The use of modern acoustic and electrical technology, computer technology and other technologies combined with advanced high-performance medical instruments.
The device consists of a host computer and a probe. Through the non-invasive scanning of the patient's bladder position by the probe, the detection of the bladder area is rapidly completed and the detected signals are processed and transmitted to the embedded computer system for the identification of the boundaries of the detected images and the calculation of the volume to realize the determination of the bladder urine volume. And through the LCD display, the relevant information can be printed through the printer. The product is derived from the basis of evidence-based medicine and evidence-based nursing.
It is a tool for the diagnosis and care of urinary retention; assessing treatment effects; providing a basis for deciding the timing of prostate surgery; providing a scientific basis for intermittent catheterization and the timing of bladder retraining; and an auxiliary tool for urodynamic and uroflow rate testing. It can be applied to the use of multiple departments in hospitals.