Airway operation protective hood for respiratory tract infectious diseases

Abstract

The invention relates to an airway operation protective hood for respiratory tract infectious diseases. The airway operation protective hood comprises a closed hood body, operation holes arranged in the hood body, a fitting port used for the head of a patient to pass through, and a first connector used for connecting a breathing circuit; an internal cavity used for accommodating the head of the patient is arranged in the hood body; flexible isolation parts for isolating the operation holes from the internal cavity are respectively arranged in the operation holes; the operating holes are used for hands of the user to pass through; and the first connector communicates with the internal cavity. The protective hood is novel in design, is simple to use and is more efficient in isolation, and medical personnel can flexibly complete airway operation outside the hood body which completely isolates the respiratory tract of a patient, so that the infection risk of the medical personnel is greatly reduced. The airway operation protective hood is particularly suitable for tracheal intubation protection of patients with infectious diseases infected by respiratory tracts and is suitable for local isolation when a patient is subjected to invasive or non-invasive respiratory support.

Description

technical field [0001] The invention relates to the technical field of medical protective articles, in particular to an airway operation protective headgear for respiratory infectious diseases. Background technique [0002] Infectious diseases transmitted through the respiratory tract are a great threat to the life and health of all mankind; in the process of treating such patients, the direct exposure and close contact of medical staff will significantly increase the risk of infection of medical staff. [0003] At present, medical staff mainly take active protective measures to reduce the risk of infection, such as wearing medical protective masks, hats, goggles, protective clothing or gowns and other protective measures. These measures can greatly reduce the risk of infection for medical staff. However, in clinical practice, the largest pathogen originates from the patient itself, and in the prior art, the patient itself is usually not effectively isolated. During operati...

AI Technical Summary

Problems solved by technology

However, in clinical practice, the largest pathogen originates from the patient itself, and in the prior art, the patient itself is usually not effectively isolated. During operations such as support, oral care, invasive ventilator-assisted ventilation, etc., due to reasons such as coughing, speaking, and breathing, the exhaled air of the patient may splash onto the protective equipment or equipment of medical staff in the form of droplets, respiratory particles, and aerosols. On the surrounding utensils, it will not only reduce the effective use time limit of protective equipment and require frequent replacement of protective equipment, but also cause pollution to wards and utensils, increasing the risk of contact infection, especially during the outbreak period, when various protective materials are scarce and isolation wards Insufficient conditions will undoubtedly increase the cost of treatment and the risk of cross-infection

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