Nec corporation (20240210530). LIDAR APPARATUS simplified abstract
Contents
LIDAR APPARATUS
Organization Name
Inventor(s)
LIDAR APPARATUS - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240210530 titled 'LIDAR APPARATUS
The lidar apparatus described in the patent application consists of a laser light source, at least one lens, and a conical scanning mechanism.
- The laser light source emits light which is controlled by the lens in the optical path.
- The conical scanning mechanism includes at least one wedge prism and a drive source that rotates the prism.
- The rotation of the wedge prism deflects the emission light from the laser light source in a conical shape.
- The lens and the wedge prism are integrated to work together in the lidar apparatus.
Potential Applications: - Autonomous vehicles for accurate distance measurement. - Environmental monitoring for mapping terrain and vegetation. - Industrial applications for precise object detection and positioning.
Problems Solved: - Provides accurate and efficient scanning of the surroundings. - Enables high-resolution 3D mapping for various applications.
Benefits: - Improved accuracy in distance measurement. - Enhanced scanning capabilities for detailed mapping. - Increased efficiency in object detection and positioning.
Commercial Applications: Title: Advanced Lidar Technology for Precision Mapping and Object Detection This technology can be utilized in the automotive industry for autonomous vehicles, environmental monitoring for research purposes, and industrial automation for precise object detection and positioning.
Questions about Lidar Technology: 1. How does the integration of the lens and wedge prism improve the lidar apparatus?
- The integration allows for precise control and deflection of emission light, enhancing the scanning capabilities.
2. What are the key advantages of using a conical scanning mechanism in lidar technology?
- The conical shape allows for efficient scanning of the surroundings in a 360-degree range, providing detailed mapping and object detection capabilities.
Original Abstract Submitted
a lidar apparatus includes a laser light source, at least one lens that controls an optical path of emission light from the laser light source, and a conical scanning mechanism that controls an optical path of emission light from the laser light source. the conical scanning mechanism includes at least one wedge prism, and a drive source that rotationally drives the at least one wedge prism. the drive source rotationally drives the at least one wedge prism, and thereby the at least one wedge prism deflects emission light from the laser light source in a conical shape. then, the at least one lens and the at least one wedge prism are integrated.
