A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Replaceable intelligent steel-wood composite beam containing building waste wood
The invention discloses a replaceable intelligent steel-wood composite beam containing building waste wood. The replaceable intelligent steel-wood composite beam comprises an H-shaped double-web steel beam, a wood beam, a node clamping plate, a wireless stress sensor and an early warning displayer. According to the replaceable intelligent steel-wood composite beam containing the building waste wood, through the mode that the H-shaped double-web type steel beam and the wood beam are combined, the bearing capacity and stability of the wood beam are enhanced, cyclic utilization of the waste wood is achieved, resources are saved, the carbon sequestration and emission reduction effects of the wood are fully exerted, and obvious social effects and environmental benefits are achieved. The wireless stress sensor and the early warning display adopted in the fabricated intelligent steel-wood composite beam can monitor the stress change of each component of the composite structure in real time, the problem that effective data transmission is affected due to the fact that a traditional connecting wire is prone to being damaged in the construction project is solved, meanwhile, when the internal stress is abnormal, an alarm can be given in time, and the safety is improved. The assembly type intelligent steel-wood composite beam is mainly connected through bolts and can be detached and replaced, later maintenance and reinforcement are facilitated, and the overall safety of the structure is guaranteed.
一种含建筑废木材的可更换智能钢木组合梁，包括H型双腹式钢梁、木梁、节点夹板、无线应力传感器和预警显示器。本发明的一种含建筑废木材的可更换智能钢木组合梁，通过H型双腹式钢梁与木梁相结合的方式，增强了木梁的承载力和稳定性，实现废木材的循环利用，节约资源，充分发挥木材的固碳减排作用，具有明显的社会效应和环境效益。本发明装配式智能钢木组合梁中采用的无线应力传感器和预警显示器可实时监测组合结构各个部件的应力变化，解决了传统连接导线在施工工程中易受损，从而影响数据有效传输的问题，同时当内部应力出现异常情况时会及时警报，装配式智能钢木组合梁主要采取螺栓连接，可拆卸更换，便于后期的维修加固，保证结构的整体安全性。
Replaceable intelligent steel-wood composite beam containing building waste wood
The invention discloses a replaceable intelligent steel-wood composite beam containing building waste wood. The replaceable intelligent steel-wood composite beam comprises an H-shaped double-web steel beam, a wood beam, a node clamping plate, a wireless stress sensor and an early warning displayer. According to the replaceable intelligent steel-wood composite beam containing the building waste wood, through the mode that the H-shaped double-web type steel beam and the wood beam are combined, the bearing capacity and stability of the wood beam are enhanced, cyclic utilization of the waste wood is achieved, resources are saved, the carbon sequestration and emission reduction effects of the wood are fully exerted, and obvious social effects and environmental benefits are achieved. The wireless stress sensor and the early warning display adopted in the fabricated intelligent steel-wood composite beam can monitor the stress change of each component of the composite structure in real time, the problem that effective data transmission is affected due to the fact that a traditional connecting wire is prone to being damaged in the construction project is solved, meanwhile, when the internal stress is abnormal, an alarm can be given in time, and the safety is improved. The assembly type intelligent steel-wood composite beam is mainly connected through bolts and can be detached and replaced, later maintenance and reinforcement are facilitated, and the overall safety of the structure is guaranteed.
一种含建筑废木材的可更换智能钢木组合梁，包括H型双腹式钢梁、木梁、节点夹板、无线应力传感器和预警显示器。本发明的一种含建筑废木材的可更换智能钢木组合梁，通过H型双腹式钢梁与木梁相结合的方式，增强了木梁的承载力和稳定性，实现废木材的循环利用，节约资源，充分发挥木材的固碳减排作用，具有明显的社会效应和环境效益。本发明装配式智能钢木组合梁中采用的无线应力传感器和预警显示器可实时监测组合结构各个部件的应力变化，解决了传统连接导线在施工工程中易受损，从而影响数据有效传输的问题，同时当内部应力出现异常情况时会及时警报，装配式智能钢木组合梁主要采取螺栓连接，可拆卸更换，便于后期的维修加固，保证结构的整体安全性。
Replaceable intelligent steel-wood composite beam containing building waste wood
一种含建筑废木材的可更换智能钢木组合梁
HAO YONG (author) / HAN YUNHUI (author) / HAN TIANJIAO (author) / DU CHUNHUI (author) / SONG JINGPING (author) / CHEN FENG (author) / PENG SHUAIJIE (author) / DING QIUYU (author) / LEI HAO (author) / HU PENGCHENG (author)
2023-10-03
Patent
Electronic Resource
Chinese
IPC:
E04C
STRUCTURAL ELEMENTS
,
Bauelemente
/
G01L
Messen von Kraft, mechanischer Spannung, Drehmoment, Arbeit, mechanischer Leistung, mechanischem Wirkungsgrad oder des Drucks von Fluiden
,
MEASURING FORCE, STRESS, TORQUE, WORK, MECHANICAL POWER, MECHANICAL EFFICIENCY, OR FLUID PRESSURE
/
G08B
SIGNALLING OR CALLING SYSTEMS
,
Signalisier- oder Rufsysteme