Neurogenic bladder urodynamic examination and treatment system

Abstract

The invention provides a neurogenic bladder urodynamic examination and treatment system. The system includes a rubber hose, a catheter connector, a plastic urethral catheter, a monitoring and detecting system, a urine storage bag and a liquid outlet; the rubber hose is a three-cavity tube; the three-cavity tube also includes a urethral guide tube body, a glycerol injection tube body and a drug injection tube body; the glycerol injection tube body is led out of an outer tube of the rubber hose; the plastic urethral catheter is directly connected with a rubber urethral catheter through the catheter connector, and the monitoring and detecting system is fixed on the plastic urethral catheter and composed of a flow meter, a pressure meter and a sensor. The outer tube of the rubber hose expand after being injected with glycerol through the glycerol injection tube body, and the tube can be fixed and is made to creep down due to the movement of a patient or gravity and other factors; sensor data of the monitoring and detecting system is displayed on mobile phones of medical staff through an APP, the medical staff can know the bladder function of the patient more accurately and conveniently at any time, a lot of manpower is saved, and delaying caused by manual operation is avoided.

Description

technical field [0001] The invention relates to medical machinery, in particular to a neurogenic bladder urodynamics detection and treatment system. Background technique [0002] As we all know, catheterization is one of the common clinical medical operations. Urinary catheters are often used to help patients collect urine or help patients with inconvenience after surgery to urinate. It is also suitable for urinary retention caused by lower urinary tract obstruction. The operation is also used in the rescue of critically ill patients, preparation before general anesthesia, intravesical drug perfusion or bladder irrigation, etc. The catheters in the prior art generally place a plastic clip at the position of the plastic catheter, and manually open the clip to urinate at regular intervals. This will occur. It cannot be urinated in real time according to the degree of bladder filling. If the operation is wrong, it can lead to overfilling of the bladder and cause bladder damage....

AI Technical Summary

Problems solved by technology

Urinary catheters in the prior art generally place a plastic clip at the position of the plastic catheter, and manually open the clip to urinate, which will occur, and it will not be possible to urinate in real time according to the degree of bladder filling. If the operation is wrong, the bladder will be overfilled and cause bladder damage. , unable to record the pressure of the conduction bladder in real time, urine volume, urination flow time, urine flow velocity, residual urine volume, etc. Long-term continuous catheterization can cause bladder muscle atrophy

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