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    • 1. 发明授权
    • Automated print and development apparatus for three dimentional and
conventional photographs
    • 自动印刷和开发设备,用于三维和常规照片
    • US5400096A
    • 1995-03-21
    • US108611
    • 1993-08-27
    • Shigeharu KamadaHiroshi MiyawakiMitsuhiko ItojimaHiroto NakaoYoshifumi NakamuraKazuo Nagaosa
    • Shigeharu KamadaHiroshi MiyawakiMitsuhiko ItojimaHiroto NakaoYoshifumi NakamuraKazuo Nagaosa
    • G03B27/32G03B27/46G03D3/13G03B35/00
    • G03D3/132G03B27/32G03B27/462
    • Handling of emulsion surfaces of both 3D and conventional photographs in the cases of development and drying processes is made possible by the following providing apparatus including a mechanism for selection of emulsion surface or selective reversal of the photographic paper. The difference in the processing time of 3D and conventional photography is dealt with by switching photographic paper conveying routes in the development section when processed such as development, bleach fixing and stabilizing processes take place. Printing of 3D photography is dealt with by making movable either both an exposure station and a lens or just the lens alone. Furthermore, switching is provided between respective lenses for conventional and 3D photographic printing. A suction type exposure station may be used, and may employ a mechanism to control an adhesive force applied to a photographic paper in the conventional and 3D photography. Processing of 3D photography is improved by incorporating a mechanism to allocate photographic papers into more than two lanes. The automated print and development apparatus of the present invention, which is equipped with the above features, is thus an apparatus that has the ability to perform 3D photographic processing in addition to having the functions of a conventional mini-lab, which processes conventional photographs and has the ability to handle a variety of photographic papers and films.
    • PCT No.PCT / JP92 / 01672 Sec。 371日期:1993年8月27日 102(e)日期1993年8月27日PCT提交1992年12月21日PCT公布。 公开号WO93 / 13454 日期:1993年7月8日。在显影和干燥过程的情况下,3D和常规照片的乳液表面的处理可以通过以下提供的装置实现,该设备包括用于选择乳剂表面的机构或相纸的选择性反转。 3D和传统摄影的处理时间的差异通过在开发处理(如开发,漂白固定和稳定处理)进行时,在开发部分切换照相纸输送路线来处理。 3D摄影的打印是通过使曝光台和镜头两者同时移动,或仅仅透镜来处理。 此外,在用于常规和3D照相印刷的相应透镜之间提供切换。 可以使用抽吸式曝光站,并且可以采用在常规和3D摄影中控制施加到相纸的粘合力的机构。 通过采用将照相纸分配到两个以上车道的机制来改进3D摄影的处理。 因此,具有上述特征的本发明的自动打印和显影装置是具有进行3D照相处理的能力的装置,除了具有处理常规照片的常规小型实验室的功能之外,还具有 有能力处理各种照相纸和电影。
    • 2. 发明授权
    • Photographic printing apparatus with exposure position rectifying and
method thereof
    • 曝光位置整流照相印刷装置及其方法
    • US5786909A
    • 1998-07-28
    • US162188
    • 1993-12-16
    • Hiroshi MiyawakiMitsuhiko ItojimaHiroto NakaoTakayuki OkaHisahiro MaedaMasaaki TsujiToshiro Akira
    • Hiroshi MiyawakiMitsuhiko ItojimaHiroto NakaoTakayuki OkaHisahiro MaedaMasaaki TsujiToshiro Akira
    • G03B27/32G03B27/52G03B27/53G03B27/58G03B35/14G03B13/18G03B15/14G03F3/10
    • G03B27/53G03B27/32G03B27/522G03B27/588G03B35/14
    • A photographic printing apparatus including a lens controlled to be positioned at a printing position, immediately adjacent a film negative, during photographic printing operation of the apparatus and at a normal position, displaced from the film negative, during other operations of the apparatus. Positioning the lens at the normal position, displaced from the film negative, enables the lens to be more easily protected and adjusted. The apparatus further includes a sample print detector apparatus comprising a CCD camera for capturing the sample print for display on a video monitor with a print position recognizing cursor. Key-subject points are specified with the cursor and mismatch between the key-subject points is determined in order to provide correction of filming-position. A rotating mechanism is also provided for rotating a negative mask member, lens member and exposure station by an identical angle of rotation to obtain a predetermined angle of exposure. Moving elements are provided for the enlarging lens and exposure station in order to execute printing by trimming. The apparatus also has an edge-shaper for machining photographic paper cut by a cutter to remove wastes on the frontal region of the leading edge of the photographic paper. The edge-shaper machines in a direction perpendicular to the direction in which the photographic paper advances through the apparatus, and the removed wastes are routed to a waste-box by a suction mechanism.
    • PCT No.PCT / JP93 / 00472 Sec。 371日期:1993年12月16日 102(e)日期1993年12月16日PCT提交1993年4月13日PCT公布。 公开号WO93 / 21559 日期:1993年10月28日一种照相打印设备,包括在照相打印操作期间被控制定位在打印位置,紧邻胶片底片的镜头,并在正常位置处被从胶片底片移位,在其他操作期间 该装置。 将镜头定位在正常位置,从胶片底部移开,可以更容易地保护和调节镜头。 该装置还包括样本打印检测器装置,其包括用于捕获用于在具有打印位置识别光标的视频监视器上显示的样本打印的CCD照相机。 用光标指定关键主题点,确定关键对象点之间的不匹配,以提供拍摄位置的校正。 还提供旋转机构用于使负面掩模构件,透镜构件和曝光站旋转相同的旋转角度以获得预定的曝光角度。 移动元件用于放大镜头和曝光台,以便通过修边来执行打印。 该设备还具有用于加工由切割器切割的相纸的边缘成形器,以去除相纸前缘的正面区域上的废物。 边缘整形机在与照相纸前进通过设备的方向垂直的方向上,并且被去除的废物通过抽吸机构被路由到废物箱。
    • 8. 发明授权
    • Lens supporting assembly
    • 镜头支撑组件
    • US5646714A
    • 1997-07-08
    • US527804
    • 1995-09-13
    • Keiji MorimotoMitsuhiko Itojima
    • Keiji MorimotoMitsuhiko Itojima
    • G02B7/02G03B27/32G03B27/34G03B27/40G03B27/46
    • G03B27/40G02B7/02G03B27/462
    • A lens supporting assembly for use in a photoprinting machine can position a varifocal lens with high accuracy over a long period time. A lens plate carrying a varifocal lens has bent portions along both side edges and is formed with a plurality of positioning holes. A lens support table has positioning pins adapted to be engaged in the positioning holes. It is further provided with first magnets for attracting the bottom of the lens plate and a second magnet for attracting one of the bent portions. By lowering the lens plate onto the lens support table, the positioning pins engage in the positioning holes, so that the varifocal lens can be set in position with high accuracy. In this state, the first magnets attract the bottom of the lens plate, while the second magnet attracts the bent portion, so that the varifocal lens can be stably held in position.
    • 用于照相机的透镜支撑组件可以长时间高精度地定位变焦透镜。 携带变焦透镜的透镜板沿着两个侧边缘具有弯曲部分并且形成有多个定位孔。 透镜支撑台具有适于接合在定位孔中的定位销。 还设置有用于吸引透镜板底部的第一磁体和用于吸引一个弯曲部分的第二磁体。 通过将透镜板降低到透镜支撑台上,定位销接合在定位孔中,使得变焦透镜可以高精度地设置在适当的位置。 在这种状态下,第一磁体吸引透镜板的底部,而第二磁体吸引弯曲部分,使得变焦透镜能够稳定地保持就位。
    • 9. 发明授权
    • Photograghic processing apparatus
    • 照相加工设备
    • US5694636A
    • 1997-12-02
    • US587279
    • 1996-01-16
    • Mitsuhiko ItojimaTeruhito Oka
    • Mitsuhiko ItojimaTeruhito Oka
    • G03D3/08B65H20/02B65H23/185G03B27/00G03B27/32G03B27/58G03D13/00
    • G03B27/587B65H20/02G03B27/32B65H2404/147
    • A photographic processing apparatus includes a main drive roller mechanism for transporting a photosensitive material in forward and reverse transport directions along a transport passage. The apparatus also includes forward and reverse drive roller mechanisms for assisting the main drive roller mechanism. The forward and reverse drive roller mechanisms are disposed upstream of the main drive roller mechanism relative to the forward transport direction. At least the forward and reverse drive roller mechanisms are supplied with power by a common drive source. The forward drive roller mechanism includes a first one-way clutch mechanism for restricting the rotational force supplied from the drive source when the photosensitive material is transported reversely. The reverse drive roller mechanism includes a second one-way clutch mechanism for restricting the rotational force supplied from the drive source when the photosensitive material is transported forwardly.
    • 照相处理装置包括主传动辊机构,用于沿传送通道沿正向和反向传输方向传送感光材料。 该装置还包括用于辅助主驱动辊机构的前进和后退驱动辊机构。 正向和反向驱动辊机构相对于向前传送方向设置在主驱动辊机构的上游。 至少前进和后退驱动辊机构由公共驱动源供电。 前进驱动辊机构包括第一单向离合器机构,用于当感光材料反向传送时限制从驱动源提供的旋转力。 反向驱动辊机构包括第二单向离合器机构,用于当感光材料向前传送时限制从驱动源提供的旋转力。