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    • 1. 发明授权
    • Line head and imaging apparatus incorporating the same
    • 线头和包含其的成像装置
    • US07719560B2
    • 2010-05-18
    • US11923412
    • 2007-10-24
    • Ryuta KoizumiTakeshi SowaYujiro NomuraKen Ikuma
    • Ryuta KoizumiTakeshi SowaYujiro NomuraKen Ikuma
    • B41J2/45
    • B41J2/451
    • An optical write line head includes multiple rows of light emitter devices lined up corresponding to respective positive lenses located in array form, wherein even with a fluctuation of its write plane in an optical axis direction, there is none of variations resulting from displacements of light emitting dots. A plurality of light emitter blocks, each including at least one row of light emitter devices lined up in a main scan direction, are located at a spacing in the main scan direction to define a light emitter array. On the exit side of the light emitter array, a lens array including one positive lens system in alignment with each light emitter block is located parallel with the light emitter array, and a write plane is located parallel on the imaging side of the lens array. A stop plate forming an aperture stop is located near a light-gathering position at which parallel light incident from the write plane side on each positive lens system comes together.
    • 光写入线头包括对应于位于阵列形式的相应正透镜排列的多排发光器件,其中即使在光轴方向上其写平面的波动,也不存在由发光的位移引起的变化 圆点 沿主扫描方向排列的至少一排发光器件的多个发光器块位于主扫描方向上的间隔,以限定发光器阵列。 在光发射器阵列的出射侧,包括与每个光发射器块对准的一个正透镜系统的透镜阵列与光发射器阵列平行,并且写平面平行于透镜阵列的成像侧。 形成孔径光阑的挡板位于聚光位置附近,在每个正透镜系统上从写平面侧入射的平行光聚集在一起。
    • 3. 发明申请
    • Line Head and Imaging Apparatus Incorporating the Same
    • 包括其的线头和成像装置
    • US20080106590A1
    • 2008-05-08
    • US11923412
    • 2007-10-24
    • Ryuta KoizumiTakeshi SowaYujiro NomuraKen Ikuma
    • Ryuta KoizumiTakeshi SowaYujiro NomuraKen Ikuma
    • B41J2/45
    • B41J2/451
    • The invention provides an optical write line head comprising multiple rows of light emitter devices lined up corresponding to the respective positive lenses located in array form, wherein even with a fluctuation of its write plane in an optical axis direction, there is none of variations resulting from displacements of light emitting dots. A plurality of light emitter blocks 4, each including at least one row of light emitter devices lined up in a main scan direction, are located at a spacing in the main scan direction to define a light emitter array 1. On the exit side of the light emitter array 1, a lens array 6 comprising one positive lens system 5 in alignment with each light emitter block 4 is located parallel with the light emitter array 1, and a write plane 41 is located parallel on the imaging side of the lens array 6. A stop plate 30 forming an aperture stop 31 is located near a light-gathering position at which parallel light incident from the write plane side on each positive lens system comes together.
    • 本发明提供了一种光学写入线头,包括排列成对应于阵列形式的各个正透镜的多行发光器件,其中即使在光轴方向上写入平面的波动,也不存在由 发光点位移。 多个发光体块4,每个发光体块4包括沿主扫描方向排列的至少一排发光器件,以主扫描方向的间隔设置,以限定发光体阵列1。 在光发射器阵列1的出射侧,包括与每个光发射器块4对准的一个正透镜系统5的透镜阵列6与光发射器阵列1平行,并且写平面41平行于成像 一侧的透镜阵列6。 形成孔径光阑31的挡板30位于聚光位置附近,在每个正透镜系统上从写平面侧入射的平行光聚集在一起。
    • 5. 发明授权
    • Line head and image forming apparatus using the same
    • 线头和使用它的成像设备
    • US08089695B2
    • 2012-01-03
    • US12211667
    • 2008-09-16
    • Takeshi SowaYujiro NomuraRyuta Koizumi
    • Takeshi SowaYujiro NomuraRyuta Koizumi
    • G02B27/10G02B9/00G03B27/52
    • G02B26/124G02B3/0006
    • A line head includes: a positive lens system having two lenses with positive refractive power; an image-side lens array in which the image-side lens of the two lenses is arrayed in a plural number in first and second directions; an object-side lens array in which the object-side lens of the two lenses is arrayed in a plural number in the first and second directions; a light emitter array in which a plurality of light-emitting elements are arrayed on an object side of the positive lens system for the one positive lens system; and an aperture plate that forms an aperture diaphragm disposed on the object side of the positive lens system so that an image side is telecentric or approximately telecentric. Assuming that the row number of lenses arrayed in the second direction of the image-side lens array is m, a gap between effective regions of the two image-side lenses adjacent to each other in the first direction is α, an image-side angle of aperture (half angle) of the positive lens system is θi, a width (full width) of a plurality of light-emitting element images in the first direction, which are images on image surfaces of the plurality of light-emitting elements arrayed for the one positive lens system, is Wi, a focal length of the image-side lens is f2, and a distance from an image-side principal plane of the image-side lens to the image surface is Si, the following conditions, f2≦(mWi−α)/(2θi), Wi≧2Siθi/(m−1)+α/(m−1), are satisfied.
    • 行头包括:正透镜系统,具有两个具有正屈光力的透镜; 其中所述两个透镜的图像侧透镜在第一和第二方向上以多个排列的图像侧透镜阵列; 物镜侧透镜阵列,其中两个透镜的物体侧透镜在第一和第二方向上以多个排列; 在所述正透镜系统的正透镜系统的物体侧排列有多个发光元件的发光体阵列; 以及孔板,其形成设置在正透镜系统的物体侧上的孔径光阑,使得像侧是远心的或近似远心的。 假设在像侧透镜阵列的第二方向上排列的透镜的行数为m,则在第一方向上彼此相邻的两个图像侧透镜的有效区域之间的间隔为α,图像侧角度 正透镜系统的孔径(半角)为多个发光元件图像的第一方向上的多个发光元件的图像的宽度(全宽度) 排列为一个正透镜系统的是Wi,图像侧透镜的焦距为f2,从图像侧透镜的图像侧主面到图像面的距离为Si,以下条件, f2≦̸(mWi-α)/(2Θ i),Wi≥2Si& It; i /(m-1)+α/(m-1)。
    • 8. 发明授权
    • Exposure head and an image forming apparatus
    • 曝光头和图像形成装置
    • US08120635B2
    • 2012-02-21
    • US12352906
    • 2009-01-13
    • Ryuta KoizumiYujiro NomuraTakeshi Sowa
    • Ryuta KoizumiYujiro NomuraTakeshi Sowa
    • B41J15/14B41J27/00
    • G02B3/0006B41J2/451
    • An exposure head, includes: a lens array that includes a light transmissive substrate whose length in a first direction is greater than a length thereof in a second direction orthogonal to the first direction, a first lens that is arranged on the light transmissive substrate, and a second lens that is arranged on the light transmissive substrate at the first direction of the first lens, the first lens and the second lens being connected in the first direction; and a head substrate that is provided with a first light emitting element that emits a light toward the first lens and a second light emitting element that emits a light toward the second lens.
    • 曝光头包括:透镜阵列,其包括在与第一方向正交的第二方向上在第一方向上的长度大于其长度的透光基板,布置在透光基板上的第一透镜,以及 在所述第一透镜的第一方向上配置在所述透光性基板上的第二透镜,所述第一透镜和所述第二透镜沿所述第一方向连接; 以及头基板,其设置有朝向第一透镜发光的第一发光元件和朝向第二透镜发光的第二发光元件。
    • 9. 发明授权
    • Line head and image forming apparatus using the same
    • 线头和使用它的成像设备
    • US08022975B2
    • 2011-09-20
    • US12211679
    • 2008-09-16
    • Takeshi SowaYujiro NomuraRyuta Koizumi
    • Takeshi SowaYujiro NomuraRyuta Koizumi
    • B41J2/45B41J27/00
    • B41J2/451
    • A line head includes a positive lens system having two lenses, image-side and object-side lens arrays, a light emitter array on an object side of the positive lens system, and an aperture plate that forms an aperture diaphragm. Where the row number of lenses arrayed in a second direction is ‘m’, a gap between effective regions of two image-side lenses adjacent to each other in a first direction is ‘α’, an image-side angle of aperture is ‘θi’, a width of light-emitting elements images in the first direction is ‘Wi’, a focal length of the image-side lens is ‘f2’ and a distance from an image-side principal plane of the image-side lens to an image surface is ‘Si’, the following conditions are satisfied: f2≦(mWi−α)/(2θi), Wi≧2Siθi/(m−1)+α/(m−1).
    • 线头包括具有两个透镜的正透镜系统,图像侧和物体侧透镜阵列,正透镜系统的物体侧上的发光体阵列和形成孔径光阑的孔径板。 在第二方向排列的透镜的行数为“m”的情况下,在第一方向上彼此相邻的两个图像侧透镜的有效区域之间的间隙为“α”,孔径的图像侧角度为“ ; i'中,第一方向上的发光元件图像的宽度为“Wi”,图像侧透镜的焦距为“f2”,距离图像侧透镜的图像侧主面的距离 对于图像面为“Si”,满足以下条件:f2≦̸(mWi-α)/(2&Thetas; i),Wi≥2Si&Thetas; i /(m-1)+α/(m-1)。