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    • 62. 发明授权
    • Focus detecting apparatus detecting focus to a plurality of areas
    • 聚焦检测装置将焦点检测到多个区域
    • US5311241A
    • 1994-05-10
    • US994370
    • 1992-12-21
    • Akira AkashiMasaki Higashihara
    • Akira AkashiMasaki Higashihara
    • G03B13/36G02B7/28G02B7/34
    • G02B7/346
    • Focus detecting apparatus detecting focus to a plurality of areas has (1) a first auto-focusing mode in which, regardless of an in-focus or out-of-focus state, an auto-focusing operation (including focus detection and driving of an optical system) are repeatedly performed, and (2) a second auto-focusing mode in which the auto-focusing operation is performed until an in-focus state is obtained and the auto-focusing operation is terminated after the in-focus state is detected. A sensor unit is provided for receiving light beams form a plurality of different areas in a photographic scene. A focus processing circuit is provided for, in the first auto-focusing mode, causing the auto-focusing operation to be performed on the basis of an output of a sensor unit representing a particular area of the plurality of areas as long as the output of said sensor unit which represent the particular area is appropriate. In the second auto-focusing mode, the processing circuit selects as a result of the focus detection operation a signal representing a particular focusing state among the focus state signals of each said area obtained by the focus detection operations performed on outputs of sensor units corresponding to each area of the photographic scene.
    • 检测焦点到多个区域的聚焦检测装置具有(1)第一自动对焦模式,其中,无论聚焦或聚焦外的状态如何,自动聚焦操作(包括焦点检测和 光学系统),以及(2)第二自动聚焦模式,其中执行自动聚焦操作直到获得对焦状态,并且在检测到对焦状态之后终止自动聚焦操作 。 提供传感器单元,用于在照相场景中接收由多个不同区域形成的光束。 提供了一种聚焦处理电路,用于在第一自动聚焦模式中,只要输出表示多个区域的特定区域的传感器单元的输出,就执行自动聚焦操作 表示特定区域的所述传感器单元是适当的。 在第二自动对焦模式中,处理电路作为焦点检测操作的结果,通过对与其对应的传感器单元的输出执行的焦点检测操作获得的每个所述区域的聚焦状态信号中的特定聚焦状态的信号进行选择 每个地区的摄影场景。
    • 64. 发明授权
    • Photosensor device including means for designating a plurality of pixel
blocks of any desired size
    • 光传感器装置包括用于指定任何所需尺寸的多个像素块的装置
    • US5241167A
    • 1993-08-31
    • US789045
    • 1991-11-07
    • Kenji SuzukiMamoru MiyawakiAkira AkashiToshiki Nakayama
    • Kenji SuzukiMamoru MiyawakiAkira AkashiToshiki Nakayama
    • G02B7/34H01L27/148H04N5/232
    • H04N5/23212G02B7/346H01L27/148
    • A photoelectric sensor device has a two-dimensional arrangement of a multiplicity of unit structures each including a pixel. The sensor device includes a circuit for simultaneously designating a plurality of pixel blocks of any desired sizes at any desired positions on the two dimensional arrangement of unit structures, each pixel block being composed of pixels which are to be actually used. The sensor device also includes a monitor output circuit for outputting, for each of the pixel blocks, at least one monitor output as the representative of the amounts of charges accumulated in the pixels in each of the pixel blocks. The sensor device further includes a circuit which executes the control of accumulation of charges and the control of outputting of the image signals on each of the pixel blocks independently of other pixel blocks. Disclosed also is a focus detection system using the sensor device.
    • 光电传感器装置具有各自包括像素的多个单位结构的二维排列。 传感器装置包括一个电路,用于在单元结构的二维排列上的任何期望位置同时指定任何所需尺寸的多个像素块,每个像素块由实际使用的像素构成。 传感器装置还包括监视器输出电路,用于为每个像素块输出至少一个监视器输出,作为在每个像素块中的像素中积累的电荷量的代表。 传感器装置还包括执行电荷累积控制的电路和独立于其它像素块的每个像素块上输出图像信号的控制。 还公开了使用该传感器装置的焦点检测系统。
    • 66. 发明授权
    • Method and apparatus for forming color proof
    • 形成色彩的方法和装置
    • US5019484A
    • 1991-05-28
    • US285937
    • 1988-12-19
    • Hitoshi ShimaokaShigera MizuoAkira AkashiMiyuki Hosoi
    • Hitoshi ShimaokaShigera MizuoAkira AkashiMiyuki Hosoi
    • G03F3/10
    • G03F3/102Y10S430/153
    • A color proof formation method includes the steps of bringing a first color separated film original mounted upon an original mounting table into tight contact with a photosensitive material fixed upon a mounting table, and exposing the film original; separating the photosensitive material mounting table from the original mounting table; replacing or exchanging the first film original upon the original mounting table with a second color separated film original; and bringing the second film original into tight contact with the photosensitive material. The steps are repeatedly performed a predetermined number of times so as to form a color proof. There is also disclosed a color proof formation apparatus including a suction unit for forming a suction groove, for bringing the film original and the photosensitive material into tight engagement with each orther, between the film original mounting table and the photosensitive material mounting table while the film original mounting table and the photosensitive material mounting table are close to or in contact with each so that the film original and the photosensitive material are brought into surface contact with each other, and for evacuating the air interposed between the film original and the photosensitive material so that the film original and the photosensitive material are in fact brought into tight contact with each other.
    • 彩色证明形成方法包括以下步骤:将安装在原始安装台上的第一分色胶片原稿与固定在安装台上的感光材料紧密接触,并使胶片原稿曝光; 将感光材料安装台与原始安装台分离; 将第一胶片原件更换或更换在原始安装台上,并具有第二分色胶片原件; 并使第二胶片原稿与感光材料紧密接触。 重复执行步骤预定次数,以形成色彩。 还公开了一种防色层形成装置,其包括用于在膜原始安装台和感光材料安装台之间形成用于形成胶片原稿和感光材料与每个或其他部分紧密接合的吸引槽的抽吸单元, 原始安装台和感光材料安装台靠近或接触,使得胶片原稿和感光材料彼此进行表面接触,并且用于抽出介于胶片原稿和感光材料之间的空气,因此 胶片原稿和感光材料实际上彼此紧密接触。
    • 68. 发明授权
    • Camera incorporating automatic focusing apparatus
    • 相机结合自动对焦装置
    • US4801962A
    • 1989-01-31
    • US140301
    • 1987-12-31
    • Akira Akashi
    • Akira Akashi
    • G02B7/36G03B3/00
    • G02B7/36
    • Disclosed is an automatic focusing apparatus for a camera and, more particularly, to an automatic focusing apparatus for a camera of a type which performs a focus detecting operation under emission of auxiliary light when, e.g., luminance is low. In the camera of this type, if a mode of the automatic focusing apparatus is set to a servo mode, the servo mode can be switched to a one-shot mode when the focus detecting operation is to be performed under emission of the auxiliary light. Since the auxiliary light is not continuously emitted, an auxiliary light source is protected.
    • 公开了一种用于照相机的自动对焦装置,更具体地,涉及一种在例如亮度低的情况下在辅助光发射下执行焦点检测操作的类型的照相机的自动对焦装置。 在这种相机中,如果将自动对焦装置的模式设置为伺服模式,则当在辅助光的发射下进行焦点检测操作时,可以将伺服模式切换到单次模式。 由于辅助光不被连续地发射,所以辅助光源被保护。
    • 69. 发明授权
    • Camera capable of operating in an automatic focus adjusting mode and a
manual focus adjusting mode
    • 相机能够在自动对焦调整模式和手动对焦调整模式下操作
    • US4572643A
    • 1986-02-25
    • US570517
    • 1984-01-13
    • Akira Akashi
    • Akira Akashi
    • G03B13/36G02B7/28G02B7/36G03B3/00
    • G02B7/36
    • This specification discloses a camera which comprises a lens driven by an electric motor and a distance detecting circuit and in which change-over is automatically effected between an automatic focus adjusting mode in which the lens is usually driven by a signal from the distance detecting circuit and a manual focus adjusting mode in which the lens is driven manually when a signal for driving the lens is not put out from the distance detecting circuit, that is, in the case of the concurrence of far focus and near focus of an object to be photographed or in a case where the object to be photographed is of a low contrast, and in which even during the manual focus adjusting mode, the distance detecting circuit is operated and when an in-focus signal is put out from the distance detecting circuit, the lens is stopped for a predetermined time.
    • 本说明书公开了一种照相机,其包括由电动机驱动的透镜和距离检测电路,并且其中自动聚焦调节模式自动进行转换,其中透镜通常由来自距离检测电路的信号驱动, 手动对焦调整模式,其中当用于驱动透镜的信号没有从距离检测电路输出时,即在要被拍摄的对象的远焦点和近焦点的情况下,手动地驱动透镜 或者在拍摄对象的对比度较低的情况下,即使在手动对焦调整模式下,距离检测电路被操作,并且当从距离检测电路输出对焦信号时, 镜头停止预定的时间。