20240027054. OPTICAL ELEMENT FOR A LIGHTING ASSEMBLY simplified abstract (EMERGENCY TECHNOLOGY, INC.)
Contents
OPTICAL ELEMENT FOR A LIGHTING ASSEMBLY
Organization Name
Inventor(s)
Douglas V. Baker of Hudsonville MI (US)
Bradley Miller of Hudsonville MI (US)
OPTICAL ELEMENT FOR A LIGHTING ASSEMBLY - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240027054 titled 'OPTICAL ELEMENT FOR A LIGHTING ASSEMBLY
Simplified Explanation
The abstract of the patent application describes an optical element or a lighting element assembly that includes two portions of transmittance. The first portion has high transmittance, allowing more than 80% of light transmission, while the second portion has low transmittance, allowing less than 40% of light transmission. The second portion encircles the first portion.
- The patent application describes an optical element or lighting element assembly with variable transmittance.
- The element has a first portion with high transmittance (>80%) and a second portion with low transmittance (<40%).
- The second portion surrounds or encircles the first portion.
Potential Applications:
- Architectural lighting: The element can be used in lighting fixtures to create different lighting effects by controlling the amount of light transmitted.
- Display technology: The element can be incorporated into displays to enhance contrast and improve visibility.
- Automotive lighting: The element can be used in headlights or taillights to control the intensity of light emitted.
Problems Solved by this Technology:
- Lack of control over light transmission: The element provides a solution for controlling the amount of light transmitted, allowing for better customization and optimization of lighting effects.
- Limited contrast in displays: By incorporating the element into displays, it can improve contrast and visibility, addressing the problem of limited contrast in certain lighting conditions.
Benefits of this Technology:
- Customizable lighting effects: The element's variable transmittance allows for the creation of different lighting effects, enhancing aesthetics and ambiance.
- Improved visibility: By controlling the amount of light transmitted, the element can improve visibility in displays and lighting applications.
- Energy efficiency: The ability to adjust transmittance can help optimize energy consumption by reducing the amount of light transmitted when not needed.
Original Abstract Submitted
an optical element or a lighting element assembly including an optical element, can include a first portion of transmittance defining high transmittance enabling greater that 80% of light transmission, and a second portion of transmittance defining a low transmittance enabling less than 40% of light transmission, wherein the second portion of transmittance encircles the first portion of transmittance.