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    • 4. 发明申请
    • Optical scanning apparatus
    • 光学扫描装置
    • US20060023056A1
    • 2006-02-02
    • US11192180
    • 2005-07-29
    • Yoichi SuzukiTadashi MasudaYoshinori MorimotoKenichi Saito
    • Yoichi SuzukiTadashi MasudaYoshinori MorimotoKenichi Saito
    • B41J2/385
    • G02B5/205B41J2/471G02B26/124
    • The optical scanning apparatus includes a light amount reducing filter such as a neutral density filter which has transmittance ηnd satisfying an expression ηnd=(W1/W0)/(ηAOM×ηref×ηtra) and a light amount reducing function using absorption or reflection and which is disposed between a laser light source and an AOM on an optical path of laser light beam. In the expression, W0 denotes the amount of light emitted from the laser light source, W1 denotes the amount of light required for recording on a recording medium, ηAOM denotes diffraction efficiency in the AOM, ηref denotes a sum of reflectances of reflective optical elements located between the laser light source and a surface to be scanned, of the recording medium, and ηtra denotes a sum of transmittances of transmissive optical elements located between the laser light source and the surface to be scanned, other than transmittance of the neutral density filter.
    • 光学扫描装置包括一个光量减少滤光器,例如中性密度滤光片,其具有满足表达式η(N)的透光率η(< 1< 1< 使用吸光度的光量减少函数和/或/ 或反射,并且其设置在激光光束的光路上的激光源和AOM之间。 在表达式中,W 表示从激光源发射的光的量,W 1表示在记录介质上记录所需的光量,eta 表示AOM中的衍射效率,η表示记录介质中位于激光光源和待扫描表面之间的反射光学元件的反射率之和,以及 eta 表示除了中性密度滤光器的透射率之外,位于激光光源和待扫描表面之间的透射光学元件的透射率之和。
    • 6. 发明授权
    • Optical scanning apparatus
    • 光学扫描装置
    • US07355615B2
    • 2008-04-08
    • US11192180
    • 2005-07-29
    • Yoichi SuzukiTadashi MasudaYoshinori MorimotoKenichi Saito
    • Yoichi SuzukiTadashi MasudaYoshinori MorimotoKenichi Saito
    • B41J2/47B41J2/385
    • G02B5/205B41J2/471G02B26/124
    • The optical scanning apparatus includes a light amount reducing filter such as a neutral density filter which has transmittance ηnd satisfying an expression ηnd=(W1/W0)/(ηAOM×ηref×ηtra) and a light amount reducing function using absorption or reflection and which is disposed between a laser light source and an AOM on an optical path of laser light beam. In the expression, W0 denotes the amount of light emitted from the laser light source, W1 denotes the amount of light required for recording on a recording medium, ηAOM denotes diffraction efficiency in the AOM, ηref denotes a sum of reflectances of reflective optical elements located between the laser light source and a surface to be scanned, of the recording medium, and ηtra denotes a sum of transmittances of transmissive optical elements located between the laser light source and the surface to be scanned, other than transmittance of the neutral density filter.
    • 光学扫描装置包括一个光量减少滤光器,例如中性密度滤光片,其具有满足表达式η(N)的透光率η(< 1< 1< 使用吸光度的光量减少函数和/或/ 或反射,并且其设置在激光光束的光路上的激光源和AOM之间。 在表达式中,W 表示从激光源发射的光的量,W 1表示在记录介质上记录所需的光量,eta 表示AOM中的衍射效率,η表示记录介质中位于激光光源和待扫描表面之间的反射光学元件的反射率之和,以及 eta 表示除了中性密度滤光器的透射率之外,位于激光光源和待扫描表面之间的透射光学元件的透射率之和。
    • 7. 发明授权
    • Scanning lens unit and optical scanning apparatus including the same
    • 扫描透镜单元和包括其的光学扫描设备
    • US07075689B2
    • 2006-07-11
    • US11189774
    • 2005-07-27
    • Yoichi SuzukiYoshinori MorimotoKenichi Saito
    • Yoichi SuzukiYoshinori MorimotoKenichi Saito
    • G02B26/08
    • G02B26/125G02B13/0005
    • The scanning lens unit includes lenses located between a optical deflector and a lens having a k-th lens surface Sk from a first lens surface S1 closest to the deflector are disposed such that a height of a lens having the lens surface Sk denoted by πk satisfies the predetermined expression. each of lenses located between the first lens surface S1 and the k-th lens surface Sk is a cylindrical lens having power only in the determined deflection direction. Therefore, the lenses can individually have minimum thicknesses, as a result, the cost reduction of the scanning lens unit is realized. The optical scanning apparatus includes the scanning lens and hence can achieve cost reduction.
    • 扫描透镜单元包括位于光偏转器和具有距离偏转器最近的第一透镜表面S 1> 1的具有第k透镜表面S k的透镜之间的透镜, 使得具有由表示的透镜表面S< k>的透镜的高度满足预定表达式。 位于第一透镜表面S 1和第k透镜表面S SUB之间的每个透镜是仅在确定的偏转方向上具有光焦度的柱面透镜。 因此,透镜可以单独地具有最小的厚度,结果,实现了扫描透镜单元的成本降低。 光学扫描装置包括扫描透镜,因此可以实现成本降低。
    • 9. 发明申请
    • Image recording apparatus
    • 图像记录装置
    • US20060017801A1
    • 2006-01-26
    • US11178385
    • 2005-07-12
    • Yoichi SuzukiYoshinori MorimotoKenichi Saito
    • Yoichi SuzukiYoshinori MorimotoKenichi Saito
    • B41J2/435
    • B41J2/473
    • In an image recording apparatus, an exposure control circuit includes: a clock selecting circuit for respectively outputting different scanning clocks corresponding to each laser light sources based on information on oscillation wavelengths of laser beams; and laser driving circuits for operating synchronously with the respective scanning clocks to output modulation signals corresponding to image data for each of the laser light sources. The clock selecting circuit selectively output one scanning clock among a plurality of scanning clocks with different oscillation frequencies which are previously prepared based on the information on the oscillation wavelengths of the plurality of laser beams with respect to at least one laser light source among the plurality of laser light sources.
    • 在图像记录装置中,曝光控制电路包括:时钟选择电路,用于基于关于激光束的振荡波长的信息分别输出与各激光光源对应的不同的扫描时钟; 以及激光驱动电路,用于与各个扫描时钟同步地操作,以输出与每个激光光源相对应的图像数据的调制信号。 时钟选择电路在具有不同振荡频率的多个扫描时钟之间选择性地输出一个扫描时钟,所述振荡频率预先基于关于多个激光束中的至少一个激光源的振荡波长的信息准备 激光光源。
    • 10. 发明授权
    • Dust excluding mechanism for an image recording apparatus
    • 用于图像记录装置的除尘机构
    • US5946078A
    • 1999-08-31
    • US864117
    • 1997-05-28
    • Yoshinori MorimotoMasaaki KonnoKenichi Saito
    • Yoshinori MorimotoMasaaki KonnoKenichi Saito
    • B41J2/44B41J29/377G02B26/10G02B26/12G02B27/00G03G15/04G03G21/00H01L21/30
    • B41J29/377B41J2/471G02B26/12
    • According to the improved apparatus for recording images using exposing optics equipped with a dust excluding mechanism which prevents optical paths of light beams from being blocked by dust particles, the dust excluding mechanism has a fan and at least two filters, and at least one of the filters which is provided upstream of an air stream generated by the fan is fitted to be detachable. With the improved image recording apparatus of the invention, not only during scanning exposure, in a standby mode and in a power OFF mode but also during filter replacements, one can prevent the entrance of the dust particles into the duct, thereby ensuring that the light beams issuing from the exposing optics during scanning exposure will not have any part of their paths blocked by the dust particles. As a result, one can record defect-free images of high quality that do not have any density unevenness occurring in the form of streaks due to the dust particles.
    • 根据改进的用于使用具有防尘光学机构的曝光光学装置记录图像的装置,其防止光束的光路被灰尘颗粒阻挡,除尘机构具有风扇和至少两个滤光器,并且至少一个 设置在由风扇产生的空气流的上游的过滤器被装配成可拆卸。 利用本发明的改进的图像记录装置,不仅在扫描曝光期间,在待机模式和断电模式下,而且在过滤器更换期间,可以防止灰尘颗粒进入管道,从而确保光 在扫描曝光期间从曝光光学元件发出的光束将不会有任何部分路径被灰尘颗粒阻挡。 结果,可以记录由于灰尘颗粒而以条纹形式出现的不具有任何浓度不均匀的高质量的无缺陷图像。