An electro-
acupuncture stimulation
system comprises a first stimulation unit, a second stimulation unit and a
control unit, the first stimulation unit is used for collecting a sensing
signal of a first stimulation area and performing electro-
acupuncture stimulation on the first stimulation area, the second stimulation unit is used for collecting a sensing
signal of a second stimulation area and performing electro-
acupuncture stimulation on the second stimulation area, and the
control unit controls the first stimulation unit and the second stimulation unit to perform electro-acupuncture stimulation according to the sensing signals; the
control unit comprises a hierarchical coordination module for distributing off-target stimulation parameters, which is divided into a
perception layer, a decision layer and an execution layer; the
perception layer uploads the sensing signals of the target points to the decision layer in real time; the decision layer distributes the stimulation parameters of the off-target points based on a target point position
correlation method; and the execution layer adjusts the output stimulation parameters of the adjacent target points according to the instructions of the decision layer to maintain the total stimulation energy consistent with that before off-target. The present application utilizes the synergistic effect of multiple neural pathways to enhance the
contraction function of the
pelvic floor muscles and improve the stimulation efficiency.