Method for manufacturing a continuous-length switch
Disclosed is a method for manufacturing a continuous-length switch that comprises first and second electrodes. The method comprises covering at least a first surface of a first electrode with an insulating material. Then, a portion of the insulating material from the first surface of the first electrode is removed so as to provide an exposed portion of the first electrode. And then, a second electrode is placed on the insulating material and over the exposed portion of the first electrode.
1. A method for manufacturing a continuous-length switch, comprising:
extruding an insulating material to a uniform thickness onto a periphery of a first continuous-length plate-like conductive material, thereby providing a first electrode covered with an insulating material on a first surface thereof;
removing a portion of said insulating material from said first surface of said first electrode along a longitudinal direction of said first electrode so as to provide an exposed portion of said first electrode;
placing a second electrode on said insulating material and over said exposed portion of said first electrode; and
extruding a jacket of insulating material around said second electrode and said insulating material such that a protrusion is formed over a central portion of said second electrode.
2. The method according to claim 1 , wherein removing a portion of said insulating material from said first surface of said first electrode comprises forming two parallel grooves in said insulating material which extend along a longitudinal direction of said first continuous-length plate-like conductive material, and peeling from said first continuous-length plate-like conductive material in the longitudinal direction thereof said insulating material existing between said two parallel grooves so as to provide an exposed portion of said first continuous-length plate-like conductive material.
3. The method according to claim 2 , wherein placing a second electrode on said insulating material and over said exposed portion of said first electrode comprises placing a second continuous-length plate-like conductive material on said insulating material and over said exposed portion of said first continuous-length plate-like conductive material.
4. The method according to claim 3 , wherein said first continuous-length plate-like conductive material corresponds to an upper electrode plate, and said second continuous-length plate-like conductive material corresponds to a lower electrode plate.
5. The method according to claim 1 , wherein placing a second electrode on said insulating material and over said exposed portion of said first electrode comprises placing a second continuous-length plate-like conductive material on said insulating material and over said exposed portion of said first continuous-length plate-like conductive material.
6. The method according to claim 5 , wherein said first continuous-length plate-like conductive material corresponds to an upper electrode plate, and said second continuous-length plate-like conductive material corresponds to a lower electrode plate.
7. The method according to claim 1 , wherein said first electrode corresponds to an upper electrode, and said second electrode corresponds to a lower electrode.