Wireless urodynamics instrument with bladder sustained monitoring function

Abstract

The invention relates to a wireless urodynamics instrument with a bladder sustained monitoring function. The wireless urodynamics instrument has the advantages that the possible bladder function abnormality can be captured under the sustained state, and the bladder structure abnormality and dynamic change digital images can be recorded; by utilizing microelectrode stimulation, the related bladder symptoms can be treated and relieved, the self state can be adjusted in a willing way, and the bladder monitoring state can be well matched, or the feedback information can be optimized according to requirements; the stimulation mode is adjusted according to the bladder sustained monitoring result, the purpose of feedback optimizing is realized, and the monitoring and therapy are furthest and simultaneously performed.

Description

technical field [0001] The invention specifically relates to the technical field of medical instruments, in particular to a wireless urodynamic instrument for continuously monitoring bladder function. Background technique [0002] Urodynamic instrument is mainly used to detect whether the patient's urinary function is normal, especially to detect whether the bladder storage and urination function is abnormal. During the inspection, it is necessary to insert a manometry tube into the patient's bladder and measure the pressure through a pressure transducer, thereby indirectly. Understand the patient's bladder function. The current urodynamic instrument is a conventional urodynamic instrument. The conventional urodynamic instrument is to fix the patient in a fixed position, usually a lithotomy position, insert a pressure measuring tube into the bladder of the subject, and then at a certain speed Fill the bladder with water, usually 50ml / min. The pressure in the patient's bladd...

AI Technical Summary

Problems solved by technology

[0010] Due to the above reasons, the clinical practical value and general application of urodynamic examination are limited.

However, the current clinical use of urodynamic instruments urgently needs to be able to conveniently, continuously and dynamically detect the function of the bladder, and it lacks advanced and selective configuration of treatment functions according to the functional status of the bladder.

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