A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Cast-in-place box beam vibration quality real-time monitoring intelligent system
The invention belongs to the technical field of bridge construction, and particularly relates to a cast-in-place box beam vibration quality real-time monitoring intelligent system which comprises a data acquisition terminal, the data acquisition terminal is in data connection with an intelligent gateway, and the intelligent gateway is in data connection with a cloud platform. According to the cast-in-place box beam vibration quality real-time monitoring intelligent system, through the arrangement of the data acquisition terminal, based on a construction control strategy of a concrete vibration intelligent positioning and compactness monitoring technology, the compactness monitoring data of each insertion point is summarized to the cloud platform in real time by adopting an internet technology; according to the intelligent concrete vibrating device, construction parameters such as the insertion depth and the vibration frequency of a vibrating rod are dynamically adjusted, an intelligent concrete vibrating construction control strategy is formed, and concrete compactness monitoring data are verified through an auxiliary vibrating verification mechanism, so that the problem that the existing concrete vibrating quality is usually judged by field constructors according to practical experience, and the working efficiency is low is solved. The phenomena of vibration leakage, insufficient vibration and excessive vibration are caused, and the safety of the bridge is influenced.
本发明属于桥梁施工技术领域，尤其是一种现浇箱梁振捣质量实时监测智能系统，包括数据采集终端，所述数据采集终端数据连接有智能网关，所述智能网关数据连接有云平台。该现浇箱梁振捣质量实时监测智能系统，通过设置数据采集终端，基于混凝土振捣智能定位及密实度监测技术的施工控制策略，采用互联网技术，将各插入点密实度监测数据实时汇总至云平台，动态调整振动棒插入深度、振动频率等施工参数，形成混凝土智能振捣施工控制策略，并通过辅助振捣验证机构对混凝土密实度监测数据进行验证，从而解决了现有的混凝土振捣质量通常是由现场施工人员凭借实践经验来判断其好坏，导致漏振、欠振、过振的现象发生，影响桥梁安全的问题。
Cast-in-place box beam vibration quality real-time monitoring intelligent system
The invention belongs to the technical field of bridge construction, and particularly relates to a cast-in-place box beam vibration quality real-time monitoring intelligent system which comprises a data acquisition terminal, the data acquisition terminal is in data connection with an intelligent gateway, and the intelligent gateway is in data connection with a cloud platform. According to the cast-in-place box beam vibration quality real-time monitoring intelligent system, through the arrangement of the data acquisition terminal, based on a construction control strategy of a concrete vibration intelligent positioning and compactness monitoring technology, the compactness monitoring data of each insertion point is summarized to the cloud platform in real time by adopting an internet technology; according to the intelligent concrete vibrating device, construction parameters such as the insertion depth and the vibration frequency of a vibrating rod are dynamically adjusted, an intelligent concrete vibrating construction control strategy is formed, and concrete compactness monitoring data are verified through an auxiliary vibrating verification mechanism, so that the problem that the existing concrete vibrating quality is usually judged by field constructors according to practical experience, and the working efficiency is low is solved. The phenomena of vibration leakage, insufficient vibration and excessive vibration are caused, and the safety of the bridge is influenced.
本发明属于桥梁施工技术领域，尤其是一种现浇箱梁振捣质量实时监测智能系统，包括数据采集终端，所述数据采集终端数据连接有智能网关，所述智能网关数据连接有云平台。该现浇箱梁振捣质量实时监测智能系统，通过设置数据采集终端，基于混凝土振捣智能定位及密实度监测技术的施工控制策略，采用互联网技术，将各插入点密实度监测数据实时汇总至云平台，动态调整振动棒插入深度、振动频率等施工参数，形成混凝土智能振捣施工控制策略，并通过辅助振捣验证机构对混凝土密实度监测数据进行验证，从而解决了现有的混凝土振捣质量通常是由现场施工人员凭借实践经验来判断其好坏，导致漏振、欠振、过振的现象发生，影响桥梁安全的问题。
Cast-in-place box beam vibration quality real-time monitoring intelligent system
一种现浇箱梁振捣质量实时监测智能系统
LI JUN (author) / GAO XIAOMING (author) / WANG CHAO (author) / LONG ZHENXUAN (author) / DAI CHUANGUANG (author) / ZHANG JIA (author) / MEN XUE (author) / YUAN FENG (author) / YU LONG (author) / ZHANG PENG (author)
2023-08-04
Patent
Electronic Resource
Chinese
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