Switch contact with a weight-reduced contact spring
In an electrical switch, in particular an electrical microswitch, has at least one electrical contact designed as a hollow-shape section of a component of an electrically conducting material. In this electrical switch, the occurrence of vibrations with the introduction onto an opposing contact is prevented.
1. An electrical microswitch, comprising:
a component of an electrically conducting material;
said component including a planar section and a cylindrical hollow shape section, said planar section and said cylindrical hollow shape section being monolithic with each other, with one end of said planar section extending into said cylindrical hollow shape section, said planar section having planar top and bottom main surfaces;
said hollow-shape section including at least one electrical contact and having a reduced mass, a center of said cylindrical hollow-shape section lying in an extension of a plane parallel to the planar top and bottom main surfaces of the planar portion, said plane extending within said planar portion;
at least one opposing electrical contact, said at least one electrical contact and said at least one opposing electrical contact coming into contact to make an electrical connection and allowing conduction of electrical current only upon actuation of said microswitch;
wherein occurrence of vibration and impulsive events causing liftoff of the at least one electrical contact is prevented when contacting said opposing electrical contact as a result of reduced mass of said hollow shape section.
2. The switch according to claim 1 , wherein the hollow shape is created from a plane material by forming the plane material.
3. The switch according to claim 1 , wherein the at least one electrical contact has at least one contact surface, onto which a noble metal coating is selectively introduced.
4. The switch according to claim 3 , wherein the noble metal coating on the contact surface is only applied to one side of the contact surface.
5. The switch according to claim 1 , wherein the component is a stamped component, and wherein the at least one electrical contact is integrally formed with said stamped component.
6. The switch according to claim 1 , wherein the at least one electrical contact is arranged within a range of angles on said hollow-shape section.
7. An electrical microswitch, comprising:
a stamped component of an electrically conducting material;
said stamped component including a planar section and a cylindrical hollow shape section, said planar section and said cylindrical hollow shape section being monolithic with each other, with one end of said planar section extending into said cylindrical hollow shape section, said planar section having planar top and bottom main surfaces, a center of said hollow-shape section lies in an extension of a plane parallel to the planar top and bottom main surfaces of the planar portion, said plane extending within said planar portion;
said cylindrical hollow-shape section including at least one electrical contact created from a plane material by integrally forming the plane material with the stamped component, the at least one electrical contact being arranged within a range of angles on said cylindrical hollow-shape section;
the at least one electrical contact having at least one contact surface onto which a noble metal coating is selectively introduced only on one side of the contact surface;
at least one opposing electrical contact, said at least one electrical contact and said at least one opposing electrical contact coming into contact to make an electrical connection and allowing conduction of electrical current only upon actuation of said microswitch;
wherein occurrence of vibration of the at least one electrical contact is prevented when contacting said opposing electrical contact as a result of reduced mass of said hollow shape section.