Vehicular windshield defogging apparatus

A vehicular windshield defogging apparatus comprising,

• a defogging wiper arm in combination with and mounted to an interior surface of a vehicular windshield and longitudinally aligned with an exterior windshield wiper arm mounted to overlie an exterior surface of the vehicular windshield, wherein the defogging arm includes an elongate flexible post formed of a memory retentent material including a swivel base at one end, the swivel base defined about a central swivel base axis, and a suction cup mounting member mounted to a lower terminal end of the swivel base coaxially aligned along the swivel base axis to connect the swivel base to the interior surface and support the swivel base for swivelling movement, and
• the flexible post including an electro-magnet means mounted adjacent a remote terminal end of the flexible post with respect to said base, and
• a wiper arm magnet mounted to the exterior windshield wiper arm magnetically attracted to the electro-magnetic means for effecting simultaneous oscillation of the defogging wiping arm upon oscillation of the exterior windshield wiper arm, and
• wherein the electro-magnetic means includes an electro-magnetic first portion and and electro-magnetic second portion, with the electro-magnetic second portion lying along said defogging wiper arm in close proximity to said interior surface, said second portion including a resilient covering coextensive therewith to prevent marring of the interior surface of the windshield by said second portion, said covering being in contiguous communication with the interior surface of the windshield, and
• including a rigid post extending overlying the flexible post and fixedly mounted at one end to the swivel base, the rigid post including a first ferro-magnetic member mounted to the other end thereof, and a second ferro-magnetic member mounted to the flexible post, with the first ferro-magnetic member located at a distance from the swivel base equal to a distance from the swivel base to the second ferro-magnetic member, with the first ferro-magnetic member including an exposed first face defined by a first polarity, wherein the second ferro-magnet includes an exposed second face defined by the first polarity to effect magnetic repulsion of the first ferro-magnetic member with the second ferro-magnetic member and impart the flexible post in communication with the interior surface of the windshield.