An intelligent ICU resuscitator

Abstract

The invention provides an intelligent ICU resuscitator comprising a mask, a one-way pressure valve, a transfer connector, an oxygen-enriched tube, an air storage one-way valve and an air storage bag. The mask is connected to the one-way pressure valve and is then connected to the oxygen-enriched tube via the transfer connector; the oxygen-enriched tube and the air storage bag are directly connected via the air storage one-way valve. The intelligent ICU resuscitator is convenient to use, simple in structure and low in cost and achieves a favorable oxygen enrichment effect.

Description

technical field [0001] The invention belongs to the medical field, and in particular relates to an artificial respirator for an intelligent ICU. Background technique [0002] In the past, patients who had difficulty breathing spontaneously relied on a mechanical ventilator to maintain ventilation in the hospital bed. Once they left the hospital bed, they needed to be manually ventilated with an artificial respirator with a recovery ball. [0003] Generally, the artificial respirator (Resuscitator) inserted on the breathing mask (or tracheostomy tube) includes a recovery ball and a connecting tube set, the connecting tube set has a first tube section and a second tube section connected, and the second tube section There is a one-way valve between the first pipe section and the second pipe section to restrict the one-way flow of gas from the first pipe section to the second pipe section. The first pipe section is used to connect to the gas delivery port of the recovery ball, a...

AI Technical Summary

Problems solved by technology

[0004] When the patient needs to move due to changing the course of treatment or other factors, it is necessary to detach the connecting tube set from the breathing mask and leave the breathing mask on the patient's face. However, the tighter insertion between the second tube section and the breathing mask The matching and the structural design of the second pipe section itself are difficult to find an appropriate force point, but it will make it difficult to separate the connecting pipe set from the breathing mask, and if the force applied during the removal process is too large, the breathing mask will also be broken. Tear off from the patient's nose and mouth, therefore, less convenient to use

[0005] Another structure of the breathing tube group, the breathing tube set has a first tube section for inserting into the recovery ball and a second tube section for inserting into the breathing mask, and also has a tube section arranged on the first tube section The measuring device socket, the measuring device socket is for a pressure measuring line or other pressure measuring device to be inserted to measure the air supply pressure sent into the first pipe section by the wake-up ball, however, this The limitation of this breathing tube set is that due to the one-way valve, there is no way to measure the expiratory pressure of the patient exhaling from the breathing mask to the second tube section with this breathing tube set

[0006] This shows that above-mentioned existing respirator obviously still has inconvenience and defect in structure and use, and urgently needs to be further improved

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