摘要
由于改革开放后城市的人口急剧增多,抗震救灾成为了当下的首要解决问题,针对目前的抗震性检测系统存在的抗震检测准确性低,实时性差,功耗高的问题,设计了振动环境下建筑工程抗震性智能检测系统,该检测系统在进行系统设计时,首先对其进行总体设计,总体设计完成后根据它的各个模块对系统进行详细设计,实现对振动环境下建筑工程抗震性智能检测系统的设计。在实现系统设计后对其可行性进行分析,利用其分析结果来判断所设计的系统是否可行。实验结果证明,设计的系统是可行的,能够实现对建筑工程抗震性的智能检测,并且所提系统的检测准确率相对于提出的其他系统提高了18%左右,并且所提系统的运行功耗相对的要低一些仅用了350W,节省了用电消耗。
Due to the rapid increase in urban population after the reform and opening up,earthquake relief has become the primary solution to the current problem.For the current earthquake-resistance detection system,the accuracy of seismic detection is low,real-time performance is poor,and power consumption is high.Anti-seismic intelligent detection system,the system is first designed in the overall design,after the completion of the overall design of the system according to its various modules in detail design,to achieve the seismic environment in the vibration environment of intelligent detection system design.After the system design is implemented,the feasibility analysis is performed and the analysis results are used to determine whether the designed system is feasible.The experimental results show that the designed system is feasible and can realize the intelligent detection of the earthquake resistance of the construction project,and the detection accuracy is high and the power consumption is low.
作者
史诺
SHI Ruo(Weinan Normal University,Weinan Shanxi,714099)
出处
《自动化与仪器仪表》
2018年第10期119-123,共5页
Automation & Instrumentation
基金
渭南师范学院2017年度校级自然科学类项目(17YKP11)
关键词
振动环境下
建筑工程
抗震性
智能检测
系统设计
Vibration environment
Construction project
Shock resistance
Intelligent detection
system design
