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    • 2. 发明授权
    • Lens barrel unit and imaging apparatus
    • 镜筒单元和成像装置
    • US07443620B2
    • 2008-10-28
    • US11274373
    • 2005-11-14
    • Yoshifumi MitaniNaohiko Hayashi
    • Yoshifumi MitaniNaohiko Hayashi
    • G02B7/02
    • G02B7/023
    • There are provided a lens barrel unit and an imaging apparatus in which a plurality of constituent elements can be driven using a linear driving mechanism. The lens barrel unit 6 comprises: an actuator 31 for positioning a driving member 40 that is linearly movable along a driving shaft 39; a movably supported first moving member 33 that is linked to a lens 13; a movably supported second moving member 36; a first force-applying member 34 that applies a force to the first moving member 33 in a direction to cause the first moving member 33 to contact the driving member 40, thus causing the first moving member 33 to follow linear movement of the driving member 40; a first restricting member 70 that limits movement of the first moving member 33, thus isolating the first moving member 33 from the driving member 40; a second force-applying member 37 that applies a force to the second moving member 36 in a direction to cause the second moving member 36 to contact the driving member 40, thus causing the second moving member 33 to follow linear movement of the driving member 40; and a second restricting member 28a that limits movement of the second moving member 36, thus isolating the second moving member 33 from the driving member 40, wherein the direction of the force applied by the first force-applying member 34 and the direction of the force applied by the second force-applying member 37 are opposite.
    • 提供了一种透镜镜筒单元和成像装置,其中可以使用线性驱动机构驱动多个构成元件。 镜筒单元6包括:致动器31,用于定位可沿着驱动轴39线性移动的驱动构件40; 连接到透镜13的可移动地支撑的第一移动构件33; 可移动地支撑的第二移动构件36; 第一施力部件34,其向使第一移动部件33接触驱动部件40的方向向第一移动部件33施加力,从而使第一移动部件33跟随驱动部件40的直线移动 ; 第一限制构件70限制第一移动构件33的移动,从而将第一移动构件33与驱动构件40隔离; 第二施力部件37,其向使第二移动部件36与驱动部件40接触的方向向第二移动部件36施加力,从而使第二移动部件33跟随驱动部件40的直线移动 ; 以及第二限制构件28a,其限制第二移动构件36的运动,从而将第二移动构件33与驱动构件40隔离,其中由第一施力构件34施加的力的方向和 由第二施力部件37施加的力相反。
    • 3. 发明申请
    • Method for fabricating lens unit, lens unit and imaging apparatus
    • 用于制造透镜单元,透镜单元和成像设备的方法
    • US20070008627A1
    • 2007-01-11
    • US11481075
    • 2006-07-05
    • Tomohiro MatsumotoYoshifumi MitaniNaohiko Hayashi
    • Tomohiro MatsumotoYoshifumi MitaniNaohiko Hayashi
    • G02B15/14
    • G02B7/021
    • The present invention provides a method for fabricating a lens unit in which an inter-barrel member can be fixed with a high degree of accuracy without enlarging the lens barrels and the accuracy of the dimension of the inter-barrel member is not required. The method comprises the steps of: disposing an inter-barrel member 11 in a gap “g” defined between a front lens barrel 7 on a subject side in an optical-axis direction x and a rear lens barrel 8 on an imaging surface side in the optical-axis direction x; bringing the inter-barrel member 11 into close contact with one of the front lens barrel 7 and the rear lens barrel 8 in the optical-axis direction x; inserting a resilient member 12 into a space in the optical-axis direction x between the inter-barrel member 11 and the other of the front lens barrel 7 and the rear lens barrel 8; and fixing the front lens barrel 7 and the rear lens barrel 8 integrally with each other to compress the resilient member 12 in the optical-axis direction x.
    • 本发明提供了一种用于制造透镜单元的方法,其中可以高精度地固定筒间部件,而不会扩大透镜筒,并且不需要筒体之间的尺寸精度。 该方法包括以下步骤:将筒间部件11设置在限定在光轴方向x上的被检体侧的前镜筒7与成像面侧的后镜筒8之间的间隙“g”中 光轴方向x; 使镜筒间构件11沿着光轴方向x与前镜筒7和后镜筒8中的一个紧密接触; 将弹性构件12插入在镜筒间构件11与前镜筒7和后镜筒8的另一个之间的光轴方向x的空间中; 并且将前镜筒7和后镜筒8彼此一体地固定,以沿着光轴方向x压缩弹性件12。
    • 4. 发明授权
    • Method for fabricating lens unit, lens unit and imaging apparatus
    • 用于制造透镜单元,透镜单元和成像设备的方法
    • US07561345B2
    • 2009-07-14
    • US11481075
    • 2006-07-05
    • Tomohiro MatsumotoYoshifumi MitaniNaohiko Hayashi
    • Tomohiro MatsumotoYoshifumi MitaniNaohiko Hayashi
    • G02B15/14
    • G02B7/021
    • The present invention provides a method for fabricating a lens unit in which an inter-barrel member can be fixed with a high degree of accuracy without enlarging the lens barrels and the accuracy of the dimension of the inter-barrel member is not required. The method comprises the steps of: disposing an inter-barrel member 11 in a gap “g” defined between a front lens barrel 7 on a subject side in an optical-axis direction x and a rear lens barrel 8 on an imaging surface side in the optical-axis direction x; bringing the inter-barrel member 11 into close contact with one of the front lens barrel 7 and the rear lens barrel 8 in the optical-axis direction x; inserting a resilient member 12 into a space in the optical-axis direction x between the inter-barrel member 11 and the other of the front lens barrel 7 and the rear lens barrel 8; and fixing the front lens barrel 7 and the rear lens barrel 8 integrally with each other to compress the resilient member 12 in the optical-axis direction x.
    • 本发明提供了一种用于制造透镜单元的方法,其中可以高精度地固定筒间部件,而不会扩大透镜筒,并且不需要筒体之间的尺寸精度。 该方法包括以下步骤:将筒间部件11设置在限定在光轴方向x上的被检体侧的前镜筒7与成像面侧的后镜筒8之间的间隙“g”中 光轴方向x; 使镜筒间构件11沿着光轴方向x与前镜筒7和后镜筒8中的一个紧密接触; 将弹性构件12插入在镜筒间构件11与前镜筒7和后镜筒8的另一个之间的光轴方向x的空间中; 并且将前镜筒7和后镜筒8彼此一体地固定,以沿着光轴方向x压缩弹性件12。
    • 5. 发明申请
    • Lens barrel unit and imaging apparatus
    • 镜筒单元和成像装置
    • US20070019100A1
    • 2007-01-25
    • US11274373
    • 2005-11-14
    • Yoshifumi MitaniNaohiko Hayashi
    • Yoshifumi MitaniNaohiko Hayashi
    • G02B13/16
    • G02B7/023
    • There are provided a lens barrel unit and an imaging apparatus in which a plurality of constituent elements can be driven using a linear driving mechanism. The lens barrel unit 6 comprises: an actuator 31 for positioning a driving member 40 that is linearly movable along a driving shaft 39; a movably supported first moving member 33 that is linked to a lens 13; a movably supported second moving member 36; a first force-applying member 34 that applies a force to the first moving member 33 in a direction to cause the first moving member 33 to contact the driving member 40, thus causing the first moving member 33 to follow linear movement of the driving member 40; a first restricting member 70 that limits movement of the first moving member 33, thus isolating the first moving member 33 from the driving member 40; a second force-applying member 37 that applies a force to the second moving member 36 in a direction to cause the second moving member 36 to contact the driving member 40, thus causing the second moving member 33 to follow linear movement of the driving member 40; and a second restricting member 28a that limits movement of the second moving member 36, thus isolating the second moving member 33 from the driving member 40, wherein the direction of the force applied by the first force-applying member 34 and the direction of the force applied by the second force-applying member 37 are opposite.
    • 提供了一种透镜镜筒单元和成像装置,其中可以使用线性驱动机构驱动多个构成元件。 镜筒单元6包括:致动器31,用于定位可沿着驱动轴39线性移动的驱动构件40; 连接到透镜13的可移动地支撑的第一移动构件33; 可移动地支撑的第二移动构件36; 第一施力部件34,其向使第一移动部件33接触驱动部件40的方向向第一移动部件33施加力,从而使第一移动部件33跟随驱动部件40的直线移动 ; 第一限制构件70限制第一移动构件33的移动,从而将第一移动构件33与驱动构件40隔离; 第二施力部件37,其向使第二移动部件36与驱动部件40接触的方向向第二移动部件36施加力,从而使第二移动部件33跟随驱动部件40的直线移动 ; 以及第二限制构件28a,其限制第二移动构件36的运动,从而将第二移动构件33与驱动构件40隔离,其中由第一施力构件34施加的力的方向和 由第二施力部件37施加的力相反。
    • 7. 发明申请
    • Imaging apparatus
    • 成像设备
    • US20060140601A1
    • 2006-06-29
    • US11274227
    • 2005-11-14
    • Yoshifumi MitaniHiroshige MoriAtsushi Yamanishi
    • Yoshifumi MitaniHiroshige MoriAtsushi Yamanishi
    • G03B17/00
    • G03B17/04G03B11/00G03B2205/0007G03B2205/0053H04N5/2254H04N5/23248H04N5/23287
    • There is provided an imaging apparatus having a lens barrier in which a gap does not arise between the lens barrier and a casing when the lens barrier is closed, and yet a driving source exclusively for the lens barrier is not required. The imaging apparatus has casings 1, 2 having a lens opening 5 provided therein, a lens barrel unit 4 that is swingably supported inside the casings 1, 2 and faces out onto a photographic subject from the lens opening 5, swinging means 101, 10b for swinging the lens barrel unit 4 so as to control the attitude of the lens barrel unit 4, and a lens barrier 7 that is movably supported on the casing 1, 2 and can be moved so as to close or open up the lens opening 5. The lens barrel unit 4 has a linking member 11 that drives the lens barrier 7. The linking member 11 is isolated from the lens barrier 7 at least when the swinging means 10a, 10b are changing the attitude of the lens barrel unit 4.
    • 提供了一种具有透镜屏障的成像装置,当透镜屏障闭合时,透镜屏障和壳体之间不会产生间隙,而不需要专门用于透镜屏障的驱动源。 成像装置具有设置在其中的透镜开口5的壳体1,2,可旋转地支撑在壳体1,2内部的镜筒单元4,并且从透镜开口5朝向拍摄对象,摆动装置101,10b 用于摆动镜筒单元4以控制镜筒单元4的姿态,以及可移动地支撑在壳体1,2上并可以移动以便关闭或打开透镜开口5的透镜屏障7 。 透镜筒单元4具有驱动透镜挡板7的连接构件11。 至少当摆动装置10a,10b改变镜筒单元4的姿态时,连接件11与透镜挡板7隔离。
    • 8. 发明授权
    • Lens barrel
    • 镜筒
    • US06707993B1
    • 2004-03-16
    • US10376245
    • 2003-03-03
    • Yoshifumi MitaniHisanori KohnoTetsuya Uno
    • Yoshifumi MitaniHisanori KohnoTetsuya Uno
    • G03B500
    • G02B7/102
    • A compact lens housing which is of a multistage type in which it is projected and retracted through three stages. The lens housing includes three pairs, each of which is composed of a straight-moving member which is movable in an axial direction of the lens housing but not rotatable and is composed of a rotation member which can rotate relative to the straight-moving member, in which the rotation member moves integrally together with the straight-moving member in the axial direction. The straight-moving members of the three pairs have straight-moving interlocking parts, respectively, and the straight-moving interlocking parts slidably engage with each other so as to be able to move in the axial direction. The straight-moving interlocking parts are arranged generally in the same circumference when the lens housing is viewed in the axial direction.
    • 一种紧凑的透镜外壳,它是一种多级的,它通过三个阶段进行投影和缩回。 透镜壳体包括三对,每一对由直线运动部件组成,该直线运动部件可在透镜壳体的轴向方向上移动,但不可旋转,并且由能够相对于直线运动部件旋转的旋转部件构成, 旋转构件与直线运动构件沿轴向一体地移动。 三对的直线运动部件分别具有直线运动的联锁部件,并且直线运动的联锁部件彼此可滑动地接合以能够沿轴向移动。 当沿轴向观察透镜壳体时,直线移动的联锁部件大致设置在相同的圆周上。
    • 9. 发明授权
    • Installation system
    • 安装系统
    • US5978590A
    • 1999-11-02
    • US976991
    • 1997-11-24
    • Tsuneo ImaiYoshifumi MitaniKiyoharu Komatsu
    • Tsuneo ImaiYoshifumi MitaniKiyoharu Komatsu
    • G06F9/06G06F9/445G06F13/00
    • G06F8/64G06F8/61G06F9/4416
    • The present invention provides an installation system that facilitates the operation on computer terminals in the network system and allows for automatic installation of an operating system software program on computer terminals. A PC to be shipped is connected to a network. After the PC is switched on, an installation floppy disk is inserted in the drive and started up. The installation start-up program stored in the floppy disk is copied to the internal memory of the PC. After the PC is connected to an installation server, the hard disk drive is initialized. The bar coded ID of the PC is read with a bar code reader. The installation information relevant to that ID is retrieved from the installation server by using the ID as a key. Based on the installation information retrieved, the software information stored in the storage device of installation server is read to obtain the operating system software program and the pertinent information for setting up the environment, and then the operating system software is installed. In the next step, application software programs are also installed.
    • 本发明提供一种便于在网络系统中的计算机终端上进行操作并且允许在计算机终端上自动安装操作系统软件程序的安装系统。 要发运的PC连接到网络。 PC打开后,将驱动器中插入安装软盘并启动。 存储在软盘中的安装启动程序被复制到PC的内部存储器中。 PC连接到安装服务器后,将初始化硬盘驱动器。 使用条形码读取器读取PC的条形码ID。 通过使用ID作为密钥,从安装服务器检索与该ID相关的安装信息。 根据检索到的安装信息,读取存储在安装服务器的存储设备中的软件信息,以获取操作系统软件程序和设置环境的相关信息,然后安装操作系统软件。 在下一步中,还安装了应用软件程序。
    • 10. 发明授权
    • Lens barrel and lens unit
    • 镜头镜头和镜头单元
    • US08873171B2
    • 2014-10-28
    • US13713258
    • 2012-12-13
    • Yoshifumi MitaniKenichi Miyaji
    • Yoshifumi MitaniKenichi Miyaji
    • G02B7/02G02B7/04G02B7/08G02B7/10
    • G02B7/10G02B7/04G02B7/08
    • A lens barrel and a lens unit each include a lens drive operation member that drives a lens holding member holding a movable lens group, in an axial direction by a rotation operation of a rotating member. This lens drive operation member has a body disposed so as to be rotatable about an axis of a fixed barrel and so as not to be movable in the axial direction and connected to the rotating member by a connecting portion, and the connecting portion includes at least two connecting members, that is, a first connecting member formed integrally with the body, and a second connecting member formed separately from the body.
    • 镜筒和透镜单元各自包括透镜驱动操作构件,其通过旋转构件的旋转操作沿轴向驱动保持可移动透镜组的透镜保持构件。 该透镜驱动操作部件具有能够围绕固定筒的轴线旋转并且不能沿轴向移动并且通过连接部连接到旋转部件的主体,并且连接部至少包括 两个连接构件,即与主体一体形成的第一连接构件和与主体分开形成的第二连接构件。