Portable vagus-nerve electrostimulation device synchronised with the breathing cycle

Electronic transcutaneous Vagus nerve stimulator device synchronized by respiratory chest movements in humans to improve motor function of patients after suffering an ischemic stroke, and with potential for therapeutic use in patients with migraine, major depression, hypertension, inflammatory disorder, cardiovascular disease, chronic pain, anxiety disorder, disorder associated with chronic hypoxia/hypercapnia, primary autonomic system disorder or gastrointestinal disorder. This, with a wireless transcutaneous electrical nerve stimulator CHARACTERIZED by a respiratory cycle sensing band (21) with a respiratory cycle sensing module (22) consisting of OEM cards with an HW and a known communication protocol for sending data wirelessly to an atrial mechanism of electrical stimulus generator (23) is located on the back of the skull inside a housing (25), whether it is a fixed housing (50) or a tilting housing (51), which in turn communicates wirelessly with a mobile application and attaches to the arms (34), (35) of two earpieces (26), (30);

• wherein the right earpiece (26) at its termination has attached a right plate (27) with a path of oval section (41) or spiral section (48) and two concavities (42), (43) which are fixed or rotate in its center and which houses a right posterior Cymba conchae Electrode (28) and a right front Cavum Conchae Electrode (29), and wherein the left earpiece (30) at its termination has attached a left plate (31) with a trajectory is oval section (44) or spiral section (48) and two concavities (45), (46) that are fixed or rotate in its center and that houses a left posterior Cymba Conchae Electrode (32) and a left frontal Cavum Conchae Electrode (33).