An intelligent helmet with early warning function

By integrating location information acquisition, electronic map, high-altitude landing detection and data processing technologies into the safety helmet, intelligent safety helmets can be used in real time and provide avoidance strategies, solving the problem that existing safety helmets cannot be effectively alerted and improving the safety of the wearer.

CN119745154APending Publication Date: 2025-04-04JIANGSU MEISHI SAFETY EQUIP CO LTD
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Patent Information

Application Number
CN202411990634.6
Authority / Receiving Office
CN · China
Patent Type
Applications(China)
Current Assignee / Owner
Filing Date
2024-12-31
Publication Date
2025-04-04

AI Technical Summary

Technical Problem

The existing safety helmets mainly adopt passive safety methods, which cannot effectively reduce the probability of danger in personnel and lack early warning functions.

Method used

An intelligent safety helmet is designed, including a location information acquisition unit, an electronic map unit, a high-altitude fall object detection unit, a data processing unit, a data communication unit and an alarm unit. Through these components, the wearer's position and environmental information is obtained in real time, the falling object movement trajectory is predicted, and the evasion strategy is generated, and early warning and evasion instructions are issued to the wearer.

Benefits of technology

Based on traditional passive safety, we have issued real-time warning warnings to the wearer to reduce the probability of danger and avoid risks through avoidance strategies.

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Abstract

The invention relates to the technical field of safety helmets, and specifically discloses an intelligent safety helmet with an early warning function, comprising a terminal wearing module; a position information acquisition unit, used for acquiring real-time position information; an electronic map unit, used for constructing a real scene into a virtual electronic map including a plurality of danger level area divisions; a high-altitude falling object detection unit, used for discovering high-altitude falling objects; a data processing unit, used for calibrating the positioning data acquired by the position information acquisition unit in the virtual electronic map and judging the danger level of the area, generating a reminder instruction, and predicting the falling location according to the information collected by the high-altitude falling object detection unit and generating a reminder instruction and an avoidance strategy; a data communication unit, used for establishing information transmission between the position information acquisition unit, the high-altitude falling object detection unit and the data processing unit; and an alarm unit, used for issuing a warning message and playing avoidance strategy information according to the instruction issued by the data processing unit.
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