18543048. LIDAR APPARATUS simplified abstract (NEC CORPORATION)
Contents
LIDAR APPARATUS
Organization Name
Inventor(s)
LIDAR APPARATUS - A simplified explanation of the abstract
This abstract first appeared for US patent application 18543048 titled 'LIDAR APPARATUS
The LiDAR apparatus described in the patent application includes a laser light source, at least one lens, and a conical scanning mechanism.
- The conical scanning mechanism consists of at least one wedge prism and a drive source that rotates the wedge prism.
- The drive source causes the wedge prism to deflect emission light from the laser light source in a conical shape.
- The integration of the lens and wedge prism enhances the control of the optical path of the emission light.
Potential Applications: - Autonomous vehicles for accurate distance measurement and obstacle detection. - 3D mapping and modeling for urban planning and construction. - Environmental monitoring for vegetation analysis and land cover classification.
Problems Solved: - Improved accuracy and precision in LiDAR scanning. - Enhanced control over the emission light path. - Increased efficiency in data collection for various applications.
Benefits: - Higher resolution and detailed 3D imaging. - Enhanced performance in challenging environments. - Greater reliability and consistency in LiDAR measurements.
Commercial Applications: LiDAR technology integrated with this innovative apparatus can be utilized in industries such as autonomous vehicles, surveying and mapping, forestry, and infrastructure development.
Questions about LiDAR technology: 1. How does the integration of the lens and wedge prism improve the performance of the LiDAR apparatus? 2. What are the key advantages of using a conical scanning mechanism in LiDAR technology?
Frequently Updated Research: Stay updated on advancements in LiDAR technology, particularly in the integration of optical components for improved scanning accuracy and efficiency.
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.
