A safety monitoring system and method for working at heights

Abstract

The invention provides a safety supervision system and method for high-altitude operations, including an environmental monitoring unit, a vital sign monitoring unit, a behavior monitoring unit, a database, a processor, and an alarm; the environmental monitoring unit is used to detect environmental information, and the vital sign monitoring unit It is used to collect vital sign data, and the behavior monitoring unit monitors and records images and action pictures of workers during work; the environmental monitoring unit, vital sign monitoring unit and behavior monitoring unit are respectively connected to the database, processor and alarm, and The collected relevant information is uploaded to the database for storage; the processor has data connection with the database and the alarm respectively, so as to retrieve the stored data information for comparative analysis. The invention can monitor the physical condition and environmental information of the workers before their construction work and judge whether they meet the safe working conditions, and monitor the possible unsafe behaviors of the workers during the working process in real time and give warnings.

Description

technical field [0001] The invention relates to the technical field of high-altitude construction supervision, in particular to a high-altitude operation safety supervision system and method. Background technique [0002] The work carried out at a height 2m or more from the falling reference level where there is a possibility of falling is called high-altitude work. High-altitude operations involve a wide range of fields, many industries, complex operating environments, and many dangerous and harmful factors, which are prone to safety accidents and cause serious consequences; as long as the operators fall, they will cause casualties. Factors, the physical condition of the workers themselves and whether the operation is standardized or not, there are certain unsafe factors. For example, the workers are often overloaded with work. In this case, their physical signs may change suddenly, and they may even fall from a height. , causing major safety hazards; in addition, the weat...

AI Technical Summary

Problems solved by technology

High-altitude operations involve a wide range of fields, many industries, complex operating environments, and many dangerous and harmful factors, which are prone to safety accidents and cause serious consequences; as long as the operators fall, they will cause casualties. Factors, the physical condition of the workers themselves and whether the operation is standardized or not, there are certain unsafe factors. For example, the workers are often overloaded with work. In this case, their physical signs may change suddenly, and they may even fall from a height. , causing major safety hazards; in addition, the weather temperature, wind speed and the staff's own operating specifications all have an impact

[0003] The existing safety supervision methods for high-altitude operations are mainly through on-site control by managers or manual monitoring by a single camera. During the work process, there is a lack of regional real-time and effective information-based real-time supervision of various safety factors, and timely early warning Reminder, management efficiency is low, security control is prone to omissions

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