Water-dissolved oxygen liquid-gas type sleep snoring syndrome thirst quenching machine and thirst quenching method

Abstract

The invention provides a water-dissolved oxygen liquid-gas type sleep snoring syndrome thirst quenching machine and a thirst quenching method. The thirst quenching machine comprises a water storage box, a liquid-gas generating mechanism, a floating mechanism, a peristaltic pump and a flow guide mechanism, the liquid-gas generating mechanism is connected with the water storage box through a first pipeline, the floating mechanism is arranged in the water storage box in a suspended mode, the peristaltic pump is connected with the water storage box through a second pipeline, the second pipeline is fixed to the floating mechanism, and the peristaltic pump is connected with the flow guide mechanism through a third pipeline. The liquid-gas generating mechanism is used for producing liquid gas rich in water-soluble oxygen, the floating mechanism supports the second pipeline and sucks the liquid and the gas in a bubble layer, the peristaltic pump conveys the liquid and the gas, the flow guide mechanism is worn before sleep, the flow rate and the flow velocity of the peristaltic pump are adjusted, the liquid and the gas pass through the flow guide mechanism and are conveyed to vestibular sulcus from mouth corners on two sides of a mouth, the liquid and the gas permeate and disperse to all positions in an oral cavity to quench thirst, sleep interruption and waking up for drinking are not needed, and the sleep quality is improved.

Description

technical field [0001] The invention relates to the technical field of thirst-quenching equipment, in particular to a water-soluble oxygen liquid gas type sleep snoring thirst-quenching machine and a thirst-quenching method. Background technique [0002] Sleep Apnea Hypopnea Syndrome Snoring is the basic cause of thirst: the evolution of human language function requires the participation of pharyngeal activities, which weakens the rigid support of the hyoid bone, so that the human pharyngeal airway mainly relies on soft tissues and muscles To maintain the patency of the airway, it requires the joint participation of anatomical structure and muscle excitation. From the perspective of the structure of the human larynx, the larynx is at the same level as the hypopharynx, from the upper edge of the epiglottis cartilage to the lower edge of the cricoid cartilage, and the lower airway. The epiglottis is like a door, located above the trachea, which can open and close the airway w...

AI Technical Summary

Problems solved by technology

Human genetics determines that under normal circumstances, when breathing through the nasal passages during sleep, body fluid is secreted in the mouth, and can swallow unconsciously to moisten the pharyngeal airway. In addition, there is little water loss in the relatively closed oral cavity space. There will be thirsty symptoms, and various reasons lead to rapid water loss during mouth breathing, and the secretion of body fluid in the oral cavity cannot supply the needs of humidifying the throat in time, resulting in thirst; water loss also makes the body fluid in the throat become Viscous, aggravating the adhesion of throat tissue, increasing the resistance of airway opening and closing, it is more difficult for people to breathe spontaneously, and the physiological danger increases sharply

People with this disease wake up to drink water many times during sleep or because of thirst, which seriously affects the quality of sleep; Frequent inflammation, susceptibility to colds, long-term persistent cough and a series of symptoms

[0003] According to scientific analysis, when a person sleeps, when the nasal passage is blocked or the air intake cannot meet the physiological needs, it is the self-help instinct of the person to assist breathing with the mouth unconsciously, which is not a bad thing. During the process, the water loss is accelerated, and the secretion of body fluid in the oral cavity cannot supply the needs of humidifying the throat in time, which will lead to thirst

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