Multiple-axis articulating member and method for making same

A member, comprising:

• an articulating section having a length, a width, and a thickness;
• spaced apart first surface and a second surface defining the thickness with spaced apart first side surface and second side surface extending therebetween defining the width;
• a first edge connecting the first surface with the first side surface, a second edge connecting the first surface with the second side surface, a third edge connecting the second surface with the first side surface, and a fourth edge connecting the second surface with the second side surface;
• a reference longitudinal plane oriented along the length;
• the articulating section having at least one ridge extending outwardly from the reference longitudinal plane in a first direction and at least one furrow extending outwardly from the reference longitudinal plane in a second direction;
• each ridge having at least one point along the first edge, the second edge, the third edge, and the fourth edge positioned inboard of the reference longitudinal plane in the first direction;
• and
• each furrow having at least one point along the first edge, the second edge, the third edge, and the fourth edge positioned inboard of the reference longitudinal plane in the second direction.

A member, comprising:

• an articulating section having a length and a width;
• a reference longitudinal plane oriented along the length;
• the articulating section having at least one ridge extending outwardly from the reference longitudinal plane in a first direction and at least one furrow extending outwardly from the reference longitudinal plane in a second direction;
• the width of the articulating section being defined by spaced apart first side surface and second side surface;
• each ridge having at least one point along the first side surface and at least one point along the second side surface being disposed in the first direction relative to the reference longitudinal plane;
• and
• each furrow having at least one point along the first side surface and at least one point along the second side surface being disposed in the second direction relative to the reference longitudinal plane.

A member, comprising:

• an articulating section having a length and a width;
• a reference longitudinal plane oriented along the length;
• the articulating section having at least one ridge extending outwardly from the reference longitudinal plane in a first direction;
• the width of the articulating section being defined by spaced apart first side surface and second side surface;
• and
• at least one ridge having at least one point along the first side surface and at least one point along the second side surface being disposed in a second direction relative to the reference longitudinal plane.

A method for making a member, comprising the steps of:

• pressing a die into a sheet of material, the die comprising:
• a base and a rule, the rule being affixed to the base and extending outwardly from the base, the rule being disposed along the base such that an articulating member is formed when the die is pressed into the sheet of material, the articulating member comprising:
• an articulating section having a length, a width, and a thickness;
• a reference longitudinal plane oriented along the length;
• the articulating section having at least one ridge extending outwardly from the reference longitudinal plane in a first direction and at least one furrow extending outwardly from the reference longitudinal plane in a second direction;
• the width of the articulating section being defined by a first side surface and a second side surface;
• each ridge having at least one point along the first side surface and at least one point along the second side surface being disposed in a first direction relative to the reference longitudinal plane;
• and
• each furrow having at least one point along the first side surface and at least one point along the second side surface being disposed in a second direction relative to the reference longitudinal plane.