Birdbath Smart AR Glasses with Camera

Based on the optical properties of BirdBath technology (high image quality, lightweight design, low cost) and the integration of camera functions, BirdBath AR glasses with a camera can be applied in the following scenarios:

• Educational Scene

• Blended Classroom Experience

  By using the camera to scan textbooks or experimental equipment in real time, 3D models or dynamic demonstrations can be overlaid. For example, in biology class, scanning illustrations in the textbook allows students to view three-dimensional anatomical structures from multiple angles. During chemistry experiments, AR glasses can simulate reaction processes and provide step-by-step instructions, reducing experimental risks.

  In geography class, after the camera recognizes maps or globes, it can dynamically display abstract concepts like plate movements and climate changes.

• Remote Collaborative Teaching

  Teachers can broadcast first-person operations through the camera, allowing students to view and overlay virtual annotations with AR glasses for real-time interaction from different locations.

• Fitness and Health Management

• Real-Time Motion Correction and Data Feedback

  The camera captures users' exercise postures (such as yoga or weightlifting) and compares them with a virtual coach's standard movements, providing prompts for posture deviations through the AR interface. Coupled with heart rate monitoring, AR glasses can display real-time calorie consumption, exercise intensity recommendations, and suggest personalized training plans.

• Gamified Fitness Experience

  In home settings, the camera scans the environment to generate virtual obstacle courses or opponents, allowing users to interact with the game by completing jumps, dodges, and other movements.

  
  

• Office and Productivity Scene    

• Multi-Screen Collaboration and Document Processing    

  After scanning physical documents, AR glasses automatically recognize text and translate/annotate it, supporting gesture operations to drag documents to virtual screens for multitasking.

  In meeting scenarios, the camera captures whiteboard content and converts it into digital notes in real-time, allowing remote participants to view and annotate simultaneously.    

• Industrial Maintenance and Remote Guidance   

  Maintenance personnel can scan faulty equipment with the camera, and AR glasses will overlay disassembly steps or fault code prompts, while experts can provide remote annotations for guidance. 

    

• Entertainment and Social Scene    

• Immersive Viewing and Gaming   

  In living rooms or cafes, the camera detects the space and projects a virtual giant screen, allowing users to control playback progress or switch perspectives with gestures.

  In multiplayer AR games, the camera captures the real environment to create a virtual battlefield, where players interact with virtual props through physical movements.    

• Social Interaction and Creation   

  Users can record “first-person + AR effects” short videos (e.g., overlaying a virtual dinosaur walking down the street) and share them on social platforms.    

• Medical and Public Services    

• Assisted Diagnosis and Surgical Navigation   

  Doctors can view 3D models of patients’ CT scans overlaid on real body parts through AR glasses, aiding in accurately locating lesions.

  In emergency scenarios, the camera recognizes the injured person's vital signs, and the AR interface provides prompts for first aid steps (e.g., CPR rhythm).    

• Public Services and Guidance   

  In cultural and tourism contexts, scanning landmarks or exhibitions triggers AR explanatory animations, vividly showcasing historical scenes or the production process of artifacts. For example, in museums, visitors can utilize this feature for a deeper interactive experience, learning about the stories and cultural backgrounds behind exhibits.

  During traffic navigation, the camera recognizes road signs, and the AR interface projects arrows to guide the route while providing real-time traffic updates.    

What are the product features of this AR glasses?

1. Lightweight and Compact Design : 

Weighing only 90g, the G9M smart glasses feature an exceptionally lightweight and portable form factor, allowing for comfortable all-day wear.

2. Immersive Visual Experience : 

The G9M delivers a full HD 1080p binocular display with a 43° field of view, creating a giant 120-inch screen experience that immerses the user in videos, games, and AR applications.

3. Customized Fit and Comfort : 

The adjustable diopter range of 0-500 degrees and the adaptable, elastic temple design enable the G9M to provide a personalized and comfortable fit for users with different vision needs and head sizes.

4. Advanced Hardware Capabilities : 

Equipped with an infrared sensor, gyroscope, and 13MP camera, the G9M offers enhanced functionalities for intuitive control, motion tracking, and capturing content.

5. Versatile Application Scenarios : 

From mobile entertainment and virtual collaboration to industrial training and AR-powered workflows, the G9M caters to a diverse range of use cases for both consumer and professional users.