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    • 5. 发明申请
    • Imaging system
    • 成像系统
    • US20070183760A1
    • 2007-08-09
    • US11655567
    • 2007-01-19
    • Takashi MizunoTakayoshi SuzukiYutaka Mizukusa
    • Takashi MizunoTakayoshi SuzukiYutaka Mizukusa
    • A61B3/14
    • A61B3/14A61B3/12
    • An imaging system is provided that is capable of controlling a photographic operation to provide favorable images of a fundus of an eye to be examined. When a normal photographic mode is selected, a single operation of a shutter button causes a single trigger signal to be generated. On the other hand, when a stereo photographic mode is selected, a single operation of a shutter button causes two trigger signals to be generated in succession. The generated trigger signal triggers a switching device so that a position of a photographic stop is automatically switched to a position predetermined for the photographic mode, and the photographic light source is caused to emit light a number of times that corresponds to the selected photographic mode. In such a configuration, fundus images are automatically produced a set number of times by a single operation of the shutter. Therefore, a high-quality fundus image can be obtained without concerns that an appropriate moment to capture an image will be missed.
    • 提供一种成像系统,其能够控制摄影操作以提供要检查的眼睛的眼底的有利图像。 当选择正常拍摄模式时,快门按钮的单次操作导致产生单个触发信号。 另一方面,当选择立体摄影模式时,快门按钮的单次操作将连续产生两个触发信号。 所产生的触发信号触发切换装置,使得拍摄停止的位置自动切换到为拍摄模式预定的位置,并且使摄影光源发射与所选拍摄模式对应的次数。 在这种配置中,通过快门的单次操作自动地产生眼底图像的设定次数。 因此,可以获得高质量的眼底图像,而不用担心捕获图像的适当时刻将被遗漏。
    • 7. 发明授权
    • Optical apparatus
    • 光学仪器
    • US06300999B1
    • 2001-10-09
    • US09420173
    • 1999-10-18
    • Akio KomatsuYutaka Mizukusa
    • Akio KomatsuYutaka Mizukusa
    • G03B1324
    • G07F17/16G03B21/006
    • An optical apparatus is provided with storage means for storing captured images taken beforehand within a range of directional variability of an optical imaging system. The direction of the optical imaging system is detected and an image obtained in the detected direction is read from the storage means and displayed in place of an image actually being taken by the optical imaging system. When the scene desired to be viewed is not clearly visible or hard to find owing to cloudiness or the like, the user can view a corresponding simulated scene and, based on the simulated scene, can quickly find and view the actual scene. The real or simulated scene can be displayed for a predetermined period of time in response to insertion of a coin.
    • 光学装置设置有存储装置,用于存储预先在光学成像系统的方向变化范围内拍摄的图像。 检测光学成像系统的方向,并且从存储装置中读取在检测方向上获得的图像,并且代替实际被光学成像系统拍摄的图像显示。 当希望被观看的场景由于混浊等而不清楚可见或难以找到时,用户可以观看相应的模拟场景,并且基于模拟场景可以快速找到并观看实际场景。 响应于硬币的插入,真实或模拟场景可以显示预定的时间段。
    • 8. 发明申请
    • IMAGE PROCESSING METHOD AND IMAGE PROCESSING APPARATUS
    • 图像处理方法和图像处理装置
    • US20120026310A1
    • 2012-02-02
    • US13138871
    • 2010-04-06
    • Yutaka MizukusaNakagawa Toshiaki
    • Yutaka MizukusaNakagawa Toshiaki
    • H04N7/18
    • A61B3/14A61B3/0025G06T7/593G06T2207/10012G06T2207/10024G06T2207/10101G06T2207/30041
    • The ocular fundus of an eye under examination is stereo-photographed via an ocular fundus photographing optical system with a predetermined parallax (S100). The photographed stereo ocular fundus images are subjected to color separation (S101) when a process of measuring the three-dimensional shape of the ocular fundus of the eye under examination is to be performed using left and right parallax images obtained. A depth information measurement process to derive depth information of a specific ocular fundus region is carried out on the respective stereo ocular fundus images of different wavelengths obtained by the color separation (S103), and a thickness information measurement process is carried out to derive, as thickness information for specific ocular fundus tissue, a difference of depth information obtained respectively from stereo ocular fundus images of different wavelength components in the depth information measurement process (S104). Additionally, a spatial frequency filtering process is carried out for an image of a specific frequency component (S103).
    • 经检查的眼睛的眼底通过具有预定视差的眼底拍摄光学系统立体拍摄(S100)。 当使用所获得的左视差图像和右视差图像进行测量正在检查的眼睛的眼底的三维形状的处理时,拍摄的立体眼底图像进行分色(S101)。 在通过颜色分离获得的不同波长的各个立体眼底视野图像上执行用于导出特定眼底区域的深度信息的深度信息测量处理(S103),并且执行厚度信息测量处理以导出为 特定眼底组织的厚度信息,深度信息测量过程中分别从不同波长成分的立体眼底图像获得的深度信息的差异(S104)。 此外,对特定频率分量的图像执行空间频率滤波处理(S103)。
    • 9. 发明申请
    • OPHTHALMOLOGIC APPARATUS AND IMAGE CLASSIFICATION METHOD
    • 眼科设备和图像分类方法
    • US20120300174A1
    • 2012-11-29
    • US13575635
    • 2011-01-21
    • Norihiko YokoiYutaka MizukusaShigeru Kinoshita
    • Norihiko YokoiYutaka MizukusaShigeru Kinoshita
    • A61B3/14G06K9/62
    • A61B3/101
    • An illumination light is projected onto a tear film lipid layer on a cornea of an eye to be examined, and the reflected light is received and the tear film lipid layer is imaged. The image of the tear film lipid layer that has been captured is processed, and the initial spread speed H′ of the tear film lipid layer at the time the eyelid has been opened is measured. The image of the tear film lipid layer that has been captured is processed, and the time until the tear film lipid layer is broken up after the eyelid has been opened and a dark area T appears is measured. The appearance time of the dark area is plotted on the Y-axis and the initial spread speed H′(0) of the tear film lipid layer is plotted on the X-axis, and the type of dry eye is classified. In such a configuration, since the type of dry eye can be classified and determined, diagnosis and treatment in accordance with the type of dry eye are made possible.
    • 将照明光投射到要检查的眼睛的角膜上的泪膜脂质层上,并且接收反射的光,并对泪膜脂质层进行成像。 对已经被捕获的泪膜脂质层的图像进行处理,并且测量在眼睑打开时泪液脂质层的初始铺展速度H'。 处理已经捕获的泪膜脂质层的图像,并且测量在眼睑已经打开并且出现暗区域T之后眼泪膜脂质层破裂的时间。 将暗区的出现时间绘制在Y轴上,将泪膜脂质层的初始铺展速度H'(0)绘制在X轴上,并将干眼的类型分类。 在这样的结构中,由于能够分类确定干眼的种类,因此可以根据干眼的类型进行诊断和处理。
    • 10. 发明授权
    • Imaging system
    • 成像系统
    • US07848625B2
    • 2010-12-07
    • US11655567
    • 2007-01-19
    • Takashi MizunoTakayoshi SuzukiYutaka Mizukusa
    • Takashi MizunoTakayoshi SuzukiYutaka Mizukusa
    • G03B29/00A61B3/14
    • A61B3/14A61B3/12
    • An imaging system is provided that is capable of controlling a photographic operation to provide favorable images of a fundus of an eye to be examined. When a normal photographic mode is selected, a single operation of a shutter button causes a single trigger signal to be generated. On the other hand, when a stereo photographic mode is selected, a single operation of a shutter button causes two trigger signals to be generated in succession. The generated trigger signal triggers a switching device so that a position of a photographic stop is automatically switched to a position predetermined for the photographic mode, and the photographic light source is caused to emit light a number of times that corresponds to the selected photographic mode. In such a configuration, fundus images are automatically produced a set number of times by a single operation of the shutter. Therefore, a high-quality fundus image can be obtained without concerns that an appropriate moment to capture an image will be missed.
    • 提供一种成像系统,其能够控制摄影操作以提供要检查的眼睛的眼底的有利图像。 当选择正常拍摄模式时,快门按钮的单次操作导致产生单个触发信号。 另一方面,当选择立体摄影模式时,快门按钮的单次操作将连续产生两个触发信号。 所产生的触发信号触发切换装置,使得拍摄停止的位置自动切换到为拍摄模式预定的位置,并且使摄影光源发射与所选拍摄模式对应的次数。 在这种配置中,通过快门的单次操作自动地产生眼底图像的设定次数。 因此,可以获得高质量的眼底图像,而不用担心捕获图像的适当时刻将被遗漏。