Device and control method for controlling wound infection in ureteral ultrasonic lithotripsy

Abstract

The invention discloses a device for controlling wound infection in ureter ultrasonic lithotripsy treatment and a control method, and belongs to the field of urinary surgery intracavity minimally invasive treatment. The device comprises nanometer generators, nanometer discharge electrodes, an organic matrix and connecting wires, and is characterized in that a discharge electrode of the nanometer generator is connected with the nanometer discharge electrode through the connecting wire, and the nanometer generators and the nanometer discharge electrodes are directly synthesized on the organic matrix. The device disclosed by the invention has bio-solubility, is not affected by a ureter environment, has no high voltage in operation and does not have damages for the human body; the device is driven by using ultrasonic waves, and is simple and convenient to operate; acid-base balance of a diseased part is not broken, and drug resistance is not generated; and the device is small in size, simple in structure, convenient to install, safe, reliable and low in cost.

Description

technical field [0001] The invention belongs to the field of minimally invasive intracavitary treatment of urology, and in particular relates to a device and a control method for controlling wound infection in ureteral ultrasonic lithotripsy. Background technique [0002] Ureteral calculus is a common and frequently-occurring disease in urology. During its onset, ureteral obstruction may be caused, which may further lead to serious symptoms such as hydronephrosis, kidney infection, and renal insufficiency, which will seriously endanger the life safety of patients. . Therefore, timely and effective diagnosis and taking targeted measures to treat patients are the key tasks in clinical practice, which are of great value and significance to ensure the safety of patients' lives. Ultrasound diagnostic technology is widely accepted by patients with ureteral calculi due to its advantages of simple operation, low cost, and less pain for patients. At the same time, ultrasound has tw...

AI Technical Summary

Problems solved by technology

Such as the patent comprehensive wound treatment instrument (application number 201220281369.0), a microporous probe ozone treatment instrument (application number 201202113799.4), an ozone surgical treatment instrument (application number 2010020153767.5), etc., which are mostly used in gynecology, dentistry and lumbar disc treatment , the specific application in the treatment of ureteral calculi is relatively small

At the same time, due to the need for high-voltage devices, these devices are often bulky and inconvenient to use, and will also cause ozone leakage, which has a certain stimulating effect on the breathing and eyes of doctors and patients, and has a certain degree of impact on physical health.

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