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    • 2. 发明授权
    • Information reading device
    • 信息阅读器
    • US5064258A
    • 1991-11-12
    • US446371
    • 1989-12-05
    • Toshiyuki InokuchiNobuyuki Baba
    • Toshiyuki InokuchiNobuyuki Baba
    • G06K7/10G11B7/0065G11B7/125G11B7/26G02B26/10
    • G06K7/10663G06K7/10594G06K7/10871
    • An information reading device which comprises a semiconductor laser source which emits a semiconductor laser beam and a first condenser lens for converging the laser beam to form an irradiation beam. A beam shaping optical system is disposed on the optical path of the laser beam to form a predetermined beam section shape of the irradiation beam which is converged by the first condenser lens. A hologram disk is used for deflecting the irradiation beam. The information reading device further comprises an optical path separation system. The optical path of the irradiation beam is separated from that of the reflection beam reflected from the scanning surface irradiated by the irradiation beam. A second condenser lens is arranged from converging the reflection beam separated from the irradiation beam by the optical path separation means. And an optical sensor is arranged for detecting the reflection beam converged by the second condenser lens.
    • 一种信息读取装置,包括发射半导体激光束的半导体激光源和用于会聚激光束以形成照射光束的第一聚光透镜。 光束整形光学系统设置在激光束的光路上,以形成由第一聚光透镜会聚的照射光束的预定光束截面形状。 全息光盘用于偏转照射光束。 信息读取装置还包括光路分离系统。 照射光束的光路与从由照射光束照射的扫描面反射的反射光的光路分离。 第二聚光透镜被布置成会聚由光路分离装置从照射光束分离的反射光束。 并且,光学传感器被布置用于检测由第二聚光透镜会聚的反射光束。
    • 4. 发明授权
    • Optical scanner unit having recursive optical system
    • 具有递归光学系统的光学扫描器单元
    • US5457550A
    • 1995-10-10
    • US841541
    • 1992-02-26
    • Nobuyuki BabaToshiyuki Inokuchi
    • Nobuyuki BabaToshiyuki Inokuchi
    • G02B26/10G02B5/32
    • G02B26/106
    • An optical scanner unit for scanning a document includes a laser unit for emitting a laser beam used for scanning the document, an optical system in which the laser beam emitted from the laser unit travels to the document and a reflection light beam obtained by reflection of the laser beam on the document can turn back through the optical system, the optical system having a scanning device for moving the laser beam which passes through the optical system so that a two dimensional scanning of the document is carried out by the light beam, and an optical sensor for detecting the reflection light beam turning back through the optical system, wherein an image formed on the document is read based on results obtained by the optical sensor.
    • 用于扫描文件的光学扫描器单元包括用于发射用于扫描文件的激光束的激光单元,其中从激光单元发射的激光束行进到原稿的光学系统和通过反射获得的反射光束 文件上的激光束可以通过光学系统返回,光学系统具有用于移动通过光学系统的激光束的扫描装置,从而通过光束执行文件的二维扫描,并且 用于检测通过光学系统转回的反射光束的光学传感器,其中基于由光学传感器获得的结果读取形成在原稿上的图像。
    • 5. 发明授权
    • Image forming optical apparatus
    • 成像光学装置
    • US4679902A
    • 1987-07-14
    • US764794
    • 1985-08-12
    • Toshiyuki Inokuchi
    • Toshiyuki Inokuchi
    • G03B27/50G02B27/18G03B27/52G03G15/04G02B27/00G03B27/70
    • G03B27/522G03B27/528
    • This invention relates to an image forming optical apparatus in which a number of micro-lenses are arranged, and images formed by said lenses are superposed to obtain a synthesized image. In the optical apparatus of this kind, individual images have their respective irradiance distribution, and therefore, unevenness in the irradiance distribution of the synthesized image has to be minimized. Where this optical system is used for a copier or the like, exposure is carried out through a slit. The width and position of the slit greatly influence the irradiance for exposure and on unevenness in irradiance. According to the invention, optimum width and position of the slit can be selected to minimize the unevenness in irradiance and provide sufficient exposure.
    • 本发明涉及一种其中布置有多个微透镜的图像形成光学装置,并且将由所述透镜形成的图像叠加以获得合成图像。 在这种光学装置中,各个图像具有它们各自的辐照度分布,因此必须最小化合成图像的辐照度分布的不均匀性。 当该光学系统用于复印机等时,通过狭缝进行曝光。 狭缝的宽度和位置极大地影响曝光的辐照度和辐照度的不均匀性。 根据本发明,可以选择狭缝的最佳宽度和位置以使辐照度不均匀度最小化并提供足够的曝光。
    • 10. 发明授权
    • Optical imaging device
    • 光学成像装置
    • US4776683A
    • 1988-10-11
    • US843270
    • 1986-03-24
    • Ikuo MaedaToshiyuki InokuchiTakaaki Miyashita
    • Ikuo MaedaToshiyuki InokuchiTakaaki Miyashita
    • G03B27/52G03G15/043G02B7/00G02B27/00
    • G03B27/528G03G15/043
    • A casing in the form of a slender hollow structure has a slit-shaped entrance aperture defined in an upper cover thereof and a slit-shaped exit aperture defined in a lower cover thereof. The casing houses a covex roof-shaped mirror having a convex reflecting surface, a lens array, a concave roof-shaped mirror array having an array of convex reflecting surfaces, and a spacer interposed between the concave roof-shaped mirror array and the lens array to keep them spaced apart. The upper and lower covers of the casing are integrally formed with or securely coupled to the spacer. A light shield plate lies between the corner of the convex roof-shaped mirror and the lens array, and a reflecting plate is mounted on the upper cover of the casing for reflecting light from a light source to an object to be imaged. A sensor for detecting the amount of light emitted from the light source is also mounted on the casing.
    • 细长中空结构形式的外壳具有限定在其上盖中的狭缝形入口孔和限定在其下盖中的狭缝形出口孔。 壳体容纳具有凸反射表面的凸面屋顶形反射镜,透镜阵列,具有凸起反射表面阵列的凹形屋顶形反射镜阵列和插入在凹形屋顶形状的反射镜阵列和透镜阵列之间的间隔件 保持它们间隔开。 壳体的上盖和下盖与间隔件一体地形成或牢固地联接到间隔件。 遮光板位于凸形屋顶形反射镜的角部与透镜阵列之间,并且反射板安装在壳体的上盖上,用于将来自光源的光反射到要被成像的物体。 用于检测从光源发射的光量的传感器也安装在壳体上。