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AVM camera-based 3D laser vision object recognition and high-speed measuring system and method

机译:基于AVM相机的3D激光视觉目标识别与高速测量系统及方法

摘要

An AVM camera-based high speed measurement system in a tunnel and a high speed measurement method in the tunnel are provided. The AVM camera-based high speed measurement system in the tunnel includes a laser light source that projects a laser on the inner surface of the tunnel, and a number of tunnel inspection cameras that acquire an RGB image by photographing the inner surface of the tunnel, and analyzes a number of RGB images. AVM (Around View Monitoring) device for inspection to generate RGB panoramic image on the inner surface of the tunnel, and a number of laser cameras that acquire a laser image by photographing an area where the laser is projected on the inner surface of the tunnel, and multiple lasers AVM device for 3D sensor that generates laser panoramic image from laser images acquired by cameras and acquires 3D coordinates of laser points projected on the inner surface of the tunnel (hereinafter referred to as ''laser point'') from laser panoramic image. , 3D coordinates of RGB panoramic images and laser points to analyze defects and deformation inside the tunnel The measurement device includes a tunnel inner measurement device, a laser light source, an AVM device for inspection, an AVM device for 3D sensors, and an autonomous moving object that autonomously moves the tunnel measurement device.
机译:提供了一种基于AVM摄像机的隧道内高速测量系统和隧道内高速测量方法。隧道中基于AVM摄像机的高速测量系统包括:激光光源,将激光投射在隧道的内表面上;多个隧道检查摄像机,它们通过拍摄隧道的内表面来获取RGB图像;并分析许多RGB图像。用于检查以在隧道内表面上生成RGB全景图像的AVM(全景监视)设备,以及一些通过拍摄在隧道内表面上投影激光的区域来获取激光图像的激光照相机,以及用于3D传感器的多激光器AVM装置,其从照相机获取的激光图像生成激光全景图像,并从激光全景图像获取投影在隧道内表面上的激光点(以下称为“激光点”)的3D坐标。 。 ,RGB全景图和激光点的3D坐标以分析隧道内部的缺陷和变形。该测量设备包括隧道内部测量设备,激光光源,用于检查的AVM设备,用于3D传感器的AVM设备和自动移动自主移动隧道测量设备的物体。

著录项

  • 公开/公告号KR1021064520000B1

    专利类型

  • 公开/公告日2020-05-06

    原文格式PDF

  • 申请/专利权人

    申请/专利号KR1020190139225

  • 申请日2019-11-04

  • 分类号

  • 国家 KR

  • 入库时间 2022-08-21 10:57:17

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