Telescoping beacon for a vehicle

• US 9,884,584 B1
• Filed: 07/30/2015
• Issued: 02/06/2018
• Est. Priority Date: 08/01/2014
• Status: Active Grant

• Current Assignee: James R. Lackemeyer
• Original Assignee: James R. Lackemeyer
• Inventors: Lackemeyer, James R.
• Primary Examiner(s): Breval, Elmito
• Assistant Examiner(s): Zimmerman, Glenn
• Application Number:
  US14/813,758
• Time in Patent Office: 922 Days
• Field of Search: 362523, 362540, 362549, 3404255, 34081545
• CPC Class Codes: B60Q 1/2611 Indicating devices mounted on the roof of the vehicle
• CPC Class Codes: B60Q 1/2615 mounted on the vehicle body, e.g. with magnets
• CPC Class Codes: B60Q 1/2657 mounted on a shaft, e.g. telescopic
• CPC Class Codes: B60Q 1/482 for locating vehicle in parking lot

Abstract

An apparatus adapted to provide a locating means for a vehicle lost in a parking facility includes a telescoping device installed on the vehicle and is selectively activated by remote control. When activated, the apparatus will upwardly extend an illuminated beacon to provide a visual indication from a distance.

Claims

1. A locating beacon, comprising:

a housing assembly, adapted to be removably mounted to a vehicle, further comprising;

a housing, comprising a mast enclosure;

a control means housed within said housing, further incorporating a power source and a receiver; and

,

a deployment mechanism housed within said housing and in electrical communication with said power source;

a telescoping mast assembly housed within said mast enclosure and having a bottom end operably attached to said deployment mechanism and deployable therefrom;

a dome affixed to an upper portion of said telescoping mast assembly, having an illumination means for providing illumination and in electrical communication with said power source; and

,

a remote control device in wireless communication with said receiver, for remotely controlling said control means to operate said telescoping mast assembly and said illumination means;

wherein said deployment mechanism further comprises;

a drive band attached to a topmost portion of said telescoping mast assembly and disposed within a guide enclosure; and

a prime mover attached to and operably controlling said drive band opposite said telescoping mast assembly;

wherein said prime mover is capable of forward and reversible movement; and

,

wherein said drive band also conducts electricity between said control means and said illumination means.

2. The locating beacon of claim 1, wherein said housing assembly further comprises:

a plurality of pads each affixed to a bottom surface of said housing; and

,

a magnet affixed to said bottom surface of said housing.

3. The locating beacon of claim 1, wherein said telescoping mast assembly further comprises a plurality of interlocking sections.

4. The locating beacon of claim 1, wherein said dome further comprises a generally hemispherical transparent or translucent body.

5. The locating beacon of claim 1, wherein said remote control device comprises a vehicle key fob further comprising:

a housing with a plurality of buttons;

a circuit board within said housing;

a transmitter within said housing; and

,

a battery within said housing;

wherein said plurality of buttons, circuit board, transmitter and battery are in electrical communication with each other, thereby facilitating radio communication with said receiver;

wherein said first button raises the mast assembly and illuminates the illumination means when pressed;

wherein said second button lowers the mast assembly and extinguishes the illumination means when pressed; and

,

wherein said third button enables a user to independently illuminate and extinguish the illumination means in an alternating manner when pressed.

6. The locating beacon of claim 2, wherein said housing assembly further incorporates a solar energy collecting and generating means for collecting solar energy and generating electricity therefrom, said solar energy collecting and generating means in electrical communication with said control means.

7. The locating beacon of claim 2, wherein said housing assembly further incorporates a DC charging jack in electrical communication with said power source.

8. The locating beacon of claim 2, wherein said housing comprises an aerodynamic shape having an inclined forward surface and a widening base portion along said bottom surface.

9. The locating beacon of claim 3, further comprising a sealing means located between each of said plurality of interlocking sections for sealing internal components from the environment.

10. A locating beacon, comprising:

a housing assembly, adapted to be removably mounted to a vehicle, further comprising;

a housing, having a removable cover and further comprising a mast enclosure;

a control means housed within said housing, further incorporating a power source and a receiver; and

,

a deployment mechanism housed within said housing and in electrical communication with said power source;

a telescoping mast assembly housed within said mast enclosure and having a bottom end operably attached to said deployment mechanism and deployable therefrom;

a dome affixed to an upper portion of said telescoping mast assembly, having an illumination means for providing illumination and in electrical communication with said power source; and

,

said receiver in wireless communication with a remote control device in wireless communication with said receiver, for remotely controlling said control means to operate said telescoping mast assembly and said illumination means;

wherein said deployment mechanism further comprises;

a drive band attached to a topmost portion of said telescoping mast assembly and disposed within a guide enclosure; and

a prime mover attached to and operably controlling said drive band opposite said telescoping mast assembly;

wherein said prime mover is capable of forward and reversible movement; and

,

wherein said drive band also conducts electricity between said control means and said illumination means.

11. The locating beacon of claim 10, wherein said housing assembly further comprises:

a plurality of pads each affixed to a bottom surface of said housing; and

,

a magnet affixed to said bottom surface of said housing.

12. The locating beacon of claim 10, wherein said telescoping mast assembly further comprises a plurality of interlocking sections.

13. The locating beacon of claim 10, wherein said dome further comprises a generally hemispherical transparent or translucent body.

14. The locating beacon of claim 10, wherein said remote control device comprises a vehicle key fob further comprising:

a housing with a plurality of buttons;

a circuit board within said housing;

a transmitter within said housing; and

,

a battery within said housing;

wherein said plurality of buttons, circuit board, transmitter and battery are in electrical communication with each other, thereby facilitating radio communication with said receiver;

wherein said first button raises the mast assembly and illuminates the illumination means when pressed;

wherein said second button lowers the mast assembly and extinguishes the illumination means when pressed; and

,

wherein said third button enables a user to independently illuminate and extinguish the illumination means in an alternating manner when pressed.

15. The locating beacon of claim 11, wherein said housing assembly further incorporates a solar energy collecting and generating means for collecting solar energy and generating electricity therefrom, said solar energy collecting and generating means in electrical communication with said control means.

16. The locating beacon of claim 11, wherein said housing assembly further incorporates a DC charging jack in electrical communication with said power source.

17. The locating beacon of claim 11, wherein said housing comprises an aerodynamic shape having an inclined forward surface and a widening base portion along said bottom surface.

18. The locating beacon of claim 12, further comprising a sealing means located between each of said plurality of interlocking sections for sealing internal components from the environment.