Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Cable protection detection equipment for bridge
The invention relates to bridge cable protection detection equipment applied to the field of bridge detection, the bridge cable protection detection equipment comprises a lossless pre-climbing device, a climbing mechanism and a detector connected with the climbing mechanism, firstly, an airflow pushing mode is adopted, the lossless pre-climbing device is in a state of not tightly holding a cable, namely on the basis of not easily causing secondary damage to the surface of the cable, and the detector is connected with the climbing mechanism. After the lossless pre-climbing device tightly holds the top end of the cable rope, the replacement rope is adopted to replace the cable rope to serve as a climbing carrier, the climbing mechanism climbs along the replacement rope, and meanwhile, the climbing mechanism drives the detector to move upwards around the outer side of the cable rope to detect the cable rope; the replacement rope is used for replacing a cable to bear friction force and extrusion force in the climbing process, and the problem that the cable bears secondary damage in the existing climbing detection process is effectively solved.
本发明涉及应用于桥梁检测领域的一种桥梁用缆索防护检测设备，包括无损预爬器、爬行机构以及与爬行机构连接的检测器，先采用气流推动的方式，使无损预爬器在非抱紧缆索的状态下，即在不易对缆索表面造成二次伤害的基础上，围绕缆索进行悬空式上移，直至到达缆索顶端，在无损预爬器抱紧在缆索顶端后，采用替绳代替缆索作为爬升载体，使爬行机构顺着替绳进行爬升，与此同时，爬行机构带动检测器围绕在缆索外侧进行上移，对缆索进行检测，通过替绳代替缆索承受爬升过程中的摩擦力和挤压力，有效解决了现有爬升检测过程中缆索承受二次伤害的问题。
Cable protection detection equipment for bridge
The invention relates to bridge cable protection detection equipment applied to the field of bridge detection, the bridge cable protection detection equipment comprises a lossless pre-climbing device, a climbing mechanism and a detector connected with the climbing mechanism, firstly, an airflow pushing mode is adopted, the lossless pre-climbing device is in a state of not tightly holding a cable, namely on the basis of not easily causing secondary damage to the surface of the cable, and the detector is connected with the climbing mechanism. After the lossless pre-climbing device tightly holds the top end of the cable rope, the replacement rope is adopted to replace the cable rope to serve as a climbing carrier, the climbing mechanism climbs along the replacement rope, and meanwhile, the climbing mechanism drives the detector to move upwards around the outer side of the cable rope to detect the cable rope; the replacement rope is used for replacing a cable to bear friction force and extrusion force in the climbing process, and the problem that the cable bears secondary damage in the existing climbing detection process is effectively solved.
本发明涉及应用于桥梁检测领域的一种桥梁用缆索防护检测设备，包括无损预爬器、爬行机构以及与爬行机构连接的检测器，先采用气流推动的方式，使无损预爬器在非抱紧缆索的状态下，即在不易对缆索表面造成二次伤害的基础上，围绕缆索进行悬空式上移，直至到达缆索顶端，在无损预爬器抱紧在缆索顶端后，采用替绳代替缆索作为爬升载体，使爬行机构顺着替绳进行爬升，与此同时，爬行机构带动检测器围绕在缆索外侧进行上移，对缆索进行检测，通过替绳代替缆索承受爬升过程中的摩擦力和挤压力，有效解决了现有爬升检测过程中缆索承受二次伤害的问题。
Cable protection detection equipment for bridge
一种桥梁用缆索防护检测设备
BIAN LI (Autor:in) / YANG WANLI (Autor:in) / HU SHAOKAI (Autor:in) / LIU ZHONGYU (Autor:in) / KONG DEXIANG (Autor:in) / CHEN GUODONG (Autor:in) / SHI HONGTAO (Autor:in) / BAI CHENGXIN (Autor:in)
27.02.2024
Patent
Elektronische Ressource
Chinesisch
IPC:
E01D
BRIDGES
,
Brücken
Maintenance and detection equipment for cable on bridge
| Europäisches Patentamt | 2020