Novel ultra-thin near-eye augmented-view device (UNA-)

Y. Zhu; J. Chang; Y. J. Niu; W. L. Chen; X. Y. Du

doi:10.1364/OE.24.001305

Novel ultra-thin near-eye augmented-view device (UNA-)

Y. Zhu, J. Chang, Y. J. Niu, W. L. Chen, X. Y. Du

School of Optics and Photonics

Beijing Institute of Technology

Research output: Contribution to journal › Article › peer-review

2 Citations (Scopus)

Abstract

The current augmented-view device for glaucoma patients are limited by the low angle minification (less than 3X), image overlapping and pupil mismatching. We present a novel ultra-thin near-eye augmented-view device (UNAD) with a proper minification angle of 4X to avoid scanning eye movements. The device is realized by one symmetrical ultra-thin offaxis eight-mirror reversed telescopic optical system (field-of-view (FOV): x:-34°∼3°; y: -5°∼-20°, 5°∼20°) and one central un-minified optical system (FOV: -5°∼5°), and hence, the system can achieve a FOV (x:-34°∼3°; y: -20°∼20°) without overlapping images. Furthermore, the device fully accounts for pupil matching with the entrance pupil of the human eye. Finally, the simulation results in CODE V and LightTools verify that our proposed system is feasible and has potential practical value for glaucoma patients.

Original language	English
Pages (from-to)	1305-1313
Number of pages	9
Journal	Optics Express
Volume	24
Issue number	2
DOIs	https://doi.org/10.1364/OE.24.001305
Publication status	Published - 25 Jan 2016

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Zhu, Y., Chang, J., Niu, Y. J., Chen, W. L., & Du, X. Y. (2016). Novel ultra-thin near-eye augmented-view device (UNA-). Optics Express, 24(2), 1305-1313. https://doi.org/10.1364/OE.24.001305

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abstract = "The current augmented-view device for glaucoma patients are limited by the low angle minification (less than 3X), image overlapping and pupil mismatching. We present a novel ultra-thin near-eye augmented-view device (UNAD) with a proper minification angle of 4X to avoid scanning eye movements. The device is realized by one symmetrical ultra-thin offaxis eight-mirror reversed telescopic optical system (field-of-view (FOV): x:-34°∼3°; y: -5°∼-20°, 5°∼20°) and one central un-minified optical system (FOV: -5°∼5°), and hence, the system can achieve a FOV (x:-34°∼3°; y: -20°∼20°) without overlapping images. Furthermore, the device fully accounts for pupil matching with the entrance pupil of the human eye. Finally, the simulation results in CODE V and LightTools verify that our proposed system is feasible and has potential practical value for glaucoma patients.",

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AU - Du, X. Y.

PY - 2016/1/25

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N2 - The current augmented-view device for glaucoma patients are limited by the low angle minification (less than 3X), image overlapping and pupil mismatching. We present a novel ultra-thin near-eye augmented-view device (UNAD) with a proper minification angle of 4X to avoid scanning eye movements. The device is realized by one symmetrical ultra-thin offaxis eight-mirror reversed telescopic optical system (field-of-view (FOV): x:-34°∼3°; y: -5°∼-20°, 5°∼20°) and one central un-minified optical system (FOV: -5°∼5°), and hence, the system can achieve a FOV (x:-34°∼3°; y: -20°∼20°) without overlapping images. Furthermore, the device fully accounts for pupil matching with the entrance pupil of the human eye. Finally, the simulation results in CODE V and LightTools verify that our proposed system is feasible and has potential practical value for glaucoma patients.

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Novel ultra-thin near-eye augmented-view device (UNA-)

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