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Google · AR / VR · Filed Dec 18, 2024 · USPTO published Jun 18, 2026 · Jun 18 release

Google's New Patent Resizes Your Screen Based on Where You Are and Where You're Looking

Google is working on a system that automatically adjusts what's on your screen — its size, layout, and format — depending on where you physically are and where your eyes are pointed.

By · Updated · 3 min read

Google Patent: Content Display Based on Location and Gaze, figure from US 2026/0172540 A1
Figure from the official USPTO publication.
Publication number
US 2026/0172540 A1(US20260172540A1)
Applicant
Google LLC
Filed · Published
Dec 18, 2024 · Jun 18, 2026
Inventors
Tianlu Tang, Patrick Hackett
Status when we published
Rejected again; the company can still amend or appeal
Document
20 claims
US classification
345/156
Examiner
WILSON, DOUGLAS M (Art Unit 2622)

How Google's location-and-gaze display system works

Imagine you're walking down a hallway glancing at your phone, and the text on screen automatically gets bigger because your phone knows you're moving and only half-paying attention. That's roughly the idea behind this Google patent.

The system tracks two things at once: your physical location (are you in a specific zone, like a meeting room or a street corner?) and your gaze direction (are you actually looking at the screen?). When both conditions line up in a certain way, the content on your device switches from one display format to another — for example, switching from a compact view to a larger, easier-to-read layout.

The practical upshot is a screen that adapts to your context without you tapping anything. Whether it's a phone, a tablet, or something you wear on your face, the idea is that the device should know when you need more visual help and give it to you automatically.

How location, gaze, and size thresholds combine

The patent describes a method that monitors two inputs simultaneously: the physical location of a device (tied to a defined region in the real world) and the gaze direction of the user (tracked likely via front-facing camera or eye-tracking sensors).

When both inputs satisfy a set of criteria — for instance, the user has moved outside a designated zone and their gaze aligns with the screen — the system switches the content from a first configuration (smaller size, default layout) to a second configuration (larger size, expanded layout). The transition works in reverse too: moving back into the defined region can restore the original display format.

Key components described in the patent include:

  • A region identification system — the device knows when it's inside or outside a defined physical area
  • Gaze tracking — the device monitors where the user's eyes are directed
  • A configuration switcher — content size and layout change automatically based on the combined location-and-gaze signal

The claim is deliberately broad, covering any device that can display content — which could include phones, tablets, smart glasses, or heads-up displays. The "region" concept is flexible too: it could be a GPS-defined outdoor zone or a room-level indoor boundary.

What this means for AR glasses and Google's display ambitions

This patent sits squarely in the territory of wearable displays and augmented reality. A phone can already enlarge text through accessibility settings, but doing it automatically based on real-world context — without any user input — is a different category of behavior. For AR glasses especially, knowing where the user is and where they're looking is the foundation for useful, non-annoying overlays.

For everyday phone users, this could eventually mean content that quietly adjusts when you step outside, sit down in a meeting room, or glance at your screen while walking. You wouldn't set any of this up — the device would infer it. That's either genuinely convenient or mildly unsettling, depending on your tolerance for a phone that watches your eyes.

Source: US 2026/0172540 A1 at the USPTO (PDF). Full patent text and figures are in the official publication.

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