Noninvasive percutaneous frequency-conversion electrical-stimulation breathing therapeutic apparatus with multiple functions

Abstract

The invention discloses a noninvasive percutaneous frequency-conversion electrical-stimulation breathing therapeutic apparatus with multiple functions. The percutaneous frequency-conversion electrical-stimulation breathing therapeutic apparatus with the multiple functions comprises a real-time monitoring module for monitoring breathing condition, an electrical-stimulation signal-producing module, and a non-implantable percutaneous electrode. The real-time monitoring module is used for monitoring the breathing condition of a monitored person in real time when the monitored person is in a sleep condition and obtaining sleep parameters. The electrical-stimulation signal-producing module is used for providing more than two electrical-stimulation modes. The non-implantable percutaneous electrode is used for conducting chronic frequency-conversion electrical-stimulation signals to diaphragm muscle or genioglossus of the monitored person or conducting acute frequency-conversion electrical-stimulation signals to the diaphragm muscle or the genioglossus of the monitored person. The percutaneous frequency-conversion electrical-stimulation breathing therapeutic apparatus with the multiple functions combines an acute diaphragm muscle pace-making function, a chronic frequency-conversion diaphragm muscle electrical-stimulation function, an acute genioglossus pace-making function, a chronic frequency-conversion genioglossus electrical-stimulation function, and the like as a whole. The percutaneous frequency-conversion electrical-stimulation breathing therapeutic apparatus with the multiple functions has double functions of treating and preventing.

Description

technical field [0001] The present invention relates to the treatment of diaphragm fatigue and obstructive sleep apnea hypopnea syndrome (Obstructive sleep apnea hypopnea syndrome, OSAHS) caused by chronic obstructive pulmonary disease (chronic obstructive pulmonary disease, COPD), especially relates to a non-invasive percutaneous frequency conversion Electric stimulation multifunctional respiratory therapy device. Background technique [0002] Both COPD and OSAHS are clinically common and frequently-occurring diseases, and both involve certain skeletal muscles related to breathing. Respiratory muscle exercise for COPD patients can improve their oxygenation at night, relieve dyspnea and improve respiratory muscle function, while improving their activity and quality of life. External diaphragm pacing (External Diaphragm Pacemaker, EDP) is a more effective way to exercise respiratory muscles. At present, EDP therapy uses continuous 2.5Hz or 10Hz electrical stimulation combin...

AI Technical Summary

Problems solved by technology

[0004] In view of this, the present invention provides a non-invasive transcutaneous frequency-variable electrical stimulation multi-functional respiratory therapy instrument, which can separately give the monitored object chronic variable-frequency electrical stimulation signals or acute electrical stimulation modes by providing chronic variable-frequency electrical stimulation modes and acute electrical stimulation modes The stimulation signal can also be used to realize the automatic switching of the acute electrical stimulation signal on / off through the analyzer of the relevant physiological parameters of the monitored object during sleep, that is, the therapeutic instrument can not only give the monitored object suffering from COPD appropriate chronic frequency conversion. Electrical stimulation or acute electrical stimulation can also be given to the genioglossus muscle of the monitored subject suffering from OSAHS with appropriate chronic variable-frequency electrical stimulation or acute electrical stimulation, which combines the functions of relieving diaphragm fatigue and electrical stimulation of the genioglossus muscle to treat OSAHS, and solves the problem. Solved the problem of single function of existing electrical stimulation therapy equipment

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