1. A method for automatically processing blood pressure signals, comprising at least the following steps, in which: A. discretize the detected pressure signal P (t) for one or more heart contractions, wherein each heartbeat begins at the initial moment coinciding with the moment of diastolic pressure and ends at the last moment coinciding with the moment of the next diastolic pressure and contains a dicrotic point, each heart contraction has a systolic phase, which lies between the initial diastolic point and the dicrotic point； and. the morphology of the sampled pressure signal P (t) is automatically analyzed and extracted for each heart beat, the moment and pressure value are determined at one or more characteristic points of the signal P (t) selected from the group consisting of: the point of initial diastolic blood pressure； systolic pressure point； dicrotic point； and one or more resonance points, each of which occurs when the second derivative dP / dt of the pressure signal P (t) has a local maximum at which at least the characteristic point of the pressure signal P (t) belongs to the systolic phase of the heart beat and differs from points of initial diastolic pressure； moreover, the method is characterized in that it further comprises the following step, in which: C. for each heart beat, the value of energy efficiency is determined by the following sub-steps, in which: C.1 determine the impedance Z (t) of the direct dynamic pressure wave for each of the one or more characteristic�1. Способ автоматической обработки сигналов кровяного давления, содержащий по меньшей мере следующие этапы, на которых:А. дискретизируют обнаруженный сигнал давления P(t) для одного или более сердечных сокращений, причем каждое сердечное сокращение начинается в начальный момент, совпадающий с моментом диастолического давления, и оканчивается в последний момент, совпадающий с моментом следующего диастолического давления, и содержит дикротическую точку, причем каждое сердечное сокраще
