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    • 1. 发明授权
    • Camera with zooming mechanism
    • 相机具有缩放机制
    • US4980711A
    • 1990-12-25
    • US431148
    • 1989-11-03
    • Hiroshi KomatsuzakiNobuhiro AokiMasaya NozawaSyunji NashimuraKazuhiro AkiyamaTakao KodaYasuhiko TanakaMasao Shoji
    • Hiroshi KomatsuzakiNobuhiro AokiMasaya NozawaSyunji NashimuraKazuhiro AkiyamaTakao KodaYasuhiko TanakaMasao Shoji
    • G02B7/10G03B3/10
    • G02B7/10G03B3/10
    • A zoom lens system shifts the position of front and rear lens groups relative to each other in the direction of the optical axis to change its focal length, by moving a lens barrel back and forth in the axial direction. The lens barrel is formed with cutouts in its rear portion for receiving therein parts and elements projecting forwardly from the plane in which an exposure aperture is located when the lens barrel is retracted, so as to reduce the thickness of the camera with the retracted zoom lens. A focal length changing mechanism comprises a fixed cam and a lever attached to the lens barrel which is turned by the cam when the lens barrel moves back and forth to shift one lens group, thereby changing the focal length of the zoom lens to desired focal lengths. To correct the changes in focus of the zoom lens caused by the change of focal length, an adjusting member is provided in the focal length changing mechanism. An encoder is provided in the camera to detect the shifted axial positions of the lens barrel.
    • 变焦透镜系统通过沿轴向方向前后移动镜筒来使前后透镜组相对于光轴的方向移动位置,以改变其焦距。 镜筒在其后部形成有切口,用于在透镜镜筒缩回时从其中暴露孔位于其中的平面向前突出的部件和元件,以便缩小相机的缩小后的变焦镜头的厚度 。 焦距改变机构包括固定凸轮和附接到镜筒的杆,当透镜镜筒前后移动以移动一个透镜组时由凸轮转动,从而将变焦透镜的焦距改变为期望的焦距 。 为了校正焦距变化引起的变焦镜头的焦点变化,调焦部件设置在焦距变化机构中。 在相机中设置有一个编码器来检测透镜镜筒的偏移的轴向位置。
    • 5. 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。
    • 6. 发明授权
    • Lens barrel
    • 镜筒
    • US06575642B2
    • 2003-06-10
    • US09899445
    • 2001-07-06
    • Masaya NozawaHaruo OnozukaFumio IwaiNoboru Shimada
    • Masaya NozawaHaruo OnozukaFumio IwaiNoboru Shimada
    • G03B1702
    • G02B7/10
    • The present invention provides a lens barrel which can carry out barrier opening/closing operations and lens moving operations of an optical lens system by use of a single driving source, and can adjust the focus without any obstruction even in a state allowing the baffler to open/close. A state capable of transmitting a driving force to a barrier opening/closing mechanism is attained when collapsing a lens barrel to a predetermined extent or more, and a state incapable of transmitting the driving force to the barrier opening/closing mechanism is attained when the lens barrel is extended to a predetermined extent or more, whereby a single motor can carry out baffler opening/closing operations and lens moving operations of a lens is optical system.
    • 本发明提供一种镜筒,其可以通过使用单个驱动源进行光学透镜系统的屏障打开/关闭操作和透镜移动操作,并且即使在允许挡板打开的状态下也可以调节聚焦而没有任何障碍 /关。 当将镜筒折叠到一定程度以上时,能够将驱动力传递到障碍物打开/关闭机构的状态,并且当透镜 桶延伸到预定程度或更多,由此单个电动机可以执行挡板打开/关闭操作,并且透镜的透镜移动操作是光学系统。
    • 7. 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。
    • 8. 发明授权
    • Moving mechanism
    • 移动机制
    • US06456791B1
    • 2002-09-24
    • US09917878
    • 2001-07-31
    • Syunji NishimuraMasaya NozawaYukio Noguchi
    • Syunji NishimuraMasaya NozawaYukio Noguchi
    • G03B1704
    • G03B17/00
    • A moving mechanism for a cylinder is provided, in which a projection and groove are engaged by relative movement different from that of a helicoid mechanism and movement of inner and outer cylinders relative to each other can be freely set. In the moving mechanism, a first helicoid thread is helically formed on the inner surface of an intermediate cylinder, a second helicoid thread that threadably engages with the first helicoid thread is helically formed on the outer surface of a movable cylinder, and the intermediate cylinder is rotated so the movable cylinder is moved relative to the intermediate cylinder. A projection is formed on the outer surface of the movable cylinder and a groove engageable with the projection is formed in the inner surface of the intermediate cylinder. In a range where the first and second helicoid threads threadably engage with each other upon relative movement of the movable cylinder, the groove is formed parallel to the first helicoid thread. In a range where the first and second helicoid threads do not threadably engage with each other, the groove has a nonparallel region not parallel to at least the first helicoid thread.
    • 提供了一种用于气缸的移动机构,其中通过与螺旋机构不同的相对运动来接合突起和凹槽,并且可以自由地设定内筒和外筒相对于彼此的运动。 在移动机构中,第一螺旋螺纹螺旋地形成在中间圆筒的内表面上,与第一螺旋螺纹螺纹接合的第二螺旋螺纹螺旋地形成在可动圆筒的外表面上,中间圆筒是 旋转使可动气缸相对于中间气缸移动。 在可动气缸的外表面上形成突起,并且在中间气缸的内表面上形成有与突起接合的凹槽。 在第一和第二螺旋螺旋线在可移动气缸的相​​对移动时可相互啮合的范围内,凹槽形成为与第一螺旋螺纹平行。 在第一和第二螺旋螺纹彼此不螺纹接合的范围内,凹槽具有不平行于至少第一螺旋螺纹的非平行区域。
    • 9. 发明授权
    • Lens driving apparatus
    • 镜头驱动装置
    • US06396650B1
    • 2002-05-28
    • US09820798
    • 2001-03-30
    • Syunji NishimuraMasaya NozawaYukio Noguchi
    • Syunji NishimuraMasaya NozawaYukio Noguchi
    • G02B702
    • G02B7/08
    • A lens driving apparatus includes an intermediate barrel expandable and collapsible in an optical axis direction, for moving a rear lens group in the optical axis direction along with expanding and collapsing; a movable barrel, concentric with the intermediate barrel, expandable and collapsible with respect to the intermediate barrel along with the expanding and collapsing of the intermediate barrel, for moving a front lens group in the optical axis direction when expanding from the intermediate barrel; and a click ball for holding the front lens group when the movable barrel collapses, so as to move the front lens group together with the intermediate barrel. As a consequence, when the movable barrel collapses, the front lens group can be held and moved together with the intermediate barrel so the focus can be adjusted appropriately, and the apparatus can be made smaller at a lower cost.
    • 一种透镜驱动装置,包括:沿光轴方向可膨胀和折叠的中间筒,用于使后透镜组沿着光轴方向随着膨胀和折叠移动; 与中间筒同心的可移动筒体,与中间筒体的膨胀和塌缩一起可膨胀和折叠,用于当从中间筒体膨胀时使前透镜组沿光轴方向移动; 以及当可动筒塌陷时用于保持前透镜组的点击球,以便与中间筒一起移动前透镜组。 结果,当可动筒塌陷时,前透镜组可以与中间筒一起保持和移动,从而可以适当地调节焦点,并且可以以较低的成本使装置更小。