FUNCTIONAL FIELD OF VIEW FOR BLIND SPOT MIRRORS
First Claim
1. An exterior rearview mirror assembly 10 assembly for a motor vehicle having a forward end, a back end and a lateral side, said exterior rearview mirror assembly 10 assembly comprising:
- a mounting bracket fixedly securable to the lateral side of the motor vehicle;
a mirror case secured to said mirror bracket, said mirror case defining a housing having a closed side facing the forward end of the motor vehicle and a primary opening facing the back end;
a backing plate movably secured within said mirror case, said backing plate including a primary portion and a secondary portion;
a primary reflector fixedly secured to said primary portion of said backing plate, said primary reflector defining a primary field of view extending laterally away from the lateral side of the motor vehicle; and
a secondary reflector fixedly secured to said secondary portion of said backing plate, said secondary reflector defining a secondary field of view extending laterally in space disposed adjacent the lateral side of the motor vehicle wherein said secondary field of view overlaps said primary field of view in a range of 20% to 80%.
1 Assignment
0 Petitions
Accused Products
Abstract
An exterior rearview mirror assembly for a motor vehicle includes a mounting bracket securable to a lateral side of a vehicle. A mirror case is secured to the mirror bracket. A primary reflector is fixedly secured to the primary portion of the backing plate. The primary reflector defines a primary field of view extending laterally away from the lateral side of the motor vehicle. A secondary reflector defines a secondary field of view extending laterally in space disposed adjacent the lateral side of the motor vehicle, wherein the secondary field of view overlaps the primary field of view in a range of 20% to 80%. The field of view of the secondary reflector is also directed downwardly with respect to the field of view of the primary reflector.
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Citations
3 Claims
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1. An exterior rearview mirror assembly 10 assembly for a motor vehicle having a forward end, a back end and a lateral side, said exterior rearview mirror assembly 10 assembly comprising:
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a mounting bracket fixedly securable to the lateral side of the motor vehicle; a mirror case secured to said mirror bracket, said mirror case defining a housing having a closed side facing the forward end of the motor vehicle and a primary opening facing the back end; a backing plate movably secured within said mirror case, said backing plate including a primary portion and a secondary portion; a primary reflector fixedly secured to said primary portion of said backing plate, said primary reflector defining a primary field of view extending laterally away from the lateral side of the motor vehicle; and a secondary reflector fixedly secured to said secondary portion of said backing plate, said secondary reflector defining a secondary field of view extending laterally in space disposed adjacent the lateral side of the motor vehicle wherein said secondary field of view overlaps said primary field of view in a range of 20% to 80%. - View Dependent Claims (2)
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3. An exterior rearview mirror assembly 10 assembly for a motor vehicle having a forward end, a back end and a lateral side, said exterior rearview mirror assembly 10 assembly comprising:
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a mounting bracket fixedly securable to the lateral side of the motor vehicle; a mirror case secured to said mirror bracket, said mirror case defining a housing having a closed side facing the forward end of the motor vehicle and a primary opening facing the back end; a backing plate movably secured within said mirror case, said backing plate including a primary portion and a secondary portion; a primary reflector fixedly secured to said primary portion of said backing plate, said primary reflector defining a primary field of view having a primary centerline; and a secondary reflector fixedly secured to said secondary portion of said backing plate, said secondary reflector defining a secondary field of view having a secondary centerline wherein said secondary centerline is below said primary centerline in a range between 3 degrees and 7 degrees.
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Specification