
    • 2009-01-14
    • EP08075801.4
    • 2005-05-18
    • Seiko Instruments Inc.
    • Takahashi, MasanoriKohira, HiroyukiSato, YoshinoriHoshino, MinoruObuchi, Tatsuya
    • B41J13/02B41J11/14B41J11/24B41J3/407B41J2/325B41J15/04
    • B41J11/24B41J2/32B41J11/04
    • A thermal activation device (10), includes: heating means (11) for thermally activating a heat-sensitive adhesive layer of a sheet material (3) having the heat-sensitive adhesive layer; a platen unit (18) that includes a platen roller (12) for conveying the sheet material (3), the platen roller (12) being brought into press contact with the heating means (11), the platen unit (18) being movable in a direction for bringing the platen roller (12) into and out of contact with the heating means (11); and a platen lock mechanism (19) for locking the platen roller (12) and the heating means (11) into press contact with each other, the platen lock mechanism (19) including lock arms (32a, 32b) that are rotatable and engaged with the platen unit (18), and urging means (24) for urging the lock arms (32a, 32b) in a direction for bringing the lock arms (32a, 32b) into engagement with the platen roller (12), wherein the platen lock mechanism (19) includes a shaft member (33) provided in one of the platen unit (18) and the lock arms (32a, 32b), and an engagement recess (37) which is provided in the other and with which the shaft member (33) is engaged, and wherein an outer diameter of the shaft member (33) is smaller than one of an outer diameter of a rotary shaft (25) of the platen roller (12) and an outer diameter of a bearing (26) that supports the rotary shaft (25). The heating means (11) is supported by a rotary support member (22), the lock arms (32a, 32b) and one end of said rotary support member (22) are supported by a rotation support shaft (23) so as to be rotatable, and the urging means (24) is a compression coil spring provided between the rotary support member (22) and a spring support piece (39) such that the heating means (11) is brought into press contact with the platen roller (12).
    • 热活化装置(10)包括:用于热活化具有该热敏粘合剂层的片材(3)的热敏粘合剂层的加热装置(11) 压板单元(18),其包括用于输送片材(3)的压纸辊(12),压辊(12)与加热装置(11)压接,压板单元(18)可移动 在使压纸辊(12)与加热装置(11)接触和脱离的方向上; 以及用于将压纸辊(12)和加热装置(11)相互压接的压盘锁定机构(19),包括能够旋转和接合的锁定臂(32a,32b)的压盘锁定机构(19) 与压板单元(18)以及用于在使锁定臂(32a,32b)与压纸辊(12)接合的方向上推动锁定臂(32a,32b)的推动装置(24) 锁定机构(19)包括设置在压板单元(18)和锁定臂(32a,32b)中的一个中的轴构件(33),以及设置在另一个中的轴(37) 构件(33)接合,并且其中轴构件(33)的外径小于压纸辊(12)的旋转轴(25)的外径和轴承(26)的外径中的一个 ),其支撑旋转轴(25)。 加热装置(11)由旋转支撑构件(22)支撑,锁臂(32a,32b)和所述旋转支撑构件(22)的一端由旋转支撑轴(23)支撑,以便 并且推动装置(24)是设置在旋转支撑构件(22)和弹簧支撑件(39)之间的压缩螺旋弹簧,使得加热装置(11)与压纸辊(12)压接 )。
    • 6. 发明公开
    • Printer
    • 德鲁克
    • EP0885736A2
    • 1998-12-23
    • EP98202842.5
    • 1995-11-08
    • SEIKO INSTRUMENTS INC.
    • Kohira, Hiroyuki
    • B41J25/312
    • B41J25/312B41J25/316
    • An object of the present invention is to make uniform the contact state by pressing of a printhead with a platen. A printer comprises a frame, a platen 1, a printhead 2, and a pressing body 3. The frame has left and right side walls which are provided each other at a distance depending on the width of a recording medium. The platen 1 is provided to bridge between the two side walls. The printhead 2 is also provided to bridge between the two side walls and is disposed at the back of the platen. The pressing body 3 is incorporated in the frame and makes by pressing the printhead 2 at the back in contact with the platen 1 in front. The printhead 2 can tilt and move backward and forward and right and left according to the position of the platen 1, and the pressing body 3 is in point contact with the printhead 2. With such a structure, during printing operation, the printhead 2 is made by pressing in contact with the platen 1 following up the platen 1 backward and forward and right and left.
    • 本发明的目的是通过用压板按压打印头来使接触状态均匀。 打印机包括框架,台板1,打印头2和按压体3.框架具有根据记录介质的宽度一定距离地设置的左侧壁和右侧壁。 压板1设置成在两个侧壁之间桥接。 打印头2还设置成在两个侧壁之间桥接并设置在压板的后部。 按压体3结合在框架中,通过在前面按压与打印盘1接触的背面的打印头2。 打印头2可以根据压板1的位置向后和向前,向左,向左和向后移动,并且按压体3与打印头2相接触。通过这种结构,在打印操作期间,打印头2是 通过与压板1接触地按压压板1向后并向前和向左和向左按压而制成。
    • 8. 发明公开
    • Thermal activation method and thermal activation device for a heat-sensitive adhesive sheet
    • HaftfolieWärmeaktivierungsverfahrenundWärmeaktivierungsvorrichtungfüreinewärmeempfindlicheHaftfolie
    • EP2279873A2
    • 2011-02-02
    • EP10178057.5
    • 2005-05-18
    • Seiko Instruments Inc.
    • Kohira, HiroyukiTakahashi, MasanoriSato, YoshinoriHoshino, MinoruObuchi, Tatsuya
    • B41J2/32B41J3/407B41J15/04B65C9/25
    • B41J2/32B41J3/4075B41J15/005B41J15/046B65C9/25Y10T156/17
    • A thermal activation method for a heat-sensitive adhesive sheet is provided, in which the adhesive sheet has an adhesive layer, which can be rendered adhesive by heat generated by driving a linear array of heating elements (10) of a thermal head (11). The method includes: the step of selectively driving the plurality of heating elements by choosing in advance which at least one of the plurality of heating elements is to temporarily stop being driven and by setting in advance when to stop driving this heating element, in a manner that gives a first region, that is not heated by any opposing heating element, a location and a size that allow the first region to be thermally activated with heat transmitted from a second region, the second region surrounding the first region and being heated by opposing heating elements, the first and second regions constituting a predetermined region, the entirety of which is to develop adhesion; and the step of thermally activating the adhesive layer throughout the predetermined region by thermally activating the heat-sensitive adhesive layer in the first region with heat transmitted from the second region, the heat being transmitted to the first region laterally through the heat-sensitive adhesive layer (1a), the dissipation of the heat in a depth direction of the heat-sensitive adhesive sheet being limited due to the existence of the heat insulating layer (1c). By this means, a sticking power is developed which is substantially equivalent to that obtained when all the heating elements facing the predetermined region are driven. This substantially equivalent sticking power is achieved with a driving energy which is less than a driving energy in a case where all the heating elements which face the predetermined region are driven.
    • 提供了一种用于热敏粘合片的热激活方法,其中粘合片具有粘合剂层,其可以通过驱动热敏头(11)的加热元件(10)的线性阵列产生的热而变得粘合, 。 该方法包括:通过预先选择性地驱动多个加热元件的步骤,其中多个加热元件中的至少一个要临时停止被驱动,并且以某种方式预先设定停止驱动该加热元件的步骤 其提供不被任何相对的加热元件加热的第一区域,允许第一区域由第二区域传递的热量被热活化的位置和尺寸,第二区域围绕第一区域并被相对的加热 加热元件,第一和第二区域构成预定区域,其全部是形成粘合; 以及通过从第二区域传递的热量热活化第一区域中的热敏粘合剂层而在整个预定区域热活化粘合剂层的步骤,热量通过热敏粘合剂层横向传递到第一区域 (1a)中,由于存在隔热层(1c),热敏粘合片的深度方向的热耗散受到限制。 通过这种方式,开发出基本上等效于当驱动面向预定区域的所有加热元件时获得的粘附力。 这种基本上相当的粘着力是在驱动面对预定区域的所有加热元件的情况下的驱动能量小于驱动能量来实现的。
    • 9. 发明公开
    • Cutter mechanism and printer with such a cutter
    • Schneidermechanismus und Drucker mit einem solchen Schneidmechanismus
    • EP2279834A2
    • 2011-02-02
    • EP10166809.3
    • 2010-06-22
    • Seiko Instruments Inc.
    • Kohira, Hiroyuki
    • B26D1/08B26D7/26B41J2/325B41J11/40B41J29/02
    • B26D1/085B26D7/00B26D7/2614B26D7/2628B26D2007/2685B41J2/32B41J11/70B41J29/02B41J29/13B41J29/38Y10T83/4645Y10T83/8749
    • To achieve a high swinging property of a fixed blade, enable to reliably cut a recording sheet from both right and left sides thereof without leaving an uncut portion, etc., and achieve simplification of a shape of the fixed blade and cost reduction provided is a cutter mechanism including: a fixed blade (11) including a cutting edge (11 a) at one side, and a root portion (11 b) at another side; a fixed blade holder (12) for holding the fixed blade at a position away from a base portion (20) so as to cause the cutting edge to swing up and down about the root portion; a movable blade sandwiching and cutting the recording sheet with the fixed blade; and a biasing member (13) for biasing the fixed blade in a direction of moving away from the base portion, in which the fixed blade holder includes: a wall portion (21) provided to protrude on the base portion, for positioning the fixed blade in a sliding direction of the movable blade by coming into contact with the root portion; a first regulating member (22) for regulating lifting of the cutting edge of the fixed blade; and a second regulating member (23) for regulating lifting of the root portion of the fixed blade in a state in which a predetermined gap is formed between the base portion and the root portion.
    • 为了实现固定刀片的高摆动性,能够从左右两侧可靠地切割记录纸,而不会留下未切割部分等,并且实现了固定刀片的形状的简化,并且降低了成本 切割机构包括:固定刀片(11),其包括一侧的切削刃(11a)和另一侧的根部(11b); 固定刀片保持器(12),用于将固定刀片保持在远离基部(20)的位置,以使切割刃围绕根部部分上下摆动; 用固定刀片夹住和切割记录纸的可动刀片; 以及偏置构件(13),用于沿着固定刀片保持器的远离基部的方向偏置固定刀片,该固定刀片保持器包括:设置成突出在基部上的壁部分(21),用于将固定刀片 通过与根部接触而在可动刀片的滑动方向上移动; 用于调节固定刀片的切割刃的提升的第一调节构件(22) 以及第二调节构件(23),用于在基部和根部之间形成预定间隙的状态下调节固定刀片的根部的提升。