A single hook safety belt and safety management system

Abstract

An embodiment of the present invention provides a single-hook seat belt and a safety management system, including: a portable controller, a seat belt fabric, a smart hook, and a D-ring. The portable controller is arranged on the seat belt fabric, and the D-ring is arranged on the seat belt fabric. At the rear of the seat belt fabric, the smart hook is connected to the D-ring through a safety rope; wherein, the portable controller is used to detect the current working height, and when the current working height is higher than the preset working height information, it will issue a locking instruction to the smart hook ; Wherein, the smart hook starts the locking mechanism when receiving the locking instruction, and continuously performs decoupling detection. If decoupling information is detected, a decoupling alarm is sent to the portable controller, so that the portable controller sends a decoupling alarm. alarm. By effectively monitoring the irregular use of seat belts, the personal safety of operators can be better protected.

Description

technical field [0001] The invention relates to the field of engineering technology, in particular to a single hook safety belt and a safety management system. Background technique [0002] Work at height usually refers to work at height, which refers to the work performed by people at a height based on a certain position. Preventing falls from heights is a very important task in the process of safety production management, and it is also a control point that cannot be underestimated at the production site. [0003] When the working position is relatively fixed or the operator is located in the platform, the operator usually does not need to move frequently, such as cleaning or decorating the exterior wall, glass and billboards of the building by hanging in the gondola, in the cable car, Carry out control or maintenance operations in mobile platforms such as bucket arm trucks and gantry cranes, and enter construction buildings with elevators up and down. In these scenarios...

AI Technical Summary

Problems solved by technology

In these scenarios, because the operators themselves do not need to move frequently, the risk factor is lower compared with mobile operations. However, since high-altitude operations are usually outdoor operations, the working environment is not good. When the temperature is high or the workers are unwell, there are still safety hazards such as accidental falling and stepping into the air

[0004] Compared with mobile operations, when the operating position is relatively fixed or the operator is located on the platform, the risk factor is relatively small. Therefore, some operators have a fluke mentality for convenience, weak safety awareness, and irregular use of safety facilities. Occurs from time to time, and the security facilities in the prior art can only provide passive protection, and cannot avoid the occurrence of the above-mentioned violations, resulting in certain risks and potential safety hazards

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