Bronchoscopy adaptor

Abstract

The invention provides a bronchoscopy adaptor. The bronchoscopy adaptor comprises a body, a mechanical breathing machine join-up end opening, a bronchoscope join-up end opening and an outlet. A channel is arranged in the body. The mechanical breathing machine join-up end opening is arranged on the body and connected with the channel, and the mechanical breathing machine join-up end opening is used for enabling a mechanical breathing machine to be connected with the channel. The bronchoscope join-up end opening is arranged on the body and connected with the channel, and the bronchoscope join-up end opening is used for receiving a bronchoscope and enabling the bronchoscope to enter the channel. The outlet is formed in the body and connected with the channel, and the outlet is used for being connected with a tracheal catheter so as to enable the tracheal catheter to be connected with the channel. The bronchoscopy adaptor further comprises a component with the inner diameter capable of being adjusted in two ways, and the component is detachably arranged in the bronchoscope join-up end opening. The bronchoscopy adaptor can reduce human errors and improve the diagnostic rate.

Description

technical field [0001] The invention relates to the field of medical instruments, in particular to a bronchoscopy adapter. Background technique [0002] Bronchoscopy is one of the most common surgical procedures performed by pulmonologists, thoracic surgeons, and other trained medical professionals. A fiberoptic bronchoscope consists of a long, flexible tube that consists of several components: an illuminator designed for the peripheral distal area of ​​the end of the bronchoscope; an image capture system connected to an external light source via a flexible optical fiber; a working channel in which diagnostic instruments, therapeutic instruments, and agents (such as biopsy forceps, aspiration needles, brushes, lasers, cryo-devices, radio frequency detection devices, fiducial markers, drugs, etc.) can be inserted or slowly poured into the working channel. The distal end of the bronchoscope can be manipulated by turning the handle up and down on one plane, and can be manipul...

AI Technical Summary

Problems solved by technology

This undesired movement can cause several problems: the operator loses the target without realizing it, a decrease in diagnostic yield resulting in lower accuracy, or the need to repeatedly navigate to the same target, increasing operating time

[0008] This existing technology adds to the complexity of an already complex multi-person procedure that requires the delicate coordination of bronchoscopists and assistants

Existing techniques greatly increase the cost of the procedure, and it relies on the operator's high-precision operation, but the result is often the intended goal of the procedure is lost

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