Light support assembly for tow trucks

• US 4,473,868 A
• Filed: 10/31/1983
• Issued: 09/25/1984
• Est. Priority Date: 10/31/1983
• Status: Expired due to Fees

• Current Assignee: Dover Corporation
• Original Assignee: Dover Corporation
• Inventors: Moore, Vernon S.
• Primary Examiner(s): Brown, David H.
• Assistant Examiner(s): Griffiths, Jr., John E.
• Application Number:
  US06/546,818
• Time in Patent Office: 330 Days
• Field of Search: 362/35, 362/61, 362/66, 362/70, 362/74, 362/80, 362/269, 362/271, 362/274, 362/285, 362/287, 362/288, 362/311, 362/370, 362/371, 362/402, 362/418, 362/426, 362/427, 362/428 , 362/432, 340/84, 340/87, 340/127, 340/128, 340/129, 340/130, 340/131, 340/132, 340/138, 340/142, 248/280.1, 248/281.1, 248/292.1, 248/293, 108/9, 108/48, 108/124, 312/21, 312/27, 312/30, 312/313, 52/27, 52/28, 52/113
• US Class Current: 362/485
• CPC Class Codes: B60Q 1/2611 Indicating devices mounted on the roof of the vehicle
• CPC Class Codes: B60Q 1/2692 retractable lights retractable headlights B60Q1/05

Abstract

A light mounting assembly for mounting safety lights on a towing vehicle includes a light carrying portion pivotably mounted to an attaching portion for pivoting the light carrying portion from a disposition normally on the top of the winching frame of the vehicle into a retracted position between the winching frame and the cab of the vehicle. The attaching portion includes a pair of bracket members adapted to be secured to the winching frame intermediate the frame and the cab and includes a rod rotatably carried by and spanning the attaching bracket members. A pair of cam members are fastened to the rod adjacent the attaching bracket members. The light carrying portion has two end members interconnected by a central support bar, and an arm fastened to each end member pivotably connects the end member to the respective attaching bracket member. Each arm includes a dog which cooperates with a notch in a respective cam for locking the dog in the notch, and a spring acts to urge the dogs and notches into locking engagement. Manual rotation of the rod overcomes the bias of the spring to permit the lights to pivot into the retracted position.

Claims

1. A light mounting assembly for mounting safety lights on a towing vehicle having a cab and an upstanding frame spaced from the cab, said assembly comprising an attaching portion having a pair of attaching brackets adapted to be fastened at laterally spaced apart locations to said frame intermediate said frame and said cab, and a light carrying portion having a pair of end bracket members spaced apart a distance substantially equal to the spacing between said attaching brackets and having surfaces defining a substantially planar support for said lights, an arm secured to each of said end bracket members and extending in a direction substantially normal to said planar support, means for pivotably mounting each arm on its respective attaching bracket, whereby said planar support selectively may be moved from a substantially horizontal disposition with the lights in an elevated position to a substantially vertical disposition with the lights retracted intermediate said frame and said cab, each of said arms having a dog extending therefrom, a rod pivotably carried by and spanning said attaching brackets, a cam corresponding to each arm secured to said rod at locations adjacent its respective attaching bracket, each cam having a dog receiving notch for precluding rotation of said rod in one direction when said dog is engaged in said notch while permitting rotation of said rod in the opposite direction, said dogs being engaged in said notches when said planar support is in a substantially horizontal disposition, resilient means for urging said rod in said one direction to lock each dog into its respective notch, and crank means on said rod for manually turning said rod in said opposite direction to disengage said cams from said dogs and permit said light carrying portion to pivot to a position wherein said planar support is disposed in said substantially vertical disposition.

2. A light mounting assembly as recited in claim 1, wherein said resilient means is connected between at least one of said cams and one of said end bracket members.

3. A light mounting assembly as recited in claim 1, wherein said resilient means comprises a coil spring having one end connected to one of said end bracket members and another end connected to one of said cams.

4. A light mounting assembly as recited in claim 1, wherein said crank means comprises a crank at each end of said rod, whereby said rod may be turned from either side of the vehicle.

5. A light mounting assembly as recited in claim 1, wherein said attaching brackets are connected together by a central support bar, and each of said end bracket members includes a crank for manually pivoting said light carrying portion from either side of the vehicle.

6. A light mounting assembly as recited in claim 5, including resilient means connected between each attaching bracket and said central support bar for counterbalancing the weight of said lights.

7. A light mounting assembly as recited in claim 4, wherein said attaching brackets are connected together by a central support bar, and each of said end bracket members includes a crank manually pivoting said light carrying portion from either side of the vehicle.

8. A light carrying assembly as recited in claim 7, including resilient means connected between each attaching bracket and said central support bar for counterbalancing the weight of said lights.

9. A light mounting assembly as recited in claim 5, wherein each of said attaching brackets, end bracket members and central support bar comprises an angle member.

10. A light mounting assembly for mounting safety lights on a towing vehicle having a cab and an upstanding frame spaced from the cab, said assembly comprising an attaching portion having a pair of attaching brackets adapted to be fastened at spaced locations adjacent opposite sides of said frame intermediate said frame and said cab, and a light carrying portion having a pair of end bracket members spaced apart a distance substantially equal to the spacing between said attaching brackets and having surfaces defining a substantially planar support for said lights, each of said end bracket members including means for pivotably mounting the end bracket members to their respective attaching bracket for pivotable movement about a substantially horizontal axis for locating said planar support selectively in a substantially horizontal disposition and a substantially vertical disposition, a rod extending through each attaching bracket in journalled fashion for rotation relative thereto, a cam corresponding to each end bracket member secured to said rod at locations adjacent its respective attaching bracket, cooperating means carried by each cam and its respective end bracket member includes cooperating means for locking said rod against rotation in one direction and permitting rotation of said rod in the opposite direction said cooperating means being locked when said planar support is in a substantially horizontal disposition, resilient means for urging said rod in said one direction to engage said cooperating locking means, and grasping means on said rod for permitting said rod to turn in said opposite direction to disengage said cooperating locking means and permit said light carrying portion to pivot into a disposition wherein said planar support is disposed in said substantially vertical disposition.

11. A light mounting assembly as recited in claim 10, wherein said resilient means is connected between at least one of said cams and one of said end bracket members.

12. A light mounting assembly as recited in claim 10, wherein said resilient means comprises a coil spring having one end connected to one of said end bracket members and the other end connected to one of said cams.

13. A light mounting assembly as recited in claim 10, wherein said grasping means includes a gripping member at each end thereof, whereby said rod may be turned from either side of the vehicle.

14. A light mounting assembly as recited in claim 13, wherein said attaching brackets are connected together by a central support bar, and each of said end bracket members includes grasping means for manually pivoting said light carrying portion from either side of the vehicle.

15. A light mounting assembly as recited in claim 14, wherein said resilient means comprises a coil spring having one end connected to one of said end bracket members and the other end connected to one of said cams.

16. A light mounting assembly as recited in claim 15, including resilient means connected between each attaching bracket and said central support bar for counterbalancing the weight of said lights.

17. A light mounting assembly as recited in claim 16, wherein each of said attaching brackets, end bracket members and central support bar comprises an angle member.