A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Bridge unmanned sampling detection platform
The invention discloses a bridge unmanned sampling detection platform which comprises a first moving device, an unmanned aerial vehicle connected with the first moving device, a second moving device connected with the unmanned aerial vehicle and a plurality of cameras located on the unmanned aerial vehicle. The first moving device comprises a shell, a plurality of rolling wheels located in the shell, a negative pressure fan located in the shell, a guide column fixed to the bottom of the shell, a metal cover connected with the shell, a supporting plate connected with the metal cover, a plurality of elastic column bodies located on the supporting plate and a sealing plate connected with the elastic column bodies. In the prior art, an unmanned aerial vehicle is used as bridge detection equipment, and the technology can only be used for detecting the size of a crack and cannot perform structure detection, concrete sampling and the like on a bridge; according to the invention, improvement is carried out on the basis of existing unmanned aerial vehicle detection equipment, and non-contact structure detection and sampling can be carried out on the bridge pier and the bottom of the bridge body, so that the safety of technicians is ensured, and the detection efficiency is improved.
本发明公开了一种桥梁无人取样检测平台，包括第一移动装置、与第一移动装置相连的无人机、与无人机相连的第二移动装置、位于无人机上的多个摄像机；所述第一移动装置包括壳体、位于壳体内部的多个滚轮、位于壳体内部的负压风机、固定在壳体底部的引导柱、与壳体相连的金属罩、与金属罩相连的支撑板、位于支撑板上的多个弹性柱体、与弹性柱体相连的密封板；现有技术中有用无人机作桥梁检测的设备，该技术只能用于检测裂缝大小，无法对桥梁本身进行结构检测以及混凝土取样等；本发明在现有的无人机检测设备的基础上进行了改进，可对桥墩和桥身底部进行无接触式的结构检测和取样，以保证技术人员的安全，提升检测效率。
Bridge unmanned sampling detection platform
The invention discloses a bridge unmanned sampling detection platform which comprises a first moving device, an unmanned aerial vehicle connected with the first moving device, a second moving device connected with the unmanned aerial vehicle and a plurality of cameras located on the unmanned aerial vehicle. The first moving device comprises a shell, a plurality of rolling wheels located in the shell, a negative pressure fan located in the shell, a guide column fixed to the bottom of the shell, a metal cover connected with the shell, a supporting plate connected with the metal cover, a plurality of elastic column bodies located on the supporting plate and a sealing plate connected with the elastic column bodies. In the prior art, an unmanned aerial vehicle is used as bridge detection equipment, and the technology can only be used for detecting the size of a crack and cannot perform structure detection, concrete sampling and the like on a bridge; according to the invention, improvement is carried out on the basis of existing unmanned aerial vehicle detection equipment, and non-contact structure detection and sampling can be carried out on the bridge pier and the bottom of the bridge body, so that the safety of technicians is ensured, and the detection efficiency is improved.
本发明公开了一种桥梁无人取样检测平台，包括第一移动装置、与第一移动装置相连的无人机、与无人机相连的第二移动装置、位于无人机上的多个摄像机；所述第一移动装置包括壳体、位于壳体内部的多个滚轮、位于壳体内部的负压风机、固定在壳体底部的引导柱、与壳体相连的金属罩、与金属罩相连的支撑板、位于支撑板上的多个弹性柱体、与弹性柱体相连的密封板；现有技术中有用无人机作桥梁检测的设备，该技术只能用于检测裂缝大小，无法对桥梁本身进行结构检测以及混凝土取样等；本发明在现有的无人机检测设备的基础上进行了改进，可对桥墩和桥身底部进行无接触式的结构检测和取样，以保证技术人员的安全，提升检测效率。
Bridge unmanned sampling detection platform
一种桥梁无人取样检测平台
CHEN LINLING (author)
2022-01-21
Patent
Electronic Resource
Chinese
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