Method For Constructing Physiological Electrode Assembly With Interlaced Wire Interconnects

A method for constructing physiological electrode assembly with interlaced wire interconnects, comprising:

• forming an electrode backing from a stretchable woven textile material, the electrode backing having a proximal electrode backing end and a distal electrode backing end, wherein the proximal electrode backing end and the distal electrode backing end each comprise a side adapted to contact skin of a patient;
• forming a set of electrical contact surfaces shaped to interface with a monitor recorder on a side of proximal electrical backing end opposite the contact side of the proximal electrode backing end;
• interlacing two flexile wire interconnects through the stretchable woven textile material and connecting one end of each of the flexile wire interconnects to one of the electrical contact surfaces;
• interlacing a flexile wire through the stretchable woven textile material, wherein one wire end of the flexile wire is positioned on the contact side of the distal electrode backing end;
• forming an electrocardiographic electrode signal pickup from the flexile wire end positioned on the contact side of the distal electrode backing end;
• terminating other end of the flexile wire as an electrical connection to connect to an end of one of the flexile wire interconnects that is not connected to one of the electrical contact surfaces;
• interlacing a further flexile wire other than the flexile wire through the stretchable woven textile material, wherein one wire end of the further flexile wire is positioned on the contact side of the proximal electrode backing end;
• forming a further electrocardiographic electrode signal pickup from the further flexile wire end positioned on the contact side of the proximal electrode backing end;
• and
• terminating other end of the further flexile wire as another electrical connection to connect to an end of a second one of the flexile wire interconnects that is not connected to one of the electrical contact surfaces.