/Lidar-based Immersive 3d Reality Capture Systems, And Related Methods And Apparatus
Abstract

LiDAR-based immersive 3D reality capture systems and methods are disclosed. The reality capture system includes a set of LiDAR sensors disposed around an environment and configured to capture one or more events occurring within the environment. The reality capture system also includes a corresponding set of cameras disposed around the environment. Each camera is mounted on a same gimbal with a corresponding LiDAR sensor and has a same optical axis as the corresponding LiDAR sensor. The reality capture system further includes a base station viewpoint generator coupled to the set of LiDAR sensors and the cameras to generate a video feed based on data received from the LiDAR sensors and the cameras. The reality capture system additionally includes a virtual reality device coupled to the base station viewpoint generator to receive and display the video feed generated by the base station viewpoint generator.

Full Text

What is claimed is:

LiDAR-based immersive 3D reality capture systems and methods are disclosed. The reality capture system includes a set of LiDAR sensors disposed around an environment and configured to capture one or more events occurring within the environment. The reality capture system also includes a corresponding set of cameras disposed around the environment. Each camera is mounted on a same gimbal with a corresponding LiDAR sensor and has a same optical axis as the corresponding LiDAR sensor. The reality capture system further includes a base station viewpoint generator coupled to the set of LiDAR sensors and the cameras to generate a video feed based on data received from the LiDAR sensors and the cameras. The reality capture system additionally includes a virtual reality device coupled to the base station viewpoint generator to receive and display the video feed generated by the base station viewpoint generator.
Timeline
Filed
03/30/2026
Published
07/23/2026
Granted
Not Available
IPC Codes(6)
G06F 3/01:Input arrangements or combined input and output arrangements for interaction between user and computer (takes precedence G06F 3/16)
G01S 7/481:Constructional features, e.g. arrangements of optical elements
G01S 7/4865:Time delay measurement, e.g. time-of-flight measurement, time of arrival measurement or determining the exact position of a peak (peak detection in noise, signal conditioning G01S 7/487)