Experimental research device inducing motion sickness and implementation scheme

Abstract

The invention provides a medical experimental research device and an implementation scheme. The medical experimental research device is mainly characterized by comprising a base 1, a speed regulating motor 2, a rotary chair 4 and a visual perception cylinder 6. The speed regulating motor 2 is mounted in the base, the rotary chair 4 is mounted on the central axis of the base 1 and controlled by a motor speed regulator 3, the visual perception cylinder 6 is suspended on a support 5 and positioned above the rotary chair 4, the height of the visual perception cylinder can be adjusted by a lifter 7 according to the height of a testee, and patterns with different intersected colors are arranged on the inner wall of the visual perception cylinder 6. By the aid of the medical experimental research device, the testee sits on the chair 4, the head of the testee is positioned on the central axis of the visual perception cylinder 6, the height of the visual perception cylinder is adjusted, eyes gaze at the patterns on the inner wall of the visual perception cylinder, the visual perception cylinder continuously rotates for a period of time, and motion sickness symptoms can be induced. Motion sickness symptom inducing success rate is high, experimental parameters are easily controlled, and the medical experimental research device is simple in structure, low in manufacturing cost, convenient to operate, low in noise, small in occupied space and easy to popularize and apply and can provide experimental conditions for scientific research and teaching of the motion sickness and research and development of a motion sickness treatment method.

Description

technical field [0001] The invention relates to a design method and an implementation scheme of a medical experiment device, in particular to an experimental research device and an implementation scheme for inducing motion sickness. Background technique [0002] Motion sickness is a syndrome of vestibular and autonomic reactions such as dizziness, epigastric discomfort, nausea, vomiting, cold sweat, pale face, etc. caused by the stimulation of an unsuitable exercise environment, including motion sickness, seasickness, and airsickness. It is more and more common for modern people to use vehicles when traveling, and the incidence of motion sickness is getting higher and higher, which brings a lot of inconvenience to people's work and life. Therefore, the degree of attention to the disease research is increasing year by year. In the process of scientific research on motion sickness, experimental teaching in medical colleges, and research and development of anti-motion sickness ...

AI Technical Summary

Problems solved by technology

At present, the clinical test models of motion sickness induced by symptoms in China mainly include flight simulator experiments and virtual environment experiments. Therefore, it is very necessary to design a motion sickness motion sickness symptom with high success rate of induction, easy control of experimental parameters, simple structure, low cost, convenient operation, low running noise, small footprint, Experimental research device that is easy to be popularized and applied and an implementation scheme for inducing symptoms of motion sickness that is compatible with it

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