This invention discloses a
urination device for post-renal
biopsy care. The device features a
nursing waistband that securely holds
cotton wool. Multiple evenly distributed breathable
abutment blocks and high-molecular-weight breathable material create a reasonable gap with the
skin. Combined with an embedded
drying channel and an
airflow channel connected to the compression
airbag inside the knee band, it enables "dynamic ventilation" during patient movement, effectively removing
moisture and heat from the
wound area, keeping the dressing dry, reducing the
risk of infection, and improving wearing comfort. For
urine collection, the device uses a series of tiered ring-shaped
urine bags.
Urine preferentially enters the bag closest to the
waist. Once full, it is automatically diverted to the next level of
urine bag via a
buoyancy ball and trapezoidal sealing block, reducing shaking and
centrifugal force during movement, preventing discomfort or bag dislodgement. When a urine bag is full, a feedback strip breaks, providing a tactile reminder, allowing the patient to change the bag promptly and preventing urine
backflow or leakage, significantly improving
nursing safety and patient self-care ability.