Remote control electric mirrors

• US 9,868,399 B1
• Filed: 08/15/2017
• Issued: 01/16/2018
• Est. Priority Date: 10/11/2016
• Status: Active Grant

• Current Assignee: William A. Ebert
• Original Assignee: William A. Ebert
• Inventors: Ebert, William A., Sullivan, Adam John
• Primary Examiner(s): Cherry, Euncha
• Application Number:
  US15/677,905
• Time in Patent Office: 154 Days
• Field of Search: 359877
• CPC Class Codes: B60R 1/0607 with remote position control adjustment
• CPC Class Codes: B60R 1/072 for adjusting the mirror relative to its housing
• CPC Class Codes: G02B 7/182 for mirrors

Abstract

Remote controlled electric mirrors include a main frame, housing horizontal and vertical electrical ram actuators. The body portion of each actuator is pivotally mounted to the main frame. The main frame includes clamp brackets on its lower side, for mounting to support arms extending from a motor vehicle. An elongated swivel member is pivotally mounted to the front of the main frame, for rotation about a horizontal axis. A movable portion of the vertical actuator is pivotally connected to the swivel member. The swivel member includes an upper pin and a lower pin. An upper bracket on the rear of the mirror frame includes an aperture, slip-fitted over the upper pin. An apertured clamp is slip-fitted over the lower pin, and bolted to a lower bracket on the mirror frame. The movable portion of the horizontal actuator is pivotally connected through a heim joint to rear of the mirror frame.

Claims

1. A remote control mirror assembly for a motor vehicle having a cab and a mirror support arm extending from at least one side of the motor vehicle, comprising:

a. a main frame, said main frame having a front end;

b. a connector supporting said main frame on the mirror support arm;

c. a swivel member, said swivel member having an upper end, a lower end, and an intermediate portion therebetween, said intermediate portion being pivotally mounted about a horizontal axis to said front end of said main frame, said swivel member further having an upper pin extending from said upper end and a lower pin extending from said lower end;

d. a mirror frame, said mirror frame having a front side and a rear side, and including a mirror affixed to said front side, said rear side having an upper bracket with an aperture to receive said upper pin of said swivel member, said rear side further having a lower bracket provided with a removable clamp with an aperture to receive said lower pin of said swivel member;

e. a horizontal sweep ram actuator having a body portion pivotally connected to said main frame and having a movable portion extending past said front end of said main frame and being pivotally connected to a flange located on said rear side of said mirror frame;

f. a vertical tilt ram actuator having a body portion pivotally connected to said main frame and having a movable portion extending past said front end of said main frame and being pivotally connected to a flange mounted on said swivel member, in a position vertically offset from said horizontal axis; and

,

g. means for selectively actuating said horizontal sweep ram actuator and said vertical tilt ram actuator, for controlling the horizontal and vertical orientation of said mirror.

2. A remote control mirror assembly as in claim 1, in which said frame includes a detachable housing, and in which said body portion of said horizontal sweep ram actuator and said body portion of said vertical tilt ram actuator are located within said housing.

3. A remote control mirror assembly as in claim 2, further including a rock shield above and attached to an upper wall of said housing, said rock shield including a plurality of inclined ribs spaced along said shield.

4. A remote control mirror assembly as in claim 1, in which said horizontal sweep ram actuator and said vertical tilt ram actuator are electrically powered, and include means to dampen vibrations transferred to their respective movable portions.

5. A remote control mirror assembly as in claim 1, in which said means for selectively actuating said horizontal sweep ram actuator and said vertical tilt ram actuator comprises a toggle switch box located remotely from said main frame.

6. A remote control mirror assembly as in claim 5, in which said ram actuators are electrically powered, and in which an electronic control module is mounted on said main frame, and in which said electronic control module has input circuits respectively interconnected to a horizontal control switch and a vertical control switch in said toggle switch box and output circuits respectively interconnected to said horizontal sweep ram actuator and said vertical tilt ram actuator.

7. A remote control mirror assembly as in claim 5, in which said ram actuators are electrically powered, and in which an electronic control module is mounted on said main frame, and in which said electronic control module includes an rf receiver and ram actuator drivers respectively interconnected to said horizontal sweep ram actuator and said vertical tilt ram actuator, and in which said toggle switch box includes an rf transmitter having input circuits connected to said horizontal control switch and said vertical control switch.

8. A remote control mirror assembly as in claim 1, in which said mirror is planar.

9. A remote control mirror assembly as in claim 1, in which said mirror is convex.

10. A remote control mirror assembly as in claim 1, in which said front side of said mirror frame includes grooves for slidably receiving a mirror.

11. A remote control mirror assembly as in claim 1, in which said pivot connection between said movable portion of said horizontal sweep ram actuator and said flange on said rear side of said mirror frame includes a heim joint.

12. A remote control mirror assembly as in claim 1, in which said intermediate portion of said swivel member includes a pair of pins extending from opposing sides thereof, and in which respective brackets having apertures therein to receive a respective said pin, said brackets being mounted on said front end of said main frame, are provided.

13. A remote control mirror assembly, comprising:

a. a main frame, said main frame defining a housing with a top cover and sidewalls, said main frame further including a front end;

b. means for connecting said main frame to a mirror support arm;

c. a horizontal sweep ram actuator having a body portion pivotally connected to said main frame within said housing, and having a movable portion extending outwardly from said housing, past said front end of said main frame;

d. a vertical tilt ram actuator having a body portion pivotally connected to said main frame within said housing, and having a movable portion extending outwardly from said housing, past said front end of said main frame;

e. an elongated swivel member, said swivel member having an upper end, a lower end, and an intermediate portion therebetween, said intermediate portion being pivotally mounted about a horizontal axis to said front end of said main frame, said swivel member further having an upper pin extending from said upper end and a lower pin extending from said lower end;

f. a mirror frame, said mirror frame having a front side and a rear side, and including a mirror affixed to said front side, said rear side having an upper bracket with an aperture to receive said upper pin of said swivel member, said rear side further having a lower bracket provided with a removable clamp with an aperture to receive said lower pin of said swivel member, said movable portion of said horizontal sweep ram actuator being pivotally connected to a flange located on said rear side of said mirror frame, and said movable portion of said vertical tilt ram actuator being pivotally connected to a flange mounted on said swivel member, in a position vertically offset from said horizontal axis; and

,

g. means for selectively actuating said horizontal sweep ram actuator and said vertical tilt ram actuator, for controlling the horizontal and vertical orientation of said mirror.

14. A remote control mirror assembly as in claim 13, in which said means for selectively actuating said horizontal sweep ram actuator and said vertical tilt ram actuator comprises a toggle switch box located remotely from said main frame.

15. A remote control mirror assembly as in claim 14, in which said ram actuators are electrically powered, and in which an electronic control module is mounted on said main frame, and in which said electronic control module has input circuits respectively interconnected to a horizontal control switch and a vertical control switch in said toggle switch box and output circuits respectively interconnected to said horizontal sweep ram actuator and said vertical tilt ram actuator.

16. A remote control mirror assembly as in claim 14, in which said ram actuators are electrically powered, and in which an electronic control module is mounted on said main frame, and in which said electronic control module includes an rf receiver and ram actuator drivers respectively interconnected to said horizontal sweep ram actuator and said vertical tilt ram actuator, and in which said toggle switch box includes an rf transmitter having input circuits connected to said horizontal control switch and said vertical control switch.

17. A remote control mirror assembly for a motor vehicle having a cab and a mirror support arm extending from at least one side of the motor vehicle, comprising:

a. a main frame, said main frame having a front end;

b. a connector supporting said main frame on the mirror support arm;

c. a swivel member, said swivel member having an upper end, a lower end, and an intermediate portion therebetween, said intermediate portion being pivotally mounted about a horizontal axis to said front end of said main frame, said swivel member further having an upper pin extending from said upper end and a lower pin extending from said lower end;

d. a mirror frame, said mirror frame having a front side and a rear side, and including a mirror affixed to said front side, said rear side having an upper bracket with an aperture to receive said upper pin of said swivel member, said rear side further having a lower bracket provided with a removable clamp with an aperture to receive said lower pin of said swivel member;

e. an electrically powered horizontal sweep ram actuator having a body portion pivotally connected to said main frame and having a movable portion extending past said front end of said main frame and being pivotally connected to a flange located on said rear side of said mirror frame;

f. an electrically powered vertical tilt ram actuator having a body portion pivotally connected to said main frame and having a movable portion extending past said front end of said main frame and being pivotally connected to a flange mounted on said swivel member, in a position vertically offset from said horizontal axis; and

,

g. remote control means for selectively actuating said horizontal sweep ram actuator and said vertical tilt ram actuator from the cab of the motor vehicle, for controlling the horizontal and vertical orientation of said mirror, said remote control means comprising an electronic control module mounted on said main frame, in which said electronic control module has input circuits responsive to a horizontal control switch and a vertical control switch in a toggle switch box in the cab, and in which said electronic control module has output circuits respectively interconnected to said horizontal sweep ram actuator and said vertical tilt ram actuator.

18. A remote control mirror assembly as in claim 17, in which said front side of said mirror frame includes grooves for slidably receiving a mirror.

19. A remote control mirror assembly as in claim 17, in which said pivot connection between said movable portion of said horizontal sweep ram actuator and said flange on said rear side of said mirror frame includes a heim joint.

20. A remote control mirror assembly as in claim 17, in which said intermediate portion of said swivel member includes a pair of pins extending from opposing sides thereof, and in which respective brackets having apertures therein to receive a respective said pin, said brackets being mounted on said front end of said main frame, are provided.