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    • 4. 发明授权
    • Telephoto lens camera
    • 长焦镜头相机
    • US4655571A
    • 1987-04-07
    • US785746
    • 1985-10-09
    • Hiroshi OhmuraTsutomu TanakaKimiaki Nakada
    • Hiroshi OhmuraTsutomu TanakaKimiaki Nakada
    • G03B19/07G03B15/05G03B3/00
    • G03B19/07
    • A telephoto lens having a long focal distance is disposed at an upper location at the side portion of a camera body, and the light passed therethrough is reflected sidewardly of the camera body by a pivotable first mirror. Disposed at an upper location of an exposure station is a second mirror which redirects the light from the first mirror to a third mirror disposed in front of and to the side of the second mirror. Below the third mirror and in a front part of an exposure station, a pivotable fourth mirror is disposed. Mounted at an upper location of the side portion of the camera body is an L-shaped movable lens barrel, in which an ultra telephoto lens having an exceptionally long focal length, and a fifth mirror for reflecting the light passed through the ultra telephoto lens toward the second mirror are disposed. The movable lens barrel is associated with the first mirror. When the movable lens barrel is adjacent the camera body, the camera is in telephotographing mode, and when the movable lens barrel is horizontally pulled up, the camera is in ultra telephotographing mode. In front of the fourth mirror, there is disposed a wide angle lens having a short focal distance. When the fourth mirror is displaced to be in a horizontal state, the camera is in a wide angle photographing mode.
    • 具有长焦距的长焦镜头设置在照相机主体的侧部的上部位置处,并且穿过其中的光被可枢转的第一反射镜反射到照相机主体的侧面。 设置在曝光站的上部位置的是第二反射镜,其将来自第一反射镜的光重定向到设置在第二反射镜前面和第二反射镜侧面的第三反射镜。 在第三反射镜的下方和曝光站的前部设置有可枢转的第四反射镜。 安装在照相机主体的侧部的上部位置的是L形可移动透镜镜筒,其中具有非常长的焦距的超长焦镜头和用于将通过超长焦镜头的光反射到第五镜 配置第二反射镜。 可移动镜筒与第一镜相关联。 当可移动镜筒与相机主体相邻时,相机处于长焦拍摄模式,当可移动镜筒水平拉起时,相机处于超长焦拍模式。 在第四反射镜的前面,设置了具有短焦距的广角镜头。 当第四镜被移位成水平状态时,相机处于广角拍摄模式。
    • 6. 发明授权
    • Lens-fitted photographic film package
    • 镜头摄影胶片包装
    • US5136319A
    • 1992-08-04
    • US658664
    • 1991-02-21
    • Seimei UshiroHiroshi OhmuraTsutomu Tanaka
    • Seimei UshiroHiroshi OhmuraTsutomu Tanaka
    • G03B35/08
    • G03B35/08
    • A lens-fitted photographic film package for steroscopic photography, wherein a plurality of images of the same subject are taken simultaneously through a corresponding number of taking lenses disposed horizontally side by side at a given distance from each other. Behind the respective taking lenses, exposure chambers and exposure frames for defining the respective exposure areas on the film surface are formed. The exposure frames are each gently curved, and a guide surface for supporting the rear surface of the film is curved complementarily to the exposure frames. Pressing members formed in the guide surface press the film against the end surfaces of walls separating the exposure frames, so as to curve the film along the exposure frames. The film is thus wavy, with forwardly concave film portions in the exposure frames alternating with rearwardly concave film portions between the exposure frames. The optical axes of the taking lenses are upwardly or downwardly offset from the center of the film surface, so that the space under or over the exposure frames can be utilized efficiently.
    • 一种用于立体摄影的透镜式摄影胶片包装,其中通过相对于彼此水平并排设置的相应数量的拍摄镜头同时拍摄相同被摄体的多个图像,并且彼此以给定的距离。 在相应的拍摄镜头的后面,形成用于限定膜表面上的各个曝光区域的曝光室和曝光框。 曝光框架各自轻轻地弯曲,并且用于支撑膜的后表面的引导表面与曝光框架互补地弯曲。 形成在引导表面中的按压部件将薄膜压靠在分隔曝光框架的壁的端面上,以便沿着曝光框架弯曲薄膜。 因此,膜是波浪状的,曝光框中的向前凹陷的薄膜部分与曝光框之间的向后凹形的薄膜部分交替。 摄影镜头的光轴从胶片表面的中心向上或向下偏移,从而可以有效利用曝光框架下方或上方的空间。
    • 8. 发明申请
    • Non-Transitory Computer Readable Medium Storing Instructions for Update Management, Update Management Device, and Image Processing System
    • 非瞬时计算机可读介质存储更新管理指令,更新管理设备和图像处理系统
    • US20140245283A1
    • 2014-08-28
    • US14191948
    • 2014-02-27
    • Tsutomu Tanaka
    • Tsutomu Tanaka
    • G06F9/445
    • G06F8/65
    • A non-transitory computer readable medium stores an update management program for causing an update on control program, which is installed on each of image processing devices. The update management program, when executed by a processor, causes the computer to: acquire an update program and update function information regarding functions to be updated by the update program from a firmware distribution server; acquire device function information regarding functions of each image processing device from the each image processing device; transmit the update program to the each image processing device; determine an update sequence of timing for causing the each image processing device to update its control program, based on the acquired update function information and the acquired device function information; and cause the each image processing device to update its control program by executing the transmitted update program in accordance with the determined update sequence of timing.
    • 非暂时性计算机可读介质存储用于对安装在每个图像处理装置上的控制程序进行更新的更新管理程序。 更新管理程序在由处理器执行时使计算机从固件分发服务器获取更新程序并更新关于由更新程序更新的功能的功能信息; 从每个图像处理装置获取关于每个图像处理装置的功能的装置功能信息; 将更新程序发送到每个图像处理装置; 基于所获取的更新功能信息和所获取的设备功能信息,确定使每个图像处理设备更新其控制程序的定时更新顺序; 并且通过根据确定的定时更新顺序执行所发送的更新程序,使每个图像处理装置更新其控制程序。