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IOT Digital Ray-Path 2

IOT Digital Ray-Path 2* 是 IOT 的基础技术,用于最大限度地减少个性化和补偿自由曲面镜片中的斜像差。



Download the White Paper

除了对斜像差进行算法补偿外,IOT Digital Ray-Path 2 还增加了智能利用佩戴者的眼睛调节的功能: 眼睛在观察不同距离的物体时自然而然会进行的小幅屈光力调节。

在镜片的个性化过程中突破几何形状极限

IOT Digital Ray-Path 2 通过在最终镜片计算中纳入佩戴者的眼睛调节能力进一步减少了斜像差,从而突破了镜片个性化过程中几何形状的限制。

任何镜片中都会发现的斜像差包括散光和球面屈光力误差。当佩戴者的视线从镜片的光学中心移开时,这些误差会产生散焦图像。算法。一些残余的屈光力误差仍然存在,导致轻微的模糊现象。

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眼睛调节 的潜力

眼睛调节、调节对象空间和补偿屈光力之间的关系早已为人所理解。直到现在,镜片计算技术还不够复杂,无法创造能够充分利用这类知识的自由曲面数字镜片。
调节是佩戴者通过刺激或放松眼睛内的晶状体,无需移动眼睛或头部即可根据不同距离进行对焦的先天能力。IOT Digital Ray-Path 2 将此因素纳入每个单独的镜片计算过程中。IOT Digital Ray-Path 2 还考虑了每个注视方向的可调节对象空间,即由清晰视野内的点定义的空间。

IOT Digital Ray-Path 2 与自然协 同工作。它利用人眼的先天能力 来完善个性化镜片的优化过程。

IOT Digital Ray-Path 2 算法利用视觉系统的先天能力来补 偿斜像差中一部分的球镜像差,。IOT Digital Ray-Path 2 考虑了佩戴者可以在每个注视点自然进行的小幅屈光力 调节。斜像差可通过更有效的方式最大限度减少,为佩
戴者提供无可挑剔的视觉质量。

技术原理

IOT Digital Ray-Path 2 通过三步优化过程为每个镜片计算独特的背面设计。

眼睛-镜片系统

首先,它模拟了一个包括眼睛在内的完整系统,并考虑了有关佩戴者、镜框和镜片毛坯的所有可用信息。

可调节对象空间

随后,它结合了佩戴者调节每个注视方向的视野的自然能力,包括可调节物体空间。

斜像差的最小化

最后,它分析并最小化了不同距离和整个可调节物体空间中每个注视方向的斜像差。
最终得以实现的成果是极其清晰的视野和精确的对焦。

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镜片 个性化 参数

  • 处方光度和ADD
  • 单眼瞳距 (MPD)
  • 瞳高 (HT)
  • 镜框尺寸 (VBOX/HBOX/DBL)
  • 前倾角 (PANTO)
  • 镜面角 (ZTILT)
  • 镜眼距 (BVD)
  • 近用距离
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结果

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传统镜片的 斜像差

注视方向如今优化了 11%* 考虑佩戴者的 眼睛调节能力。

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个性化镜片的 斜像差

注视方向如今优化了 43%* 考虑佩戴者的 眼睛调节能力。

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使用 IOT DIGITAL RAY-PATH 2 优化的镜片的斜像差

注视方向如今优化了 99.5%* 考虑佩戴者的 眼睛调节能力。

在单焦点镜片上进行的理论研究。
[+3.00 +1.00 × 45°],6 D 基准,折射率 1.5。


* 模糊 <0.18 D。

益处

更为宽阔的视野。

模糊区域减少为佩戴者带来了更广阔的视野。

精准舒适的视觉。

适用于所有工作距离和任何注视方向,

采用 IOT Digital Ray-Path 2 技术,非常适合日常佩戴和

观看电子设备。

更加始终如一的佩戴体验。

无论 Rx 或基弧如何,感知到的屈光力分布都保持稳定。这对于度数较高或大镜框或全包镜框的患者尤其有益。

周边模糊几乎消除殆尽。

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特征

Pushing the limits of geometry in lens personalization

个性化

需要时,通过考虑镜架的独特属性和佩戴者偏好的完整个性化参数集,进一步强化设计。如未提供参数,IOT Digital Ray-Path 2 将使用默认值。

Minimizes oblique aberrations

补偿屈光力

镜片屈光力不同于处方的屈光力。 该设计经逐点计算,确保佩戴者在各个距离和注视方向(包括观看电子设备时的近距离)通过镜片观看时,感知到的屈光力都恰当好处。

Optimized for accomodative space

优化了可调节对象空间

IOT Digital Ray-Path 2 将佩戴者眼睛调节的智能利用融入传统计算,减少了斜像差,从而打造出卓越的个性化镜片。斜像差比以往任何时候都更加有效地得到最大幅度的减少。

Complete personalization available

始终如一

无论度数或基弧如何,感知到的屈光力分布都保持稳定。这对于度数较高和大镜框或包覆式 镜框来说尤其有益。

个性化的自由曲面渐进式镜片。采用最具革命性的 IOT 技术设计。

老视解决方案

Camber Steady Plus Progressive

Camber Steady Plus 渐进

个性化的自由曲面渐进式镜片。采用最具革命性的 IOT 技术设计。

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Endless Steady Progressive

无尽 Steady 渐进

具有先进设计的个性化自由曲面渐进式镜片。提供无可挑剔的视觉质量。

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Endless Steady Progressive

无尽办公室 职业

个性化的自由曲面镜片,帮助佩戴者在中间区和近用区获得最佳表现。

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Endless Drive Progressive

无尽驾驶 渐进

个性化的自由曲面渐进式镜片,是驾驶等远距离、中间视力任务的理想选择。

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Endless Sport Progressive

无尽运动 渐进

个性化的自由曲面渐进式镜片,帮助佩戴者在户外活动中获得最佳表现。

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Endless Pilot Progressive

无尽飞行 渐进

个性化的自由曲面渐进式镜片,具有独特的创新设计,包含两个近视力区域。

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Endless Bifocal

无尽 双焦点

个性化的自由曲面圆形子片双焦点镜片。为佩戴者扩展材料和治疗选择。

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单焦点 解决方案

Endless  Single Vision

无尽 单焦点

个性化的自由曲面单焦点镜片。先进的设计提供无与伦比的视觉质量。

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Endless Anti-Fatigue Single Vision

无尽抗疲劳 单焦点

具有先进设计的个性化抗疲劳自由曲面单焦点镜片。

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Endless Drive Single Vision

无尽驾驶 单焦点

个性化的自由曲面单焦点。包含一个夜视区。

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其他技术

Camber technology

结合 IOT 智能的 CamberTM 技术

Camber 技术结合了复杂的表面 在镜片的两侧提供卓越的 视力矫正方法。
其独特的前表面具有独特的可变基弧。它专门设计用于增加读取区域并实现更好的光学质量。

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Steady Methodology

Steady 方法

IOT 的 Steady 方法已获得专利,是自由曲面数字镜片领域的一项技术突破。除了控制多余的柱镜屈光力之外,Steady 方法还解决了镜片横向区域平均屈光力的多余的改变。 

查看更多
Steady Plus Methodology

Steady Plus 方法

通过 Steady Plus 方法能够对平均屈光力分布进行更复杂的控制,由此改善中间视力和近视力的表现。

 

查看更多
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We last changed this policy on: July 16, 2024