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    • 1. 发明授权
    • Control method for zoom lens camera and zoom lens camera
    • 变焦镜头相机和变焦镜头相机的控制方法
    • US6104550A
    • 2000-08-15
    • US181602
    • 1998-10-28
    • Kazuyoshi AzegamiTakamitsu SasakiKazunori Ishizuka
    • Kazuyoshi AzegamiTakamitsu SasakiKazunori Ishizuka
    • G02B7/04G02B7/02G02B7/10G02B15/14
    • G02B7/10
    • A control method for a zoom lens camera which includes a focal length detection mechanism which detects the focal length divided into a finite number of steps; and a focus drive mechanism which drives the focusing lens group to move the same to the finite number of steps, the method includes measuring actual focal points of the zoom lens system at the wide angle extremity and the telephoto extremity, whereby any deviations of the focal points from a focal plane are obtained; converting the deviations to a displacement of said focusing lens group at each focal length of said finite number of steps, taking into account the focus sensitivity of said focusing lens group, wherein the data of said displacement is stored in a memory; and driving the focusing lens group, upon focusing, in accordance with the displacement of said focusing lens group determined based on object distance data and focal length data, in addition to the stored displacement data. A zoom lens camera to which the control method is applied is also disclosed.
    • 一种变焦镜头相机的控制方法,包括:焦距检测机构,其检测被分成有限数量的步长的焦距; 以及聚焦驱动机构,其驱动聚焦透镜组将其移动到有限数量的台阶,该方法包括在广角端和远摄端测量变焦透镜系统的实际焦点,由此焦点的任何偏差 获得焦平面的点; 考虑到所述聚焦透镜组的聚焦灵敏度,将所述偏差转换成所述聚焦透镜组在所述有限步数的每个焦距处的位移,其中所述位移的数据被存储在存储器中; 以及除了存储的位移数据之外,还根据基于对象距离数据和焦距数据确定的所述聚焦透镜组的位移,聚焦来驱动聚焦透镜组。 还公开了应用了控制方法的变焦镜头相机。
    • 2. 发明授权
    • Multi-stage extension type zoom lens barrel
    • 多级扩展型变焦镜头筒
    • US06055116A
    • 2000-04-25
    • US176963
    • 1998-10-22
    • Hiroshi NomuraKazuyoshi AzegamiTakamitsu SasakiKazunori Ishizuka
    • Hiroshi NomuraKazuyoshi AzegamiTakamitsu SasakiKazunori Ishizuka
    • G02B7/04G02B7/10G02B7/02
    • G02B7/10
    • A multi-stage extension type zoom lens barrel includes a first rotational feed barrel rotatably connected to a stationary barrel; a first linear movement barrel disposed in, and rotatably connected to, the first rotational feed barrel without relatively moving in the optical axis direction; a second rotational feed barrel disposed in, and rotatably connected to, the first linear movement barrel so as to move in the optical axis direction relative to the first linear movement barrel upon rotating; a rotation transmission barrel which can be detachably inserted between the first rotational feed barrel and the first linear movement barrel from the front thereof; a rotation transmission groove and a projection which connects the rotation transmission barrel and the first rotational feed barrel so as to relatively move in the optical axis direction without relatively rotating; connection members provided at the front ends of the rotation transmission barrel and the second rotational feed barrel; and a connection holding decoration ring detachably attached to the front ends of the second rotational feed barrel and the rotation transmission barrel via a predetermined amount of deformation, so as to hold the connection of the barrels.
    • 多级延伸型变焦镜头筒包括可旋转地连接到固定镜筒的第一旋转进给筒; 第一线性运动筒,设置在第一旋转进给筒中并且可旋转地连接到第一旋转进给筒,而不沿光轴方向相对移动; 第二旋转进给筒,设置在第一线性运动筒中并且可旋转地连接到第一线性运动镜筒,以便在旋转时相对于第一线性运动镜筒在光轴方向上移动; 旋转传递筒,其可从其前部可拆卸地插入在第一旋转进给筒和第一线性移动筒之间; 旋转传递槽和连接旋转传递筒和第一旋转进给筒的突起,以便在相对旋转的情况下相对于光轴方向移动; 连接构件设置在旋转传动筒和第二旋转进给筒的前端; 以及连接保持装饰环,其经由预定量的变形可拆卸地附接到第二旋转进给筒和旋转传递筒的前端,以便保持筒的连接。
    • 3. 发明授权
    • Multi-stage extension type zoom lens barrel
    • 多级扩展型变焦镜头筒
    • US6115189A
    • 2000-09-05
    • US83037
    • 1998-05-22
    • Hiroshi NomuraKazuyoshi AzegamiTakamitsu SasakiKazunori Ishizuka
    • Hiroshi NomuraKazuyoshi AzegamiTakamitsu SasakiKazunori Ishizuka
    • G02B7/04G02B7/10G02B15/14
    • G02B7/102
    • A zoom lens barrel includes a stationary barrel; a first rotational feed barrel which is engaged with the stationary barrel by means of helicoids; a first linear movement barrel which is engaged with the first rotational feed barrel so as to relatively rotate and to relatively move together along the optical axis and which is provided on the inner peripheral surface thereof with a female helicoid; a second rotational feed barrel which has a male helicoid and a female helicoid on the outer and inner peripheral surfaces thereof respectively; a rotational transmission barrel which is engaged with the first rotational feed barrel so as to relatively move along the optical axis and to rotate together, and which is integrally connected to the second rotational feed barrel; a second linear movement barrel which is provided on outer peripheral surface thereof with a male helicoid which engages with the female helicoid of the second rotational feed barrel; a lens group that is held by said second rotational feed barrel; and at least one lens group which is guided to linearly move independently of the second linear movement barrel.
    • 变焦镜筒包括固定镜筒; 第一旋转进料筒,其通过螺旋体与固定筒接合; 第一线性移动筒,其与第一旋转进给筒接合以相对旋转并沿着光轴一起相对移动,并且在其内周表面上设置有雌螺旋; 第二旋转进料筒,其分别在其外周表面和内周表面上具有雄螺旋和雌螺旋; 旋转传递筒,其与所述第一旋转进给筒接合,以沿所述光轴相对移动并一起旋转,并且其一体地连接到所述第二旋转进给筒; 第二直线运动筒,其在其外周表面上设置有与所述第二旋转进给筒的雌螺旋形啮合的阳螺旋形; 由所述第二旋转进给筒保持的透镜组; 以及至少一个透镜组,其被引导以独立于第二线性移动镜筒线性移动。
    • 4. 发明授权
    • Linear guiding mechanism of a zoom lens barrel
    • 变焦镜筒的直线引导机构
    • US5956189A
    • 1999-09-21
    • US176965
    • 1998-10-22
    • Kazuyoshi AzegamiTakamitsu SasakiKazunori Ishizuka
    • Kazuyoshi AzegamiTakamitsu SasakiKazunori Ishizuka
    • G02B7/04G02B7/10G02B7/02G02B15/14
    • G02B7/102
    • Disclosed is a linear guiding mechanism of a zoom lens barrel which includes: a first cylindrical member provided on an inner periphery thereof with at least one linear guide groove which extends parallel to an optical axis, a code sheet for detecting a focal length being fixed to an outer periphery of the first cylindrical member; and a second cylindrical member provided on an outer surface thereof with at least one guide projection which is fitted in the at least one linear guide groove, respectively, wherein at least part of the code sheet and at least part of the at least one linear guide groove are located at the same position in a circumferential direction of the code sheet, and wherein each of the at least one linear guide groove includes a raised portion which is radially raised from the base of the linear guide groove towards the optical axis.
    • 公开了一种变焦透镜镜筒的线性引导机构,其包括:第一圆柱形构件,其在其内周上设置有平行于光轴延伸的至少一个线性引导槽,用于检测焦距的代码片, 所述第一圆柱形构件的外周; 以及第二圆柱形构件,其在其外表面上设置有分别装配在所述至少一个线性引导槽中的至少一个引导突起,其中所述代码片的至少一部分和所述至少一个线性引导件的至少一部分 槽位于码片周向的相同位置,并且其中至少一个线性引导槽中的每一个包括从线性引导槽的基部朝向光轴径向升高的凸起部分。
    • 6. 发明授权
    • Zoom lens camera
    • 变焦镜头相机
    • US5950019A
    • 1999-09-07
    • US84102
    • 1998-05-26
    • Kazuyoshi AzegamiTakamitsu SasakiKazunori Ishizuka
    • Kazuyoshi AzegamiTakamitsu SasakiKazunori Ishizuka
    • G02B7/02G02B7/04G02B7/10G03B5/00G03B17/00
    • G02B7/102
    • A zoom lens camera includes an image size varying frame to switch the image size between a standard image plane and a laterally elongated image plane, a linear movement barrel, an FPC board which connects a shutter unit and a controller, and a light-interception plate which is secured to a rear end of the linear movement barrel. The light-interception plate is provided with a rearwardly projecting planar portion which at least partly overlaps the image size varying frame as viewed in an optical axis direction, regardless of the position of the image size varying frame. Further the planar portion is provided with an FPC board receiving portion which supports the FPC board along the cylindrical surface of the linear movement barrel.
    • 变焦镜头相机包括图像尺寸变化帧以在标准图像平面和横向细长图像平面之间切换图像尺寸,线性移动镜筒,连接快门单元和控制器的FPC板以及遮光板 其固定到线性运动筒的后端。 遮光板设置有向后突出的平面部分,其与图像尺寸变化帧的位置无关地至少部分地与图像尺寸变化框架在光轴方向上观察重叠。 此外,平面部分设置有沿着线性运动筒的圆柱形表面支撑FPC基板的FPC板接收部分。
    • 7. 发明授权
    • Engaging structure of relatively-rotatable cylindrical members
    • 相对旋转的圆柱形构件的接合结构
    • US6014269A
    • 2000-01-11
    • US179200
    • 1998-10-27
    • Hiroshi NomuraKazuyoshi AzegamiTakamitsu SasakiKazunori Ishizuka
    • Hiroshi NomuraKazuyoshi AzegamiTakamitsu SasakiKazunori Ishizuka
    • G02B7/04G02B7/10G02B15/14G02B7/02
    • G02B7/102
    • Disclosed is an engaging structure of two cylindrical members. At least part of one of the two cylindrical members is coaxially fitted on the other cylindrical member. The engaging structure includes: a plurality of radial projections formed on the second cylindrical member; two annular flanges formed on the other cylindrical member to form a circumferential groove therebetween, the plurality of radial projections being fitted in the circumferential groove; and a plurality of cut-away portions, formed on one of the two annular flanges, through which the plurality of radial projections are respectively inserted into the circumferential groove. Each corresponding pair of the plurality of projections and the plurality of cut-away portions are formed to have a circumferential width different from those of the other corresponding pairs of the plurality of projections and the plurality of cut-away portions. At least one of corresponding pairs of the plurality of projections and the plurality of cut-away portions are formed to have a radial length different from those of the other corresponding pairs of the plurality of projections and the plurality of cut-away portions.
    • 公开了两个圆柱形构件的接合结构。 两个圆柱形构件中的一个的至少一部分同轴地装配在另一圆柱形构件上。 所述接合结构包括:形成在所述第二圆柱形构件上的多个径向突起; 两个环形凸缘形成在另一个圆柱形构件上,以在其间形成周向槽,多个径向突起装配在周向凹槽中; 以及形成在所述两个环形凸缘中的一个上的多个切除部分,所述多个径向突起通过所述多个切口部分分别插入所述周向凹槽中。 所述多个突起和所述多个切除部中的每一个对应的一对形成为具有与所述多个突起和所述多个切除部的其他对应的一对对应的周向宽度不同的周向宽度。 所述多个突起和所述多个切除部的相应对中的至少一个被形成为具有与所述多个突起和所述多个切除部的其他对应的对对应的径向长度不同的径向长度。
    • 10. 发明授权
    • Method for producing molding die for synthetic resin lens barrel having
a helicoid and for producing the lens barrel
    • 用于制造具有螺旋状并用于制造透镜镜筒的合成树脂镜筒的成型模具的方法
    • US5796062A
    • 1998-08-18
    • US781590
    • 1997-01-09
    • Hiroshi NomuraKazuyoshi AzegamiTakamitsu Sasaki
    • Hiroshi NomuraKazuyoshi AzegamiTakamitsu Sasaki
    • G02B7/04B23P15/24B29C33/38B29D1/00C23C26/00G02B7/00G02B7/10B23H1/00G02B15/14
    • G02B7/102B23P15/24B29C33/3842B29D1/00Y10T428/139Y10T428/1393
    • A method for producing a male helicoid molding die which is adapted to manufacture an inner barrel having a male helicoid, and for producing a female helicoid molding die which is adapted to manufacture an outer barrel having a female helicoid which can engage with said male helicoid of the inner barrel. The method includes the steps of firstly, setting an included angle of trapezoidal threads of the male helicoid to be identical to an included angle of trapezoidal grooves of the female helicoid in a section perpendicular to a direction of an extension of the threads and preparing a cutting tool having an angle identical to the set angle. Secondly, the male helicoid molding die is machined to form a helicoid portion thereof using the cutting tool. Next, an electric spark machining electrode is prepared having a helicoid portion whose shape is identical to a shape of the helicoid portion of the male helicoid molding die, by a mechanical cutting operation, using the cutting tool. Then a helicoid portion of the female helicoid molding die is formed by electric spark machining using the electric spark machining electrode.
    • 一种用于制造适于制造具有阳螺旋形状的内筒并用于制造雌性螺旋形成型模的阳螺旋形成型模的方法,所述雌螺旋型成型模适于制造具有雌螺旋形的外筒,所述外筒可与所述雄螺旋形 内桶。 该方法包括以下步骤:首先将雄螺旋形梯形螺纹的夹角设定为与垂直于螺纹延伸方向的截面相同的雌性螺旋体的梯形槽的夹角,并准备切割 工具具有与设定角度相同的角度。 其次,使用切削工具将雄螺旋型成形模加工成螺旋形部分。 接下来,使用切削工具,通过机械切割操作制备电火花加工电极,其具有与雄螺旋形成型模具的螺旋部分的形状相同的螺旋部分。 然后通过使用电火花加工电极的电火花加工形成阴螺纹成型模具的螺旋部分。