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A platform for research: civil engineering, architecture and urbanism
Basalt reinforced fiber connector
A connector main body is of a tubular structure with a hollow axis and two open ends, the two ends of the connector main body are clamping sections, the middle part of the connector main body is a grouting section, and the inner wall of each clamping section is provided with a clamping mechanism used for clamping an anchor rod. An adhesive is filled between the inner wall of the connector main body of the grouting section and the anchor rod, and the grouting section is provided with a grouting hole. The connector body is made of basalt fiber reinforced high-strength steel alloy, and compared with a traditional steel connector, the connector is good in mechanical property, low in density, light in mass and resistant to corrosion. Adhesive glue is poured between the connected rib materials and the inner wall of the connector, the connection effect is tight, the conical clamping pieces screwed through threads are arranged at the two ends of the connector, the connection quality is further guaranteed through the arrangement of the conical clamping pieces, installation is convenient through thread arrangement, operation is easy and convenient, and the connector can adapt to various complex working environments. And with the assistance of the grating light sensor, the stress state and the damage condition of the connecting part of the rod body in the connector can be monitored in real time.
本发明揭示了一种玄武岩增强纤维连接器，连接器主体为轴心中空且两端开口的管状结构，所述连接器主体的两端为夹持段，中间部分为灌浆段，所述夹持段的内壁设有用于夹持锚杆的夹持机构，所述灌浆段的连接器主体内壁与锚杆之间填充有粘接剂，所述灌浆段设有灌浆孔。本发明连接器主体为玄武岩纤维增强高强钢合金，较传统的钢连接器，力学性能好，密度低，质量轻，抗腐蚀。所连接筋材和连接器内壁之间均灌注粘结胶，连接效果紧密，连接器两端设置为螺纹旋拧的锥形夹片，锥形夹片的设置，进一步保证了连接质量，螺纹的布设方便安装，操作简便，能适应各类复杂作业环境。辅以光栅光线传感器，能实现对连接器内杆体连接部位受力状态和损伤情况的实时监测。
Basalt reinforced fiber connector
A connector main body is of a tubular structure with a hollow axis and two open ends, the two ends of the connector main body are clamping sections, the middle part of the connector main body is a grouting section, and the inner wall of each clamping section is provided with a clamping mechanism used for clamping an anchor rod. An adhesive is filled between the inner wall of the connector main body of the grouting section and the anchor rod, and the grouting section is provided with a grouting hole. The connector body is made of basalt fiber reinforced high-strength steel alloy, and compared with a traditional steel connector, the connector is good in mechanical property, low in density, light in mass and resistant to corrosion. Adhesive glue is poured between the connected rib materials and the inner wall of the connector, the connection effect is tight, the conical clamping pieces screwed through threads are arranged at the two ends of the connector, the connection quality is further guaranteed through the arrangement of the conical clamping pieces, installation is convenient through thread arrangement, operation is easy and convenient, and the connector can adapt to various complex working environments. And with the assistance of the grating light sensor, the stress state and the damage condition of the connecting part of the rod body in the connector can be monitored in real time.
本发明揭示了一种玄武岩增强纤维连接器，连接器主体为轴心中空且两端开口的管状结构，所述连接器主体的两端为夹持段，中间部分为灌浆段，所述夹持段的内壁设有用于夹持锚杆的夹持机构，所述灌浆段的连接器主体内壁与锚杆之间填充有粘接剂，所述灌浆段设有灌浆孔。本发明连接器主体为玄武岩纤维增强高强钢合金，较传统的钢连接器，力学性能好，密度低，质量轻，抗腐蚀。所连接筋材和连接器内壁之间均灌注粘结胶，连接效果紧密，连接器两端设置为螺纹旋拧的锥形夹片，锥形夹片的设置，进一步保证了连接质量，螺纹的布设方便安装，操作简便，能适应各类复杂作业环境。辅以光栅光线传感器，能实现对连接器内杆体连接部位受力状态和损伤情况的实时监测。
Basalt reinforced fiber connector
一种玄武岩增强纤维连接器
MA WEIBIN (author) / ZHANG JINLONG (author) / ZOU WENHAO (author) / GUO XIAOXIONG (author) / AN ZHELI (author) / DU XIAOYAN (author) / XU TIANYUAN (author) / WANG ZHIWEI (author) / ZHAO PENG (author) / LI YAO (author)
2023-04-11
Patent
Electronic Resource
Chinese
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