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    • 1. 发明授权
    • Solid state image pick-up apparatus and method for increased luminance
signal resolution
    • 用于增加亮度信号分辨率的固态图像拾取装置和方法
    • US5436661A
    • 1995-07-25
    • US90940
    • 1993-07-14
    • Kazumi YamamotoKenichi SueyoshiMasayuki Sugasawa
    • Kazumi YamamotoKenichi SueyoshiMasayuki Sugasawa
    • H04N9/09G02B27/14H04N9/04H04N9/097
    • G02B27/1013G02B27/1066G02B27/145H04N9/045H04N9/097
    • A solid state image pick-up apparatus including an objective lens for forming an image of an object, and a color separation optical system for dividing said image of the object into four color images, e.g. first and second green images, a red image and a blue image, one of said four color images being right and left reversed, first to fourth solid state image sensors for receiving said four color images respectively to derive first and second green color signals, a red color signal and a blue color signal. Light receiving elements of said first solid state image sensor are shifted with respect to those of the second solid state image sensor by a half of a pitch at which these light receiving elements are arranged in a horizontal scanning direction to perform a so-called offset-site pick-up. The first and second green image signals are mixed with each other at an ideal ratio of 1:1 to derive a green color signal. An image signal derived from one of said four solid state image sensors which receives said right and left reversed image is processed by a reverse circuit. Said green color signal, red color signal and blue color signal are supplied to a luminance matrix and are mixed therein to produce a luminance signal having a high resolution.
    • 包括用于形成物体的图像的物镜的固态图像拾取装置和用于将所述物体的所述图像分成四个彩色图像的分色光学系统,例如, 第一和第二绿色图像,红色图像和蓝色图像,所述四个彩色图像中的一个是左右颠倒的;第一至第四固态图像传感器,用于分别接收所述四个彩色图像以导出第一和第二绿色信号; 红色信号和蓝色信号。 所述第一固态图像传感器的光接收元件相对于第二固态图像传感器的受光元件偏移了这些光接收元件沿水平扫描方向布置的间距的一半,以执行所谓的偏移 - 现场接送。 第一和第二绿色图像信号以1:1的理想比例彼此混合以得到绿色信号。 从所述四个固态图像传感器中的一个导出的图像信号,其接收所述右反转图像和左反转图像,由反向电路进行处理。 将所述绿色信号,红色信号和蓝色信号提供给亮度矩阵并混合在其中以产生具有高分辨率的亮度信号。
    • 2. 发明授权
    • Chuck device with multistage degree of opening
    • 具有多个开放度的开关装置
    • US5224747A
    • 1993-07-06
    • US738519
    • 1991-07-31
    • Tatsuo TsuchiyaKenichi Sueyoshi
    • Tatsuo TsuchiyaKenichi Sueyoshi
    • B23P19/04B23Q7/04B25J15/02B25J15/08B25J17/02B25J19/00
    • B25J15/02B23Q7/043Y10T279/19
    • This invention relates to a chuck device with multistage degree of opening composed of an oscillating actuator acting as a driving part and an arm opening or closing mechanism installed at one end part to which an output shaft of the oscillating actuator is projected, the actuator having a plurality of oscillating vanes concentrically arranged within casings, the casing for an inner oscillating vane structure being rotatably supported in respect to the casing for an outer oscillating vane structure so as to form a rotary shaft and at the same time an oscillating vane of the outer oscillating structure is fixed to the rotary shaft. The output shaft is connected to the oscillating vane of the inner-most oscillating vane structure so as to enable its intermediate stopping to be attained, the arm opening or closing mechanism being comprised of a pair of guide rail blocks oppositely arranged in a spaced-apart relation at both sides of the output shaft while being crossed at a right angle with an extending direction of the output shaft and fixed to the end of the outer-most casing of the oscillating actuator.
    • 本发明涉及具有多级开度的卡盘装置,其由作为驱动部件的摆动致动器构成,臂部开闭机构安装在摆动致动器的输出轴突出的一端部,致动器具有 多个振动叶片同心地布置在壳体内,用于内部振动叶片结构的壳体相对于用于外部振动叶片结构的壳体可旋转地支撑以形成旋转轴,同时具有外部振动的振动叶片 结构固定在旋转轴上。 输出轴连接到最内侧的振动叶片结构的摆动叶片,以便能够实现中间停止,该臂打开或关闭机构包括一对相对布置成间隔开的导轨块 在输出轴的两侧与输出轴的延伸方向成直角交叉并固定在摆动致动器的最外壳的端部的两侧的关系。