Systems And Methods For Fitting Product

What is this patent about?

’785 is related to the field of augmented reality (AR) and, more specifically, to systems and methods for virtually rendering objects in a real-world environment. The background of the invention acknowledges the increasing need for methods to capture and reproduce anatomical data, particularly in fields like surgery, clothing, and 3D printing. Existing 3D scanning systems often require specialized hardware, adding expense and complexity for the user.

The underlying idea behind ’785 is to leverage the capabilities of a standard mobile device, specifically its camera and accelerometer, to create an AR experience for product selection. Instead of relying on dedicated 3D scanners, the invention uses motion tracking and area learning to understand the environment, then blends a selected product variation (pattern or color) with the real-world scene, displaying the result as an augmented reality view on the mobile device's screen.

The claims of ’785 focus on a method for rendering reality for an object, comprising using a mobile device with an accelerometer and a camera, performing motion tracking and learning in an environment of the object with accelerometer and camera data in the mobile device; selecting a pattern or color from a plurality of product variations or service variations; blending the pattern or color of the object and the environment; and displaying the color on the object as reality view.

In practice, the invention allows a user to virtually 'try on' different product variations, such as clothing or accessories, within their own environment. The mobile device's sensors are used to map the surrounding area, and the selected product is then digitally overlaid onto the user or a chosen object in the scene. This creates a realistic preview of how the product would look in the user's actual setting, aiding in the selection process.

The patent differentiates itself from prior approaches by utilizing readily available mobile device technology for 3D modeling and AR rendering. Instead of requiring specialized scanning hardware or complex software, ’785 provides a convenient and accessible solution for product visualization. This approach aims to reduce the reliance on expensive equipment and simplify the process of virtually experiencing products in a real-world context, potentially decreasing product returns and improving user satisfaction.