Respiration device

Abstract

The invention provides a respiration device. The respiration device comprises a respiration module, a control module, a central processing unit, a starting module, a power source management module, asensor module, a sensor signal processing module and an alarm module. The respiration device can be intelligently adjusted for switching of starting and closing, the dependence of a patient on respiration equipment is lowered, the function of the respiratory system of the patient is maintained, and rehabilitation of the patient is improved; the discomfort and foreign body sensation of the nasal cavity of the patient are lowered; the heart of the patient is prevented against additional fatigue due to wakening, the sleep continuity of the patient is not damaged, and the sleep quality of the patient,the harmony of a sleeping partner of the patient,deep sleep of the patient and the power using efficiency areimproved; the sensor precision and wearing comfort of monitoring of abnormality of respiration of the patient are improved, and it is promoted that a data processing circuit precisely, timely and completely processes a data signal; the flexibility of selection of the sleep site and thesleep time of the patient is improved, and hidden danger against life safety of the patient brought by electricity shortage can be lowered.

Description

technical field [0001] The present invention relates to the field of medical devices, and more particularly, to a breathing apparatus. Background technique [0002] One-third of a person's life is spent in sleep. During sleep, 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. This phenomenon belongs to obstructive sleep apnea syndrome (OSA) in medicine. Patients with OSA often stop breathing repeatedly during sleep as the airways collapse. Upper airway collapse may be due to decreased muscle activity, increased tissue surro...

AI Technical Summary

Problems solved by technology

However, wearing such a mask brings many problems. For example, the user usually wears the breathing device containing the mask all night when he or she sleeps. Since the breathing device is worn continuously, it will form a dependence for patients whose symptoms are not particularly severe, and then Deteriorating its respiratory system function is not conducive to the recovery of patients; in addition, wearing it all night will cause discomfort and foreign body sensation in the user's nasal cavity; and it will lead to a decrease in 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, because the breathing apparatus of the prior art either needs bulky power supply equipment or lengthy wires, the sleeping place of the user is limited, and the lack of power during the sleeping process will bring hidden dangers to his life safety.

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