THE PATENTED ALLVIEW™ MIRROR
Vs.
THE STANDARD AND CONVEX REARVIEW MIRRORS

For assessing the extent to which mirror can eliminate blind spots on both sides of a vehicle at the same time, a simulated standard 12 foot wide three lane roadway has the middle car (let's say your car) pulled up to a lane between two other vehicles of traffic in your immediate left and right adjacent lanes.

FIG. A
Standard Rearview Mirrors View

FIG. B
Convex Mirror View

FIG. C
ALLVIEW™ Mirror View

FIG. A
After proper alignment of all three standard rearivew mirrors, the interior plane rearview mirror picture taken from your normal driving position shows that it reflects only the road scene directly behind your car through the rear window.

The left driver's side exterior plane mirror picture taken from the same normal driving position of the same road scene shows that it fails to reflect the vehicle traveling in your immediate left adjacent lane in the blind spot between the mirror and your peripheral vision.

The right passenger's side exterior convex mirror taken from the same normal driving position of the same road scene shows that it fails to reflect the vehicle traveling in your immediate right adjacent lane in the blind spot between the mirror and your peripheral vision, not to mention the curved background produced by the mirror's distortion.

FIG. B
The interior convex mirror picture taken from the same normal driving position as in FIG A. of the same road scene shows that it fails to reflect both vehicles traveling in your immediate left and right adjacent lanes, while creating visual distortion in the center as well as along the bottom and at both ends of the mirror causing visual misjudgments.

FIG. C
The ALLVIEW™ Mirror picture taken from the same normal driving position as in FIG A. & B. of the same road scene shows that it reflects the vehicles traveling in both your immediate left and right adjacent lanes through the clear, crisp and sharp distortion-free ALLVIEW™ Mirror view, while seeing all lanes in your rear traffic view enabling you to see if someone else is in another lane moving into the same spot you want (as shown below in FIG. I, FIG. II, FIG.III & FIG. IV).

The following comparisons can be home tested and self verified.

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THE PATENTED ALLVIEW™ MIRROR
Vs.
THE BLIND SPOT MIRRORS

Below, in FIG.I, a birds-eye-view picture shows a simulated 12-foot-wide multi-lane roadway has the driver’s white car in Lane 1 and another rear approaching white car in Lane 4 from the driver’s left as labeled.

FIG. I

Below, in FIG. II, the picture taken from the normal driving position of the driver’s car shows that the white car in Lane 4 reflected in the Allview™ Mirror is moving into the same spot the driver wants, which the driver cannot see through any of the triangle, rectangle and round blind spot mirrors that stick-on to the exterior mirror as shown, which are explicitly sold to eliminate blind spots left behind by the exterior mirrors.

FIG. II

Below, in FIG. IV, the picture taken from the same normal driving position of the driver’s car shows that the blue car in Lane 4 reflected in the Allview™ Mirror is moving into the same spot the driver wants, which the driver cannot see through any of the triangle, rectangle and round blind spot mirrors that stick-on to the exterior mirror as shown, which are explicitly sold to eliminate blind spots left behind by the exterior mirrors.

FIG. IV