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    • 3. 发明授权
    • Enhanced ophthalmic lens
    • 增强眼科镜片
    • US5867246A
    • 1999-02-02
    • US776020
    • 1997-01-17
    • Simon John EdwardsEric BarkanDavid Howard SklarDimitrios Jack KrisMark Thyssen
    • Simon John EdwardsEric BarkanDavid Howard SklarDimitrios Jack KrisMark Thyssen
    • G02C7/06G02C7/02G02C7/04
    • G02C7/065G02C7/061
    • A progressive ophthalmic lens including a lens surface having: a lower viewing zone providing good optical quality at a predetermined high surface power over a large area of vision; said predetermined power being determined by the viewer's near prescription (R.sub.x) the horizontal fitting position normally being determined by the near pupillary distance of the wearer, and the vertical fitting position normally being determined by the vertical frame midpoint, an upper viewing zone of lower surface power providing an enhanced range of vision for intermediate or greater viewing distances; and a corridor of relatively low astigmatism extending therebetween; wherein the contours of mean surface power and/or surface astigmatism within the lower viewing zone, upper viewing zone and corridor are generally symmetric about a vertical lens meridian as fitted to the wearer.
    • PCT No.PCT / AU95 / 00695 Sec。 371日期1997年1月17日 102(e)日期1997年1月17日PCT提交1995年10月20日PCT公布。 公开号WO96 / 12984 日期:1996年5月2日包括透镜表面的渐进式眼科镜片具有:在大视野范围内以预定的高表面光焦度提供良好的光学质量的下观察区域; 所述预定功率由观看者的近处方(Rx)确定,水平拟合位置通常由穿戴者的近瞳孔距离确定,垂直配合位置通常由垂直框架中点确定,下表面的上视区 功率为中等或更大观察距离提供增强的视野范围; 以及在其间延伸的相对较低散光的走廊; 其中在下观察区域,上观察区域和走廊内的平均表面力和/或表面像散的轮廓通常对准关于佩戴者佩戴的垂直透镜子午线。
    • 4. 发明授权
    • Single vision lenses
    • 单视镜片
    • US06902271B2
    • 2005-06-07
    • US10052372
    • 2002-01-23
    • Colin Maurice PerrottKevin Douglas O'ConnorSimon John EdwardsEric F. BarkanDavid H. Sklar
    • Colin Maurice PerrottKevin Douglas O'ConnorSimon John EdwardsEric F. BarkanDavid H. Sklar
    • A61F9/02G02C7/02
    • A61F9/022G02C7/02
    • Optical lens element with a prescription zone, suitable for use in wraparound or protective type eyewear. The element may also include a peripheral vision zone, with no prismatic jump between the zones. Design methods for the prescription zone include temporally rotating a prescription section about a vertical axis through the optical center thereof, and/or decentring the optical axis of said prescription section relative to the geometric axis thereof, and providing partial surface correction for astigmatic and/or mean power errors. For prescription powers in the range −6.0 to +6.0 diopters with 0 to 3 cyl, the optical lens element may be designed such that its front surface can be mounted in a frame of constant curvature of at least 5.0 diopters, with its back surface providing good clearance from temples and eyelashes. Applications include ophthalmic sunglass lenses.
    • 具有处方区的光学透镜元件,适用于环绕式或保护型眼镜。 元件还可以包括周边视觉区域,在区域之间没有棱镜跳跃。 处方区域的设计方法包括通过其光学中心垂直旋转处于垂直轴的处方部分,和/或使所述处方部分的光轴相对于其几何轴线偏心,并且提供散光和/或 平均功率误差 对于0至3厘米范围-6.0至+6.0屈光度的处方能力,光学透镜元件可被设计成使得其前表面可以安装在至少为5.0屈光度的恒定曲率的框架中,其背面提供 从寺庙和睫毛的良好的清除。 应用包括眼科太阳镜。
    • 5. 发明授权
    • Single vision lenses
    • 单视镜片
    • US06361166B1
    • 2002-03-26
    • US09142869
    • 1999-01-19
    • Colin Maurice PerrottKevin Douglas O'ConnorSimon John EdwardsEric F. BarkanDavid H. Sklar
    • Colin Maurice PerrottKevin Douglas O'ConnorSimon John EdwardsEric F. BarkanDavid H. Sklar
    • G02C702
    • A61F9/022G02C7/02
    • Optical lens element with a prescription zone, suitable for use in wraparound or protective type eyewear. The element may also include a peripheral vision zone, with no prismatic jump between the zones. Design methods for the prescription zone include temporally rotating a prescription section about a vertical axis through the optical center thereof, and/or decentring the optical axis of said prescription section relative to the geometric axis thereof, and providing partial surface correction for astigmatic and/or mean power errors. For prescription powers in the range −6.0 to +6.0 diopters with 0 to 3 cyl, the optical lens element may be designed such that its front surface can be mounted in a frame of constant curvature of at least 5.0 diopters, with its back surface providing good clearance from temples and eyelashes. Applications include ophthalmic sunglass lenses.
    • 具有处方区的光学透镜元件,适用于环绕式或保护型眼镜。 元件还可以包括周边视觉区域,在区域之间没有棱镜跳跃。 处方区域的设计方法包括通过其光学中心垂直旋转垂直轴的处方部分,和/或使所述处方部分的光轴相对于其几何轴线偏心,并且提供散光和/或 平均功率误差 对于0至3厘米范围-6.0至+6.0屈光度的处方能力,光学透镜元件可被设计成使得其前表面可以安装在至少为5.0屈光度的恒定曲率的框架中,其背面提供 从寺庙和睫毛的良好的清除。 应用包括眼科太阳镜。
    • 9. 发明授权
    • Progressive lens
    • 渐进镜头
    • US6155681A
    • 2000-12-05
    • US171465
    • 1998-12-15
    • Dimitrios Jack KrisSimon John EdwardsScott Warren FisherSaulius Raymond Varnas
    • Dimitrios Jack KrisSimon John EdwardsScott Warren FisherSaulius Raymond Varnas
    • G02C7/02G02C7/06
    • G02C7/065G02C7/06G02C7/061G02C2202/08
    • A progressive ophthalmic lens element including a lens surface having upper viewing zone providing good optical quality at a predetermined low surface power over a large area of vision; said predetermined power being determined by the viewer's distance prescription (R.sub.x) the horizontal fitting position normally being determined by the inter pupillary distance of the wearer, and the vertical fitting position normally being determined by the vertical frame midpoint; a lower viewing zone of higher surface power providing an enhanced range of vision for intermediate or lesser viewing distances; and a corridor of relatively low astigmatism extending therebetween; wherein the contours of mean surface power and/or surface astigmatism within the lower viewing zone, upper viewing zone and corridor are generally symmetric about a vertical lens meridian.
    • PCT No.PCT / AU97 / 00240 Sec。 371 1998年12月15日第 102(e)日期1998年12月15日PCT 1997年4月17日PCT PCT。 出版物WO97 / 40415 日期:1997年10月30日一种渐进式眼科透镜元件,包括具有上观察区的透镜表面,在大视野范围内以预定的低表面光焦度提供良好的光学质量; 所述预定功率由观看者的距离处方(Rx)确定,水平拟合位置通常由穿戴者的瞳孔距离确定,垂直配合位置通常由垂直框架中点确定; 较高的表面光焦度的较低观察区域为中等或较小观察距离提供增强的视野范围; 以及在其间延伸的相对较低散光的走廊; 其中下视野区,上观察区和走廊内的平均表面光焦度和/或表面像散的轮廓通常对称关于垂直透镜子午线。