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    • 1. 发明授权
    • Automatic film information reading method and device
    • 电影信息自动读取方法及装置
    • US4853721A
    • 1989-08-01
    • US137078
    • 1987-12-23
    • Haruo KobayashiAkira YoshizakiTakeo HodaMasataka Kashima
    • Haruo KobayashiAkira YoshizakiTakeo HodaMasataka Kashima
    • G03B7/24
    • G03B7/24
    • A film information reading system for automatically reading film information such as film sensitivity from code patterns on a film cartridge mounted in a cartridge chamber of a camera. The code patterns comprise a six code areas arranged axially of the film cartridge. The reading system comprises a first electric contact to contact at least one of the second to fourth code areas, a second electric contact to contact the fifth code area, and a third electric contact to contact the sixth code area. The second and third contacts are in a short-circulating relationship. A film information readout circuit is connected to the contacts for reading the film information from conductive, and non-conductive states between the first to third contacts provided by the code patterns.
    • 一种胶卷信息读取系统,用于从安装在照相机暗盒中的胶卷暗盒上的代码图形自动读取诸如胶片敏感度的胶片信息。 代码图案包括沿胶片暗盒轴向布置的六个代码区域。 读取系统包括:第一电触点,用于接触第二至第四代码区域中的至少一个,第二电触点和第五代码区域接触;第三电触头,用于接触第六代码区域。 第二和第三个联系人处于短暂的关系。 电影信息读取电路连接到用于从导电性读取胶片信息的触点以及由代码图形提供的第一至第三触点之间的非导通状态。
    • 2. 发明授权
    • Camera
    • 相机
    • US5051765A
    • 1991-09-24
    • US453254
    • 1989-12-20
    • Akira YoshizakiMasataka KashimaAkira YamanakaHaruo Kobayashi
    • Akira YoshizakiMasataka KashimaAkira YamanakaHaruo Kobayashi
    • G03B17/12G03B11/04G03B17/04
    • G03B17/04
    • A camera having a photographic optical system, a lens barrel disposed to be movable relative to a camera body in a direction of an optical axis and holding the photographic optical system, a focal length switchover mechanism for moving the photographic optical system such that the photographic optical system has a longer focal length as the same is moved forwardly in the direction of the optical axis, and a lens barrier displaceable between a closed position and an opened position for covering and uncovering a front face of the lens barrel. This lens barrier is disposed independently of the lens barrel adjacent a front end of the lens barrel having returned to a home position thereof at the side of the camera body such that the lens barrier is not movable in unison with the lens barrel. The lens barrel is moved to a projected position at which a front portion of the same is projected forwardly of the lens barrier when the focal length of the photographic optical system is set to be long by the focal length switchover mechanism. When the lens barrel is placed at the projected position and if the lens barrier is operated to its closed position, the lens barrel first returns to its home position before the lens barrier will close.
    • 一种具有摄影光学系统的照相机,透镜镜筒,被设置为能够相对于照相机主体在光轴方向上移动并保持照相光学系统;焦距切换机构,用于移动摄影光学系统,使得照相光学 系统具有较长的焦距,因为其在光轴方向上向前移动,并且在关闭位置和打开位置之间可移动的透镜屏障用于覆盖和露出镜筒的前表面。 该透镜屏障独立于邻近镜筒前端的透镜镜筒,其已经返回到相机主体侧面的原始位置,使得透镜屏障不能与透镜镜筒一致地移动。 当焦距切换机构将照相光学系统的焦距设定得较长时,透镜镜筒移动到突出位置,在该突出位置上,其前部部分突出于透镜屏障的前方。 当镜筒放置在投影位置时,如果透镜屏障操作到其关闭位置,镜头镜筒首先返回到其原始位置,然后透镜屏障将关闭。
    • 3. 发明授权
    • Electronic instrument which selectively receives different kinds of
batteries
    • 选择性接收不同种类的电池的电子仪器
    • US4645325A
    • 1987-02-24
    • US740819
    • 1985-06-03
    • Norihiro InoueShinji TominagaMasataka KashimaIkushi Nakamura
    • Norihiro InoueShinji TominagaMasataka KashimaIkushi Nakamura
    • G03B7/26G03B17/56G03B17/00
    • G03B7/26Y10T307/615
    • An electronic instrument, such as a camera, which is supplied with electric power from a battery and selectively receives two kinds of batteries which are different from each other in shape and output voltage. A battery chamber of the electronic instrument is constructed to commonly receive the first and second batteries such that a space of the battery chamber is commonly occupied by parts of the first and second batteries. Additionally, a member is projected into the battery chamber and determines which kind of batteries is received. In response to the result of the determination, a voltage converting means converts the output voltage of the battery to a given voltage such that an electionic circuit of the electronic instrument operates with the optimum voltage condition with the voltage supplied from either one of the batteries which are different from each other in shape and output voltage.
    • 电子仪器,例如照相机,其由电池供电并选择性地接收形状和输出电压彼此不同的两种电池。 电子仪器的电池室被构造成共同接收第一和第二电池,使得电池室的空间被第一和第二电池的一部分共同占据。 另外,将一个构件投射到电池室中,并确定接收哪种电池。 响应于确定的结果,电压转换装置将电池的输出电压转换成给定电压,使得电子仪器的电离电路以最佳电压条件运行,其中电池中的任一个电压提供的电压 在形状和输出电压上彼此不同。