Nasal endoscope-irrigation-negative pressure suction integrated device and automatic system

Abstract

The invention discloses a nasal endoscope-irrigation-negative pressure suction integrated device and an automatic system, wherein a nasal endoscope lens and an endoscope body are organically integrated with a flushing tube and a negative pressure aspirator tube through a connecting piece easy to operate, and on the basis, operation automation is further achieved. The technical problem that the nasal endoscope is separated from the flushing tube and a negative pressure aspirator is solved, the visual field in the operation can be kept continuously clear, unnecessary complicated operation in theoperation is effectively reduced, and the operation efficiency and the operation effect are improved.

Description

technical field [0001] The invention belongs to the technical field of medical equipment, and relates to a routine device in otolaryngology, head and neck surgery and daily operation—endoscope, in particular to a nasal endoscope lens, a mirror body, a flushing tube, and a negative pressure suction device in nasal surgery. Organic integration, integrated simplified connection control device, and multi-sustaining mirror automation system in nasal endoscope operation. Background technique [0002] Nasal endoscopic surgery is one of the most common major surgical methods in otolaryngology. With the matching surgical instruments, nasal lesions can be treated very finely, so that the surgery can reach areas that cannot be reached by traditional surgery. At present, nasal endoscopy is not only an effective means of treating conventional nasal diseases, but also plays a vital role and significance in the field of lateral skull base surgery. At the same time, this technology is not ...

AI Technical Summary

Problems solved by technology

At the same time, because the clarity of the nasal endoscope lens and the operation area has a great impact on the intraoperative visual field, when the intraoperative lens is contaminated by blood or tissue, the nasal endoscope must be withdrawn at this time, and the operation can be continued after cleaning the outside. Or the operation area needs to be assisted by a surgical assistant, which increases unnecessary complicated operations during the operation and seriously affects the operation efficiency and even the operation effect.

[0004] At the same time, the current nasal endoscope system can only be used for lighting and spying on the lesion area, and still lacks an intelligent multi-dimensional management module based on the background of Internet big data, and cannot perform high-quality monitoring of surgical audio-visual materials and related data. Read, store and integrate, and it is impossible to make corresponding adjustments and assistance for different surgical methods and different operator's operating habits

[0005] In summary, the current nasal endoscopic equipment has the following disadvantages in the operation and inspection process: (1) affects the clarity of the operation field during the operation and increases the difficulty of the operation; (2) adds unnecessary The complex operation actions will prolong the operation time, increase the related operation risks, and have a certain degree of influence on the operation efficiency and even the operation effect; (3) It is difficult to realize the automatic collection and storage of operation data, resulting in the lack of accurate big data management of relevant information, At the same time, remote guidance, surgical teaching, and high-quality and detailed surgical data reading, storage, and integration cannot be completed.

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