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    • 2. 发明申请
    • High speed motion picture film processor
    • 高速电影胶片处理器
    • US20110097074A1
    • 2011-04-28
    • US11134006
    • 2005-05-20
    • Manfred G. Michelson
    • Manfred G. Michelson
    • G03D3/02
    • G03D3/132
    • A high speed motion picture film processor has a developer tank having a positive pressure relative to an ambient air pressure outside of the tank. A gas make-up system adds nitrogen inside of the developer tank while a system of seals minimizes leakage. Two seals are used along a periphery of the developer tank; one is below a sprocket level while the other is above the sprocket level. These two barriers can utilize a liquid reservoir that is filled by operation of the processor with excess liquid returning to the developer tank and they are constructed so as to allow movement. A film entrance sealing device and a film exit sealing device, each with its own housing, are also used with the developer tank; these units use a pair of rollers and a pair of flexible barriers to separate a tank gas chamber from an air chamber which is at a lower pressure and which contains a partial pressure of nitrogen fed into the entrance sealing device. The level of developer fluid is maintained at approximately the centerline of a first roller shaft but below that of a second roller shaft. The sprocket shaft has two smaller shafts mounted in metal bearings and a center tube on which the sprockets are mounted. Oxygen sensors with throttling exhaust devices outside the developer tank sound an alarm when oxygen level is too high in the developer tank. Reservoir fluid seals may also be used on secondary tanks.
    • 高速电影胶片处理器具有相对于罐外部的环境空气压力具有正压力的显影剂罐。 气体补充系统在显影剂罐内增加氮气,而密封系统最大限度地减少泄漏。 沿着显影剂罐的周边使用两个密封件; 一个在链轮水平以下,而另一个在链轮水平以上。 这两个障碍物可以利用通过处理器的操作而填充的液体储存器,其中多余的液体返回到显影剂罐,并且它们构造成允许移动。 每个都有自己的外壳的薄膜入口密封装置和薄膜出口密封装置也与显影剂罐一起使用; 这些单元使用一对辊和一对柔性屏障来将罐气室与处于较低压力并且包含进入入口密封装置的氮气分压进行分离。 显影剂液体的水平保持在第一辊轴的大致中心线处,但是低于第二辊轴的中心线。 链轮轴具有安装在金属轴承中的两个较小的轴和安装有链轮的中心管。 显影剂罐外的节流排气装置的氧气传感器在显影剂罐中的氧气含量过高时发出警报。 储液流体密封件也可用于二级罐体上。
    • 5. 发明申请
    • Printing apparatus
    • 印刷装置
    • US20070041025A1
    • 2007-02-22
    • US11505413
    • 2006-08-17
    • Junichi Tsuji
    • Junichi Tsuji
    • G06F3/12
    • G03D3/132B65B9/02B65B25/14G03B27/72G03D15/005H04N1/00132H04N1/00188H04N1/32106H04N1/32112H04N2201/3214H04N2201/3215H04N2201/3221H04N2201/3243H04N2201/3271
    • The printing apparatus includes an image forming section for preparing prints and a packer which gathers the prints and packages them in a print pack or print packs. The image forming section prepares for each print pack an order print that shows information relevant to one order and supplies the prints and the order print into the packer in such a way that an information side of the order print will be on top in the print pack and distribution information showing that the prints for one order are distributed among the print packs is indicated on the order print. The packer feeds the prints into a long packaging sheet and thereafter seals and cuts the packaging sheet and performs only sealing of each print pack according to the distribution information and outputs the print packs for one order in a continuous form.
    • 打印设备包括用于准备打印件的图像形成部分和将打印物收集并打包在打印包或打印包中的打包器。 图像形成部分为每个打印包准备显示与一个订单相关的信息的订单打印,并将打印和订单打印以将订单打印的信息侧放在打印包中的方式提供给打包机 并且在订单打印上指示显示一个订单的打印在打印包之间分发的分发信息。 打包机将印刷品输送到长的包装纸中,然后密封和切割包装纸,并且仅根据分发信息执行每个印刷包装的密封,并以连续的形式输出一个订单的印刷包装。
    • 6. 发明授权
    • Multi-chamber washing device for photosensitive material
    • 用于感光材料的多室清洗装置
    • US07168866B2
    • 2007-01-30
    • US11009078
    • 2004-12-13
    • Koji Itoh
    • Koji Itoh
    • G03D3/08G03D13/04
    • G03D3/132
    • A washing bath in a photographic paper processor has plural washing chambers for washing photographic paper with washing water by passage of the photographic paper. Plural cell units are coupled with one another vertically by a modular structure. Each of the cell units has one of the washing chambers. A sealing medium of silicone rubber keeps a cell connection portion between the cell units in a liquid-tight state. A blade mechanism is secured to a panel constituting the cell units, allows the photographic paper to pass between the washing chambers, and blocks passage of the washing water. A transporting rack transports the photographic paper serially to pass the washing chambers. The cell connection portion includes a connection surface, disposed to extend horizontally, and separable for removal of the cell units in the vertical direction. The sealing medium is secured to one of two cell units being coupled.
    • 相纸处理机中的洗涤槽具有多个洗涤室,用于通过相纸通过洗涤水洗涤照相纸。 多个单元单元通过模块化结构垂直彼此耦合。 每个电池单元都具有一个洗涤室。 硅橡胶的密封介质在液密状态下保持电池单元之间的电池连接部分。 叶片机构被固定到构成单元单元的面板上,允许相纸在洗涤室之间通过并阻止洗涤水的通过。 运输架连续运送相纸以通过洗涤室。 电池连接部分包括一个连接表面,它被设置为水平延伸,并可分离以便在垂直方向上移除电池单元。 密封介质被固定到被连接的两个单元单元之一。
    • 7. 发明申请
    • Photo-finishing apparatus for silver halide photosensitive material and control method of processing solution for silver halide photosensitive material
    • 卤化银感光材料的光整装置和卤化银感光材料的处理溶液控制方法
    • US20060067683A1
    • 2006-03-30
    • US11226638
    • 2005-09-14
    • Hiroshi YamashitaShinji KadotaHiroaki Kobayashi
    • Hiroshi YamashitaShinji KadotaHiroaki Kobayashi
    • G03D3/02
    • G03D3/137G03D3/04G03D3/132
    • A photo-finishing apparatus for a silver halide photosensitive material, including an agitating device to agitate or circulate a processing solution in a processing tank, a time detecting device to detect an elapsed time since a processing operation was completed, a temperature detecting device to detect temperature of the processing solution in the processing tank, and a control section to control operation of the agitating device by such ways that when the time detecting device detects a predetermined elapsed time, the control section deactivates the agitating device, and when the temperature detecting device detects that the temperature of the processing solution in the processing tank has dropped lower than a predetermined lower limit temperature, the control section re-activates the agitating device, and continues to activate until the temperature detecting device detects that the temperature of the processing solution in the processing tank has increased to a predetermined acceptable processing temperature.
    • 一种用于卤化银感光材料的光整理装置,包括用于搅拌或循环处理槽中的处理溶液的搅拌装置,用于检测从处理操作完成起经过时间的时间检测装置,检测温度检测装置 处理罐中的处理液的温度,以及控制部,其通过以下方式控制搅拌装置的动作:当时间检测装置检测到预定的经过时间时,控制部使搅拌装置失效,并且当温度检测装置 检测处理槽中的处理液的温度已经下降到低于预定的下限温度,控制部重新启动搅拌装置,并且继续激活,直到温度检测装置检测到处理溶液的温度 处理罐已经增加到预定的接受 能处理温度。
    • 9. 发明授权
    • Image recording device having a conveying mechanism
    • 具有输送机构的图像记录装置
    • US06778256B2
    • 2004-08-17
    • US10392834
    • 2003-03-21
    • Naoyuki Morita
    • Naoyuki Morita
    • G03B2752
    • G03D3/10G03D3/132
    • An image recording device which cuts an elongated photosensitive material, and disposes plural rows of photosensitive material sheets in parallel, and simultaneously conveys the photosensitive material sheets. The elongated photosensitive material pulled-out from a magazine is cut by a cutter into a plurality of sheet-shaped photographic printing papers of predetermined widths. The photographic printing papers are conveyed by first conveying roller pairs to predetermined positions on a conveying path. Due to nipping of the first conveying roller pairs being released, the photographic printing papers, which have been conveyed to conveying positions of respective rows, abut a stopper such that trailing ends of the photographic printing papers are aligned. Further, due to the plurality of photographic printing papers being nipped by second roller pairs, the plurality of photographic printing papers are conveyed toward an exposure position simultaneously in plural rows on the conveying path.
    • 一种图像记录装置,其切割细长的感光材料,并且平行地配置多行感光材料片,并且同时传送感光材料片。 从刀库中拉出的伸长的感光材料被刀具切割成多个预定宽度的片状照相打印纸。 照相打印纸由第一输送辊对输送到输送路径上的预定位置。 由于被释放的第一输送辊对的夹紧,已经被输送到各排的输送位置的照相印刷纸邻接止动件,使得照相印刷纸的后端对齐。 此外,由于多个照相打印纸被第二辊对夹持,所以多个照相打印纸在传送路径上同时被多个行地朝向曝光位置传送。
    • 10. 发明授权
    • Photosensitive material processing apparatus and photosensitive material processing method using the same
    • 感光材料处理装置及使用其的感光材料处理方法
    • US06672778B2
    • 2004-01-06
    • US10252833
    • 2002-09-24
    • Tsukasa SatoYoko Usui
    • Tsukasa SatoYoko Usui
    • G03D1300
    • G03D3/132
    • At least two (groups of) sensors forming an insertion detection sensor are offset from each other in the conveyance direction of a photosensitive material. An insertion speed, which is different for each manual insertion event, is obtained based on the time difference when sensors that have been offset from each other detect the leading end of the photosensitive material. The length of the photosensitive material in the conveyance direction thereof is accurately computed based on the insertion speed and other information. By correcting the errors due to the changeable insertion state of the photosensitive material caused by manual insertion by the operator, the process area of the photosensitive material, required for calculating the amount of replenisher to be replenished, is accurately obtained. Therefore, the amount of the replenisher is appropriately determined and the process capacity of the developer or the fixing solution can constantly be maintained at the satisfactory level.
    • 形成插入检测传感器的至少两个(组)传感器在感光材料的传送方向上彼此偏移。 基于彼此偏移的传感器检测感光材料的前端的时间差,获得每个手动插入事件不同的插入速度。 基于插入速度和其他信息,精确地计算感光材料在其传送方向上的长度。 通过校正由操作者的手动插入引起的感光材料的可变插入状态的错误,可以精确地获得计算补充量的补充剂量所需的感光材料的处理面积。 因此,适当地确定补充剂的量,并且可以不断地将显影剂或定影液的处理能力保持在令人满意的水平。