Intel corporation (20240314277). AUTOMATIC PROJECTION CORRECTION simplified abstract
AUTOMATIC PROJECTION CORRECTION
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AUTOMATIC PROJECTION CORRECTION - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240314277 titled 'AUTOMATIC PROJECTION CORRECTION
The abstract describes a system for automatic projection correction, where a device generates and projects images onto surfaces, then corrects the projection automatically based on input data from a depth camera.
- Device generates a first image with a first resolution and projects it onto a surface.
- Input data from a depth camera is received, associated with the projected image on the surface.
- Automatic projection correction is performed based on the input data.
- A second image is generated for projection based on the correction.
- The second image is projected onto a different surface area.
Potential Applications: - Interactive displays - Augmented reality systems - Projection mapping for events and entertainment - Virtual reality environments - Educational tools
Problems Solved: - Ensures accurate and precise projection of images - Eliminates manual adjustment of projections - Enhances user experience with projected content
Benefits: - Improved image quality and clarity - Simplified setup and operation of projection systems - Enhanced user interaction with projected content - Increased efficiency in projection correction processes
Commercial Applications: Title: Automatic Projection Correction System for Enhanced Visual Displays This technology can be utilized in various industries such as entertainment, education, advertising, and virtual reality to enhance visual displays and user experiences. The market implications include increased demand for advanced projection systems in commercial settings.
Questions about Automatic Projection Correction System: 1. How does the depth camera input data contribute to the automatic projection correction process?
- The depth camera input data provides information about the spatial relationship between the projected image and the surface, allowing the device to make accurate corrections.
2. What are the key advantages of using automatic projection correction compared to manual adjustment methods?
- Automatic projection correction saves time, ensures precision, and enhances user experience by eliminating the need for manual adjustments.
Original Abstract Submitted
this disclosure describes systems, methods, and devices related to automatic projection correction. a device may generate a first image having a first resolution. the device may project the first image onto a surface resulting in a first projected image on a first projection area. the device may receive input data from a depth camera device, wherein the input data is associated with the first projected image on the first projected area. the device may perform automatic projection correction based on the input data. the device may generate a second image to be projected based on the automatic projection correction. the device may project the second image onto a second projection area.
