Camera apparatus and method for film double exposure prevention
    1.
    发明公开
    Camera apparatus and method for film double exposure prevention 失效
    Kameramechanismus和Methode zur Verhinderung der Doppelbelichtung eines Films。

    公开(公告)号:EP0601423A1

    公开(公告)日:1994-06-15

    申请号:EP93119145.6

    申请日:1993-11-27

    IPC分类号: G03B7/24

    CPC分类号: G03B17/30 G03B2217/263

    摘要: Camera apparatus operative with a film cartridge having a rotatable radial bar coded data disc thereon positioned at predetermined angular settings corresponding that indicate the condition of film in the cartridge, i.e. exposed, unexposed, partially exposed, etc.. The setting of the disc is determined during initial film spool rotation during the film loading process by counting with the optical sensor in the camera the number of bar code elements occurring between the initial set position of the disc and a reference position on the disc such as an edge of a quiet zone element normally included on the radial bar coded disc. The visual exposure indicator (VEI) positions on the cartridge are spaced about the perimeter of the cartridge such that there exist unambiguous element count ranges corresponding to each of the cartridge VEI positions. Element counting for this purpose can be performed in a cameras that operate to cause initial spool rotation during a film loading operation in either an unwind or rewind direction.

    摘要翻译: 相机装置与其上具有可旋转的径向条形编码数据盘的胶片暗盒一起工作,定位在预定的角度设置处,对应于指示暗盒中的胶片的状态,即曝光,未曝光,部分曝光等。确定光盘的设置 在胶片装载过程中通过用照相机中的光学传感器进行计数来初始胶片卷筒旋转期间出现在盘的初始设置位置和盘上的参考位置之间的条形码元素的数量,例如安静区域元素的边缘 通常包括在径向条形码盘上。 盒上的视觉曝光指示器(VEI)位置围绕盒的周边间隔开,使得存在对应于每个盒VEI位置的明确的元件计数范围。 用于此目的的元件计数可以在照相机中执行,该照相机可以在退卷​​或倒带方向的胶片装载操作期间使初始卷轴旋转。

    Film cartridge with a detachable, orientation independant, memory module
    3.
    发明公开
    Film cartridge with a detachable, orientation independant, memory module 失效
    Speicher-Modul。电影。

    公开(公告)号:EP0627652A2

    公开(公告)日:1994-12-07

    申请号:EP94108023.6

    申请日:1994-05-25

    IPC分类号: G03B17/30

    摘要: A system for recording information related to the camera exposure parameters of film image frames in a detachable memory module (40) attached to a film cartridge (30) loaded in the camera in non-volatile memory for subsequent read-out. The memory module is constructed of a disc-shaped module housing having an upper (43) and a lower (44) surface and a diameter generally corresponding to the diameter of an end of a film cartridge (30) to which it is releasably attached. A set of conductive arcuate segments (42₂-42₄) spaced apart and electrically isolated from one another in a circular band surrounding a centrally disposed conductive pad accessible through a separate upper surface of the module housing. An integrated circuit chip (60), including a non-volatile memory, attached to the lower surface of the printed circuit (45) or substrate has input and output terminals connected by a further printed circuit array to the conductive pad and the arcuate segments. The memory module is releasably adhered to the film cartridge end so that the conductive pad and arcuate segments (42₁-42₄) can make electrical contact with data recording and reading terminal pins of camera and film processing equipment. A cartridge receiving receptacle has a centrally disposed contact terminal pin positioned to bear against and make electrical contact with the centrally disposed conductive pad and further contact terminal pins (14₂-14₅) positioned circularly around the centrally disposed terminal to extend into the receptacle and bear against and make electrical contact with the respective conductive arcuate segments, so that at least one terminal pin is in contact with each conductive arcuate segment. Typically, two adjacent terminal pins may contact a single segment. The camera electronic operating system, on detecting the presence of an inserted cartridge, operates a test routine to identify which of the circularly arranged terminal pins is contacting which of the conductive arcuate segments and provides the battery power and electrical signals to be stored in the non-volatile memory after the identification routine is complete.

    摘要翻译: 一种用于将与胶片图像帧的相机曝光参数有关的信息附接到安装在非易失性存储器中的相机中的胶卷暗盒的可拆卸存储器模块中的系统,用于随后的读出。 存储器模块由具有上表面和下表面的盘形模块壳体构成,并且其直径大致对应于可释放地附接到其上的暗盒的端部的直径。 一组导电弓形段,其间隔开并且在围绕中心设置的导电焊盘的环形带中彼此电隔离,可通过模块壳体的独立上表面接近。 连接到印刷电路或基板的下表面的包括非易失性存储器的集成电路芯片具有通过另外的印刷电路阵列连接到导电焊盘和弧形段的输入和输出端子。 存储器模块可释放地粘附到胶片暗盒端部,使得导电焊盘和弓形部分可以与照相机和胶片处理设备的数据记录和读取终端销电接触。 盒式接收容器具有中心设置的接触端子销,其定位成抵靠并与中心布置的导电焊盘电接触,并且进一步接触定位在中心布置的端子周围的端子销,以延伸到插座中并且抵靠并与其接触 相应的导电弓形段,使得至少一个端子销与每个导电弓形段接触。 通常,两个相邻的端子引脚可以接触单个段。 相机电子操作系统在检测到插入的盒式磁带的存在时,操作测试程序以识别哪个圆形排列的端子销接触导电弓形段中的哪一个并且提供电池功率和电信号被存储在非磁性 识别程序完成后的易失性存储器。

    Film cartridge with a detachable, orientation independant, memory module
    5.
    发明公开
    Film cartridge with a detachable, orientation independant, memory module 失效
    胶卷暗盒具有可拆卸orientationsunabhängigen内存模块。

    公开(公告)号:EP0627652A3

    公开(公告)日:1995-08-02

    申请号:EP94108023.6

    申请日:1994-05-25

    IPC分类号: G03B17/30

    摘要: A system for recording information related to the camera exposure parameters of film image frames in a detachable memory module (40) attached to a film cartridge (30) loaded in the camera in non-volatile memory for subsequent read-out. The memory module is constructed of a disc-shaped module housing having an upper (43) and a lower (44) surface and a diameter generally corresponding to the diameter of an end of a film cartridge (30) to which it is releasably attached. A set of conductive arcuate segments (42₂-42₄) spaced apart and electrically isolated from one another in a circular band surrounding a centrally disposed conductive pad accessible through a separate upper surface of the module housing. An integrated circuit chip (60), including a non-volatile memory, attached to the lower surface of the printed circuit (45) or substrate has input and output terminals connected by a further printed circuit array to the conductive pad and the arcuate segments. The memory module is releasably adhered to the film cartridge end so that the conductive pad and arcuate segments (42₁-42₄) can make electrical contact with data recording and reading terminal pins of camera and film processing equipment. A cartridge receiving receptacle has a centrally disposed contact terminal pin positioned to bear against and make electrical contact with the centrally disposed conductive pad and further contact terminal pins (14₂-14₅) positioned circularly around the centrally disposed terminal to extend into the receptacle and bear against and make electrical contact with the respective conductive arcuate segments, so that at least one terminal pin is in contact with each conductive arcuate segment. Typically, two adjacent terminal pins may contact a single segment. The camera electronic operating system, on detecting the presence of an inserted cartridge, operates a test routine to identify which of the circularly arranged terminal pins is contacting which of the conductive arcuate segments and provides the battery power and electrical signals to be stored in the non-volatile memory after the identification routine is complete.