Medical facility for respiration

Abstract

A medical facility for respiration comprises a respiration module, a control module, a central processing unit, a starting module, a power management module, a sensor module, a sensor signal processing module, an alarm module and a fixing module. The medical facility for respiration can be intelligently switched to be turned on or turned off, the dependency of the patient on respiration equipmentis lowered, the respiration system function is maintained, and rehabilitation of the patient is facilitated; discomfortableness and foreign body sensation of the nasal cavity of the patient are lowered; the phenomena that extra heart fatigue is caused to the patient due to awakening and the sleeping continuity is broken are avoided, the sleeping quality is improved, the harmony of sleeping accompanies with the patient is improved, deep sleep of the patient is facilitated, and the electricity using efficiency is improved; a data processing circuit can precisely and completely process data signals in time; the facility is stable and fixed, and the potential life safety hazards caused to the patient due to long-time usage are lowered.

Description

technical field [0001] The present invention relates to the field of medical devices, and more particularly to a medical device for breathing. Background technique [0002] When a person is sleeping, the respiratory airflow through the narrowed upper airway causes the soft tissue of the oropharynx to vibrate, and the loud noise is our common snoring phenomenon. With the occurrence of snoring, the upper airway is blocked during sleep, and breathing stops, causing the body to lack oxygen. This process can occur dozens to hundreds of times throughout the night, each lasting tens of seconds. The patient is often slightly awakened and difficult to enter a deep sleep state, and cannot get enough rest. The phenomenon, known medically as obstructive sleep apnea (OSA), prevents oxygen from entering the lungs, increases carbon dioxide levels in the blood, and disrupts sleep. [0003] In the prior art, non-invasive ventilation can be used to improve. Mask-like devices can also be u...

AI Technical Summary

Problems solved by technology

However, there are many problems in the prior art, for example, the user usually wears the medical device for breathing including a mask all night while he or she sleeps, and since the medical device for breathing is worn continuously, it is not particularly serious for the symptoms Patients will become dependent, which will worsen their respiratory system function, which is not conducive to the patient's recovery; in addition, wearing it all night will cause discomfort and foreign body sensation in the user's nasal cavity; and will reduce power usage efficiency

Even if there is a monitoring device to monitor the patient's sleep breathing condition, it will alarm the patient after detecting an abnormality. Although the patient can be woken up, each wake-up will make the patient's heart extra fatigue and destroy their sleep continuity, which will seriously affect Sleep quality, which is not conducive to the patient's deep sleep, and will also affect the patient's sleeping partner

In addition, the sensor accuracy and wearing comfort for monitoring abnormal breathing of patients also need to be improved, and the data processing circuit needs to process data signals accurately, timely and completely

In addition, due to frequent use or movement of medical equipment, the components contained within the period are unstable. Long-term use will lead to line disconnection and poor performance, which will lead to a reduction in the service life of medical equipment.

In addition, sometimes the sensor will work abnormally, and the wrong trigger signal caused by the abnormal sensor will affect the normal operation of the medical equipment and even affect the life safety of the patient.

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