Respiratory therapy apparatus
Respiratory therapy apparatus includes an oscillating expiratory therapy device and pressure and flow sensors in the patient inlet connected to supply signals to a processor. The processor includes artificial intelligence software to correlate the output signals with prescribed values and control a feedback device that prompts the patient accordingly to adjust use of the device as necessary. The feedback device may be of a visual, audible or tangible kind. The processor may also automatically adjust a setting dial of the therapy device by means of an actuator.
1. A respiratory therapy apparatus including: a therapy device having a breathing inlet that enables a patient to inhale and exhale through the therapy device and an oscillating mechanism movable to produce an oscillating resistance to breathing through the therapy device as long as sufficient expiratory pressure is applied to the oscillating mechanism by the patient during his exhalation breathing, the therapy device having a plurality of different operation settings, characterised in that the apparatus includes pressure and flow sensors responsive to gas pressure and flow produced by the patient, and a processor connected to receive output signals of the pressure and flow sensors and arranged to correlate the output signals from the pressure and flow sensors with prescribed values, that the processor is arranged to provide an output to a feedback device in accordance with the extent to which the output signals correlate with the prescribed values, and that the feedback device is arranged to provide a feedback signal to the patient to indicate to the patient that the patient is either correctly using the therapy device or that the patient is incorrectly using the therapy device to accordingly prompt the patient to adjust the patient's exhalation breathing through the therapy device; and the processor includes artificial intelligence software.
2. A respiratory therapy apparatus comprising: a therapy device having a breathing inlet that enables a patient to inhale and exhale along an air flow path through the therapy device; an oscillating mechanism mounted along the air flow path of the therapy device and arranged to be exposed to breathing by the patient, the oscillating mechanism is movable only by the breathing of the patient and arranged to produce an oscillating resistance as long as the patient keeps applying sufficient expiratory pressure during his exhalation breathing; adjustment means at the therapy device adapted to provide a plurality of different operation settings for the therapy device; pressure and flow sensors mounted to the therapy device to be responsive to gas pressure and flow produced by the breathing of the patient; a processor in communication with the pressure and flow sensors to receive output signals representative of the pressure and flow produced by the pressure and flow sensors, the processor correlating the output signals from the pressure and flow sensors with prescribed values to produce an output that is adapted to confirm correct use or indicate incorrect use of the therapy device by the user; and a feedback device in communication with the processor for receiving the output from the processor, the feedback device arranged to provide a feedback signal to the patient to inform the patient whether the patient is correctly using the therapy device, the feedback device further arranged to mitigate the patient's incorrect use of the therapy device by informing the patient to change the patient's breathing through the therapy device or to readjust the operation setting of the therapy device; and the processor includes artificial intelligence software.