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    • 8. 发明公开
    • Scanner carriage mirror mounting to reduce misalignment
    • Ainrichtungsfehler reduzierende Spiegelhalterung在einem Abtastwagen
    • EP0929178A2
    • 1999-07-14
    • EP99300117.1
    • 1999-01-07
    • Hewlett-Packard Company
    • Schissler, DennisFirl, Gerold Guenter
    • H04N1/10H04N1/03
    • H04N1/0285H04N1/02815H04N1/0287H04N1/02885H04N1/03H04N1/1017H04N1/1043H04N1/1048H04N1/1052H04N1/193H04N2201/0246H04N2201/02477H04N2201/02483H04N2201/02485H04N2201/02491
    • A document scanner carriage (20) housing contains a pair of spaced mirrors (34,36) whose spacing and parallelism is precisely maintained by floating metal spacer plates (60,62) which are not affixed to the housing. Spaced springs (35) urge one of the mirrors (34,36) into engagement with the spacer plates (60,62), the other mirror(34,36) being referenced to the molded plastic housing (50). The parallel facing image plane sides of the mirrors (34,36) are substantially unobstructed by the spacer plates (60,62) which contact them thus allowing the scanner (10) to efficiently use a substantial proportion of the image planes of the mirrors (34,36) and occupy a comparatively small footprint. The floating spacer plates (60,62) and mirrors (34,36) are cushioned against shock and vibration by compressed elastomeric pads (80,81,82,83) on the underside of the housing cover (30) which allows the spacing and parallelism of the mirrors (34,36) to be maintained without direct affixation of the mirrors (34,36) or spacer plates (60,62) to the housing (50).
    • 文件扫描器支架(20)壳体包含一对间隔开的反射镜(34,36),其间隔和平行度通过浮动金属间隔板(60,62)精确地保持,所述金属间隔板未固定到壳体。 间隔弹簧(35)促使一个反射镜(34,36)与间隔板(60,62)接合,另一个反射镜(34,36)以模制的塑料壳体(50)为基准。 反射镜(34,36)的平行面对的图像平面侧基本上被间隔板(60,62)阻挡,从而允许扫描器(10)有效地使用反射镜的大部分图像平面(60,62) 34,36),占地面积相对较小。 浮动间隔板(60,62)和反射镜(34,36)通过在壳体盖(30)的下侧上的压缩的弹性垫(80,81,82,83)抵抗冲击和振动,其允许间隔和 要保持反射镜(34,36)的平行度,而不会将反射镜(34,36)或间隔板(60,62)直接固定到壳体(50)。
    • 9. 发明公开
    • PICTURE READERS AND METHOD FOR CONTROLLING THE SAME
    • BILDLESEGERÄTEUND STEERERFAFAHRENDAFÜR
    • EP0912038A1
    • 1999-04-28
    • EP98907196.4
    • 1998-03-12
    • PFU LIMITED
    • MASUDA, MinoruMIYAUCHI, YasunoriMATSUMOTO, MasashiSUNASAKI, Tomohiro
    • H04N1/10
    • H04N1/1026H04N1/00795H04N1/04H04N1/1017H04N1/103H04N1/1043H04N1/1048H04N1/1052H04N1/193H04N2201/0418H04N2201/0422H04N2201/0456
    • An image reader is composed of: a read unit 2 provided with a contact member 21 which abuts an original bed 11 of a flat bed unit 1; and a pressing element 30 for causing the read unit 2 and the original bed 11 to press against each other. Also, the image reader is composed of: an apparatus body 50 including a read unit 102 and an original bed 51; and an original cover 42 including a light source 43 and a diffusion plate 45 and attached to the apparatus body 50 in such a manner as to be freely opened and closed. The distance between a translucent original 41 placed on the original bed 51 and the light source 43 is variable according to the thickness of the translucent original 41. Further, in the image reader, a cumulative difference between the movement of the optical unit 102 and the movement of a light source unit 44 is previously read; and, at the time of start of scanning for read, the relative position of the optical unit 102 and the light source unit 44 is shifted in reverse in relation to the direction of the cumulative difference.
    • 图像读取器由以下部分组成:读取单元2,其设置有与平板单元1的原稿台11邻接的接触构件21; 以及用于使读取单元2和原稿台11彼此挤压的按压元件30。 此外,图像读取器由以下部件组成:包括读取单元102和原稿台51的装置主体50; 以及包括光源43和扩散板45并且以可自由地打开和关闭的方式附接到装置主体50的原始盖42。 放置在原稿台51上的半透明原稿41与光源43之间的距离可根据半透明原稿41的厚度而变化。此外,在图像读取器中,光学单元102的移动与 预先读取光源单元44的移动; 并且在开始扫描读取时,光学单元102和光源单元44的相对位置相对于累积差异的方向反向移动。