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    • 1. 发明授权
    • Image communication apparatus and image communication method
    • 图像通信装置和图像通信方法
    • US06972858B1
    • 2005-12-06
    • US09285700
    • 1999-04-05
    • Yasuo NishidaYoshihiro Ida
    • Yasuo NishidaYoshihiro Ida
    • H04L12/28H04L12/58H04N1/00H04N1/333G06F15/173
    • H04L12/5692H04L51/066H04N1/00209H04N1/33323H04N1/33376H04N1/33392H04N2201/002H04N2201/0068H04N2201/0086
    • A network controlling section makes communication with a receiver side, and receives receiver side information including the presence or absence of Internet facsimile capabilities on a receiver side, mail addresses, and an apparatus possession capability. A receiver side information identifying section identifies receiver side information. The receiver side information identifying section registers identified receiver side information to a receiver side information table. A determining section provides an instruction to an image conversion processing section and an IFAX processing section to transmit image data to be suitable for the capability on the receiver side with reference to the receiver side information table. When the receiver side has Internet facsimile capabilities, the IFAX processing section transmits image data as an E-mail over the Internet. Also, the image conversion processing section converts image data to be suitable for the possession capabilities on the receiver side.
    • 网络控制部分与接收机侧进行通信,并且在接收机侧接收包括因特网传真能力的存在或不存在的接收方侧信息,邮件地址和设备拥有能力。 接收机侧信息识别部分识别接收机侧信息。 接收机侧信息识别部分将识别的接收机侧信息登记到接收机侧信息表。 确定部分向图像转换处理部分和IFAX处理部分提供指令,以参照接收机侧信息表发送适合接收机侧的能力的图像数据。 当接收机侧具有因特网传真功能时,IFAX处理部分通过因特网传送作为电子邮件的图像数据。 此外,图像转换处理部分在接收机侧转换适合于拥有能力的图像数据。
    • 2. 发明授权
    • Electrochromic diaphragm device
    • 电致变色隔膜装置
    • US5471339A
    • 1995-11-28
    • US209713
    • 1994-03-14
    • Koichi IseYasuo NishidaAkio Yasuda
    • Koichi IseYasuo NishidaAkio Yasuda
    • G02F1/15G02F1/155G03B9/02G02F1/153
    • G02F1/155
    • A small-sized diaphragm device for an image pickup lens system having an electrochromic element the light transmitting properties of which are changed on application of an electrical voltage. The diaphragm device also includes a first set of plural concentrically arranged transparent electrodes, a second set of plural concentrically arranged transparent electrodes and third electrodes formed on the outermost peripheries of these sets of transparent electrodes for acting as counter-electrodes for the transparent electrodes. The diaphragm device has a sufficient light transmittance when in the transparent state, while having high light interrupting properties when in the light interrupting state.
    • 一种用于摄像透镜系统的小尺寸隔膜装置,具有电致变色元件,其透光性能在施加电压时发生变化。 隔膜装置还包括第一组多个同心布置的透明电极,第二组多个同心布置的透明电极和形成在这些透明电极组的最外周的第三电极,用作透明电极的对电极。 当处于透光状态时,隔膜装置具有足够的透光性,同时在遮光状态下具有高的光中断特性。
    • 3. 发明授权
    • Automatic focusing system for use in camera
    • 自动对焦系统用于相机
    • US4771307A
    • 1988-09-13
    • US17219
    • 1987-02-20
    • Osamu KunoYasuo NishidaTsuneo Tani
    • Osamu KunoYasuo NishidaTsuneo Tani
    • G02B7/28G02B7/32G03B13/36G03B3/00G02B5/28H04N5/781
    • G02B7/32Y10S358/906
    • An automatic focusing system includes a photo-sensitive element for receiving light passing a main lens system of a camera. The photo-sensitive element produces a distance indicative signal based on the received light. The main lens system is driven to a position to focus upon an object on the basis of the distance indicative signal from the photo-sensitive element. The system is also provided with an auxiliary light generating element for emitting an auxiliary light to the object. The auxiliary light generating element is activated while distance measurement is performed for focusing operation in order to enable the automatic focusing system to perform a distance measurement and focus upon the object even in dark environmental conditions or upon dark objects. The auxiliary light generating element may be selected to emit an infrared light beam or a far infrared light beam.
    • 自动聚焦系统包括用于接收通过照相机的主透镜系统的光的光敏元件。 光敏元件基于所接收的光产生距离指示信号。 基于来自感光元件的距离指示信号,将主透镜系统驱动到聚焦在物体上的位置。 该系统还设置有用于向对象发射辅助光的辅助光产生元件。 在进行聚焦操作的距离测量时,激活辅助光产生元件,以便即使在黑暗环境条件下或暗物体上也能使自动对焦系统进行距离测量并对焦于物体。 可以选择辅助光产生元件来发射红外光束或远红外光束。