Healthy plaster for training and battling of pilot of aircraft carrier shipboard aircraft

Abstract

The invention relates to a healthy plaster for training and battling of a pilot of an aircraft carrier shipboard aircraft. The healthy plaster is provided with a body prefabricated into the spline physiological curvature, a plurality of pasting tapes are arranged on the inner wall of the body, the pasting tapes on the uppermost part and the pasting tapes at the lowermost end are fixed to the lowerpart of the uppermost end of the body and the lowermost end of the body correspondingly, a middle section of each pasting tape is fixed to the body, and the two ends of each pasting tape are locatedon the two sides of the body correspondingly; and reinforcing strips are arranged in the body, the number of the reinforcing strips is an odd number which is equal to or greater than three, the reinforcing strips are symmetrically distributed on the central axis and the two sides of the body correspondingly, and the upper end of the body is further connected with a helmet. The healthy plaster fortraining and battling of the pilot of the aircraft carrier shipboard aircraft can significantly resist horizontal shear force generated to the cervical vertebra and the lumbar vertebra due to the factthat the shipboard aircraft is decelerated suddenly when hooked by an arrester wire during carrier landing or the speed of the shipboard aircraft is changed sharply in the flying process, meanwhile,meanwhile, the head of the pilot is restrained, but normal motion of the pilot is not affected, the overall structure is simple, using is convenient, and physiological damage can be prevented effectively

Description

technical field [0001] The invention relates to the field of aviation flight, in particular to an aircraft carrier carrier aircraft pilot training combat health post. Background technique [0002] The pilot of the aircraft carrier-based aircraft suddenly decelerated when the fighter plane was hooked by the arresting cable, and the pilot suffered a huge horizontal overload. At this time, the pilot's torso was fixed on the seat by the seat belt, but the head and lower limbs were not fixed. Continue to move forward. At this time, the cervical spine and lumbar spine are under a huge horizontal shear force. During this process, the muscles of the cervical spine and lumbar spine are basically used to resist the shear force. Long-term response to this shear force will have a negative effect on the pilot's cervical spine and lumbar spine. Health is adversely affected, and traditional flight suits cannot achieve the purpose of effective protection. [0003] There are fewer devices u...

AI Technical Summary

Problems solved by technology

[0006] The above protective devices have a limited cushioning effect on the shear force in the horizontal direction of the spine, especially the cervical spine and lumbar spine, and the overall structure is complex. Therefore, there is a need for a more effective protection of the spine for aircraft carrier aircraft pilot training operations, and Simple, wearable device

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