Fully rigid fixing bracket supported on nose for trachea intubation

Abstract

The invention relates to a fully rigid fixing bracket supported on a nose for trachea intubation. The fully rigid fixing bracket comprises a U-shaped clip, wherein, a trachea intubation tightening device is arranged on at least one side of the outer part of the U-shaped clip; nose patches matched with the nose of a human body are also arranged on the U-shaped clip; the nose patches are connected with an earshield device through adjustable connecting strips; and a tightness micro-adjustment mechanism used for adjusting the opening degree of the U-shaped clip is connected between two clip bodies of the U-shaped clip. The fixing bracket is made of solid material entirely so as to form real rigid fixing, gets rid of all flexible materials, effectively solves the problems of catheter displacement, catheter pull-out, various accidental catheter-drawings and the like, effectively keeps the in-situ fixation of a catheter, and can effectively protect the hearing of a patient.

Description

the structure of the environmentally friendly knitted fabric provided by the present invention; figure 2 Flow chart of the yarn wrapping machine for environmentally friendly knitted fabrics and storage devices; image 3 Is the parameter map of the yarn covering machine

Login to view more

AI Technical Summary

Benefits of technology

This technology uses solids like plaster or rubber instead of soft material for fixing tubes during medical procedures. It solves issues such as catheters being pulled out due to movement over time while still providing secure attachment without causing discomfort or injury. Additionally, this new method improves upon current techniques but does not address any potential health concerns associated with prolonged usage of an IV device (a type commonly known as a respiratory machine).

Problems solved by technology

This patents discuss various technical problem addressed by current techniques including those mentioned earlier described in previous studies involving dentistry procedures like drilling holes or inserting stomach nerve implant devices. These challengings result in prolong recovery periods and potential harm caused by overuse injury or compression necrosis. Current solutions involve rigorous physical training and invasiveness surgery, while some require temporary placement under general sedoiding conditions. Additionally, many conventional approaches lack effective protection against external pressure sensations without compromising comfort level when they touch critical areas inside the lungs.

Images