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    • 1. 发明授权
    • Dot recording device
    • 点记录装置
    • US6113289A
    • 2000-09-05
    • US387027
    • 1999-08-31
    • Kazuo SaitoEiji KumaiMasatomo KanamitsuTsuyoshi Tomii
    • Kazuo SaitoEiji KumaiMasatomo KanamitsuTsuyoshi Tomii
    • B41J11/00B41J13/14B41J11/20
    • B41J13/14B41J11/005
    • A printer is provided wherein printing can be executed continuously after the rear end of printing paper comes off a paper feeding roller without loss in print image quality. Specifically, the position of a point nipped by a paper ejecting roller is placed higher than the position of the top face of a record medium regulating part, and the surface of the paper located upstream of the paper ejecting roller is pressed downward. The position of the top face of the record medium regulating may be varied and backed up. As a result, the rear end of the paper being pressed downward may be caused not to touch the print head. The printer is also provided with a driving controller, that executes an interlace recording method, and the end on the upstream side of the flat top face of the record medium regulating part is located within a range of the array of dot formation elements. The drive controller records a first line of a record object using dot formation elements located at the rear end of the recording head, after the front end of the record medium reaches the end on the upstream side of the top face of the record medium regulating part and is therefore properly positioned. Subsequently, the interlace recording method is executed by repeating sub scanning, by a predetermined sub scanning distance, and main scanning by the recording head.
    • 提供了一种打印机,其中打印纸的后端在打印图像质量不损失的情况下在打印纸的后端脱离送纸辊之后可以连续执行打印机。 具体地说,由排纸辊夹持的点的位置被设置成高于记录介质调节部的上表面的位置,并且位于排纸辊上游的纸张的表面被向下压。 可以改变和备份记录介质调节的顶面的位置。 结果,被压下的纸张的后端可能不会与打印头接触。 打印机还设置有驱动控制器,其执行隔行记录方法,并且记录介质调节部件的平坦顶面的上游侧的端部位于点形成元件阵列的范围内。 驱动控制器使用位于记录头后端的点形成元件记录记录物体的第一行,在记录介质的前端到达记录介质调节部分顶面的上游侧的端部 因此被适当地定位。 随后,通过以预定的副扫描距离重复子扫描和由记录头进行主扫描来执行隔行扫描记录方法。
    • 2. 发明授权
    • Printer with improved paper handling mechanism
    • 打印机具有改进的纸张处理机制
    • US06183152B2
    • 2001-02-06
    • US09224392
    • 1998-12-31
    • Eiji KumaiMasatomo KanamitsuTsuyoshi Tomii
    • Eiji KumaiMasatomo KanamitsuTsuyoshi Tomii
    • B41J1126
    • B41J13/042
    • A printer having a paper handling mechanism that includes a paper feed roller pair located upstream of a recording head. The paper feed roller pair includes a roller having a roller axis and a follow-up roller having a follow-up roller axis. A line between the roller axis and the follow-up axis is inclined towards the recording head. A paper discharge roller pair located downstream. The paper discharge roller pair includes a discharge roller having a discharge roller axis and a discharge follow-up rolling having discharge follow-up roller axis. A line between the discharge roller axis and the discharge follow-up roller axis is inclined towards the recording head.
    • 一种具有纸张处理机构的打印机,其包括位于记录头上游的供纸辊对。 供纸辊对包括具有辊轴的辊和具有后续辊轴的随动辊。 辊轴和跟随轴之间的线对着记录头倾斜。 位于下游的排纸辊对。 排纸辊包括具有排出辊轴线的排出辊和具有排放跟随辊轴的排出跟随滚动。 排出辊轴与排出跟随辊轴之间的一条线朝向记录头倾斜。
    • 7. 发明授权
    • Capping apparatus for an ink jet printer
    • 喷墨打印机的封盖装置
    • US5252993A
    • 1993-10-12
    • US748217
    • 1991-08-21
    • Tsuyoshi TomiiKatsuhiko Iida
    • Tsuyoshi TomiiKatsuhiko Iida
    • B41J2/165
    • B41J2/16523
    • A capping device for an ink jet printer includes a cap supported on a cap support member adapted to press the cap against a print head with a uniform pressure distribution despite variation in the positional relationship between the print head and the cap support member. The uniform pressure distributed is enhanced by supporting the cap by the support member in such a manner to permit the cap to pivot in at least two degrees of freedom. After the cap is sealed around an ink orifice of the printer, a preliminary suction operation reduces the pressure within a cavity defined by the cap and the print head. The pressure within the cavity is then returned to atmospheric pressure and then reduced again, but to a level which will not interfere with the ink meniscus level in the print head. The first period of suction lasts longer than the second suction period. By providing the capping device with tubes which resist the corrosive effects of ink and prevent gas from penetrating therethrough, excessive air buildup within the print head can be avoided.
    • 用于喷墨打印机的封盖装置包括支撑在帽支撑构件上的帽,其适于将打印头压靠在打印头上,均匀的压力分布,尽管打印头和盖支撑构件之间的位置关系发生变化。 通过支撑构件以这样的方式支撑帽来增强分布的均匀压力,以允许帽以至少两个自由度枢转。 在盖子围绕打印机的墨水孔密封之后,初步抽吸操作降低了由盖子和打印头限定的空腔内的压力。 然后将空腔内的压力恢复到大气压力,然后再次减小,但是达到不会干扰打印头中的墨水弯月面水平的水平。 第一次抽吸持续时间比第二次吸入时间长。 通过为封盖装置提供防止油墨的腐蚀作用并防止气体穿过其中的管子,可以避免在打印头内产生过多的空气积聚。
    • 8. 发明申请
    • Liquid ejection apparatus and method of driving the same
    • 液体喷射装置及其驱动方法
    • US20050195227A1
    • 2005-09-08
    • US10989601
    • 2004-11-17
    • Ryoichi TanakaSyuji YonekuboGaku KoHidetoshi MasudaTsuyoshi Tomii
    • Ryoichi TanakaSyuji YonekuboGaku KoHidetoshi MasudaTsuyoshi Tomii
    • B41J29/38
    • B41J29/38B41J2/04563B41J2/04581B41J2/04588B41J2/04596B41J29/026
    • A liquid ejection head ejects liquid droplets toward a target medium while being moved in a first direction. A temperature detector detects temperature in a peripheral region of the liquid ejection head. A signal generator generates a first signal including first pulses operable to drive the liquid ejection head so as to eject the liquid droplets toward a unit region in the target medium at a first frequency, and a second signal including second pulses operable to drive the liquid ejection head so as to eject the liquid droplets toward the unit region at a second frequency which is lower than the first frequency. A mode switcher establishes a first mode in which the first pulses are applied to the liquid ejection head when the temperature detector detects that the temperature is no higher than a prescribed temperature, and establishes a second mode in which the second pulses are applied to the liquid ejection head when the temperature detector detects that the temperature is higher than the prescribed temperature. A scan controller moves the liquid ejection head at a first velocity when the first mode is established, and moves the liquid ejection head at a second velocity which is lower than the first velocity when the second mode is established.
    • 液体喷射头在朝向第一方向移动的同时朝向目标介质喷射液滴。 温度检测器检测液体喷射头的周边区域中的温度。 信号发生器产生第一信号,该第一信号包括可操作以驱动液体喷射头的第一脉冲,以便以第一频率朝向目标介质中的单位区域喷射液滴;以及第二信号,包括可操作以驱动液体喷射的第二脉冲 以便以比第一频率低的第二频率将液滴喷射到单元区域。 模式切换器建立第一模式,其中当温度检测器检测到温度不高于规定温度时,将第一脉冲施加到液体喷射头,并且建立第二模式,其中将第二脉冲施加到液体 当温度检测器检测到温度高于规定温度时,喷射头。 当建立第一模式时,扫描控制器以第一速度移动液体喷射头,并且当建立第二模式时,以比第一速度低的第二速度移动液体喷射头。