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    • 1. 发明公开
    • Target follow-up device and camera comprising the same
    • 目标跟踪装置和包括该装置的相机
    • EP0586019A2
    • 1994-03-09
    • EP93202587.7
    • 1993-09-03
    • NIKON CORPORATION
    • Abe, HiroyukiMuramatsu, MasaruGoto, TetsuroNarisawa, Tsutomu
    • G01S3/786
    • G01S3/7864G02B7/28
    • The target follow-up device of the present invention is adapted quickly and reliably to follow up the position of a target which is moving at high speed. It incorporates an imaging sensor having a number of imaging elements, which performs photometry over the photographic field and which outputs input image data. Based upon this imaging sensor output, input image data for the target to be followed up are stored as reference image data by a memory device. Based upon minimum residue calculation between the input image data and the reference image data, the target follow-up device of the present invention determines the position of the target. In this determination operation, the target follow-up device selects at least one color from a plurality of colors contained in common by the input image data and the reference image data, and calculates the minimum residue for the selected color component.
    • 本发明的目标跟踪装置能够快速可靠地跟踪正在高速移动的目标的位置。 它包含具有多个成像元件的成像传感器,其在照相场上进行测光并输出输入图像数据。 基于该成像传感器输出,由存储装置将用于要跟随的目标的输入图像数据存储为参考图像数据。 基于输入图像数据与参考图像数据之间的最小残差计算,本发明的目标跟踪装置确定目标的位置。 在该确定操作中,目标跟踪设备从由输入图像数据和参考图像数据共同包含的多种颜色中选择至少一种颜色,并计算所选颜色分量的最小残差。
    • 2. 发明公开
    • Automatic focusing device of camera
    • 自动化Scharfstellgeräteiner Kamera。
    • EP0468455A2
    • 1992-01-29
    • EP91112341.2
    • 1991-07-23
    • NIKON CORPORATION
    • Muramatsu, MasaruOgasawara, Akira
    • G02B7/36
    • G02B7/36
    • There is provided an automatic focusing device of a camera which accurately adjusts focus in a short time on the basis of recent and past information created in accordance with a focused object. The position of the object is predicted on the basis of the recent information and past information calculated at predetermined time intervals. It is therefore possible to accurately predict the position of the object in a short calculation time and to reliably determine whether the object is at rest or in motion. During a servo operation, a tracking servo operation does not begin erroneously for an object at rest. Once the tracking servo operation begins, because of hysteresis for determining whether the object is moving, the lens continuously and stably tracks the object. During the tracking servo operation, there is no delay of the time intervals at which the distance between the lens and the object is measured, and a distance moved by the object can be corrected and automatically adjusted. The lens can thus be moved smoothly in response to the movement of the object.
    • 提供了一种摄像机的自动对焦装置,其基于根据聚焦对象创建的最近和过去的信息在短时间内精确地调整焦点。 基于最近的信息和以预定时间间隔计算的过去信息来预测对象的位置。 因此,可以在短的计算时间内精确地预测物体的位置,并且可靠地确定物体是静止还是运动。 在伺服操作期间,对于静止的物体,跟踪伺服操作不会错误地开始。 一旦跟踪伺服操作开始,由于用于确定对象是否正在移动的滞后,镜头连续且稳定地跟踪对象。 在跟踪伺服操作期间,测量透镜和物体之间的距离的时间间隔没有延迟,并且可以校正和自动调整由物体移动的距离。 因此,透镜可以响应于物体的移动而平滑地移动。
    • 5. 发明公开
    • Rear light detecting apparatus in a camera
    • Hintergrundlichtdetektionsgerät在einer Kamera。
    • EP0443497A2
    • 1991-08-28
    • EP91102290.3
    • 1991-02-18
    • NIKON CORPORATION
    • Muramatsu, Masaru
    • G03B7/091
    • G01J1/44G03B7/16G03B7/28
    • A rear light detecting apparatus in a camera for detecting whether an object is in rear light comprises a center portion light meter (101) for detecting the brightness of an object lying in the central area of the photographing picture plane, a peripheral portion light meter (102) for detecting the brightness of an object lying in the peripheral area of the central area, a first rear light discriminator (103) for judging on the basis of the result of the detection by the two light meters whether the object lying in the central area is in a rear light state, a focus detector (106) for detecting the focuses of a plurality of objects lying in at least a predetermined detection area within the central area of the picture plane from a pair of object images formed on an image sensor (105), an object selector (107) for selecting a main object on the basis of the result of the detection by the focus detector (106), a second rear light discriminator (108) for judging from the outputs of the image sensor (105) which correspond to the selected main object and the other objects whether the main object is in a rear light state, and a controller (104) outputting a light emission signal for causing an electronic flash device to emit light during photographing when at least one of the first and second rear light discriminators (103;108) is judged to be in a rear light state.
    • 用于检测物体是否在后方的照相机中的后部光检测装置包括:用于检测位于拍摄图像的中心区域中的物体的亮度的中心部分光度计(101),周边部分光度计 102),用于检测位于中心区域的周边区域中的物体的亮度;第一后方光鉴别器(103),用于根据两个光计的检测结果判断位于中央的物体 区域处于后光状态,焦点检测器(106)用于从形成在图像传感器上的一对物体图像中检测位于图像的中心区域内的至少预定检测区域中的多个物体的焦点 (105),用于根据焦点检测器(106)的检测结果来选择主要对象的对象选择器(107),用于根据ima的输出判断的第二后部鉴别器(108) ge传感器(105),其对应于所选择的主要物体和另一个物体,主要物体是否处于后部照明状态;以及控制器(104),其输出用于使电子闪光装置在拍摄期间发光的发光信号 第一和第二后光识别器(103; 108)中的至少一个被判定为处于后光状态。
    • 7. 发明公开
    • Automatic focusing apparatus
    • 自动化Scharfeinstellgerät。
    • EP0347042A1
    • 1989-12-20
    • EP89304891.8
    • 1989-05-15
    • NIKON CORPORATION
    • Kusaka, YosukeMuramatsu, MasaruUtagawa, KenYamano, Shozo
    • G03B3/00G02B7/28
    • G02B7/36
    • An automatic focusing apparatus comprising:

      focusing means for repetitively detecting a defocus amount of a photographing lens, moving object discriminating means for discriminating whether or not an object is moving, pursuit correction amount calculating means for calculating a pursuit correction amount for the moving object on the basis of the present and previous defocus amounts, lens drive means for, when the discriminating means discriminates that the object is not moved, calculating a drive amount of the lens on the basis of the present defocus amount and for, when the discriminating means discriminates that the object is moving, calculating the drive amount of the lens on the basis of a pursuit drive amount as a sum of the present defocus amount and the pursuit correction amount, so as to drive the lens, and pursuit enable/disable determining means for determining whether the drive means calculates the drive amount of the lens on the basis of the discrimination result of the discriminating means or calculates the drive amount of the lens on the basis of the present defocus amount, wherein when a drive direction of the lens is reversed, the pursuit enable/disable determining means causes the lens drive means to calculate the drive amount of the photographing lens on the basis of the present defocus amount to drive the lens in a predetermined number of times of drive operation after the reversal..
    • 一种自动对焦装置,包括:用于重复检测拍摄镜头的散焦量的聚焦装置,用于鉴别物体是否正在移动的移动物体识别装置,用于计算对象的移动物体的追踪校正量的追踪校正量计算装置 当前和以前的散焦量的基础时,透镜驱动装置,当鉴别装置识别物体不移动时,基于目前的散焦量计算透镜的驱动量,并且当鉴别装置鉴别出 物体正在移动,基于作为当前散焦量和追踪修正量的和的追求驱动量来计算透镜的驱动量,以便驱动透镜,并且追踪使能/禁止确定装置,用于确定 驱动装置是否根据dis的判别结果来计算镜头的驱动量 基于目前的散焦量来计算镜片的驱动量,其中当镜头的驱动方向反转时,追求使能/禁止确定装置使透镜驱动装置计算拍摄的驱动量 基于目前的散焦量,在反转之后以预定次数的驱动操作驱动透镜。
    • 10. 发明公开
    • Imaging apparatus
    • 成像设备
    • EP1978732A2
    • 2008-10-08
    • EP08251248.4
    • 2008-03-31
    • Nikon Corporation
    • Muramatsu, Masaru
    • H04N5/235H04N5/202
    • H04N5/235H04N5/2351H04N5/243H04N2101/00
    • An imaging apparatus includes a photometry section, an exposure calculating section, an imaging section, and an image processing section. The photometry section performs the photometry of a subject. The exposure calculating section sets exposure conditions based on a photometry result of the photometry section. The imaging section images the subject in accordance with the exposure conditions to generate image data. The image processing section is capable of performing the image correction to perform improvement of luminosity for the dark region, on the image data generated in the imaging section. In the above described configuration, the exposure calculating section determines exposure conditions according to correction setting of the image correction in the image processing section.
    • 成像设备包括测光部分,曝光计算部分,成像部分和图像处理部分。 测光部分执行对象的测光。 曝光计算部分根据测光部分的测光结果设置曝光条件。 成像部分根据曝光条件对被摄体进行成像以生成图像数据。 图像处理部分能够执行图像校正,以对在成像部分中生成的图像数据进行暗部区域的亮度改善。 在上述配置中,曝光计算部分根据图像处理部分中的图像校正的校正设置来确定曝光条件。