Auxiliary landing method for high-altitude working

Abstract

The invention discloses an auxiliary landing method for high-altitude working. The method includes the following steps that an operator wears two toppling detection modules, a toppling orientation detection module and reset devices; the two toppling detection modules are located at the soles of a human body; the toppling orientation detection module is located on the upper half body of the human body; the reset devices are located on the feet of the human body; a control circuit module is carried by the human body; the control circuit module, the toppling detection modules, the toppling orientation detection module and the reset devices are provided with independent power supplies respectively; whether the human body topples is judged; the toppling direction of the human body is synchronously judged after the condition that the human body topples is judged; and according to the judgment result of the toppling direction, the control circuit module controls the reset devices to be started through signals, the forward state of forward toppling is rapidly restored from the lateral or backward toppling state, and a safety hanger is tied to the back waist or the back of the human body. The method has the advantages that the body position of a human body can be quickly adjusted when accidental toppling occurs, and the safety of high-altitude working is improved.

Description

technical field [0001] The invention belongs to the technical field of high-altitude operation protection, in particular to an auxiliary landing method for high-altitude operation. Background technique [0002] The national standard GB / T 3608-2008 "Classification of Working at Heights" stipulates: "Any work at a high place where the falling height reference plane is 2m or more (including 2m) may fall is called high-altitude operation." According to the operation status, the work at height is mainly divided into five basic types: edge, opening, climbing, suspension and crossing. When working at a height above the second level, the height exceeds 5 meters, and safety belts are usually tied to the construction personnel. [0003] The existing high-altitude work protection is usually prevention-oriented. Do a good job of on-site protective fences and psychological education for construction workers. In the event of an actual accident, the protection is usually only a safety bel...

AI Technical Summary

Problems solved by technology

[0003] The existing high-altitude work protection is usually prevention-oriented. Do a good job of on-site protective fences and psychological education for construction workers. In the event of an actual accident, the protection is usually only a safety belt. The safety belt is easy to carry and will not affect the operation. For example , in the Chinese patent literature, the patent number is CN2018208320745, which provides a safety protection device for climbing poles, which includes a full-body safety belt, a waist belt and a safety rope; The middle and lower part of the type safety belt, and its outer wall is symmetrically provided with two belt buckles for connecting the safety rope; there are two safety ropes, and one end of the length direction is provided with a hook connector. The big hook of the safety lock is fixedly connected; the big hook is connected to one end of the tower beam, but the safety belt can only ensure that the person does not fall. When the person falls, accidents such as turning over or colliding will occur. In actual use, the safety belt may be wrapped around the human body. Cause human body strain or even suffocation, these secondary injuries are also the main reason for the physical injury of construction workers caused by falling from high-altitude operations

[0004] There is no research on reducing secondary injuries caused by seat belts in the prior art, and there is no related equipment to reduce secondary injuries caused by seat belts

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