Induction urinary catheterization traction tube device

Abstract

The invention discloses an induction urinary catheterization traction tube device which has no impact on urination and has effects of intelligently compressing wound surface traumatic cavity after electro-prostatectomy and laser electrotomy and stopping surgical wound bleeding. A balloon on a tube body automatically squeezes a surgical wound of a patient to prevent continuous bleeding of the surgical wound; an intelligent induction device is linked with a traction box and automatically adjusts the electric traction box according to the number of red blood cells in urine and tightens a tractionpull rope to enable an airbag to compress the wound surface to stop bleeding, so that urethra of the patient is supported effectively, the surgical wound is compressed, the urine is drained and discharged, bleeding is stopped effectively, all defects of conventional rubber strip traction including that pressure cannot be quantified and intelligently adjusted and can only be adjusted according toexperience of nurses and doctors and compression bleeding stopping and rubber strip elasticity coefficient cannot by quantified due to inconvenience in movement and tension loss after movement causedby the fact that one ends of rubber strips are tied on feet of patients are avoided, and rehabilitation and health of the patients are benefitted better.

Description

technical field [0001] The invention discloses an induction catheterization traction tube device, in particular to an induction catheterization traction tube device. technical background [0002] The balloon catheters currently used in the market, including two-chamber and three-chamber catheters, can effectively support the urethra after suturing the urinary tract after suturing, anastomosis, or prostatectomy. and drainage of urine. In order to achieve hemostasis, the traditional method is to tie a rubber strip to the urinary catheter, and tie the other end to the patient's foot or bedside. The catheter balloon in the patient's body cannot compress the patient's surgical wound (the purpose of compression is to stop bleeding), and the surgical wound in the patient's body cannot be effectively hemostasis, resulting in continuous bleeding of the surgical wound and affecting the healing speed of the surgical wound for a long time. In severe cases, the patient's urethral wound...

AI Technical Summary

Problems solved by technology

In order to achieve hemostasis, the traditional method is to tie a rubber strip to the urinary catheter, and tie the other end to the patient's foot or bedside. The catheter balloon in the patient's body cannot compress the patient's surgical wound (the purpose of compression is to stop bleeding), and the surgical wound in the patient's body cannot be effectively hemostasis, resulting in continuous bleeding of the surgical wound, which affects the healing speed of the surgical wound for a long time

In severe cases, the patient's urethral wound may become inflamed and ulcerated

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