Device for connecting aerosol bottle body and anesthesia machine or respirator

Abstract

The invention relates to a device for connecting an aerosol bottle body and an anesthesia machine or a respirator. The device comprises a bottle body outer cover, elastic clamping claws, elastic thickpads, clamping claw insertion holes, handles, a rigid connection sleeve, an external threaded pipe, the anesthesia machine or a respirator connecting port, an end rubber column, a hard pin, a rear end cover and a spring. The tail end of the bottle body outer cover is hinged to one side of the rear end cover, the inner head part of the bottle body outer cover is provided with the elastic thick pads, the elastic thick pads are provided with the clamping claw insertion holes which are annularly distributed, and the elastic clamping claws can be inserted into the clamping claw insertion holes; the handles are arranged outside the head part of the bottle body outer cover, the head part of the bottle body outer cover is communicated with the rigid connection sleeve, and the front end of the rigid connection sleeve is provided with the external threaded pipe. The device has the advantages that a great relief effect is achieved on bronchial spasm during a peri-anesthesia period, the application occasion range is wide, and the device is applicable to all intubation patients suffering from bronchial spasm in the anesthesia department, wards, the emergency department and an intensive care unit; the device is easy to learn and use and convenient to install and connect in time; the cost is low, the market demand is large, and the economic benefits are considerable.

Description

technical field [0001] The invention relates to the structural field of medical auxiliary devices, in particular to a device for connecting an aerosol bottle body with an anesthesia machine or a ventilator. Background technique [0002] Bronchospasm is one of the common complications during the perianesthesia period, with an incidence rate of 0.6% to 0.8%. Severe bronchospasm, if not rescued in time, is often life-threatening due to severe hypoxia and carbon dioxide retention leading to respiratory and circulatory arrest. The most effective solution at this time is: timely and accurate inhalation of a certain concentration of β2 receptor agonists. The most commonly used clinically is: salbutamol sulfate aerosol, because it has the characteristics of quick onset and small side effects. And because the breathing of the general anesthesia patient has stopped, the aerosol cannot be inhaled actively, and the aerosol needs to be inhaled passively and accurately. However, the exi...

AI Technical Summary

Problems solved by technology

And because the breathing of patients under general anesthesia has stopped, they cannot actively inhale the aerosol, and need to inhale the aerosol passively and accurately

However, the existing known devices cannot connect the salbutamol sulfate aerosol and the anesthesia machine (or) ventilator in time, and ensure the accurate passive inhalation of the aerosol into the airway.

Currently, there is a lack of connection devices for butamol sulfate aerosol and anesthesia machine (or) ventilator

Images