Endovascular-stent-based electrode array, method for manufacturing the same and electrical stimulation system

A method for manufacturing an endovascular-stent-based electrode array, the endovascular-stent-based electrode array including a stent woven from stent woven wires, the method comprising:

• providing woven wires, the woven wires including a metal wire for manufacturing a first metal woven wire;
• determining a position for a conductive segment on the metal wire;
• according to the determined position for the conductive segment, manufacturing an insulated segment and a conductive segment on the metal wire to obtain the first metallic woven wire, thereby completing the preparation of a stent woven wire, wherein the insulated segment is configured to be electrically insulated from other stent woven wires of the stent woven wires and a human tissue, and the conductive segment is configured to perform at least one of:
• delivering a stimulation pulse to a nerve surrounding the human tissue, and sensing an electrical signal from the nerve surrounding the human tissue;
• and
• weaving the stent woven wires, and electrically insulating a distal terminal end of the first metal woven wire, so as to obtain the stent.

A method for manufacturing an endovascular-stent-based electrode array, the endovascular-stent-based electrode array including a stent, and the method comprising:

• providing woven wires, the woven wires including a metal wire for manufacturing a first metal woven wire, and electrically insulating the metal wire;
• weaving the woven wires into an initial stent, and determining positions of a conductive segment and an insulated segment on the electrically insulated metal wire;
• according to the determined positions, manufacturing the conductive segment and insulated segment on the electrically insulated metal wire to obtain the first metal woven wire, wherein the insulated segment is configured to be electrically insulated from other woven wires of the woven wires and a human tissue, and the conductive segment is configured to perform at least one of:
• delivering a stimulation pulse to a nerve surrounding the human tissue, and sensing an electrical signal from the nerve surrounding the human tissue;
• and
• electrically insulating a distal terminal end of the first metal woven wire, so as to obtain the stent.