修复你的物品

维修的权力

商店

返回指南
英语
中文
上一步 下一步

正翻译步骤 9

步骤 9
Lifting up one of the external sensor arrays, we find beneath: the optical system for injecting images into the waveguides. These bright colors come from ambient light reflecting off the diffraction gratings, and don't represent specific color channels. Each spot lives at a different depth—corresponding to a single layer of the waveguide.

  • Lifting up one of the external sensor arrays, we find beneath: the optical system for injecting images into the waveguides.

  • These bright colors come from ambient light reflecting off the diffraction gratings, and don't represent specific color channels.

  • Each spot lives at a different depth—corresponding to a single layer of the waveguide.

  • At the back, we find the actual display device: an OmniVision OP02222 field-sequential color (FSC) LCOS device. It is likely a customized variation of the OmniVision OP02220.

  • The KGOnTech blog correctly guessed this was exactly what Magic Leap was doing, based on patent filings back in 2016.

拆下其中的一个外部传感器阵列，我们在下面发现了一个光学系统用来将图像传进波导。

这些明亮的颜色来自从衍射光栅反射的环境光，并不代表特定的颜色通道。

每个点工作在不同的深度——对应这单层的波导。

在背后，我们发现了世纪的显示设备：一个 OmniVision OP02222 场序彩色（FSC）LCOS 设备。这看起来是一个 OmniVision OP02222 的定制版本。

根据2016年的专利申请，KGOnTech 博客准确地猜到了这正是 Magic Leap 在做的事情。

在开源创作共享许可协议下，你的投稿已被许可。