Integrated rigid ultrasonic cystoscope system

Abstract

The invention belongs to the field of medical devices and particularly discloses an integrated rigid ultrasonic cystoscope system which comprises a rigid cystoscope and a cold light source host and a camera host connected with the rigid cystoscope, wherein the rigid cystoscope comprises a main body endoscope part and a cystoscope sheath tube part connected with the main body endoscope part, a micro-ultrasonic probe part, a light guide optical fiber and a device channel outlet are arranged at a rigid endoscope end part, and the micro-ultrasonic probe part is directly integrated at the rigid endoscope end part, thereby designing the rigid cystoscope into the integrated rigid ultrasonic cystoscope. The integrated rigid ultrasonic cystoscope system is placed into the bladder through the urethra of a patient, and a doctor operates a control unit of a cystoscope body for starting the micro-ultrasonic probe part of an endoscope, thereby carrying out annular scanning or linear scanning on the bladder cavity, displaying the scanning result in a monitor, carrying out three-dimensional reconstruction on the bladder cavity, knowing the situation of the bladder cavity and helping the doctor made judgments. The integrated design of the integrated rigid ultrasonic cystoscope leads the micro-ultrasonic probe part to be difficult to be damaged and facilitate the operation of the doctor; furthermore, an endoscope image and an ultrasonic image are easier to be obtained synchronously, thereby improving the image quality of the lesion area and greatly improving the accuracy of diagnosis.

Description

technical field [0001] The invention belongs to the field of medical equipment, and in particular relates to a core medical tool for performing urological surgery in modern medicine. Background technique [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 have the potential for insufficient diagnostic accuracy. Micro-ultrasound technology is introduced into the field of urology surgery. Micro-ultrasound probes can be used to perform circular or linear scans to check the bladder wall and surrounding organs. [0003] Micro-ultrasound technology has been widely used in various fields of gastroenterology. Ultrasonic scanning of the ward through the m...

AI Technical Summary

Problems solved by technology

However, the micro-ultrasound probe is easy to be damaged due to improper use during use, and because the micro-ultrasound probe is used in conjunction with the endoscope due to inconvenient operation and instability, it is easy to cause asynchronous and unstable ultrasonic images and endoscopic images. The situation interferes with the doctor's judgment and affects the quality of diagnosis

There is currently no endoscopic tool that combines micro-ultrasound technology and rigid cystoscope

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