Taiwan
Headline: AR Computer Patent Holder | Transforming AR Glasses into the Next Computing Platform | Lifelong Ciliary & Medial Rectus Muscle Relaxation During Near-Work | Strategic Licensing for Apple · Meta · Google · TSMC · NVIDIA · Samsung · Foxconn --- About / Summary: The next computing revolution is not about faster chips or thinner screens. It is about human physiology and health. We hold the world's only three patents — granted in the United States, China, and Taiwan — that transform AR glasses into true AR Computers: a spatial computing platform where the ciliary muscle and medial rectus muscle remain fully relaxed during near-distance reading, by projecting parallel light rays that simulate gazing at optical infinity. This is not a hardware upgrade. This is a platform-level paradigm shift — the equivalent of the transition from PC to smartphone. --- The Problem Every Screen Has Failed to Solve Every digital device today — laptops, smartphones, tablets — forces the ciliary muscle and medial rectus muscle to contract continuously during near-distance reading. This contributes to the global myopia epidemic affecting 2.6 billion people, and the sedentary use patterns that cause widespread physical health deterioration. Despite billions invested in AR and VR, no platform has structurally resolved this barrier. Apple Vision Pro remains a premium display device. Meta Reality Labs, after over USD $70 billion in investment, has not delivered a true productivity platform. Google Glass failed precisely because it was a notification tool, not a computing platform — and it never addressed the core physiological barrier to long-duration use. --- The Breakthrough: Physiological Alignment Architecture Our three patented innovations work as a unified system: ① Parallel Light Retinal Projection — Virtual images projected to the retina keep both the ciliary and medial rectus muscles relaxed, recognized by the American Academy of Ophthalmology (AAO). This eliminates VAC (Vergence-Accommodation Conflict) and simultaneously overcomes the five major known factors of myopia. ② Semi-Immersive Dual-Display Architecture — An opaque and light-transmittable combined design enables dynamic reading in all postures — sitting, standing, lying down, walking — eliminating the health complications of prolonged sedentary use. Reading is combined with physical activity. ③ Holographic 3D Interface — Dynamic, gesture-operable AR holographic models minimize cognitive load and enable intuitive learning across industrial design, medical, and educational applications.
I am an ophthalmologist and currently the director of the Gomeda Dr Yang Eye Clinic. Having researched Augmented Reality Glasses for over a decade, I've discovered that using modified AR glasses can relax both the ciliary and medial rectus muscles. The ophthalmological community believes that prolonged contraction of the ciliary and medial rectus muscles is a contributing factor to eye fatigue. I'm the initiated author of AR computers terminate Eyestrain and Myopia https://eyewiki.org/AR_Computers_To_Terminate_Eyestrain_And_Myopia 我是一名眼科醫師，目前是高美達特楊眼科診所院長