Huawei technologies co., ltd. (20240337776). Lens, Laser Transmission System, and Electronic Device simplified abstract
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Lens, Laser Transmission System, and Electronic Device
Organization Name
Inventor(s)
Lens, Laser Transmission System, and Electronic Device - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240337776 titled 'Lens, Laser Transmission System, and Electronic Device
The abstract of the patent application describes a lens with a first surface and a second surface, each with specific optical structures. The first surface contains cylindrical micro-lenses with different curvature radii and clear apertures, while the second surface has its own optical structure.
- The lens includes a first surface with a first optical structure consisting of cylindrical micro-lenses.
- The first surface also contains a second optical structure with different curvature radii and clear apertures.
- The second surface of the lens has its own unique optical structure.
- The axial meridian of the first micro-lenses is parallel to the axial meridian of the second micro-lenses.
- The lens design allows for precise control over light refraction and focusing capabilities.
Potential Applications: - Camera lenses - Microscope lenses - Telescope lenses - Optical sensors - Laser systems
Problems Solved: - Improved light focusing and refraction - Enhanced optical performance - Precise control over light manipulation
Benefits: - Sharper images - Increased optical clarity - Enhanced performance in various optical devices
Commercial Applications: Title: Advanced Lens Technology for Enhanced Optical Performance This lens technology can be utilized in various commercial applications such as high-quality camera lenses, precision optical instruments, and advanced laser systems. The improved optical performance and precise light manipulation capabilities make it a valuable asset in industries requiring high-quality imaging and precise optical measurements.
Questions about Lens Technology: 1. How does the unique design of the lens improve optical performance? The unique design of the lens, with its specific curvature radii and clear apertures for the micro-lenses, allows for precise control over light refraction and focusing, resulting in sharper images and enhanced optical clarity.
2. What are the potential applications of this lens technology beyond traditional optical devices? This lens technology can be applied in various industries such as medical imaging, scientific research, and telecommunications for improved imaging quality and precise light manipulation.
Original Abstract Submitted
a lens includes a first surface and a second surface that are opposite to each other. the first surface has a first optical structure. the first optical structure includes a plurality of first micro-lenses and a plurality of second micro-lenses. the first micro-lenses and the second micro-lenses are cylindrical lenses, and an axial meridian of the first micro-lenses is parallel to an axial meridian of the second micro-lenses. a curvature radius and/or a first clear aperture of the first micro-lenses is different from a second curvature radius and/or a clear aperture of the second micro-lenses. the second surface has a second optical structure.
