Intelligent safety rope and safety implementation method

Abstract

The invention discloses an intelligent safety rope and a safety implementation method. The intelligent safety rope comprises a safety rope body; one end of the safety rope is a hanging end used for hanging an external safety point, and the other end of the safety rope is a tying end used for hanging a user; and the safety rope further comprises at least one tilt angle sensor fixed to the safety rope body and used for monitoring a tilt angle of the tilt angle sensor in real time, when the safety rope is used, the tilt angle sensor moves to the position, close to the tying end, of the lowest suspension point of the safety rope, and an alarm signal is sent out. According to the high-altitude operation intelligent safety rope and the safety implementation method, due to the fact that the tilt angle sensor fixedly arranged in the middle of the intelligent safety rope is adopted, an angle of the safety rope can be monitored in real time, whether the fixing position is located on the tying end side or the hanging end side is judged, and therefore it is determined that the hanging and buckling height of a hook meets the safety standard.

Description

technical field [0001] The invention relates to safety protection equipment, in particular to an improvement of an intelligent safety rope for high-altitude operations and a method for realizing safety. Background technique [0002] Working at heights refers to work at a height higher than 2 meters. The most important thing to pay attention to in high-altitude operations is safety issues, mainly to prevent safety accidents caused by high-altitude falls. Falling from heights is the most important personal injury accident in the construction industry. Once it occurs, it will cause irreparable physical injury or even death to the victim, and have a serious impact on the family and society. [0003] However, in high-altitude operations, in addition to certain requirements for the physical fitness of construction personnel working at heights, in normal work operations, it is also necessary to strictly follow the procedures for high-altitude operations. For example, safety ropes...

AI Technical Summary

Problems solved by technology

[0009] In view of the above-mentioned prior art, the purpose of the present invention is to provide an intelligent safety rope for high-altitude operations and a safety implementation method, aiming at the problem that the wearing of safety ropes is prone to illegal use during high-altitude operations, to provide an intelligent safety rope for high-altitude operations and The method can monitor the hanging posture of the safety rope in real time, and send an alarm in time to increase the safety of using the safety rope

Images