Ultrasonic cystoscope

Abstract

The invention discloses an ultrasonic cystoscope which belongs to the technical field of medical apparatuses. The ultrasonic cystoscope is formed by organically combing an altered scleroid cystoscope with a miniature ultrasonic probe, and has the functions of a cystoscope and ultrasonic inspection. The ultrasonic cystoscope comprises an endoscope main body. The endoscope main body comprises a scleroid endoscope end part, and an apparatus passage, a cold light source input end and an eye lens input end which are communicated with the scleroid endoscope end part. A lens sheath is arranged outside the endoscope main body, and an operator with at least one apparatus passage is connected with the lens sheath. The miniature ultrasonic probe used for carrying out real-time ultrasonic scanning onbladders is arranged in the apparatus passage of the endoscope main body. The ultrasonic cystoscope can exactly fix the position, the size, the appearance and the range of focus, enhance the accuracyof bladder examination, diagnosis and operation, make up the shortage of the current diagnosis and treat methods and better diagnose and treat various bladder diseases. In addition, the ultrasonic cystoscope has favorable grippage, which is convenient for operations to be carried out successfully.

Description

technical field [0001] The invention belongs to the technical field of medical instruments. In particular, it relates to a core medical tool for carrying out urological surgery in modern medicine, namely ultrasonic cystoscope. Background technique [0002] At present, cystoscopy and cystoscopy technology have been widely used in clinical practice, and are important tools for the diagnosis and treatment of diseases in urology. However, the existing cystoscopy used for bladder disease diagnosis and treatment can determine the lesions of the bladder, but cannot understand the layers and surrounding areas of the bladder. Changes in organs have the hidden danger of insufficient diagnostic accuracy, and there are only 1 or 2 instrument channels, so more complicated operations cannot be performed. At present, in clinical medicine, the understanding of bladder lesions mainly relies on in vitro B-ultrasound and CT technology, which cannot provide more accurate information on the les...

AI Technical Summary

Problems solved by technology

[0002] At present, cystoscopy and cystoscopy technology have been widely used clinically, and are important tools for diagnosis and treatment of diseases in urology. However, the existing cystoscopy used for the diagnosis and treatment of bladder diseases can determine the lesion of the bladder, but cannot understand the layers of the bladder and its surroundings. Changes in organs, there are hidden dangers of insufficient diagnostic accuracy, and there are only 1 to 2 instrument channels, and more complicated operations cannot be performed

At present, in clinical medicine, the understanding of bladder lesions mainly relies on extracorporeal B-ultrasound and CT techniques, which cannot provide more accurate information on the lesions of each layer of the bladder and surrounding organs.

In addition, the current ultrasonic endoscopic technology has been widely used in gastric, duodenal and other surgical fields, and its equipment is various types of soft mirrors and supporting miniature ultrasonic probes, etc., but it has not been used in the diagnosis and treatment of bladder

Images