Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
The invention discloses an Internet-of-things monitoring system for indoor construction, which structurally comprises a shell, a hollowing detector and a filler controller. Hollowing detection is carried out on a concrete wall through a hollowing hammer, and the vibration frequency is transmitted to a computer terminal to determine whether a hollowing phenomenon exists or not and the range of the hollowing. The problem that misjudgment is easily caused by manual knocking detection is avoided, and meanwhile, the problem that the wrist of a worker is injured by resilience force is also avoided. Then an instruction is sent through the computer terminal, a cutting knife is driven to scrape and clean the hollowing position within a small range, and then a concrete interface agent is pushed for filling. When the concrete interface agent is adopted for filling, the usage amount of the concrete interface agent can be judged through a signal receiver, and the construction condition of the concrete wall surface is monitored through the computer terminal at the same time. Data is recorded and then compared to judge the construction quality of a construction team, a high-quality construction team can be conveniently screened out for construction, and a building engineering construction system is perfected.
本发明公开了一种室内施工的物联网监控系统，其结构包括外壳、空鼓检测器、填充剂控制器，通过空鼓锤对混凝土墙壁进行空鼓检测，再通过振频传送到电脑终端，确定是否存在空鼓现象及空鼓的范围，摒除了手工进行敲击检测而容易造成误判的问题，同时也避免了回弹力使工作人员手腕受伤的问题，再通过电脑终端发送指令，驱动割刀对空鼓处进行小范围的刮除清理，然后通过推动混凝土界面剂进行填充，在填充混凝土界面剂的时候也可以通过信号接收器判断混凝土界面剂的使用量，通过电脑终端同时监控混凝土墙面施工情况，从而进行数据记录，之后再进行数据比对，判断施工队的施工质量，便于筛选出优质施工队进行施工，完善建筑工程施工系统。
The invention discloses an Internet-of-things monitoring system for indoor construction, which structurally comprises a shell, a hollowing detector and a filler controller. Hollowing detection is carried out on a concrete wall through a hollowing hammer, and the vibration frequency is transmitted to a computer terminal to determine whether a hollowing phenomenon exists or not and the range of the hollowing. The problem that misjudgment is easily caused by manual knocking detection is avoided, and meanwhile, the problem that the wrist of a worker is injured by resilience force is also avoided. Then an instruction is sent through the computer terminal, a cutting knife is driven to scrape and clean the hollowing position within a small range, and then a concrete interface agent is pushed for filling. When the concrete interface agent is adopted for filling, the usage amount of the concrete interface agent can be judged through a signal receiver, and the construction condition of the concrete wall surface is monitored through the computer terminal at the same time. Data is recorded and then compared to judge the construction quality of a construction team, a high-quality construction team can be conveniently screened out for construction, and a building engineering construction system is perfected.
本发明公开了一种室内施工的物联网监控系统，其结构包括外壳、空鼓检测器、填充剂控制器，通过空鼓锤对混凝土墙壁进行空鼓检测，再通过振频传送到电脑终端，确定是否存在空鼓现象及空鼓的范围，摒除了手工进行敲击检测而容易造成误判的问题，同时也避免了回弹力使工作人员手腕受伤的问题，再通过电脑终端发送指令，驱动割刀对空鼓处进行小范围的刮除清理，然后通过推动混凝土界面剂进行填充，在填充混凝土界面剂的时候也可以通过信号接收器判断混凝土界面剂的使用量，通过电脑终端同时监控混凝土墙面施工情况，从而进行数据记录，之后再进行数据比对，判断施工队的施工质量，便于筛选出优质施工队进行施工，完善建筑工程施工系统。
Internet-of-things monitoring system for indoor construction
一种室内施工的物联网监控系统
03.09.2021
Patent
Elektronische Ressource
Chinesisch
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