Mirror assembly for a vehicle

• US 4,486,075 A
• Filed: 09/27/1982
• Issued: 12/04/1984
• Est. Priority Date: 09/27/1982
• Status: Expired due to Fees

• Current Assignee: Stephen R. Cohen
• Original Assignee: Stephen R. Cohen
• Inventors: Cohen, Stephen R.
• Primary Examiner(s): Corbin, John K.
• Assistant Examiner(s): Gallivan, Richard F.
• Application Number:
  US06/424,575
• Time in Patent Office: 799 Days
• Field of Search: 350/300, 350/307, 350/302, 350/303, 350/304, 350/299
• US Class Current: 359/840
• CPC Class Codes: B60R 1/081 avoiding blind spots, e.g. by using a side-by-side association of mirrors

Abstract

A mirror assembly for a vehicle having a mirror unit with a convex mirror on one side and a flat mirror on the other side. A support holds the mirror unit and couples it with respect to the vehicle. The mirror unit is arranged so that one of the sides of the mirror unit can be directed to face rearward of the vehicle. A manipulation mechanism provides selective inversion of the mirror whereby the desired one of the convex or flat mirrors can be selected as the rearward facing mirror.

Claims

1. An auxiliary mirror assembly for a vehicle having a standard rearward viewing mirror, said auxiliary mirror assembly comprising:

a mirror unit having a convex mirror on one side thereof and a flat mirror on the opposing side thereof;

support means for holding said mirror unit;

coupling means for retaining said support means with respect to the vehicle, such that one of said sides of the mirror unit can be directed to face rearward of the vehicle, and

manipulation means coupled to said support means for providing selective inversion of the mirror, whereby the desired one of said convex and flat mirrors can be selected as the rearward facing mirror, said manipulation means comprising means for positioning either one of the selected sides in a laterally adjacent, substantially coplanar and colinear position which is substantially contiguous with said standard rearward viewing mirror.

2. A mirror assembly as in claim 1, wherein said flat mirror is part of a prismatic mirror, and selector means for manipulating the prismatic mirror to provide for selective day and night glare free viewing.

3. A mirror assembly as in claim 1, wherein said rearward viewing mirror comprises a standard rear view mirror, means for flexibly attaching said rear view mirror to the vehicle, said coupling means comprising an elongated arm flexibly connected at one end to said attaching means, and adjustment means for providing movement of said rear view mirror independently of said mirror unit, whereby each can be independently adjusted.

4. A mirror assembly as in claim 3, wherein said support means comprises a C-shaped clamp slidably holding said mirror unit, and retained at the other end of said elongated arm, whereby said mirror unit can be slid within

said clamp to a storage position behind said rear view mirror without swinging behind said rear view mirror.

5. A mirror assembly as in claim 4, wherein said manipulating means comprises a ball swivel unit interconnected to at least one of said ends of said elongated arm to provide for manipulation of said mirror unit.

6. A mirror assembly as in claim 5, wherein said manipulating means comprises a ball swivel unit at both ends of said elongated arm, whereby said mirror unit can be selectively stored on top of, beneath, or behind said rear view mirror.

7. A mirror assembly as in claim 4, wherein said manipulating means comprises a double hinge arrangement.

8. A mirror assembly as in claim 4, wherein said C-clamp comprises upper and lower arms interconnected by a bight portion, said clamp holding said mirror unit from behind, said mirror unit comprising a substantially rectangular block-like support member, said convex and flat mirrors connected to opposing sides of said support member, pivot means for pivotally and slidably retaining said top and bottom of said support member between said clamp arms, whereby said mirror unit can slide between said clamp arms from one side edge thereof to the other side edge thereof and pivot 180 degrees about an axis defined between said pivot means at said top and bottom thereof to thereby achieve inversion of the mirror unit.

9. A mirror assembly as in claim 8, and further comprising a ball swivel unit interconnected between said other end of said elongated arm and said bight portion.

10. A mirror assembly as in claim 3, wherein said elongated arm comprises a goose neck flexible rod.

11. A mirror assembly as in claim 5, wherein said ball swivel unit comprises a housing, a mouth formed in said housing, a ball with an elongated stem portion, spring means for holding said ball in said housing with said stem portion extending through said mouth, wherein said mouth is elongated in shape, having upper and lower lip edges which limit the vertical movability of said stem.

12. A mirror assembly as in claim 1, and further comprising a standard rear view mirror, and wherein said coupling means comprises means for connecting to the back of said standard rear view mirror, whereby said mirror unit is retained by said rear view mirror and yet independently manipulatable therefrom.

13. A mirror assembly as in claim 12, and comprising an L-shaped rod having two substantially perpendicular legs, first connecting means for pivotally connecting one leg to the back of said rear view mirror to form a hinge pivotal about one axis, and second connecting means for pivotally connecting the other leg to said mirror unit to permit rotation of said mirror unit about another axis perpendicular to said first axle.

14. A mirror assembly as in claim 12, and comprising means for retrofitting an existing rear view mirror with the mirror unit.

15. A mirror assembly as in claim 1, wherein said mirror unit is a side view mirror and wherein said coupling means comprises an arm extendable from a side of the car.

16. A mirror assembly as in claim 15, wherein said mirror unit comprises a housing supporting said convex mirror on one side and said flat mirror on the other side in spaced apart relationship, and said manipulation means comprises a ball swivel unit positioned in the bottom of said housing between said flat and convex mirrors, whereby said mirror unit can be inverted about a vertical axis therethrough.

17. A mirror assembly as in claim 15, and further comprising a standard side view mirror extending from a vehicle, and wherein said coupling means interconnects to said standard side view mirror.

18. A mirror assembly as in claim 17, wherein said standard side view mirror also comprises a convex mirror on one side thereof, and a flat mirror on the other side thereof, means for independently inverting said standard side view mirror, whereby said standard side view mirror and said mirror unit provides a selective combination of adjacent convex and flat mirrors.

19. A mirror assembly as in claim 17, wherein said coupling means comprises a clamp for clamping onto said standard rear view mirror, an arm pivotally coupled to said clamp, and a ball swivel interconnecting said arm and said mirror unit.

20. A mirror assembly as in claim 1, and further comprising a standard rear view mirror, and a reversible mirror unit laterally extending on either side thereof.

21. A mirror assembly as in claim 1, wherein said mirror unit is integrally formed within a sun visor, and comprising means for pivotally lowering said mirror unit from the sun visor and means permitting inversion of the mirror unit in its lowered position.

22. A mirror assembly as in claim 21, and comprising a sun visor having a front and rear wall defining a chamber therebetween, an intermediate pivotal visor section occupying a lower portion of said chamber, said mirror unit pivotally occupying an upper portion of said chamber and wherein a part of said front wall can be opened to provide access to said mirror unit.

23. A mirror assembly as in claim 22, wherein said front wall comprises a lower section forming the outer wall of said intermediate section, and an upper section pivoted with respect to said lower section.

24. A mirror assembly as in claim 21, and comprising a sun visor having a cut out section to accommodate said mirror unit, and said lowering means, and comprising sliding means for permitting sideways sliding of said mirror unit in both its raised and lowered positions.

25. A mirror assembly as in claim 24, and further comprising slidable cover means coupled to said sun visor for covering said mirror unit when it is in its raised position.