Anti-seasickness fatigue hand-knee ring

Abstract

An anti-seasickness fatigue hand-knee ring disclosed by the present invention comprises a hand ring and a knee ring. The hand ring comprises a hand ring body on which a first replaceable adhesive electrode and a first electrode point are arranged, a first battery, a first bluetooth module, a first low-frequency electric generator and a controller are arranged inside the hand ring body, and the first replaceable adhesive electrode sleeves the first electrode point. The knee ring comprises a bandage on which a second replaceable adhesive electrode and a second electrode point are arranged, a second battery, a second bluetooth module and a second low-frequency electric generator are arranged inside the bandage, and the second replaceable adhesive electrode sleeves the second electrode point. After receiving a control signal, the controller controls the first low-frequency electric generator to send out the first low-frequency electrical stimulation and transmits to the skin at a Neiguan acupuncture point of a user via the first electrode point, and controls the second low-frequency electric generator to send out the second low-frequency electrical stimulation and transmits to the skin at a Foot Three Li acupuncture point of the user via the second electrode point. According to the present invention, the acupuncture therapy of the Neiguan acupuncture point and the Foot Three Li acupuncture point and the low-frequency electrical stimulation are combined to treat the motion sickness.

Description

technical field [0001] The invention relates to the technical field of medicine and health care, in particular to an anti-seasick fatigue wrist and knee ring. Background technique [0002] Nausea, vomiting, sometimes very severe nausea and vomiting—commonly referred to as motion sickness—can be caused by exposure to abnormal acceleration in people traveling in motorized vehicles (such as automobiles, ships, airplanes, space vehicles, etc.) . Epidemiological surveys show that under common sea conditions, the incidence of motion sickness among naval ship personnel sailing for the first time is 10% to 30%, and it can reach 50% to 90% under severe sea conditions. The occurrence of motion sickness at sea aggravates the physical exertion and brain fatigue of our navy officers and soldiers, and is one of the main factors causing non-combat attrition. The occurrence of motion sickness among air force pilots will even cause life-threatening. Therefore, motion sickness research has ...

AI Technical Summary

Problems solved by technology

Although scopolamine can effectively reduce seasickness and relieve brain fatigue, it will have obvious side effects, such as drowsiness, inability to concentrate, etc.

[0004] Therefore, the drugs currently used for the treatment of

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