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    • 21. 发明授权
    • Interchangeable lens system
    • 可互换镜头系统
    • US07158311B1
    • 2007-01-02
    • US11192733
    • 2005-07-29
    • Anthony J. CocolaJoel S. LawtherAlan E. Lewis
    • Anthony J. CocolaJoel S. LawtherAlan E. Lewis
    • G02B15/02
    • G02B15/04G02B13/0025G02B13/003G02B13/009
    • A lens system is provided. The lens system includes a first lens system moveable between a first position removed from an optical axis and a second position on the optical axis. The first lens system includes a first lens element, an aperture stop, and a second lens element positioned in order from an object side to an image side of the lens system. The first lens system has a first focal length. A second lens system is moveable between a first position on the optical axis and a second position removed from the optical axis. The second lens system has a second focal length with the second focal length being greater than the first focal length such that a magnification ratio change results from interchanging the first lens system and the second system on the optical axis.
    • 提供透镜系统。 透镜系统包括可在从光轴移除的第一位置与光轴上的第二位置之间移动的第一透镜系统。 第一透镜系统包括第一透镜元件,孔径光阑和从透镜系统的物体侧到像侧的顺序定位的第二透镜元件。 第一透镜系统具有第一焦距。 第二透镜系统可以在光轴上的第一位置和从光轴移除的第二位置之间移动。 第二透镜系统具有第二焦距,其中第二焦距大于第一焦距,使得通过使第一透镜系统和第二系统在光轴上交换而产生倍率变化。
    • 23. 发明授权
    • Exposure control system and camera having same
    • 曝光控制系统和相机具有相同的功能
    • US06701077B2
    • 2004-03-02
    • US10153010
    • 2002-05-21
    • David J. CornellJoel S. Lawther
    • David J. CornellJoel S. Lawther
    • G03B1505
    • G03B15/05G03B9/70G03B2215/05
    • In a first aspect of the present invention, a camera exposure control system is provided. The camera exposure control system has a shutter movable during an exposure period through a path of travel between a first position and a second position and a detector to sense the shutter and to generate a signal when the shutter is at a flash trigger position on the path of travel. A flash circuit is provided and receives the signal generated by the detector causing a flash of light to discharge when the signal is received. A stop is also provided. The stop is selectably movable from a location out of the path of travel of the shutter to a location in the path of travel of the shutter. The location of the stop determines whether the detector can sense the shutter during the exposure.
    • 在本发明的第一方面中,提供一种照相机曝光控制系统。 相机曝光控制系统具有可在曝光期间通过第一位置和第二位置之间的行进路径移动的快门和用于感测快门并且当快门处于路径上的闪光触发位置时产生信号的检测器 的旅行。 提供闪光电路并接收由检测器产生的信号,导致闪光灯在接收到信号时放电。 还提供停车位。 该挡块可选地从一个从快门的行进路径到快门行进路径的位置的位置移动。 停止位置确定检测器是否可以在曝光期间感应快门。
    • 25. 发明授权
    • One-time-use camera bends wider film leader widthwise to conserve space
    • 一次性使用的相机可以宽幅地弯曲更宽的影片长度,以节省空间
    • US5978596A
    • 1999-11-02
    • US111229
    • 1998-07-07
    • Peter A. WachtAnthony DiRisioJoel S. Lawther
    • Peter A. WachtAnthony DiRisioJoel S. Lawther
    • G03B19/04G03D13/00G03B17/02
    • G03D13/001G03B19/04G03D13/003G03B2217/268G03B2219/045
    • A one-time-use camera comprises a filmstrip having a certain width and a film leader for the filmstrip having another width that is greater than the width of the filmstrip, a film-exposure backframe opening, a pair of parallel film edge guides located apart from each other a distance substantially equal to the width of the filmstrip to guide the filmstrip over the backframe opening, and a pair of leader edge guides located parallel to the film edge guides and apart from each other a distance less than the width of the wider leader, but greater than the distance separating the film edge guides, in order to make the wider leader be bent widthwise at opposite longitudinal edge portions of the wider leader between the film edge guides and the leader edge guides, whereby the wider leader is prevented from having to significantly increase the size of the one-time-use camera.
    • 一次性照相机包括具有一定宽度的胶卷和用于胶片的胶片引导件,其另一宽度大于胶片的宽度,胶片曝光后框架开口,一对分开的平行胶片边缘导轨 彼此之间的距离基本上等于胶片的宽度,以将胶片引导到背框开口上;以及一对前导边缘引导件,其平行于胶片边缘引导件并且彼此分开,距离小于宽度的宽度 但是大于分离胶片边缘引导件的距离,以便使更宽的前导件在胶片边缘引导件和引导片边缘引导件之间的较宽的引导件的相对的纵向边缘部分处宽度方向弯曲,由此防止较宽的引导件 必须显着增加一次性照相机的尺寸。
    • 26. 发明授权
    • Compact camera with flip-up multi-lamp flash wheel
    • 紧凑型相机带有翻转多灯闪光轮
    • US5805940A
    • 1998-09-08
    • US892901
    • 1997-07-14
    • Joel S. LawtherRalph M. Lyon
    • Joel S. LawtherRalph M. Lyon
    • G03B15/04G03B15/03
    • G03B15/0431G03B2215/0507G03B2219/045
    • A compact camera comprising a camera body, a multi-lamp flash unit supported for movement relative to the camera body to advance respective flash lamps successively to a flash illumination position for illuminating a subject being photographed, and a drive assembly actuated in engagement with the flash unit to move the flash unit to advance the flash lamps to the flash illumination position in coordination with film movement to advance respective unexposed film sections successively to an exposure position in the camera body, is characterized in that the flash unit is supported for movement to a folded position collapsed to the camera body for compactness and to an unfolded position extended from the camera body to be used, and the drive assembly remains in engagement with the flash unit during movement of the flash unit between its folded and extended positions.
    • 一种小型照相机,包括相机主体,多灯闪光单元,其被支撑为相对于相机主体移动,以将相应的闪光灯连续地推进到闪光照明位置,用于照亮被拍摄的被摄体;以及驱动组件,其被致动与闪光灯接合 单元,用于移动闪光灯单元以与胶片移动协调地将闪光灯推进到闪光照明位置,以将相应的未曝光胶片部分依次前进到相机机身中的曝光位置,其特征在于,所述闪光灯单元被支撑以移动到 折叠位置折叠到照相机主体以便紧凑并且从相机主体延伸到待使用的展开位置,并且在闪光单元在其折叠位置和展开位置的移动期间,驱动组件保持与闪光单元的接合。
    • 28. 发明授权
    • Cassette re-load prevention apparatus
    • 盒式重载装置
    • US5280327A
    • 1994-01-18
    • US909348
    • 1992-07-06
    • Jeffrey R. StonehamJoel S. Lawther
    • Jeffrey R. StonehamJoel S. Lawther
    • G03B17/30G03B17/26
    • G03B17/30G03B2217/263G03B2217/268
    • Load prevention apparatus is to be used with a film cassette which has a frangible exterior label covering a trap-like cavity in the cassette. The apparatus comprises a loading chamber configured to receive the cassette, blocking means arranged in the chamber to be admitted into the trap-like cavity for engaging the cassette to prevent further insertion of the cassette into the chamber but supported to be moved by the exterior label out of the way of the trap-like cavity to avoid engaging the cassette, and fracturing means arranged in the chamber for breaking the exterior label to uncover the trap-like cavity after the blocking means is moved by the exterior label out of the way of the trap-like cavity, whereby the blocking device will prevent insertion of the cassette into the chamber a second time.
    • 负载防止装置应与胶片暗盒一起使用,该暗盒具有在盒中覆盖陷阱状腔的易碎外部标签。 所述装置包括被配置为接收所述盒的装载室,设置在所述室中的阻挡装置,以进入所述陷阱状空腔中以接合所述盒,以防止所述盒进一步插入所述室中,但是被所述外部标签 排除陷阱状腔体的方式,以避免与盒体接合,以及设置在室中的压裂装置,用于破坏外部标签以在阻挡装置被外部标签移动之后露出陷阱状腔 陷阱状腔,由此阻挡装置将防止盒第二次插入盒中。
    • 29. 发明授权
    • Compact camera with flash unit movable to reduce red-eye
    • 带闪光灯的紧凑型相机可移动以减少红眼
    • US4855771A
    • 1989-08-08
    • US309455
    • 1989-02-10
    • John H. AlligoodJoel S. Lawther
    • John H. AlligoodJoel S. Lawther
    • G03B15/05
    • G03B15/05G03B2215/0507
    • A compact camera is of the type wherein a built-in flash unit is movable between a storage or folded position in which the flash unit is located relatively close to the camera objective lens and an erect position in which the distance between the flash unit and the objection lens is increased to reduce the possibility of red-eye when using the flash unit to take a picture. According to the invention, the flash unit is supported for movement from its storage position to its erect position generally along an arc extending diagonally of an upper surface of the camera body. The upper surface is longitudinally disposed between opposite ends of the camera body. Owing to this arrangement, the distance between the flash unit and the objective lens can be made greater (as compared to prior art devices) when the flash unit is in its erect position.
    • 相机是这样一种类型,其中内置的闪光灯单元可在存储或折叠位置之间移动,闪光灯组件位于其中相对靠近照相机物镜的位置处以及直立位置,闪光灯组件与闪光灯组件之间的距离 增加异物镜头以减少使用闪光灯组件拍摄时红眼的可能性。 根据本发明,闪光单元被支撑用于从其存储位置移动到其直立位置,大体上沿着相机主体的上表面的对角延伸的弧。 上表面纵向设置在照相机主体的相对端之间。 由于这种布置,当闪光单元处于其直立位置时,可以使闪光单元和物镜之间的距离更大(与现有技术装置相比)。