Closed three-dimensional vestibule training device

Abstract

The invention relates to a closed three-dimensional vestibule training device which comprises a support, an outer side ring, a middle ring and an inner side ring. In the initial state, three rotatingrings are in the state of sharing the same circle center and the same plane. The support and the outer side ring are connected through a rotating pair, the outer side ring and the middle ring are connected through a rotating pair, and the middle ring and the inner side ring are connected through a rotating pair, and the angle formed between the rotating axis of the inner side ring inside the middle ring and the rotating axis of the middle ring inside the outer side ring is 90 degrees. The angle formed between the rotating axis of the middle ring inside the outer side ring and the rotating axisof the outer side ring inside the support is 45 degrees. The diameters of the outer side ring, the middle ring and the inner side ring are sequentially reduced, and a safety device is arranged on theinner side ring. Due to multi-dimensional rotation, the high speed, complex steering, G increase and decrease and other flight transportation actual environment can be simulated, and training betterfits the actual working requirement, and better fits vestibule resistance and adaptability needed by the complex environment. The closed vestibule training device is wide in application range, can beapplied to the civil aviation flight major and flight attendant, air marshal and air duty majors directly related to flight transportation, and can be applied to military aviation pilot training, navigation shipping and other major training. The device can be applied to physical education, physical exercise, physical ability training practice, physical ability testing and experiments and other working in various majors.

Description

technical field [0001] The invention relates to the field of sports equipment and technical applications, in particular to a closed three-dimensional vestibular training device. Background technique [0002] The vestibular system is in charge of the sense of balance. The vestibular system is one of the sensory systems responsible for the sense of balance. Its main function is to detect gravity. When an individual accelerates or decelerates, it adjusts the tilt of the head to maintain the balance of the body. Balance, immediate reaction to bumping into something or falling, protecting the body, and the vestibular system also promotes the development of other nervous systems. In some fields, such as aviation or navigation, due to the particularity of the working environment, in order to avoid dizziness and other phenomena, the staff need to carry out vestibular training to improve their physical fitness and adapt to the requirements of the working environment. [0003] At pre...

AI Technical Summary

Problems solved by technology

The existing two-dimensional roller has the following disadvantages in use: (1) the rotation in the two-dimensional plane has insufficient stimulating effect on the vestibular tolerance of the aircrew; (2) the training effect after training with the two-dimensional plane rotation short duration

Therefore, using the existing classic two-dimensional roller can not achieve satisfactory training effect, it is necessary to develop a new vestibular training device

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