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    • 6. 发明授权
    • Multi-display device and multi-display system
    • 多显示设备和多显示系统
    • US06513938B2
    • 2003-02-04
    • US09803710
    • 2001-03-09
    • Akihiro KubotaYasuhiro KomiyaMasaki Higurashi
    • Akihiro KubotaYasuhiro KomiyaMasaki Higurashi
    • G03B2126
    • G03B21/10H04N9/3147
    • The present invention provides a multi-display device that has a plurality of projectors and constructs one image as a whole. Partial images projected on a screen from the projectors overlap to have the edges thereof superposed on edges of adjoining partial images in shared fields on the screen. A sheet interceptor intercepts part of light to be projected on a shared field so that the luminance level in the shared field will agree with the luminance levels in the other fields except the shared fields. An interceptor portion of the sheet interceptor, which intercepts light from the right-hand side of a range on the screen within which a partial image is projected, can be displaced horizontally relative to an interceptor portion thereof that intercepts light from the left-hand side thereof. Likewise, an interceptor portion of the sheet interceptor that intercepts light from the upper side of the projected range can be displaced vertically relative to an interceptor portion thereof that intercepts light from the lower side thereof.
    • 本发明提供一种多显示装置,其具有多个投影仪并构成一个图像作为整体。 从投影仪投影在屏幕上的部分图像重叠,使其边缘叠加在屏幕上的共享字段中的相邻部分图像的边缘上。 薄片拦截器拦截要投射在共享场上的光的一部分,使得共享字段中的亮度级别与除了共享字段之外的其他字段中的亮度级别一致。 拦截来自屏幕上的范围右侧的光的拦截器部分可以相对于其拦截来自左侧的光的拦截器部分水平移位 其中。 同样地,拦截来自投影范围的上侧的光的片材拦截器的拦截器部分可以相对于其截取来自其下侧的光的拦截器部分垂直移位。
    • 7. 发明申请
    • Image pick-up apparatus and image restoration method
    • 图像拾取装置和图像恢复方法
    • US20060017813A1
    • 2006-01-26
    • US11183644
    • 2005-07-18
    • Mitsumasa OkuboMasaki HigurashiMasashi HankawaYuji Imai
    • Mitsumasa OkuboMasaki HigurashiMasashi HankawaYuji Imai
    • H04N5/228
    • H04N5/23274H04N5/23248
    • An image pick-up apparatus includes an optical system which forms a subject image. An image pick-up unit obtains image data from the subject image formed by the optical system. A vibration detecting unit detects a vibration of the image pick-up apparatus. In an image deterioration information storage unit, information of image deterioration generated by the optical system is stored. An image deterioration correcting unit corrects the image deterioration generated by the optical system with respect to the image data output from the image pick-up unit in accordance with the image deterioration information stored in the image deterioration information storage unit. A vibration restoring unit restores the image deteriorated by the vibration with respect to the image data output from the image deterioration correcting unit in accordance with the vibration detecting signal of the time series.
    • 图像拾取装置包括形成被摄体图像的光学系统。 图像拾取单元从由光学系统形成的被摄体图像获得图像数据。 振动检测单元检测图像拾取装置的振动。 在图像劣化信息存储单元中,存储由光学系统生成的图像劣化的信息。 图像劣化校正单元根据存储在图像劣化信息存储单元中的图像劣化信息,校正由摄像单元输出的图像数据由光学系统产生的图像劣化。 振动恢复单元根据时间序列的振动检测信号,恢复相对于从图像劣化校正单元输出的图像数据的振动恶化的图像。
    • 8. 发明授权
    • Image calibration device and image calibration method
    • 图像校准装置和图像校准方法
    • US06771307B2
    • 2004-08-03
    • US09797103
    • 2001-03-01
    • Mitsuji WakiTadashi NishioAkihiro KubotaMasaki Higurashi
    • Mitsuji WakiTadashi NishioAkihiro KubotaMasaki Higurashi
    • H04N1700
    • H04N9/3147
    • In an image calibration device 10, a calibration pattern is projected onto a screen 4 from each projector 3 under control of a personal computer or other calibration device 10a, pictures are taken by a digital camera or other image pick-up device 11, and the results are supplied to the calibration device 10a. The calibration device 10a uses the supplied picture data to calculate parameters in order to perform picture positioning, color adjustment, brightness adjustment and other adjustments and corrections, and based on the calculation results transforms the original picture data, generates and supplies signals indicating projection conditions to each of the projectors 3, and performs image calibration control of the pictures projected by each projector 3. Here at the time of taking pictures, by installing on the image pick-up device 11 a shielding member 12 formed into a tetragonal pyramid shape, the light-receiving part of the image pick-up device 11 and the screen are completely shielded from ambient external light. By this means, the measurement precision of the image pick-up device 11 is improved, and accurate and reliable image calibration is performed.
    • 在图像校准装置10中,在个人计算机或其他校准装置10a的控制下,将校准图案投影到来自每个投影仪3的屏幕4上,图像由数码相机或其他图像拾取装置11拍摄,并且 结果被提供给校准装置10a。 校准装置10a使用所提供的图像数据来计算参数以执行图像定位,颜色调整,亮度调整和其他调整和校正,并且基于计算结果,转换原始图像数据,生成并提供指示投影条件的信号 每个投影仪3,并且对每个投影仪3投射的图像执行图像校准控制。这里,在拍摄时,通过在摄像装置11上安装形成四边形棱锥形的遮光构件12, 图像拾取装置11的光接收部分和屏幕完​​全屏蔽环境外部光。 通过这种方式,提高了图像拾取装置11的测量精度,并且执行了精确和可靠的图像校准。
    • 9. 发明授权
    • Imaging apparatus
    • 成像设备
    • US08243188B2
    • 2012-08-14
    • US12471071
    • 2009-05-22
    • Masaki Higurashi
    • Masaki Higurashi
    • G03B13/00G03B17/00H04N5/232
    • H04N5/23212H04N5/23209
    • An imaging apparatus of the invention comprises a camera body and a lens unit which can be mounted on and removed from the camera body. The focusing lens of the lens unit is moved along the optical axis. The position of the focusing lens on the optical axis is detected by a position detection section in response to a synchronization signal according to the photographic timing of the imaging device. A second transmission section transmits position data on the focusing lens detected by the position detection section to the camera body.
    • 本发明的成像装置包括相机主体和可以安装在照相机主体上和从照相机主体移除的透镜单元。 透镜单元的聚焦透镜沿光轴移动。 响应于根据成像装置的拍摄定时的同步信号,由位置检测部分检测聚焦透镜在光轴上的位置。 第二发送部将由位置检测部检测出的聚焦透镜上的位置数据发送到相机主体。
    • 10. 发明授权
    • Image synthesizing apparatus
    • 图像合成装置
    • US06393162B1
    • 2002-05-21
    • US09223434
    • 1998-12-30
    • Masaki Higurashi
    • Masaki Higurashi
    • G06K936
    • G06T5/006G06T5/009G06T5/50G06T7/32G06T7/33G06T2200/32G06T2207/10016
    • An image synthesizing apparatus is disclosed which incorporates a deviation detection portion for calculating a parameter indicating the positional relationship between images obtained by photographing a subject such that the subject is divided into sections, an interpolating portion for correcting parallel translation and rotation from the parameter and the images, an exposure processing portion which calculates an exposure correction coefficient from overlap portions of the images corrected by the interpolating portion so as to correct the exposure of the images which must be connected to each other, and an image synthesizing portion for connecting and synthesizing the corrected images to one another, wherein the exposure of each image is corrected before the divided and photographed images are connected to one another so that the overall image is corrected to have natural exposure.
    • 公开了一种图像合成装置,其包括:偏差检测部分,用于计算指示通过拍摄对象获得的图像之间的位置关系的参数,使得被摄体被划分为多个部分,用于校正来自参数的平行平移和旋转的内插部分,以及 图像,曝光处理部分,其从由内插部分校正的图像的重叠部分计算曝光校正系数,以便校正彼此必须连接的图像的曝光;以及图像合成部分,用于连接和合成 校正后的图像彼此相对,其中在分割和拍摄的图像彼此连接之前校正每个图像的曝光,使得整体图像被校正为具有自然曝光。