Real-time safety monitoring of high formwork on the construction site escorts building safety and prevents accidents
With the acceleration of urbanization, there are more and more high-altitude formwork (high-altitude formwork support) operations on construction sites. However, the construction method of high formwork often has high safety risks and is easy to cause accidents. In order to solve this problem, real-time safety monitoring technology came into being to escort the safety of the construction site and prevent it from happening.
1. Risks and challenges of high formwork construction.
High formwork is a common building construction technique that forms a platform similar to a bracket by erecting formwork and support structures in the vertical direction of the building. This construction method is often used to pour concrete structures, and has the advantages of high construction efficiency and high space utilization. However, there are also certain risks and challenges associated with the construction of high formwork.
First of all, the supporting structure of high formwork needs to bear a large load, and if the supporting structure is not stable or the strength is insufficient, it is easy to cause a collapse accident. Secondly, the height of the high formwork is high, and the operator is prone to psychological pressure and operation errors when working at height. Finally, the lack of effective safety monitoring means makes it impossible to detect potential safety hazards and take corresponding measures in time, which increases the possibility of accidents.
2. Advantages of real-time safety monitoring technology.
In view of the risks and challenges of high formwork construction, real-time safety monitoring technology came into being. Real-time safety monitoring technology is a technology that monitors the construction site in real time through sensors, data collection and analysis technology, and has the following advantages:
1.Real-time monitoring: The real-time monitoring system can collect data from the construction site in real time, such as the stress, strain, displacement and other parameters of the support structure, and detect abnormal conditions in time.
2.Early warning function: Through data analysis, the real-time monitoring system can warn potential potential safety hazards in advance, provide decision-making basis for on-site management personnel, and take timely measures to rectify them.
3.High reliability: The real-time monitoring system adopts advanced sensor technology and data processing algorithms, which reduces the influence of human factors and environmental factors, and improves the accuracy and reliability of monitoring.
Third, the application of real-time safety monitoring system.
In order to achieve the safety monitoring of high formwork support on the construction site, we can use the following systems:
1.Sensor system: Sensors are installed on the support structure of the high formwork to monitor the stress, strain, displacement and other parameters of the support structure in real time.
2.Data acquisition system: transmit the data collected by the sensor to the data acquisition equipment for preliminary data processing and storage.
3.Data analysis system: Through professional data analysis software, the collected data is analyzed in depth, and abnormal situations are found and warned in time.
4.On-site management platform: Combining real-time monitoring data with on-site management platform, managers can understand the safety status of the construction site in real time, find potential safety hazards in time and take corresponding measures.
4. Conclusions and prospects.
To sum up, the real-time safety monitoring technology of high formwork on the construction site can effectively improve the safety level of the construction site and prevent it from happening. In the future, with the development of technologies such as the Internet of Things, big data, and artificial intelligence, safety monitoring technology will be more intelligent and refined, providing more comprehensive and effective support for construction site safety management.