Multi-vision mirror for a rearview mirror in a motor vehicle

Claim 1

A multi-vision mirror for a rearview mirror having an image reflector in a motor vehicle which comprises: a) a housing, said housing is fabricated out of a durable material, typically plastic, said housing is elongated to retain both the first image reflector and said second image reflector therein; b) a second image reflector mounted within said housing, said second image reflector is fabricated out of a durable material, typically silver coated glass; c) means for connecting said housing with said second image reflector therein to the right side of the rearview mirror in the motor vehicle, so that a blind spot on the right side and right side behind the motor vehicle will be eliminated to allow the driver to increase an overall vision at all times, the rearview mirror is set at an angle of approximately fourteen degrees, while said housing of said multi-vision mirror is set back at an angle of approximately between five to seven degrees from the rearview mirror for optimum viewing by the driver of the motor vehicle, said connecting means includes a pair of spaced apart arms, each having a long segment and a short segment bent back at the angle of approximately five to seven degrees, whereby said short segment is permanently affixed horizontally to the rear surface of said housing, while said long segment is placed against the rear surface of the rearview mirror, an elastic clip to snap onto the rear surface of the rearview mirror, so as to hold said long segments of said arms thereto, and the right side of said multi-vision mirror having two arms molded to the rear surface thereof bent backward at an angle of five to seven degrees, with these two said arms attached to the rearview mirror by an elastic clip that snaps onto the rear surface of the rearview mirror, and a hinge between the right side of the first image reflector and the left side of said second image reflector; and d) an angle adjustment lever mounted through a slot in the bottom of said elongated housing and connected to a bottom edge of said second image reflector, so that the angle of said second image reflector can be angularly adjusted thereto.