Orthostatic hypotension monitoring method and apparatus

An orthostatic hypotension monitoring apparatus, comprising:

• a processor;
• and
• a memory mutually coupled to the processor, wherein the memory is configured to store machine readable codes comprising instructions which that, when executed by the processor, cause the orthostatic hypotension monitoring apparatus to perform operations comprising:
• determining that a monitored object is in a stable first posture state, including:
• receiving a first input indicating that the monitored subject is in a first posture state;
• and
• in accordance with receiving the first input indicating that the monitored subject is in the first posture state, starting timing and outputting, via the display, a timer indicating a first time duration;
• after the first time duration, determining that the monitored object is in a stable first posture state and measuring first target physiological parameter data related to orthostatic hypotension of the monitored object in the first posture state;
• detecting whether the monitored object has changed from the first posture state to a second posture state;
• in accordance with detecting that the monitored object has changed from the first posture state to the second posture state, measuring second target physiological parameter data related to orthostatic hypotension of the monitored object in the second posture state;
• and
• acquiring an orthostatic hypotension monitoring result of the monitored object based on the first target physiological parameter data and the second target physiological parameter data.

An orthostatic hypotension monitoring method, comprising:

• displaying a blood pressure monitoring interface, including displaying via the blood pressure monitoring interface an operation instruction information about a posture state of a monitored object;
• receiving, via the blood pressure monitoring interface, a first input indicating that the monitored subject is in a first posture state;
• in accordance with receiving the first input indicating that the monitored subject is in the first posture state, starting timing and outputting, via the display, a timer indicating a first time duration;
• after the first time duration, acquiring first physiological parameter data measurements related to orthostatic hypotension of the monitored object in the first posture state:
• after acquiring the first physiological parameter data measurements, receiving, via the input device, a second input indicating that the posture state of the monitored subject has changed from the first posture state to a second posture state;
• in accordance with receiving the second input indicating that the posture state of the monitored subject has changed from the first posture state to a second posture state:
• acquiring, via the processor, second physiological parameter data measurements related to orthostatic hypotension of the monitored object in the second posture state;
• and
• outputting, via the blood pressure monitoring interface, an orthostatic hypotension monitoring result of the monitored object based on the first physiological parameter data and the second physiological parameter data.