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    • 11. 发明授权
    • Image forming method
    • 图像形成方法
    • US6040267A
    • 2000-03-21
    • US21996
    • 1998-02-11
    • Shigeru ManoHiroshi WatanabeKaori FukumuroYorihiro Yamaya
    • Shigeru ManoHiroshi WatanabeKaori FukumuroYorihiro Yamaya
    • B41M5/025B41M5/035B41M5/34B41M5/385B41M5/52B41M7/00B41M5/28B41M5/38
    • B41M5/5218B41M5/0256B41M5/0356B41M5/385B41M7/00B41M5/345B41M5/5227
    • In an image forming method in that an image-receiving layer of an image-receiving element is in contact with an ink sheet comprising a thermally transferable dye, and the dye is transferred to the image-receiving layer in accordance with imagewise-heating, the image-receiving layer comprises a metal ion-containing compound and the ink sheet has repeatedly a region comprising both the metal ion-containing compound and a chelatable dye and a region comprising the metal ion-containing compound and no thermally transferable dye and the dye-containing region of the ink sheet is subjected to imagewise-heating, and to the image part formed on the image-receiving layer, the metal ion-containing compound is transferred by heating the region comprising the compound containing the metal ion. (2) In the above-mentioned (1), the image-receiving layer comprises substantially no metal ion-containing compound.
    • 在图像形成方法中,图像接收元件的图像接收层与包含可热转印染料的油墨片接触,并且根据成像加热将染料转印到图像接收层, 图像接收层包括含金属离子的化合物,并且油墨片材重复地具有包含含金属离子的化合物和可螯合染料的区域和包含含金属离子的化合物的区域,并且不具有可热转染的染料, 对油墨片的容纳区域进行成像加热,并且对于形成在图像接收层上的图像部分,通过加热包含含有金属离子的化合物的区域来转移含金属离子的化合物。 (2)在上述(1)中,图像接收层基本上不含有含金属离子的化合物。
    • 13. 发明授权
    • Thermal transfer image recording method
    • 热转印图像记录方法
    • US06235679B1
    • 2001-05-22
    • US09237589
    • 1999-01-26
    • Shigeru ManoTomomi YoshizawaYorihiro Yamaya
    • Shigeru ManoTomomi YoshizawaYorihiro Yamaya
    • B41M5035
    • B41M5/38235B41M5/025B41M5/52B41M7/0027Y10S428/913Y10S428/914
    • A thermal transfer image recording method is disclosed. The method comprises steps of (1) contacting the surface of an ink layer of an ink sheet which comprises a support having thereon the ink layer comprising a thermal diffusible dye precursor to the surface of an image receiving layer of an image receiving sheet which comprises a support having thereon the image receiving layer containing a dye fixing agent capable of reacting with the dye precursor to form a dye, (2) imagewise heating the ink sheet contacting with the image receiving sheet by a heating means, (3) separating the ink sheet from the image receiving sheet, (4) contacting the surface of the image receiving layer to a resin coated surface of a protecting sheet, (5) heating the image receiving sheet through the protecting sheet with a heating means, and (6) separating the image receiving sheet and the protecting sheet, in which an optical density of an area of the image recorded on the image receiving layer RD and an optical density of an image formed on the protecting sheet SD satisfy the following equation, 0.5%≦IDT≦8% provided IDT=SD/(RD+SD)×100.
    • 公开了一种热转印图像记录方法。 该方法包括以下步骤:(1)使油墨片的油墨层的表面与包含可扩散染料前体的油墨层在其上的载体相接触,所述油墨层包括图像接收片的图像接收层的表面, 其上具有包含可与染料前体反应形成染料的染料固色剂的图像接收层,(2)通过加热装置对与图像接收片接触的油墨片成像加热,(3)将油墨片 (4)使图像接收层的表面与保护片的树脂被覆表面接触,(5)通过加热装置通过保护片加热图像接收片,和(6)将图像接收片分离 图像接收片和保护片,其中记录在图像接收层RD上的图像的区域的光密度和形成在保护片S上的图像的光密度 D满足以下公式,IDT = SD /(RD + SD)×100。
    • 14. 发明授权
    • Image forming method and a printer
    • 图像形成方法和打印机
    • US06222568B1
    • 2001-04-24
    • US09349973
    • 1999-07-09
    • Shigeru ManoEiji Goto
    • Shigeru ManoEiji Goto
    • B41J232
    • B41J2/325
    • An image forming apparatus, including: a head, having plural heating elements arranged in line, for forming an image on an image forming medium by transmitting ink, which an ink ribbon has, to the image forming medium; a scanner for moving the heating element in relation to the image forming medium; an input system for inputting image data wherein the image data includes data corresponding to an image; a searcher for searching split lines of the image, according to the image data, so that a space between an edge portion of the image and a discontinued image portion on the image or between a discontinued image portion and its adjoining discontinued image portion is not more than a width of the ink ribbon; and a controller for controlling the head and the scanner so that a portion of the image in the space, between an edge portion of the image and a discontinued image portion on the image or between a discontinued image portion and its adjoining discontinued image portion, is formed by one scanning path of the head.
    • 一种图像形成装置,包括:头部,具有排列成行的多个加热元件,用于通过将墨带传送的油墨在图像形成介质上形成图像到图像形成介质; 用于相对于图像形成介质移动加热元件的扫描器; 用于输入图像数据的输入系统,其中所述图像数据包括对应于图像的数据; 用于根据图像数据搜索图像的分割线的搜索器,使得图像的边缘部分与图像上的中断图像部分之间或不连续的图像部分与其相邻的中断图像部分之间的空间不更多 比色带的宽度大; 以及控制器,用于控制头部和扫描仪,使得图像的边缘部分与图像上的不连续的图像部分之间或中断的图像部分与其相邻的中断的图像部分之间的空间中的图像的一部分是 由头部的一个扫描路径形成。
    • 16. 发明授权
    • Piston position detector for fluid pressure cylinder
    • 用于流体压力缸的活塞位置检测器
    • US4793241A
    • 1988-12-27
    • US117464
    • 1987-11-04
    • Shigeru ManoHiroshi Kagohashi
    • Shigeru ManoHiroshi Kagohashi
    • F02B77/08F15B15/28G01B7/00G01D9/20F01B25/26F01B31/12
    • F15B15/2861F02B77/087F15B15/2807G01D9/20Y10S91/04
    • In a piston position detector for a fluid pressure cylinder operating by fluid pressure such as air pressure or oil pressure, a permanent magnet is mounted on a piston sliding in a non-magnetic cylinder, and a magnetic detection element to respond to the magnetic field formed by the permenent magnet and to generate detection signals is mounted to any position of the cylinder. A magnetic induction piece in sheet form is interposed between the cylinder and the magnetic detection element, so that when the permanent magnet faces the front of the magnetic detection element, the magnetic induction piece is magnetically saturated by performing bypass induction of only a part of the magnetic flux of the permanent magnet to act on the magnetic detection element and most of the magnetic flux acts on the magnetic detection element. As the permanent magnet is shifted from the front of the magnetic detection element, the ratio of the magnetic flux subjected to the bypass induction through the magnetic induction piece is increased and the magnetic flux density acting on the magnetic detection element is rapidly decreased, thereby the piston position can be detected with precise accuracy.
    • 在用于通过诸如空气压力或油压的流体压力操作的流体压力缸的活塞位置检测器中,永磁体安装在在非磁性气缸中滑动的活塞上,并且磁性检测元件响应于形成的磁场 并且产生检测信号被安装到气缸的任何位置。 片状的磁感应片介于气缸和磁性检测元件之间,因此当永磁体面向磁检测元件的前部时,磁感应片通过仅仅​​部分 永磁体的磁通量作用在磁检测元件上,并且大部分磁通量作用在磁检测元件上。 当永磁体从磁检测元件的前方偏移时,通过磁感应片进行旁路感应的磁通比增加,作用在磁检测元件上的磁通密度迅速降低, 可精确检测活塞位置。