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    • 62. 发明授权
    • Image pickup system
    • 摄像系统
    • US07821529B2
    • 2010-10-26
    • US10670114
    • 2003-09-24
    • Akihiko MochidaKatsuyuki SaitoMakoto TsunakawaNoboru KusamuraKotaro OgasawaraHideki Tashiro
    • Akihiko MochidaKatsuyuki SaitoMakoto TsunakawaNoboru KusamuraKotaro OgasawaraHideki Tashiro
    • A62B1/04
    • H04N5/335A61B1/05H04N2005/2255
    • To provide an image pickup system having CCDs 25 driven at different frequencies respectively which can drive each CCD 25 with a predetermined frequency if a detachable camera head (or electronic endoscope) 28 is used and also can process a signal processing clock of a video processing circuit 29 with one type of clock. A drive signal of the predetermined frequency supplied to the CCD is produced via a generating circuit CXO 155 in the video processing circuit 29, a frequency dividing circuit 132 and a timing generator (T.G.) 131. A CCD signal outputted from the CCD 25 is inputted to a line memory 139 in a floating circuit 135. As a writing clock (WCK) of the line memory 139, the one which is divided in the frequency dividing circuit 132 to a frequency in accordance with the CCD 25 to be used is used, and as a reading clock (RCK), the one of one type of frequency is used without regard to the CCD 25 to be used. Hence, it is possible to perform the signal processing of a secondary circuit 136 of the line memory 139 and following ones always with a common generating clock.
    • 为了提供具有以不同频率驱动的CCD25的图像拾取系统,其可以使用可拆卸的相机头(或电子内窥镜)28来以预定频率驱动每个CCD 25,并且还可以处理视频处理电路的信号处理时钟 29与一种类型的时钟。 通过视频处理电路29,分频电路132和定时发生器(TG)131中的发生电路CX0 155产生提供给CCD的预定频率的驱动信号。输入从CCD 25输出的CCD信号 作为浮置电路135中的行存储器139.作为行存储器139的写入时钟(WCK),使用在分频电路132中划分为与要使用的CCD 25相对应的频率的存储器, 并且作为读取时钟(RCK),使用一种类型的频率中的一种,而不考虑要使用的CCD 25。 因此,可以对行存储器139的次级电路136进行信号处理,并且可以执行以下公式的公共生成时钟。
    • 64. 发明授权
    • Endoscope system
    • 内窥镜系统
    • US5398056A
    • 1995-03-14
    • US149225
    • 1993-11-09
    • Hisao YabeHiroyuki SasaShigeru NakajimaKazunari NakamuraYoshihiro OkadaKatsuyuki SaitoSeiji Yamaguchi
    • Hisao YabeHiroyuki SasaShigeru NakajimaKazunari NakamuraYoshihiro OkadaKatsuyuki SaitoSeiji Yamaguchi
    • A61B1/04A61B1/06
    • A61B1/00105A61B1/042
    • An endoscope system according to the present invention includes a plurality of different endoscopes each of which has an illumination optical system for emitting light outward, an observation optical system for forming an optical image of a subject at the distal end of an insertion tube which can be inserted into the subject, and a solid-state imaging device for converting the optical image of the subject formed by the observation optical system into an electric signal, a plurality of different signal processors each of which drives a solid-state imaging device and processes the output signal sent from the solid-state imaging device to provide a video signal, and a plurality of different light sources each of which is compatible with one of the plurality of different endoscopes and supplies light to the illumination optical system. The system expendability is so excellent that the above equipment will be compatible with technologically-upgraded endoscopes, signal processors, or light sources.
    • 根据本发明的内窥镜系统包括多个不同的内窥镜,每个内窥镜具有用于向外发光的照明光学系统,用于在插入管的远端形成被检体的光学图像的观察光学系统,其可以是 插入到被检体内的固体摄像装置和将由观察光学系统形成的被检体的光学图像转换为电信号的固态成像装置,分别驱动固态成像装置的多个不同的信号处理器, 输出信号,以提供视频信号,以及多个不同的光源,每个光源与所述多个不同的内窥镜中的一个兼容,并向所述照明光学系统供应光。 系统消耗性非常好,以至于上述设备与技术升级的内窥镜,信号处理器或光源兼容。
    • 65. 发明授权
    • Endoscope system
    • 内窥镜系统
    • US5315383A
    • 1994-05-24
    • US842704
    • 1992-02-27
    • Hisao YabeHiroyuki SasaShigeru NakajimaKazunari NakamuraYoshihiro OkadaKatsuyuki SaitoSeiji Yamaguchi
    • Hisao YabeHiroyuki SasaShigeru NakajimaKazunari NakamuraYoshihiro OkadaKatsuyuki SaitoSeiji Yamaguchi
    • A61B1/04A61B1/06
    • A61B1/00105A61B1/042
    • An endoscope system includes a plurality of different endoscopes each of which has an illumination optical system for emitting light outward, an observation optical system for forming an optical image of a subject at the distal end of an insertion tube which can be inserted into the subject, and a solid-state imaging device for converting the optical image of the subject formed by the observation optical system into an electric signal, a plurality of different signal processors each of which drives a solid-state imaging device and processes the output signal sent from the solid-state imaging device to provide a video signal, and a plurality of different light sources each of which is compatible with one of the plurality of different endoscopes and supplies light to the illumination optical system. The system expendability is so excellent that the above equipment will be compatible with technologically-upgraded endoscopes, signal processors, or light sources.
    • 一种内窥镜系统,包括:多个不同的内窥镜,其具有用于向外侧发光的照明光学系统;观察光学系统,用于在可插入被检体的插入管的前端形成被检体的光学图像; 以及用于将由观察光学系统形成的被摄体的光学图像转换为电信号的固态成像装置,多个不同的信号处理器,每个信号处理器驱动固态成像装置并处理从 固态成像装置,用于提供视频信号,以及多个不同的光源,每个光源与多个不同的内窥镜中的一个兼容,并向照明光学系统提供光。 系统消耗性非常好,以至于上述设备与技术升级的内窥镜,信号处理器或光源兼容。