A kind of bladder function auxiliary training device

Abstract

The invention provides a bladder function auxiliary training device, which includes a pressure detection device, a signal amplification module, a main control unit, and a switch assembly; the pressure detection device is electrically connected to the signal amplification module, the signal amplification module is connected to the main control unit, and the main control unit Electrically connected with the switch assembly. The invention realizes the maintenance and training of the patient's bladder pressure by collecting bladder pressure information, matching the patient's bladder pressure information and the volume of bladder fluid. The invention greatly reduces the workload of medical personnel, and can maintain the good function of bladder contraction and expansion of the patient, so as to ensure the good recovery of the patient after being discharged from the hospital. The invention promotes a leap in critical disease monitoring technology and has great industrialization prospects.

Description

technical field [0001] The invention relates to a medical auxiliary training device, in particular to a bladder function auxiliary training device. Background technique [0002] Usually, after the patient is placed in the catheter, the urine is directly discharged into the drainage bag, and the bladder cannot be in a full state. Using this open catheter for a long time can lead to the deterioration of the contraction and expansion of the bladder itself, especially in the elderly and In women, side effects such as urinary incontinence may occur, which are not conducive to recovery. In addition, severe patients often require long-term indwelling catheterization, or the postoperative cystic fluid is cloudy, the catheter is often blocked, and urinary retention occurs again. Cause infection, increase nursing work. Long-term open catheterization can maintain smooth urine drainage, but it can easily lead to the deterioration of bladder contraction function, or cause overdistentio...

AI Technical Summary

Problems solved by technology

When using the pinch method for urinary catheter care, it is usually discharged at fixed intervals to ensure that the intravesical pressure is within a small range. Functional maintenance cannot play a very good role. On the other hand, pinch nursing will greatly increase the workload of nursing, especially for ICU, adding a new burden to the already high-intensity nursing staff.

[0004] In order to solve this problem, real-time bladder pressure monitoring can be used to provide a certain reference for the discharge of the urinary catheter. At present, there are few bladder pressure monitoring devices used in clinical practice, and the functions are single and the operation is complicated. The built-in pressure module of the Philips central monitor requires manual operation to measure the pressure, and cannot realize the automatic drainage and data recording of the catheter, and is not suitable for general wards

And due to factors such as gender, age, urine density, and symptoms, the bladder pressure tolerance of each patient varies greatly. For the same pressure value, the fluid volume in the bladder of each patient may vary greatly. Bladder compliance and safe capacity are not the same

Therefore, only using bladder pressure as the discharge basis cannot fully guarantee the patient's bladder compliance, and thus cannot achieve the maintenance and training of the patient's bladder function.

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