首页> 外国专利> Search for and characterization of substrates with the use of sensors, high-frequency electromagnetic waves (ground of the penetrator density ting radar (gpr) and drones (uav and uas) / detachment of the manual 'tapping of concrete'

Search for and characterization of substrates with the use of sensors, high-frequency electromagnetic waves (ground of the penetrator density ting radar (gpr) and drones (uav and uas) / detachment of the manual 'tapping of concrete'

机译:使用传感器,高频电磁波(穿透剂密度雷达(gpr)和无人机(uav和uas))对基材进行搜索和表征/取消手册“混凝土攻丝”

摘要

Object and aimFrom the given state of the art it is out of example, as the operator of infrastructure in certain cyclic intervals to carry out an inspection of the respective objects. All previously used process for the search for and inspection of substrates have a significant disadvantage of such a way that they require a lot of time and entail high costs. It is the object of the invention, a process for the search for and inspection of objects, which with a low expenditure on costs and an optimal, sensor-controlled measuring an inspection ensured by means of autonomous aerial survey.SolutionThe inventive activity relates to a novel process for the search for and inspection of substrates in the combination of the applications of missiles, a control method according to the -, analysis software as well as the sensor arrangement and the high-frequency electromagnetic waves (ground of the penetrator density ting radar (gpr)).Fields of applicationThe commercial application lies in the inspection and exploration of substrates of all the objects in the deep -, building construction and engineering.
机译:对象和目标从给定的现有技术来看,作为示例,作为基础设施的运营商以一定的循环间隔对各个对象进行检查。以前所有用于衬底的搜索和检查的方法都具有明显的缺点,即它们需要很多时间并且需要很高的成本。发明内容本发明的目的是一种用于物体的搜索和检查的方法,该方法具有较低的成本支出并且通过自主的航空勘测确保了对传感器的最优控制测量检查。结合导弹应用,基体的控制方法,分析软件以及传感器装置和高频电磁波(穿透密度雷达的地面),寻找和检查基材的新方法(gpr))。应用领域商业应用在于对建筑物,建筑和工程中的所有物体的基材进行检查和探索。

著录项

  • 公开/公告号DE102015013547A1

    专利类型

  • 公开/公告日2017-04-20

    原文格式PDF

  • 申请/专利权人 GREEN EXCELLENCE GMBH;

    申请/专利号DE20151013547

  • 发明设计人 ALBERT CLAUDI;TOBIAS RAULF;HEINZ-A. KREBS;

    申请日2015-10-20

  • 分类号G01V11/00;G01V3/17;G01V3/16;G01V8/02;G01C11/00;G05D1/10;G01S13/88;

  • 国家 DE

  • 入库时间 2022-08-21 13:22:57

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