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    • 1. 发明授权
    • Zoom lens
    • 变焦镜头
    • US4518228A
    • 1985-05-21
    • US541670
    • 1983-10-13
    • Muneharu Sugiura
    • Muneharu Sugiura
    • G02B15/167G02B15/17G02B13/22G02B15/18
    • G02B15/17
    • An optical system of zoom lens has four lens groups or, from front to rear, a first lens group of positive power for focusing, a second lens group of negative power for variation of the image magnification, a third lens group of negative power for image shift compensation, and a fourth lens group of positive power for forming an image of an object. The fourth lens group has two component lens group, i.e., from front to rear, a first component lens group and a second component lens group. The fourth lens group's first component lens group has five lenses, namely, from front to rear, a biconvex first lens with a strong curvature at its rear surface, a biconvex second lens with its front surface of strong curvature, a third lens of negative power with a strong curvature at its front surface, a fourth lens of positive power with a strong curvature at its front surface, and a fifth lens of positive power with its front surface of strong curvature. The fourth lens group's second component lens group has three lenses, namely, from front to rear, a first lens of negative power with a strong curvature at its rear surface, a biconvex second lens with its rear surface having strong curvature and a biconvex third lens with a strong curvature at its front surface.
    • 变焦透镜的光学系统具有四个透镜组,或者从前到后具有用于聚焦的正光焦度的第一透镜组,用于改变图像放大率的负光焦度的第二透镜组,用于图像的负光焦度的第三透镜组 移位补偿以及用于形成物体的图像的正电力的第四透镜组。 第四透镜组具有双分量透镜组,即从前到后,具有第一分量透镜组和第二分量透镜组。 第四透镜组的第一分量透镜组具有五个透镜,即从前到后,具有在其后表面具有强曲率的双凸面第一透镜,具有强曲率的前表面的双凸透镜第二透镜,负光焦度的第三透镜 在其前表面具有强曲率,在其前表面具有强曲率的正功率的第四透镜和其前表面具有强曲率的正功率的第五透镜。 第四透镜组的第二分量透镜组具有三个透镜,即从前到后,具有在其后表面上具有强曲率的负光焦度的第一透镜,其后表面具有强曲率的双凸透镜第二透镜和双凸透镜 在其前表面具有强曲率。
    • 2. 发明授权
    • Zoom lens
    • 变焦镜头
    • US5050972A
    • 1991-09-24
    • US475749
    • 1990-02-06
    • Hitoshi MukaiyaNobuyoshi SuzukiHiroyuki HamanoMuneharu SugiuraAkihisa Horiuchi
    • Hitoshi MukaiyaNobuyoshi SuzukiHiroyuki HamanoMuneharu SugiuraAkihisa Horiuchi
    • G02B15/167
    • G02B15/167
    • A zoom lens comprising, from front to rear, a first group of positive power for focusing, a second group of negative power for varying the image magnification, a third group of negative power for compensating for the image shift, a fourth lens group of positive power in the form of a bi-convex lens whose rear surface is stronger in curvature than the front surface, a stop, and an image forming fifth group, the fifth groug being divided into two parts of which the front part comprises a bi-convex first lens, a negative second lens having a concave front surface and a positive third lens of stronger front curvature and the rear part comprises a negative fourth lens having a concave rear surface, a bi-convex fifth lens and a positive sixth lens of stronger front curvature, and the zoom lens satisfying the following conditions:3.9
    • 一种变焦透镜,包括从前到后的用于聚焦的第一组正电力,用于改变图像放大率的第二组负电源,用于补偿图像偏移的第三组负电源,第四透镜组为正 其后表面的曲率比前表面更强的双凸透镜的形式,止动件和图像形成第五组,第五组合被分成两部分,其前部包括双凸起 第一透镜,具有凹面前表面的负第二透镜和具有更强前曲率的正第三透镜,并且后部包括具有凹后表面的负第四透镜,具有较强前视的双凸透镜第五透镜和正六棱镜 曲率和变焦透镜满足以下条件:3.9
    • 4. 发明授权
    • Fast compact zoom lens
    • 快速紧凑变焦镜头
    • US4621905A
    • 1986-11-11
    • US644535
    • 1984-08-27
    • Masatake KatoMuneharu Sugiura
    • Masatake KatoMuneharu Sugiura
    • G02B15/167G02B15/17G02B15/14
    • G02B15/17
    • A fast compact zoom lens comprising a varifocal section followed on its image side by an image forming section, the varifocal section including, from front to rear, a first lens unit of positive power for focusing, a negative second lens unit movable for variation of the magnification, a third lens unit movable along with the second lens unit to compensate for the image shift, and a positive fourth lens unit stationary during zooming. The image forming section includes a front unit and a rear unit with an air space therebetween, the front unit consisting of a positive lens with its front surface being a strong refracting surface and convex to the front, a meniscus negative lens concave to the front, and a positive lens with its front surface being a strong refracting surface and convex to the front, and the rear unit consisting of a negative meniscus lens convex to the front, a positive meniscus lens concave to the front, and a positive lens with its front surface being a strong refracting surface and convex to the front.
    • 一种快速紧凑型变焦透镜,包括通过图像形成部分在其像侧上跟随其变焦部分的变焦部分,变焦部分从前到后包括用于聚焦的正光焦度的第一透镜单元,可移动用于变焦的负第二透镜单元 第三透镜单元与第二透镜单元一起移动以补偿图像偏移,以及在变焦期间静止的正的第四透镜单元。 图像形成部分包括前单元和后单元,其间具有空气空间,前单元由正透镜组成,其前表面是强折射表面并且向前凸出,弯曲面负透镜向前倾斜, 和正面透镜,其前表面是强折射表面并且向前凸出,并且后单元由向前凸起的负弯月形透镜,向前凹入的正弯月透镜和其正面的正透镜 表面是强折射表面并凸出到前面。
    • 5. 发明授权
    • Scanning projection apparatus
    • 扫描投影仪
    • US4341459A
    • 1982-07-27
    • US92070
    • 1979-11-07
    • Muneharu SugiuraKazuo MinouraSetsuo Minami
    • Muneharu SugiuraKazuo MinouraSetsuo Minami
    • G02B26/12G02B27/18G03B27/52G03G15/041G03G15/28G03B27/34
    • G03B27/526G03G15/041
    • A scanning projection apparatus including a first imaging optical system, a first plane provided on one side of the optical system, a deflector for deflecting a light beam emerging from the first plane and passing through the first imaging optical system, a second imaging optical system for receiving the light beam deflected by the deflector and a second plane provided at the focusing position of the light beam by the second imaging optical system, whereby the first plane is scanned with a slit of a width .DELTA.S, using the deflector, and the thus obtained slit image of the first plane is projected in succession on a determined position in said second plane, wherein the slit width .DELTA.S is selected to satisfy a relation .DELTA.S
    • 一种扫描投影设备,包括第一成像光学系统,设置在光学系统的一侧的第一平面,用于偏转从第一平面出射并穿过第一成像光学系统的光束的偏转器;第二成像光学系统, 接收由所述偏转器偏转的光束和由所述第二成像光学系统设置在所述光束的聚焦位置的第二平面,由此所述第一平面使用所述偏转器以宽度DELTA S的狭缝扫描,并且因此 所获得的第一平面的狭缝图像被连续投影在所述第二平面中的确定位置,其中狭缝宽度DELTA S被选择为满足关系DELTA S <1 / Rp,其中Rp表示图像上的分辨率 第二平面,并且其中所述第一或第二成像光学系统包括用于校正所述狭缝的纵向方向上的图像放大率的元件。
    • 7. 发明授权
    • Copying apparatus having a high-speed copying optical system
    • 具有高速复印光学系统的复印设备
    • US4213690A
    • 1980-07-22
    • US32642
    • 1979-04-23
    • Muneharu SugiuraSetsuo MinamiKoichi Miyamoto
    • Muneharu SugiuraSetsuo MinamiKoichi Miyamoto
    • G03B27/50G03B27/52G03B27/68G03G15/04G03B27/48G03B27/70
    • G03B27/68G03B27/526
    • A copying apparatus having an optical system comprising a fixed original carriage, a rotatable mirror for scanning the original carriage and an image forming optical system for imaging a light flux from the rotatable mirror on a photosensitive medium, said image forming optical system being provided with a swing and tilting lens system having a swing and tilting function and a light path length correcting lens system including at least two movable lens groups movable along the direction of the optic axis and having the function of correcting the length of the light path while maintaining a predetermined image forming magnification, said swing and tilting lens system and said movable lens groups being moved in synchronism with said rotatable mirror to thereby form the image of the original on the photosensitive medium without swing and tilting.
    • 一种具有光学系统的复印设备,包括固定的原稿托架,用于扫描原稿托架的可旋转镜和用于对来自可旋转镜的光束成像在光敏介质上的成像光学系统,所述成像光学系统设置有 具有摆动和倾斜功能的摆动和倾斜透镜系统以及光路长度校正透镜系统,其包括沿着光轴方向可移动的至少两个可移动透镜组,并具有校正光路长度的功能,同时保持预定的 图像形成倍率,所述摆动和倾斜透镜系统和所述可移动透镜组与所述可旋转镜同步移动,从而在感光介质上形成原稿的图像,而不会摆动和倾斜。
    • 9. 发明授权
    • Zoom lens
    • 变焦镜头
    • US4618219A
    • 1986-10-21
    • US581953
    • 1984-02-21
    • Muneharu SugiuraKazuo FujibayashiSadahiko Tsuji
    • Muneharu SugiuraKazuo FujibayashiSadahiko Tsuji
    • G02B15/167G02B15/17G02B15/14
    • G02B15/17
    • The disclosed zoom lens includes, from front to rear, a first lens component of positive power for focusing the lens, a second lens component of negative power for varying magnification power, a third lens component of negative power for compensating for the image shift resulting from the change of magnification power, and a fourth lens component of positive power for forming an image. The second lens component includes, from front to rear, a negative meniscus-shaped lens having a strong refracting rear surface, and another negative mensicus-shaped lens having a strong refracting front surface and a cemented surface of forward convexity. A front group of the fourth component includes, from front to rear, a bi-convex lens having a rear surface of strong curvature, another bi-convex lens having a front surface of strong curvature, a lens of negative power having a front surface of strong curvature and a lens of positive power having a front surface of strong curvature. The second group of the fourth component includes, from front to rear, a bi-concave lens having a rear surface of strong curvature, a bi-convex lens having a rear surface of strong curvature, and another bi-convex lens having a front surface of strong curvature. This permits a compact lens with good correction throughout the zooming range.
    • 所公开的变焦镜头包括从前到后的用于聚焦透镜的正功率的第一透镜部件,用于变化放大倍率的负功率的第二透镜部件,负功率的第三透镜部件,用于补偿由 放大倍率的变化,以及用于形成图像的正电力的第四透镜分量。 第二透镜部件包括从前到后的具有强折射后表面的负弯液面透镜,以及具有强折射前表面和具有向前凸起的胶合表面的另一阴性主棱镜形透镜。 第四组件的前组包括从前到后的具有强曲率后表面的双凸透镜,具有强曲率前表面的另一双凸透镜,负功率透镜具有前表面的前表面 强曲率和具有强曲率前表面的正功率透镜。 第四组件的第二组件包括从前到后的具有强曲率后表面的双凹透镜,具有强曲率后表面的双凸透镜,以及具有前表面的另一双凸透镜 强曲率。 这允许在整个变焦范围内具有良好校正的紧凑型透镜。