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    • 1. 发明授权
    • Thermal printer having shutter unit
    • 热敏打印机具有快门单元
    • US06795102B2
    • 2004-09-21
    • US10360735
    • 2003-02-10
    • Hideyuki KokuboTomoko Taki
    • Hideyuki KokuboTomoko Taki
    • B41J3300
    • B41J11/002B41J2/32
    • A color thermal printer includes feeder rollers for feeding thermosensitive recording material through a feeding path. A thermal head operates for thermal recording of an image in a recording region of the recording material being fed. An unused region is defined outside the recording region. A photo fixer fixes the image on the recording material by application of ultraviolet or violet rays thereto. A liquid crystal shutter unit is disposed between the photo fixer and the recording material, and includes plural shutter segments. The plural shutter segments are arranged in a form of plural parallel lines, and changeable independently between an opaque state and a transparent state, and when in the opaque state, block the ultraviolet or violet rays, and when in the transparent state, cause the rays to pass. A controller controls the liquid crystal shutter unit in synchronism with the feeder rollers, sets at least one of the shutter segments in the transparent state if the at least one is opposed to the recording region in feeding of the recording material, and sets at least one of the shutter segments in the opaque state if the at least one is opposed to the unused region in feeding of the recording material.
    • 彩色热敏打印机包括用于通过馈送路径馈送热敏记录材料的馈送辊。 热敏头用于在正在进给的记录材料的记录区域中对图像进行热记录。 在记录区域之外定义未使用的区域。 照片定影剂通过对其施加紫外线或紫外线来将图像固定在记录材料上。 液晶快门单元设置在照相定影剂和记录材料之间,并且包括多个快门段。 多个快门段以多条平行线的形式排列,并且在不透明状态和透明状态之间独立地变化,并且当处于不透明状态时,阻挡紫外线或紫外线,并且当处于透明状态时, 通过。 控制器与馈送辊同步地控制液晶快门单元,如果在馈送记录材料时至少一个与记录区域相对,则将至少一个快门段设置在透明状态,并且设置至少一个 如果在馈送记录材料时至少一个与未使用的区域相对,则遮光片段处于不透明状态。
    • 2. 发明授权
    • Color thermal printing method
    • 彩色热敏打印方式
    • US5610649A
    • 1997-03-11
    • US233745
    • 1994-04-26
    • Hideyuki Kokubo
    • Hideyuki Kokubo
    • B41J2/32B41J2/38B41J11/42
    • B41M5/34B41J11/42B41J2/32B41J2/38B41M2205/04
    • A color thermal printing method capable of preventing a color registration shift and shading is unable with a color thermosensitive recording sheet having cyan, magenta, and yellow thermosensitive coloring layers, respectively formed on a base in this order. A thermal sensitivity becomes lower the nearer the thermosensitive coloring layer is to the base. The thermosensitive coloring layer having a lower sensitivity is printed at an earlier timing to make the centers of three color print areas coincident with each other. According to a preferred embodiment, a preliminary pressed running section is provided in front of each print area. In the preliminary pressed running section, a thermal head is preheated and pressed against a color thermosensitive recording sheet. In order to reduce a change in the friction coefficient between the preliminary pressed running section and the print area, the heat energy for the preheating is set to a bias heat energy having a level just under a coloring energy. This bias heat energy having a level just under a coloring energy changes with color so that the preliminary pressed running section is set differently for each color. During the preliminary pressed running operation, a pulse motor for driving a platen drum is driven by the same predetermined number of drive pulses for all three colors.
    • 能够防止颜色对准偏移和阴影的彩色热敏打印方法不能够分别在基底上依次形成具有青色,品红色和黄色热敏着色层的彩色热敏记录片材。 热敏着色层越接近基底时,热敏感度越低。 在较早的时间打印具有较低灵敏度的热敏着色层,以使三个彩色印刷区域的中心彼此一致。 根据优选实施例,在每个打印区域的前面设置预压按行程部。 在初步挤压运行部分中,将热敏头预热并压在彩色热敏记录纸上。 为了减少初步挤压运行部分和打印区域之间的摩擦系数的变化,用于预热的热能被设定为具有刚好在着色能量下的水平的偏置热能。 具有刚好在着色能量下的水平的偏置热能随着颜色而变化,使得对于每种颜色设置不同的初步压榨运行部分。 在预压操作期间,用于驱动压盘滚筒的脉冲电机以对于所有三种颜色的相同的预定数量的驱动脉冲驱动。
    • 3. 发明申请
    • Light source and color thermal printer using the same
    • 光源和彩色热敏打印机使用相同
    • US20050270362A1
    • 2005-12-08
    • US11143566
    • 2005-06-03
    • Hideyuki Kokubo
    • Hideyuki Kokubo
    • B41J2/315B41J2/32
    • B41J2/32B41J2/315B41J2202/34
    • A yellow fixing light source of a color thermal printer comprises an aluminum substrate, light emitting elements aligned thereon, and reflectors mounted thereon. The reflector reflects the light emitted from the light emitting element. A part of a power line constituting a wiring pattern is formed on a glass epoxy plate of the reflector. The wiring pattern is prevented from having a dense portion and becomes a simple form. Thus, it is possible to reduce a cost to be taken for forming the wiring pattern. A degree of freedom for raying out the wiring pattern increases and a breadth of the wiring pattern may be widened so that it is possible to prevent luminous unevenness from being caused due to voltage drop to be induced by wiring resistance.
    • 彩色热敏打印机的黄色固定光源包括铝基板,与其对准的发光元件和安装在其上的反射器。 反射器反射从发光元件发射的光。 构成布线图案的电源线的一部分形成在反射器的玻璃环氧树脂板上。 防止布线图案具有致密部分并变成简单的形式。 因此,可以降低形成布线图案所需要的成本。 用于射出布线图案的自由度增加,并且可以扩大布线图案的宽度,使得可以防止由于布线电阻引起的电压降引起的发光不均匀。
    • 4. 发明授权
    • Device for controlling light sources
    • 光源控制装置
    • US06201354B1
    • 2001-03-13
    • US09451781
    • 1999-12-01
    • Hideyuki Kokubo
    • Hideyuki Kokubo
    • G05F100
    • B41J2/32B41J2202/34
    • An optical fixing unit for yellow fixes a yellow thermosensitive coloring layer of a color thermosensitive recording paper. This fixation is carried out by simultaneously driving two ultraviolet lamps for yellow. The respective ultraviolet lamps are repeatedly energized since switching transistors corresponding thereto are repeatedly turned on and off based on switching signals. The switching signals respectively inputted to the switching transistors have phases shifted by 180° with each other so that emission phases of the ultraviolet lamps are shifted. As a result, a peak value of a total current flowing in the ultraviolet lamps is reduced, and a change thereof is kept in a narrow range.
    • 用于黄色的光学定影单元固定着彩色热敏记录纸的黄色热敏着色层。 该固定通过同时驱动两个紫外线灯进行黄色。 相应的紫外线灯被重复激励,因为与之相对应的开关晶体管基于开关信号重复接通和断开。 分别输入到开关晶体管的开关信号彼此相移180°,使得紫外线灯的发射相位偏移。 结果,在紫外线灯中流过的总电流的峰值减小,其变化保持在窄范围内。
    • 5. 发明申请
    • Luminous device and optical fixing device
    • 发光装置和光学定影装置
    • US20060050133A1
    • 2006-03-09
    • US11214755
    • 2005-08-31
    • Hideyuki Kokubo
    • Hideyuki Kokubo
    • B41J2/385G03G13/04
    • B41J2/45B41J2/4753
    • A luminous device comprises an array of LEDs aligned in a plural number “m” of lines which extend in a main scan direction, and are apposed in a sub scan direction orthogonal to the main scan direction. The array is grouped into a number of blocks to be driven block by block, each block consisting of a number “q” of LEDs connected in serial to one another, wherein q=m. Where the numbers “q” and “m” are five and two respectively, two or three of the five LEDs of the same block are located in one of the two lines (L1), whereas other LEDs of that block are located in the other line (L2), such that the LEDs of the different blocks are located substantially in the same column in the sub scan direction, to distribute the LEDs of the same block in the main scan direction. Thereby, unevenness in integral illuminance in the sub scan direction is reduced even if there are illuminance variations between the blocks.
    • 发光装置包括沿主扫描方向延伸的多个“m”条线对齐的LED阵列,并且沿与主扫描方向正交的副扫描方向。 阵列被分组成要被逐块驱动的块的数量,每个块由串联地彼此连接的LED的数量“q”组成,其中q = m。 在数字“q”和“m”分别为5和2的情况下,同一块的五个LED中的两个或三个位于两条线(L 1)中的一条中,而该块的其他LED位于 其他线(L 2),使得不同块的LED基本上位于副扫描方向上的同一列中,以将主块扫描方向上的同一块的LED分配。 因此,即使在块之间存在照度变化,副扫描方向上的积分照度的不均匀也减小。
    • 6. 发明授权
    • Flat-surface fluorescent lamp
    • 平面荧光灯
    • US06805457B2
    • 2004-10-19
    • US10253636
    • 2002-09-25
    • Hideyuki KokuboTomoko Taki
    • Hideyuki KokuboTomoko Taki
    • F21V916
    • H01J63/06
    • A fluorescent lamp comprises a cathode panel, an anode panel and a light-output panel. A filament and grid electrodes are attached to the cathode panel. The anode panel is provided with a reflection layer and a fluorescent layer. The light-output panel is made of a transparent glass plate and is disposed on a plane different from the cathode panel and the anode panel. An electron beam emitted from the filament collides with the fluorescent layer. Upon this, the fluorescent layer is excited to emit light. The emitted light is reflected by the reflection layer to radiate from the light-output panel toward the outside of the fluorescent lamp. At this time, the light does not pass through the grid electrodes and the filament so that optical unevenness is prevented from occurring.
    • 荧光灯包括阴极面板,阳极面板和光输出面板。 灯丝和栅电极连接到阴极面板。 阳极面板设置有反射层和荧光层。 光输出面板由透明玻璃板制成,并且设置在与阴极面板和阳极面板不同的平面上。 从灯丝发射的电子束与荧光层相撞。 此时,荧光层被激发以发光。 发射的光被反射层反射,从光输出面板向荧光灯的外部辐射。 此时,光不通过栅格电极和灯丝,从而防止发生光学不均匀。
    • 8. 发明授权
    • Color thermal printing method and apparatus
    • 彩色热敏打印方法和设备
    • US5587732A
    • 1996-12-24
    • US145107
    • 1993-11-03
    • Hideyuki Kokubo
    • Hideyuki Kokubo
    • B41J2/355B41J2/36B41J11/00B41M5/26B41M5/30B41M5/323B41M5/34B41M5/382
    • B41M5/34B41J11/002B41J2/355B41M5/26B41M5/30
    • Thermosensitive color recording paper includes a support and three thermosensitive coloring layers formed thereon for yellow, magenta and cyan colors. The uppermost yellow coloring layer has the highest heat sensitivity. The undermost cyan coloring layer has the lowest heat sensitivity. When the yellow or magenta coloring layer is colored at high density, the next-underlying coloring layer is inevitably colored at a small amount. A thermal head has heating elements which are respectively driven by a pulse train constituted of a bias pulse and gradation pulses. The bias pulse raises the temperature up to coloring temperature to record one pixel in each coloring layer. The number of the gradation pulses represents the density of recording on the pixel. The bias pulse is divided into two. The gradation pulses are grouped into two groups. To record the one pixel, the pulse train is generated so as to supply the thermal head with the first subsidiary bias pulse, the first gradation pulse group, the second subsidiary bias pulse, and then the second gradation pulse group, while the recording paper is moved. Although each gradation pulse group is related to a density lower than a desired final density of the pixel, the pixel is recorded to have appearance of such a final density, so as to obtain a well reproduced full-color image on the recording paper.
    • 热敏彩色记录纸包括支撑体和形成在其上的三个热敏着色层,用于黄色,品红色和青色。 最上面的黄色着色层具有最高的热敏感性。 最低的青色着色层的热敏感性最低。 当黄色或品红色着色层以高密度着色时,下一个着色层不可避免地以少量着色。 热敏头具有分别由偏置脉冲和灰度脉冲构成的脉冲串驱动的加热元件。 偏置脉冲将温度提高到着色温度,以在每个着色层中记录一个像素。 灰度脉冲的数量表示像素上的记录密度。 偏置脉冲分为两部分。 灰度脉冲分为两组。 为了记录一个像素,产生脉冲序列,以便在记录纸是第一次级偏压脉冲,第一灰度级脉冲组,第二辅助偏置脉冲,然后是第二灰度级脉冲组时向热头提供 移动了 虽然每个灰度脉冲组与低于像素的期望最终浓度的密度相关,但是像素被记录为具有这样的最终浓度的外观,以便在记录纸上获得良好再现的全色图像。