Live working safety helmet based on internet of things

Abstract

The invention relates to a live working safety helmet based on internet of things, and belongs to the technical field of live working. The safety helmet includes an anemometer arranged on the top of asafety helmet body, outside of the anemometer is provided with a protecting frame, the top of the safety helmet body is provided with a through hole used for allowing circuit lines of the anemometerto penetrate through; an acquisition control system is arranged on a safety helmet liner inside the safety helmet body and includes a controller, an electrical field induction module, a body temperature induction module, a height induction module, a communication module and a power module; the electrical field induction module, the body temperature induction module, the height induction module, the communication module and the power module are in communicating connection with the controller, and the anemometer communicates with the controller; and the protecting frame comprises a plurality ofsupport rods, the support rods circle around the anemometer at intervals, a top plate is arranged on tops of the support rods, and a plurality of ventilating ports are arranged in the top plate. Through the live working safety helmet, real-time wind power series can be obtained so as to quickly obtain the position of construction personnel, and long-distance communication and real-time monitoringof vital signs of the construction personnel can be achieved.

Description

technical field [0001] The invention relates to a safety helmet for live work based on the Internet of Things, belonging to the technical field of live work. Background technique [0002] Safety helmet is an essential security product in electric power construction. It has the functions of preventing injuries, bumps and prompting near electricity, and provides better protection for the heads of construction workers. However, there are still many requirements to be realized during the construction process. For example, the safety regulations stipulate that climbing poles is prohibited in strong winds above level 5, but the current construction personnel have no effective means to obtain real-time wind power levels; , the safety supervisors cannot grasp it in time without going to the scene; if the construction workers do not wear safety helmets during the construction process, the safety supervisors will have no way of knowing without going to the scene; the timely location o...

AI Technical Summary

Problems solved by technology

However, there are still many requirements to be realized during the construction process. For example, the safety regulations stipulate that climbing poles is prohibited in strong winds above level 5, but the current construction personnel have no effective means to obtain real-time wind power levels; , the safety supervisors cannot grasp it in time without going to the scene; if the construction workers do not wear safety helmets during the construction process, the safety supervisors will have no way of knowing without going to the scene; the timely location of the construction personnel cannot be used. Automatically generate reports; construction communication needs to be equipped with walkie-talkies, and the transmission distance of walkie-talkies is insufficient, which sometimes affects construction; the body temperature and heart rate indicators of construction workers cannot be obtained in a timely manner, and abnormalities will endanger the safety of construction workers

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