Electronic Endoscope Image Processor YH-VS-GZ1

I. Main Structure

The product consists of a main unit and accessories. The main unit includes power‑supply circuit, image‑processing circuit, control panel, suction unit, irrigation unit and endoscope socket. The accessories comprise power cord and interface cable.

II. Core Functions

‑ Image acquisition, high‑definition processing and display (basic function) Equipped with dedicated interfaces for Yaohua disposable electronic ureteropyeloscope catheters and disposable pressure‑sensing ureteroscope catheters. It receives raw image signals from the front‑end camera of the scope, performs real‑time optimized processing, and outputs signals to the monitor to generate clear intraluminal images for physicians to observe lesions of the ureter and renal pelvis.

‑ Real‑time analysis of renal pelvic pressure data (key feature) When used with the disposable pressure‑sensing ureteroscope catheter, the unit synchronously receives renal‑pelvis pressure signals collected by the pressure sensor on the scope tip. Pressure values and pressure curves are overlaid on the monitor screen. Intra‑operative dynamic monitoring of renal pelvic pressure assists in adjusting irrigation flow, reducing risks of high‑pressure reflux and sepsis.

‑ Integrated irrigation and suction control module Built‑in irrigation and suction control unit enables synchronous adjustment of irrigation fluid inflow and negative‑pressure suction flow during surgery. It adapts to negative‑pressure stone‑clearing procedures, maintains a clear surgical field, and realizes all‑in‑one control of imaging, pressure measurement, irrigation and suction.

‑ Intra‑operative image storage and output Supports image freeze, photo capture and video recording. Standard video output interfaces allow connection to external medical monitors and recording devices. Image and video files can be exported via USB for case archiving and clinical teaching.

III. Product Structural Features

‑ Original complete‑unit matching: Integrated hardware‑software tuning delivers low image‑transmission latency and well‑synchronized pressure signals, eliminating compatibility risks from third‑party adaptation. ‑ All‑in‑one integrated design: Combines image processing, irrigation and suction control. Simplifies operating‑room cabling and saves space occupied by multiple separate devices. ‑ Intelligent image‑optimization algorithm: Image quality is optimized for turbid urinary irrigation environments, improving identification of mucosa and tiny calculi. ‑ Modular control panel: Operation logic is tailored to the operating habits of urological surgeons. ‑ Multiple model options: Configurations are available for basic imaging versions, high‑end pressure‑monitoring versions and mobile operating‑room scenarios. ‑ Stable signal interfaces: Resistant to liquid exposure and environmental electromagnetic interference for long‑term stable operation in endoscopy operating rooms.