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公开(公告)号：EP0921431A1
公开(公告)日：1999-06-09
申请号：EP98924627.7
申请日：1998-06-16
发明人： MOTOOKA, Eiji , TSUJI, Masaaki , AIZAWA, Toshihiko
CPC分类号： G03B27/32 , G03B27/587 , G03B2227/005
摘要： A photographic processing system has a first printing section for printing a film image on photographic paper, a second printing section for printing image data which has been converted into a light signal on the photographic paper, and a common developing section for developing the image exposed on the photographic paper by the first or second printing section. The first printing section and the developing section are disposed adjacent to each other at lower part of the system, and the second printing section is disposed above the first printing section. The second printing section includes a magazine loader unit on which a magazine for setting therein the photographic paper in the form of a roll is mounted with a withdrawal port for the photographic paper opened forward of the system, a first transporter for transporting the photographic paper drawn out from the magazine downward, and a second transporter extending rearward from lower part of the magazine loader unit for transporting the photographic paper transported from the first transporter to the developing section.
摘要翻译： 照相处理系统具有用于在相纸上打印胶片图像的第一打印部分，用于打印已经转换成照相纸上的光信号的图像数据的第二打印部分和用于显影曝光于其上的图像的公共显影部分 照相纸由第一或第二印刷部分。 第一印刷部分和显影部分在系统的下部彼此相邻设置，并且第二印刷部分设置在第一印刷部分的上方。 第二印刷部分包括一个杂志装载单元，其上装有一个卷筒纸形式的相纸的盒子上安装有用于系统前面打开的相纸的提取口，用于传送相纸的第一个传送带 以及从料斗装载机单元的下部向后延伸的第二运送器，用于将从第一运送器运送的照相纸传送到显影部。
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2.发明公开METHOD AND APPARATUS FOR AUTOMATICALLY ADJUSTING LENS IN AUTOMATIC PRINTING/DEVELOPING MACHINE 失效方法和设备的客观的自动放大/开发机器自动调整。
公开(公告)号：EP0616247A1
公开(公告)日：1994-09-21
申请号：EP93919668.9
申请日：1993-09-16
摘要： The lense moving mechanism of a printing/developing machine has a pulse motor for moving the holding member of the interchangeable lens in the directions X and Y to finely adjust the position of the lens. The lens moving mechanism is controlled by a computer. The movement and position of the lens are specified by inputting numeric values, thus adjusting the position easily. The specified position of the lens is stored as channel data of the printing channel.
摘要翻译： 一个印相/显影机的伦泽移动机构具有用于可互换透镜的保持构件在X和Y方向移动，以精细地调整透镜的位置的脉冲马达。 透镜移动机构由计算机控制。 透镜的移动和位置由输入数值，从而容易地调整位置指定。 透镜的指定位置被存储作为打印频道的频道数据。
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3.发明授权THREE DIMENSIONAL PHOTOGRAPHIC PRINTING APPARATUS 失效VORRICHTUNG ZUR HERSTELLUNG VON 3D-FOTOGRAFISCHENABZÜGEN
公开(公告)号：EP0590157B1
公开(公告)日：1999-03-03
申请号：EP93908085.9
申请日：1993-04-13
发明人： MIYAWAKI, Hiroshi , ITOJIMA, Mitsuhiko , NAKAO, Hiroto , OKA, Takayuki , MAEDA, Hisahiro , TSUJI, Masaaki , AKIRA, Toshiro , Morimoto, Keiji
CPC分类号： G03B13/18 , G03B27/32 , G03B27/522 , G03B27/53 , G03B27/588 , G03B35/14
摘要： A printing machine includes a movable lens, which may be placed in position at the time of printing and held at a stand-by position spaced apart from a film during other operations. In this way, maintenance and adjustment of the lens become easy. A sample print monitor comprising a CCD camera, a line sensor, etc., is provided for measuring deviation of the center of exposure to automatically register correction values. A desired exposure angle is obtained by rotating a negative mask portion, a lens portion, an exposure table, etc., at the same angle. In addition to a rotary mechanism, the lens portion is slid finely so as to constitute a printing machine of a three-dimensional photograph having higher accuracy. Moving means are provided to an enlarging lens and to the exposure table so as to effect printing by trimming. An edge shaver is caused to act in a rectangular direction to the travelling direction of printing paper so as to cut off dust within the range of the end surface of the tip of printing paper cut by a cutter, and the dust is sucked by a dust suction mechanism and is sent to a dust box.
摘要翻译： 印刷机包括可移动透镜，其可以在打印时被放置在适当的位置并且在其它操作期间保持在与胶片隔开的备用位置。 这样，透镜的维护和调整变得容易。 提供了包括CCD照相机，线传感器等的样本打印监视器，用于测量曝光中心的偏差以自动记录校正值。 通过以相同的角度旋转负面掩模部分，透镜部分，曝光台等来获得期望的曝光角度。 除了旋转机构之外，透镜部分被精细地滑动以构成具有更高精度的三维照片的打印机。 将移动装置提供给放大镜头和曝光台，以便通过修边实现打印。 使边缘剃须刀沿着打印纸的行进方向的矩形方向作用，以便在由切割器切割的打印纸的端部的端表面的范围内切除灰尘，并且灰尘被灰尘吸入 抽吸机构，并送到集尘箱。
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4.发明公开METHOD AND EQUIPMENT FOR PRINTING 3-D STEREOGRAPH 失效VERFAHREN UND VORRICHTUNG ZUM KOPIEREN EINES 3-D BILDE。
公开(公告)号：EP0601208A1
公开(公告)日：1994-06-15
申请号：EP93913603.2
申请日：1993-06-29
发明人： MIYAWAKI, Hiroshi 4-51, Wakauranishi 1-chome , ITOJIMA, Mitsuhiko 109-9, Kawajiri, Iwade-cho , OKA, Takayuki , YAMAMOTO, Kazuyoshi , AKIRA, Toshiro , TSUJI, Masaaki
摘要： A negative monitoring device comprising a CCD camera, and a line sensor is incorporated in a 3-D stereograph printing equipment. Images on a negative are taken in the printing equipment, and then, the coordinates are designated on a TV monitor. Thus, the spatial parallax of each projected negative image is measured. When the variation of the parallax by the photographing location is small, the exposure pattern is so determined to form an image band having a band width and a band pattern which makes the photograph stereoscopic by combining the negatives having a large distance between the positions. The displacement of a key subject on the main object of each negative is measured. The exposure position is corrected in accordance with the result of the measurement. When the displacement of the key subject on the main object is greater than the threshold value, it is judged that the main object is in the foreground. A correction is made to suppress the parallax of the object in the background view, thus executing the positioning and exposure. On the contrary, when the displacement of the key subject on the main object is smaller than the threshold value, it is judged that the main object is in the distant view. A correction is made to suppress the parallax of the object in the foreground, thus executing the positioning and exposure. If no main object can be specified in a landscape photograph or the like, an arbitrary position is selected as a key point for the measurement of the displacement, thus a correction is made. In consideration of the difference in parallax between the objects in the foreground and background, a 3-D stereograph printing equipment can print stereographs having desirable spatial parallax, stereoscopic sense and picture quality.
摘要翻译： 包括CCD照相机和线传感器的负监视装置被并入3-D立体照相印刷设备中。 在打印设备中取出负片上的图像，然后在电视机上指定坐标。 因此，测量每个投影的负像的空间视差。 当拍摄位置的视差的变化小时，曝光图案被确定为形成具有带宽和带状图案的图像带，该图像带通过组合位置之间的距离较大的负片使立体。 测量每个负面主要物体上关键物体的位移。 曝光位置根据测量结果进行校正。 当主体上的关键对象的位移大于阈值时，判断主对象处于前景。 进行校正来抑制背景图中的物体的视差，从而执行定位和曝光。 相反，当主体上的关键对象的位移小于阈值时，判断主体处于远处。 进行校正以抑制前景中的物体的视差，从而执行定位和曝光。 如果在横向照片等中不能指定主要对象，则选择任意位置作为测量位移的关键点，从而进行校正。 考虑到前景和背景中的对象之间的视差的差异，3-D立体照片打印设备可以打印具有期望的空间视差，立体感和图像质量的立体图。
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公开(公告)号：EP0921431B1
公开(公告)日：2004-09-15
申请号：EP98924627.7
申请日：1998-06-16
发明人： MOTOOKA, Eiji , TSUJI, Masaaki , AIZAWA, Toshihiko
CPC分类号： G03B27/32 , G03B27/587 , G03B2227/005
摘要： A photographic processor, comprising a first printing unit for printing a film image, a second printing unit for converting the image data into light signal for printing, and a common developing unit for developing the photographic paper printed by the first and second printing units, wherein the first printing unit and the developing unit are arranged adjacent to each other in a lower part of the processor, and the second printing unit is arranged above the first printing unit. The second printing unit includes a magazine mounting portion where a magazine containing rolled photographic paper is mounted, with a photographic paper drawout port of the magazine facing forward, a first transport portion to transport the photographic paper downward as it is drawn out of the magazine, and a second transport portion extending from below the magazine mounting portion toward the rear to transport to the developing unit the photographic paper carried from the first transport portion.
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6.发明授权METHOD AND EQUIPMENT FOR PRINTING 3-D STEREOGRAPH 失效VERFAHREN UND VORRICHTUNG ZUM KOPIEREN EINES 3-D BILDES
公开(公告)号：EP0601208B1
公开(公告)日：2001-11-28
申请号：EP93913603.2
申请日：1993-06-29
发明人： MIYAWAKI, Hiroshi 4-51, Wakauranishi 1-chome , ITOJIMA, Mitsuhiko 109-9, Kawajiri, Iwade-cho , OKA, Takayuki , YAMAMOTO, Kazuyoshi , AKIRA, Toshiro , TSUJI, Masaaki
摘要： A negative monitoring device comprising a CCD camera, and a line sensor is incorporated in a 3-D stereograph printing equipment. Images on a negative are taken in the printing equipment, and then, the coordinates are designated on a TV monitor. Thus, the spatial parallax of each projected negative image is measured. When the variation of the parallax by the photographing location is small, the exposure pattern is so determined to form an image band having a band width and a band pattern which makes the photograph stereoscopic by combining the negatives having a large distance between the positions. The displacement of a key subject on the main object of each negative is measured. The exposure position is corrected in accordance with the result of the measurement. When the displacement of the key subject on the main object is greater than the threshold value, it is judged that the main object is in the foreground. A correction is made to suppress the parallax of the object in the background view, thus executing the positioning and exposure. On the contrary, when the displacement of the key subject on the main object is smaller than the threshold value, it is judged that the main object is in the distant view. A correction is made to suppress the parallax of the object in the foreground, thus executing the positioning and exposure. If no main object can be specified in a landscape photograph or the like, an arbitrary position is selected as a key point for the measurement of the displacement, thus a correction is made. In consideration of the difference in parallax between the objects in the foreground and background, a 3-D stereograph printing equipment can print stereographs having desirable spatial parallax, stereoscopic sense and picture quality.
摘要翻译： 包括CCD照相机和线传感器的负监视装置被并入3-D立体照相印刷设备中。 在打印设备中取出负片上的图像，然后在电视机上指定坐标。 因此，测量每个投影的负像的空间视差。 当拍摄位置的视差的变化小时，曝光图案被确定为形成具有带宽和带状图案的图像带，该图像带通过组合位置之间的距离较大的负片使立体。 测量每个负面主要物体上关键物体的位移。 曝光位置根据测量结果进行校正。 当主体上的关键对象的位移大于阈值时，判断主对象处于前景。 进行校正来抑制背景图中的物体的视差，从而执行定位和曝光。 相反，当主体上的关键对象的位移小于阈值时，判断主体处于远处。 进行校正以抑制前景中的物体的视差，从而执行定位和曝光。 如果在横向照片等中不能指定主要对象，则选择任意位置作为测量位移的关键点，从而进行校正。 考虑到前景和背景中的对象之间的视差的差异，3-D立体照片打印设备可以打印具有期望的空间视差，立体感和图像质量的立体图。
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7.发明授权METHOD AND APPARATUS FOR AUTOMATICALLY ADJUSTING LENS IN AUTOMATIC PRINTING/DEVELOPING MACHINE 失效方法和设备的客观的自动放大/开发引擎自动调节
公开(公告)号：EP0616247B1
公开(公告)日：2001-03-28
申请号：EP93919668.9
申请日：1993-09-16
摘要： The lense moving mechanism of a printing/developing machine has a pulse motor for moving the holding member of the interchangeable lens in the directions X and Y to finely adjust the position of the lens. The lens moving mechanism is controlled by a computer. The movement and position of the lens are specified by inputting numeric values, thus adjusting the position easily. The specified position of the lens is stored as channel data of the printing channel.
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公开(公告)号：EP0590157A1
公开(公告)日：1994-04-06
申请号：EP93908085.9
申请日：1993-04-13
申请人： NORITSU KOKI CO. LTD
发明人： MIYAWAKI, Hiroshi , ITOJIMA, Mitsuhiko , NAKAO, Hiroto , OKA, Takayuki , MAEDA, Hisahiro , TSUJI, Masaaki , AKIRA, Toshiro
CPC分类号： G03B13/18 , G03B27/32 , G03B27/522 , G03B27/53 , G03B27/588 , G03B35/14
摘要： A printing machine includes a movable lens, which may be placed in position at the time of printing and held at a stand-by position spaced apart from a film during other operations. In this way, maintenance and adjustment of the lens become easy. A sample print monitor comprising a CCD camera, a line sensor, etc., is provided for measuring deviation of the center of exposure to automatically register correction values. A desired exposure angle is obtained by rotating a negative mask portion, a lens portion, an exposure table, etc., at the same angle. In addition to a rotary mechanism, the lens portion is slid finely so as to constitute a printing machine of a three-dimensional photograph having higher accuracy. Moving means are provided to an enlarging lens and to the exposure table so as to effect printing by trimming. An edge shaver is caused to act in a rectangular direction to the travelling direction of printing paper so as to cut off dust within the range of the end surface of the tip of printing paper cut by a cutter, and the dust is sucked by a dust suction mechanism and is sent to a dust box.
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