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Construction site process management system using drone and construction site process management method using the same

机译:施工现场过程管理系统使用无人机和施工现场过程管理方法使用相同

摘要

The present invention uses a drone to manage the process of a construction site, and to manage site risks such as erroneous construction or over-construction, construction equipment, input/output of materials, fire, and dangerous areas that are difficult for people to access at the construction site safely. A construction site process management system using a drone and a construction site process management method using the same, comprising: a drone 100 that acquires image and thermal image information using a ground reference point (GCP) of a construction site; In order to reproduce precise 3D data on the image taken by the drone 100, after image registration through ground reference point observation for each image, point cloud extraction and point classification technique are used to create a numerical surface model (DSM) and numerical elevation A model (DEM) is produced, and an ortho image is produced by producing a True Ortho lmage or a Normal Ortho lmage using the numerical surface model (DSM) and the numerical elevation model (DEM), and from the produced ortho image, the construction site A process management server 200 for performing process management including the current progress, erroneous construction, and over-construction in comparison with the pre-designed data; a drone controller (ground control equipment) 300 consisting of a flight control computer that controls the drone 100; and a data transceiver terminal 500 for transmitting and receiving data with the drone controller 300 and the process management server 200; provides a construction site process management system using a drone, characterized in that it comprises a.
机译:本发明使用无人机来管理施工现场的过程,并管理现场风险,例如错误的建筑或过度施工,建筑设备,材料,火灾和危险区域的错误结构,难以访问在建筑现场安全地。一种施工现场过程管理系统,使用该方法和施工现场过程管理方法使用相同,包括:使用施工现场的地基参考点(GCP)获取图像和热图像信息的无人机100;为了在驾驶员100拍摄的图像上再现精确的3D数据,在通过接地参考点观察的图像配准之后,使用点云提取和点分类技术来创建数值表面模型(DSM)和数值高度a制造模型(DEM),通过使用数值表面模型(DSM)和数值升降模型(DEM)产生真正的邻摩量或正常的Ortho LMAGE来产生ortho图像,并且从所产生的ortho图像,构造站点进行处理管理服务器200,用于执行流程管理,包括当前进度,错误构建和过度建设,与预先设计的数据相比;由控制无人机100的飞行控制计算机组成的无人机控制器(地面控制设备)300;和数据收发器终端500与无人机控制器300和过程管理服务器200发送和接收数据;提供使用无人机的施工现场过程管理系统,其特征在于它包括a。

著录项

  • 公开/公告号KR102273691B1

    专利类型

  • 公开/公告日2021-07-06

    原文格式PDF

  • 申请/专利权人 주식회사 에슬론통신;

    申请/专利号KR20190029829

  • 发明设计人 문영실;최영희;최주형;문지희;

    申请日2019-03-15

  • 分类号G06Q50/08;B64C39/02;G03B15;G06Q10/06;G06T17/05;H04N5/77;

  • 国家 KR

  • 入库时间 2022-08-24 20:05:18

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