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    • 11. 发明申请
    • LENS BARREL ASSEMBLY HAVING OUTER AND INNER BARRELS
    • 镜筒组合有外部和内部条形码
    • US20060221465A1
    • 2006-10-05
    • US11393707
    • 2006-03-31
    • Yukio NoguchiTakashi SuzukiTakehiko Senba
    • Yukio NoguchiTakashi SuzukiTakehiko Senba
    • G02B15/14
    • G02B7/10
    • A lens barrel assembly for use with a digital still camera includes an outer barrel having a front end and a rear end. An inner barrel is inserted in the outer barrel in an optical axis direction. The outer barrel moves forwards relative to the inner barrel, to shift between a short size position and a long size position, and when in the short size position, shifts from the inner barrel at a smallest shifting amount, and when in the long size position, shifts from the inner barrel at a largest shifting amount. A vent is formed in the outer barrel, and disposed close to the front end. A filter is water-impermeable and air-permeable, and secured to the vent in a closed manner. Also, a vent cover is secured to the outer barrel, for covering the vent.
    • 用于数字静态照相机的镜筒组件包括具有前端和后端的外筒。 内筒沿光轴方向插入外筒中。 外筒相对于内筒向前移动,在短尺寸位置和长尺寸位置之间移动,并且当处于短尺寸位置时,以最小移动量从内筒移位,并且当处于长尺寸位置时 以最大的换档量从内筒移动。 在外筒中形成通气孔,靠近前端设置。 过滤器是不透水且透气的,并以封闭的方式固定到通风口。 此外,通气盖被固定到外筒,用于覆盖通气孔。
    • 13. 发明授权
    • Zoom lens device
    • 变焦镜头设备
    • US06657795B2
    • 2003-12-02
    • US09822384
    • 2001-04-02
    • Syunji NishimuraYukio NoguchiMasaya Nozawa
    • Syunji NishimuraYukio NoguchiMasaya Nozawa
    • G02B1514
    • G02B7/102
    • A zoom lens device includes a zoom optical system, in which front, middle and rear lens groups are set at one focal length between a wide-angle end where a focal length is short and a telephoto end where the focal length is long. Lens barrels move in first and second regions to move the front, middle and rear lens groups along an optical axis. The lens barrels, when in the first region, focus the zoom optical system with a predetermined focal length kept by maintaining an interval between the front and middle lens groups, and when in the second region, change the focal length of the zoom optical system. A combination of a cam follower pin and a cam groove effects focusing by moving the middle lens group relative to the front lens group along the optical axis when the lens barrels are in the second region.
    • 变焦透镜装置包括变焦光学系统,其中将前,中,后透镜组设置在焦距短的广角端与焦距长的望远端之间的一个焦距处。 透镜桶在第一和第二区域中移动,以沿着光轴移动前,后和后透镜组。 透镜桶当在第一区域中通过保持前透镜组和中间透镜组之间的间隔而保持预定焦距而对变焦光学系统进行聚焦时,并且当在第二区域中改变变焦光学系统的焦距时。 当透镜筒处于第二区域时,凸轮从动销和凸轮槽的组合通过沿着光轴移动中间透镜组相对于前透镜组而实现聚焦。
    • 14. 发明授权
    • Barrier opening and closing apparatus
    • 隔离开关装置
    • US06381075B2
    • 2002-04-30
    • US09820797
    • 2001-03-30
    • Syunji NishimuraMasaya NozawaYukio Noguchi
    • Syunji NishimuraMasaya NozawaYukio Noguchi
    • G02B1514
    • G02B7/02
    • A barrier opening and closing apparatus for opening and closing a barrier according to a rotation of a lens barrel containing an optical lens system includes a ring member rotatable about an optical axis of the optical lens system and opening and closing the barrier according to rotation of the ring member. The ring member has rotational force transmitting parts extending rearward, parallel to the optical axis and engaging the lens barrel. The ring member is directly rotated by the rotational force transmitting parts engaged with the lens barrel, to open and close the barrier so the cost of the apparatus can be reduced.
    • 根据包含光学透镜系统的透镜镜筒的旋转来打开和关闭屏障的屏障打开和关闭装置包括可围绕光学透镜系统的光轴旋转的环形构件,并且根据所述光学透镜系统的旋转来打开和关闭屏障 环成员。 环构件具有向后延伸的旋转力传递部分,平行于光轴并且接合透镜镜筒。 环形构件通过与透镜筒接合的旋转力传递部分直接旋转,以打开和关闭屏障,从而可以降低装置的成本。
    • 16. 发明授权
    • Reader-printer apparatus with multiple supply rolls and charging devices
    • 具有多个供应辊和充电装置的读取器打印机设备
    • US3992089A
    • 1976-11-16
    • US621544
    • 1975-10-10
    • Hiroshi HiroseHiroshi YamadaNachio SekoJunji KurokawaMasumi IkesueShozo ShimomuraHideo YamazakiHiroki TakedaTetsuo SakuraiHiroshi ManoMinolu FukudaSetsuo SogaYukio Noguchi
    • Hiroshi HiroseHiroshi YamadaNachio SekoJunji KurokawaMasumi IkesueShozo ShimomuraHideo YamazakiHiroki TakedaTetsuo SakuraiHiroshi ManoMinolu FukudaSetsuo SogaYukio Noguchi
    • G03B27/32G03B21/11G03G15/22G03G15/26G03G15/00G03B13/28G03B27/60
    • G03B21/118G03G15/26
    • The apparatus comprises a projection optical system and a copying system. The projection optical system can project an image of an original either onto a screen or to an exposing position of the copying system by switching between two positions. The copying system comprises a plurality of chargers providing different charging conditions in accordance with the types and sizes of copy sheets, by utilizing a change-over switch. A plurality of switches adapted for use with copy sheets of different lengths are arranged along the path of movement of a sheet of paper and, when the switch corresponding to the particular length of copy sheet desired is actuated, the movement of the sheet of paper is stopped, so that the central portion of the copy sheet can be brought into alignment with the optical axis for exposing at all times regardless of the difference in the length of copy sheets. Apparatus can interchangeably mount either a pressing plate assembly for manually feeding one original after another or an automatic feed device which can automatically feed one by one a plurality of originals to the exposing position of the copying system and to eject the same therefrom. By switching between the charging conditions of the chargers, it is possible to produce a positive duplicate of an original irrespective of whether the original is negative or positive. The pressing plate assembly and automatic feed device comprise carriers for effecting moving in X-and Y-directions which are interchangeable, so that it is possible to select a carrier which best suits the size of an original and the amount of movement of the original. The projection optical system comprises a blind coupled to a reflector so as to prevent light from the screen from reaching the exposing position of the copying system, the reflecting surface automatically facing downwardly when the power source is turned off.
    • 该装置包括投影光学系统和复印系统。 投影光学系统可以通过在两个位置之间切换来将原稿的图像投影到复印系统的屏幕或曝光位置。 复印系统包括通过利用转换开关根据复印纸的类型和尺寸提供不同充电条件的多个充电器。 适用于不同长度的复印纸的多个开关沿着纸张的移动路径布置,并且当对应于期望的复印纸的特定长度的开关被致动时,纸张的移动是 停止,使得复印纸的中心部分可以与光轴对准,用于始终曝光,而与复印纸的长度的差异无关。 装置可以互换地安装用于一个接一个地手动馈送一个原件的压板组件或一个自动进给装置,该自动进给装置可以将多个原稿一个接一个地自动地馈送到复印系统的曝光位置并从其中弹出。 通过在充电器的充电条件之间切换,可以产生原始的正副本,而不管原件是否为负。 按压板组件和自动进给装置包括用于在X和Y方向上移动的载体,其可互换,使得可以选择最适合原件的尺寸和原件的移动量的载体。 投影光学系统包括与反射器耦合的盲光,以防止来自屏幕的光到达复印系统的曝光位置,当电源关闭时,反射表面自动面向下。
    • 17. 发明授权
    • Lens device and imaging device using the same
    • 镜头装置及使用其的成像装置
    • US07424215B2
    • 2008-09-09
    • US11231852
    • 2005-09-22
    • Yoshihiro ItoYoji NakaTakehiko SenbaMitsuo ManabeYukio Noguchi
    • Yoshihiro ItoYoji NakaTakehiko SenbaMitsuo ManabeYukio Noguchi
    • G03B17/00
    • G02B7/08G03B17/00
    • A lens frame holding a taking lens is movably connected to a driving shaft via a connector. A guide member is disposed at a lower portion of the lens frame so as to separate from the connector by about 180 degrees around an optical axis. The guide member is movably attached to a guide rod. A light emitter is disposed on a lateral side of the lens frame so as to separate from the connector by about 90 degrees around the optical axis. The light emitter applies the light to a light receiver of a line sensor confronting the light emitter. The line sensor sends a light-reception signal, which is outputted from the light receiver, to a lens-position controller. Positional information of the taking lens is obtained on the basis of the light-reception signal so that a position of the taking lens is accurately detected.
    • 保持拍摄镜头的透镜框通过连接器可移动地连接到驱动轴。 引导构件设置在透镜框架的下部,以便使其与光连接器分开约180度。 引导构件可移动地附接到导杆。 光发射器设置在透镜框架的侧面上,以便将光纤轴线与连接器分开约90度。 光发射器将光施加到面对光发射器的线传感器的光接收器。 线传感器将从光接收器输出的光接收信号发送到透镜位置控制器。 基于光接收信号获得拍摄镜头的位置信息,从而准确地检测拍摄镜头的位置。
    • 20. 发明申请
    • Driving device and optical instrument
    • 驱动装置和光学仪器
    • US20060061234A1
    • 2006-03-23
    • US11230673
    • 2005-09-21
    • Yoshihiro ItoYoji NakaTakehiko SenbaHaruo OnozukaYukio NoguchiMitsuo Manabe
    • Yoshihiro ItoYoji NakaTakehiko SenbaHaruo OnozukaYukio NoguchiMitsuo Manabe
    • H01L41/09
    • H02N2/067H02N2/025
    • A piezoelectric actuator having a frame portion includes a drive shaft for frictional engagement with an engageable barrel arm of a lens unit. First and second piezoelectric elements are supported on the frame portion, and provided with first and second ends of respectively the drive shaft. A drive pulse generator supplies the piezoelectric elements with a drive signal to expand or contract the piezoelectric elements, and moves the engageable barrel arm in an axial direction by an alternately repeating sequence of shifting the drive shaft at low and high speeds in the axial direction. In the shifting at the high speed, the piezoelectric elements shift the drive shaft in a backward direction quickly, to move the drive shaft in the backward direction relative to the engageable barrel arm being stationary with inertial force.
    • 具有框架部分的压电致动器包括用于与透镜单元的可接合筒臂摩擦接合的驱动轴。 第一和第二压电元件被支撑在框架部分上,并且分别设置有驱动轴的第一端和第二端。 驱动脉冲发生器为压电元件提供驱动信号以使压电元件膨胀或收缩,并且通过以低速和高速沿轴向移动驱动轴的交替重复的顺序使轴向可移动的可操作的臂臂移动。 在高速换档时,压电元件使驱动轴沿快速方向向后移动,使驱动轴相对于可惯性的力臂固定的可接合的手柄臂向后移动。