Novel medical clinical decompression oxygen mask

Abstract

The invention provides a novel clinical decompression oxygen mask. The novel clinical decompression oxygen mask is characterized by comprising adjustable fixing bands, rotatable knobs, an oxygen mask body, an inflatable air bag, a movable opening and a three-way through hole, and the adjustable fixing bands are fixed to the two ends of the soft oxygen mask body; the rotatable knobs are fixed to the adjustable fixing bands; the inflatable air bag is positioned on the edge of the oxygen mask body; the movable opening is formed in the left side of the oxygen mask body; and two pressing valves are arranged below the three-way through hole. By arranging the inflatable air bag and the adjustable fixing bands, pain caused by extrusion when a patient wears the oxygen mask body for a long time is reduced, the emotion of the patient is stabilized, stable treatment is facilitated, and medical staff can conveniently clean the interior of the mask through the movable opening; and meanwhile, the oxygen mask can be correspondingly connected into an oxygen pipeline and an atomization pipeline through the three-way through hole, operation steps in the medical treatment process are reduced, the learning cost is reduced, and the medical cost burden of the patient is further reduced.

Description

Technical field [0001] The present invention relates to the field of medical care, and more particularly, relates to novel clinical reduced pressure to a medical oxygen mask. Background technique [0002] Prior art oxygen therapy, a patient in a manner commonly used oxygen absorbing disposable nasal congestion, nasal oxygen catheter, oxygen oxygen mask. These instruments have many disadvantages in clinical use, such as: nasal congestion or nasal catheter easy to fall off during use resulting in reduced oxygen saturation, oxygen is not sufficient to affect the treatment and rescue effect; the patient has symptoms of hypoxia already irritability upset, nasal congestion or nasal cannula oxygen directly stimulate nasal itching and nasal discomfort will appear more irritable patient, increase the oxygen; the patient's nasal secretions clog the duct mouth to affect the efficacy; even accidentally due to operational or long-term use nasal mucosa causing patient injury; winter stiff mate...

AI Technical Summary

Problems solved by technology

These devices have many deficiencies in clinical use, such as: nasal congestion or nasal catheters are easy to fall off during use, resulting in decreased blood oxygen saturation, insufficient oxygen inhalation, which affects treatment and rescue effects; patients with hypoxia symptoms are already irritable Anxiety, nasal congestion, or nasal catheter oxygen supply directly stimulates the nasal cavity and nasal mucosa, causing itching and discomfort, which will make the patient more irritable and aggravate hypoxia; secretions in the patient's nasal cavity will block the catheter mouth and affect the efficacy; Injury to the mucous membrane in the patient's nasal cavity; hardening of the material in winter leads to pressure sores at the compression site of the pipeline

Oxygen inhalation by mask can avoid the defects of the above oxygen inhalation method, but when using oxygen inhalation by mask, it will affect eating, water intake and speech, and long-term oxygen inhalation is easy to form pressure sores and easily cause skin damage on the cheeks

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