Multi-position electrical switch

A multi-position electrical switch including in combination:

• a housing having a bottom and a top, said top having an opening therethrough;
• at least two pairs of spaced-apart conductors located adjacent the bottom of said housing, each pair of conductors located at a predetermine distance from a point on said bottom;
• an actuating member extending through an opening in said top, said actuating member having a flange on the lower end thereof, said flange extending radially outwardly from a central axis through said actuating member, said opening in said top being aligned with said point on said bottom, and said flange being of a greater diameter than the width of said opening;
• a deformable resilient support member having a circular opening in the center thereof and having at least a portion thereof in contact with the lower surface of said flange;
• spherical bearing means located in the opening in said support member, said bearing means engaging said point on the bottom of said housing and a point at the center of the bottom of said flange of said actuating member;
• at least two conductive contact means located on the bottom of said deformable support member and positioned for bridging corresponding ones of said pairs of spaced-apart conductors, whereupon when said actuating member is tilted downwardly about said spherical bearing means toward a selected one of said pairs of spaced-apart conductors, a corresponding one of said contact means is pressed into contact to bridge the space between such selected one of said pairs of conductors to complete an electrical circuit therethrough so long as said actuating member remains tilted downwardly, release of said actuating member allowing said deforable resilient support member to return said actuating member to a rest position where none of said conductive contact means are in electrical contact with any of said spaced-apart pairs of conductors.