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    • 1. 发明申请
    • Fish-eye lens and imaging device
    • 鱼眼镜头和成像装置
    • US20080278826A1
    • 2008-11-13
    • US12153982
    • 2008-05-28
    • Koichi Wakamiya
    • Koichi Wakamiya
    • G02B13/04
    • G02B13/06G02B13/04
    • A fisheye lens, comprising a front group made up of a total of three groups, which are two concave lenses 1 and 2 whose concave surfaces are directed toward the image side, and a compound lens 3 whose concave surface is directed toward the image side and which has an overall convex or concave refractive power; and a rear group formed by three groups of convex lenses 4, 5, and 6, wherein the front group includes at least one compound lens set, the rear group includes one compound lens set, and at least a first surface of a first concave lens 1 of the front group is an aspheric surface, and satisfies specific conditions. As a result, it is possible to obtain a fisheye lens that can realize a foveal optical system with undiminished illuminance all the way to the periphery and with high resolution over the entire field of view, and with which a wide field of view and an extremely compact size can be attained with a single wide-angle optical system.
    • 一种鱼眼镜头,包括由凹面指向图像侧的两个凹透镜1和2组成的总共三组的前组,以及凹面指向图像侧的复合透镜3, 其具有整体的凸或凹折射力; 以及由三组凸透镜4,5和6组成的后组,其中所述前组包括至少一个复合透镜组,所述后组包括一个复合透镜组,以及至少第一凹透镜的第一表面 前组的1是非球面,满足特定条件。 结果,可以获得一种鱼眼镜头,该鱼眼镜头可以在整个视野中实现具有不损害照度的中心凹光学系统,并且在整个视野中具有高分辨率,并且具有宽视场和极端的视野 使用单个广角光学系统可以实现紧凑的尺寸。
    • 2. 发明授权
    • Compound zoom lens
    • 复合变焦镜头
    • US5082360A
    • 1992-01-21
    • US656688
    • 1991-02-19
    • Susumu SatoKoichi WakamiyaKoichi Ohshita
    • Susumu SatoKoichi WakamiyaKoichi Ohshita
    • G02B15/10G02B15/12G02B15/16G02B15/167
    • G02B15/167
    • A compound zoom lens optical system includes a variable focal length photographing lens consisting of a first lens group having a positive refracting power, and a second lens group having a negative refracting power from an object side in turn. A conversion lens is separably added to an image side of the variable focal length photographing lens. The conversion lens is simultaneously movable along an optical axis to be interlocked with at least one of the first and second lens groups of the variable focal length photographing lens so as to change a synthesized focal length with said variable focal length photographing lens. The variable focal length photographing lens and the conversion lens satisfy the following conditions:-1.5
    • 复合变焦透镜光学系统包括由具有正折射率的第一透镜组和从物体侧依次具有负折射力的第二透镜组构成的可变焦距拍摄透镜。 转换透镜可分离地添加到可变焦距拍摄镜头的像侧。 转换透镜同时沿着光轴移动,以与可变焦距拍摄镜头的第一和第二透镜组中的至少一个互锁,以便用所述可变焦距拍摄镜头改变合成焦距。 可变焦距拍摄镜头和转换镜头满足以下条件:-1.5
    • 3. 发明授权
    • Inverted galilean telescope type viewfinder system capable of changing
over the magnification
    • 倒置的伽利略望远镜式取景器系统能够改变放大倍率
    • US4832470A
    • 1989-05-23
    • US152547
    • 1988-02-05
    • Koichi Wakamiya
    • Koichi Wakamiya
    • G03B13/06G02B15/177G02B23/14G02B25/00
    • G02B23/14G02B15/177G02B23/145
    • A viewfinder system capable of changing over the magnification includes an objective lens unit having at least two negative lens elements replaceable with each other for magnification change-over, and an eyepiece unit having a positive refractive power and constituting an inverted Galilean telescope type viewfinder with the objective lens unit. When the radius of curvature of that surface of one negative lens element for low magnification which is adjacent to the object side is rw.sub.1 and the radius of curvature of that surface of said one negative lens element which is adjacent to the eyepiece side is rw.sub.2 and the radius of curvature of that surface of the other negative lens element for high magnification which is adjacent to the object side is rT1 and the radius of curvature of that surface of said other negative lens element which is adjacent to the eyepiece side is rT2 and Q.sub.W and Q.sub.T are defined asQ.sub.W =(rw.sub.2 +rw.sub.1)/(rw.sub.2 -rw.sub.1)Q.sub.T =(rT2+rT1)/(rT2-rT1)the negative lens elements replaceable with each other satisfy the following conditions:Q.sub.W 0 (2)-5
    • 能够改变放大率的取景器系统包括物镜单元,其具有至少两个彼此可更换的负透镜元件以进行放大转换,以及具有正折光力的目镜单元并且构成具有倒立的伽利略望远镜型取景器的目镜单元 物镜单元 当与物体侧相邻的低倍率的一个负透镜元件的表面的曲率半径为rw1,与该目镜侧相邻的所述一个负透镜元件的该表面的曲率半径为rw2时, 与物体侧相邻的高倍率的另一负透镜元件的表面的曲率半径为rT1,与目镜面相邻的所述另一负透镜元件的表面的曲率半径为rT2和QW, QT定义为可替代的负透镜元件的QW =(rw2 + rw1)/(rw2-rw1)QT =(rT2 + rT1)/(rT2-rT1)满足以下条件:QW <0(1)QT > 0(2)-5
    • 5. 发明授权
    • Changeable magnification inverted galilean finder
    • 可变放大倍率倒置的伽利略探测器
    • US4653887A
    • 1987-03-31
    • US698530
    • 1985-02-05
    • Koichi Wakamiya
    • Koichi Wakamiya
    • G02B15/177G02B23/14G03B13/02
    • G03B13/02G02B15/177G02B23/145
    • A changeable magnification inverted Galilean finder includes, in succession from the object side, an objective lens group having a negative refractive power, and an eyepiece of positive refractive power disposed at a predetermined distance from the objective lens group. The objective lens group has a first objective lens for low magnification and a second objective lens for high magnification. The first objective lens for low magnification has a first negative lens component having a predetermined negative refractive power. The second objective lens for high magnification has a negative refractive power smaller than the refractive power of the first objective lens for low magnification, and has a second negative lens component and a positive lens component added on the object side of the second negative lens component. A low magnification state in which the objective lens for low magnification is disposed on the same optic axis as that of the eyepiece and a high magnification state in which the objective lens for high magnification is disposed on the same optic axis as that of the eyepiece are selectively constructed.
    • 可变放大倍率反转的伽利略检波器从物体侧连续地包括具有负折光力的物镜组和与物镜组预定距离设置的正屈光力目镜。 物镜组具有用于低倍率的第一物镜和用于高倍率的第二物镜。 用于低倍率的第一物镜具有预定的负折光力的第一负透镜分量。 用于高倍率的第二物镜具有比第一物镜的低倍率的折光力小的负折射力,并且在第二负透镜部件的物体侧具有第二负透镜成分和正透镜成分。 用于低倍率的物镜设置在与目镜相同的光轴上的低放大状态,并且高倍率物镜放置在与目镜相同的光轴上的高放大状态是 有选择地构建。
    • 7. 发明授权
    • Fish-eye lens and imaging device
    • 鱼眼镜头和成像装置
    • US07554753B2
    • 2009-06-30
    • US12153982
    • 2008-05-28
    • Koichi Wakamiya
    • Koichi Wakamiya
    • G02B13/04G02B13/18G02B9/52
    • G02B13/06G02B13/04
    • A fisheye lens, comprising a front group made up of a total of three groups, which are two concave lenses 1 and 2 whose concave surfaces are directed toward the image side, and a compound lens 3 whose concave surface is directed toward the image side and which has an overall convex or concave refractive power; and a rear group formed by three groups of convex lenses 4, 5, and 6, wherein the front group includes at least one compound lens set, the rear group includes one compound lens set, and at least a first surface of a first concave lens 1 of the front group is an aspheric surface, and satisfies specific conditions. As a result, it is possible to obtain a fisheye lens that can realize a foveal optical system with undiminished illuminance all the way to the periphery and with high resolution over the entire field of view, and with which a wide field of view and an extremely compact size can be attained with a single wide-angle optical system.
    • 一种鱼眼镜头,包括由凹面指向图像侧的两个凹透镜1和2组成的总共三组的前组,以及凹面指向图像侧的复合透镜3, 其具有整体的凸或凹折射力; 以及由三组凸透镜4,5和6组成的后组,其中所述前组包括至少一个复合透镜组,所述后组包括一个复合透镜组,以及至少第一凹透镜的第一表面 前组的1是非球面,满足特定条件。 结果,可以获得一种鱼眼镜头,该鱼眼镜头可以在整个视野中实现具有不损害照度的中心凹光学系统,并且在整个视野中具有高分辨率,并且具有宽视场和极端的视野 使用单个广角光学系统可以实现紧凑的尺寸。
    • 8. 发明授权
    • Objective lens
    • 物镜
    • US4836665A
    • 1989-06-06
    • US242684
    • 1988-09-09
    • Koichi Wakamiya
    • Koichi Wakamiya
    • G02B9/20
    • G02B9/20
    • An objective lens having a stop provided most adjacent to the image side comprises, in succession from the object side, a first lens which is a positive meniscus lens having its convex surface facing the object side, a second lens which is a biconcave lens, a third lens which is a biconvex lens, and a fourth lens which is a negative meniscus lens having its convex surface facing the image side and is joined to the third lens and formed into a compositely positive cemented lens. The objective lens satisfies the following conditions:(1) 0.28f
    • 具有最靠近图像侧设置的止挡件的物镜包括从物体侧连续的第一透镜,其是具有面向物体侧的凸面的正弯月形透镜,作为双凹透镜的第二透镜, 第三透镜,以及第四透镜,其是具有面向图像侧的凸面的负弯月形透镜,并且与第三透镜接合并形成为复合正粘结透镜。 物镜满足以下条件:(1)0.28f
    • 9. 发明授权
    • Rear conversion lens
    • 后转换镜头
    • US4768868A
    • 1988-09-06
    • US931938
    • 1986-11-18
    • Koichi WakamiyaDaijiro Fujie
    • Koichi WakamiyaDaijiro Fujie
    • G02B15/10G02B15/02G02B9/64
    • G02B15/10
    • A rear conversion lens to be mounted in between an objective lens and a determined image plane to produce a composite focal length longer than the focal length of the objective lens itself comprises, in the order from the object side a first lens component, a second lens component and a third lens component. The first lens component has a positive focal length and the image-side lens surface being convex toward the image side. The second lens component has a negative focal length and the object-side lens surface being convex toward the image side. The third lens component has a negative focal length and is in the shape of a meniscus convex toward the image side.
    • 安装在物镜和确定的图像平面之间以产生比物镜本身的焦距长的复合焦距的后转换透镜按照从物体侧起的第一透镜部件的顺序包括第二透镜 部件和第三透镜部件。 第一透镜部件具有正焦距,并且图像侧透镜表面朝向图像侧凸出。 第二透镜部件具有负焦距,并且物体侧透镜表面朝向像侧凸出。 第三透镜部件具有负焦距并且朝向图像侧凸出的弯月形的形状。