Supporting device for high-altitude construction

Abstract

The invention discloses a supporting device for high-altitude construction. The supporting device for high-altitude construction comprises two pedal structures for supporting feet and a connecting structure for connecting the two pedal structures, wherein the connecting structure comprises a supporting part and two connecting parts correspondingly connected with the pedal structures and the supporting part; the connecting structures stretch across a cross beam, the supporting parts are supported on the cross beam, the two connecting parts are located on the left side and the right side of the cross beam correspondingly, and the pedal structures are fixed to the ends, extending downwards along the cross beam, of the connecting parts. The supporting device for high-altitude construction has the beneficial effects that the supporting device for two feet is provided for human body sitting type construction in single-beam high-altitude construction operation, and the situation that the two feet of the human body are suspended for a long time to generate dizziness and cause danger is avoided, so that the safety of high-altitude construction operation is higher.

Description

technical field [0001] The invention relates to the field of construction engineering, in particular to a support device for high-altitude construction. Background technique [0002] In some high-altitude construction situations, construction personnel need to carry out painting, welding or screwing operations on a single beam. There is no effective and safe working surface, and construction personnel can only sit on the beam for construction, with their feet suspended in the air. Effective support makes high-altitude construction less safe, and the human body is prone to dizziness after a long construction time, resulting in a short-term center of gravity imbalance, human body shaking, and severe dizziness. The safety belt provides safety protection, but the stimulation caused by weightlessness without precautions is likely to cause damage to the human body's spirit; in addition, the feet are in a suspended state for a long time, when the construction personnel complete the...

AI Technical Summary

Problems solved by technology

[0002] In some high-altitude construction situations, construction personnel need to carry out painting, welding or screwing operations on a single beam. There is no effective and safe working surface, and construction personnel can only sit on the beam for construction, with their feet suspended in the air. Effective support makes high-altitude construction less safe, and the human body is prone to dizziness after a long construction time, resulting in a short-term center of gravity imbalance, human body shaking, and severe dizziness. The safety belt provides safety protection, but the stimulation caused by weightlessness without precautions is likely to cause damage to the human body's spirit; in addition, the feet are in a suspended state for a long time, when the construction personnel complete the construction and stand up and step on the initial stage of the entity There will be discomfort in a short period of time, and there will be errors in the perception of the entity. At this time, the construction personnel are still at high altitude, and a momentary error may easily cause misjudgment. When an accident occurs during the operation, parts fall, or something falls from a high altitude, even if a helmet is worn to protect the safety of the human body, the human body will subconsciously see the falling object or realize that there is a falling object The reaction will be to avoid danger. At this time, the human body will place the center of gravity on the feet and lift it away from the hips to avoid danger. Therefore, even if the feet are supported, the human body will cause accidents due to subconscious reactions. The momentary center of gravity may deviate. Cause the person's center of gravity to be unstable and fall from the supporting device

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