Convexo-plane

A convexo-plane shape describes a lens or surface that is curved outward on one side (convex) and flat or planar on the other. This configuration is frequently found in optical instruments like magnifying glasses and camera lenses, as well as in some architectural designs and engineering applications where specific light bending or load distribution properties are desired. It's a hybrid of a convex surface and a plane, offering a balance between focusing and flat transmission.

Convexo-plane meaning with examples

• The magnifying glass utilizes a convexo-plane lens, allowing light rays to converge and enlarge the image. This allows for easier reading. The convex side faces the object being viewed, while the flat side is held toward the eye. This design is simple but very effective, making it the preferred design for magnifying glasses due to clarity.
• In a certain type of spotlight, a convexo-plane lens focuses the light beam for a narrow, intense projection. The flat side faces the light source for maximum collection and even distribution to the convex side to control the beam shape. This design, used in many spotlights, allows for precise control over the illuminated area.
• The architectural design incorporated a series of convexo-plane skylights to enhance natural light diffusion. The convex curve facing outwards collects more light, and the flat underside ensures an even distribution of light into the building. This architectural choice prioritizes natural lighting.
• An engineer used a convexo-plane element in a bridge support system to distribute compressive forces. The flat plane of the structure meets the convex side and distributes and manages weight. This specific geometry offered increased strength and stability under various load conditions, proving its critical importance in infrastructure.
• The prototype of a new solar panel design utilized a convexo-plane surface for enhanced light capture efficiency. The convex surface is positioned to maximize sunlight absorption, while the flat back allows for integration with the underlying electronics. This novel approach improved the efficiency, potentially leading to better use in the coming years.