Cable housing system

1. A cable housing system comprising:

a housing positioned below a travel path, the travel path defining a surface crown across the travel path, wherein said housing comprises housing sections that connect to follow the surface crown across the travel path;

a plurality of surface lid sections connected to said housing, said surface lid sections generally lying flush with the surface crown of the travel path when in a closed position and defining gaps between the surface lid sections in an open position to accommodate the closed position with the surface lid sections following the surface crown across the travel path;

at least one surface lid interlocking mechanism connecting at least two adjacent surface lid sections, said interlocking mechanism comprising a horizontal member attached to an underside of one lid section and a receiving stay attached to an adjacent underside of an adjacent lid section so that the horizontal member extends into the adjacent receiving stay, wherein said interlocking mechanism connects the adjacent surface lid sections across the respective gap formed by moving both adjacent surface lid sections from the closed position to the opened position;

at least one attachment mechanism connecting at least one of the surface lid sections to said housing, such that the attachment mechanism provides for the at least one of the surface lid section to be selectively moved relative to said housing; and

a cable that is stored in the housing when not raised.

2. A cable housing system according to claim 1 , further comprising end supports positioned adjacent opposite sides of the travel path and extending above the grade level of the travel path, wherein said end supports are connected to the cable stored in said housing and adapted to raise and lower said cable.

3. A cable housing system according to claim 2 , wherein said cable is a single continuous cable of sufficient length such that, when said housing is closed, said cable extends from inside said housing to points on said end supports above grade level of the travel path.

4. A cable housing system according to claim 1 wherein the lid sections move from the opened position to the closed position by gravity.

5. A cable housing system according to claim 1 wherein the surface lid sections have an outside surface, said surface having ridges for enhancing traction of a vehicle.

6. A cable housing system according to claim 1 wherein the horizontal member is a horizontal pin.

7. A cable housing system according to claim 1 wherein a heating element is located within the housing.

8. A cable housing system according to claim 1 wherein the housing is about eight inches wide.

9. A cable housing system according to claim 1 wherein the surface lid sections may be locked while in the closed position.

10. A cable housing system according to claim 1 wherein the horizontal member is so dimensioned as to span across the gap to connect with the receiving stay in an open position.

11. A cable housing system comprising:

a housing for positioning under the travel surface, said housing having opposed ends and said travel surface defining a crown, wherein said housing comprises housing sections that connect to follow the surface crown across the travel path;

a plurality of surface lid sections connected to said housing, said surface lid sections generally lying flush with the surface of the travel path when in the closed position and defining gaps between the surface lid sections in an open position to accommodate the closed position with the surface lid sections following the surface crown across the travel path;

a respective horizontal member connected to all of the surface lid sections except one surface lid section positioned at one of said opposed ends of the housing said horizontal member extending under an adjacent surface lid section and a receiving stay attached to an underside of an adjacent lid section so that the horizontal member extends into the adjacent receiving stay; wherein said horizontal members and said adjacent receiving stays connect the adjacent surface lid sections across the respective gap formed by moving both adjacent surface lid sections from the closed position to the opened position;

at least one attachment mechanism connecting the at least one surface lid section to said housing, such that said attachment mechanism provides for the at least one surface lid section to be selectively moved relative to said housing; and

a cable stored in said housing when not raised.

12. A cable housing system according to claim 11 , further comprising end supports positioned adjacent opposite sides of the travel path and extending above the grade level of the travel path, wherein said end supports are connected to the cable stored in said housing and adapted to raise and lower said cable.

13. A cable housing system according to claim 11 , wherein said horizontal member slidably engages an adjacent surface lid section as a surface lid section opens or closes.

14. A cable housing system according to claim 12 , wherein said cable is a single continuous cable of sufficient length such that, when said housing is closed, said cable extends from inside said housing to points on said end supports above grade level of the travel path.

15. A cable housing system according to claim 11 , wherein said attachment mechanism comprising a stopping device allowing said surface lid sections to open to an angle that is less than about 90 degrees relative to said housing.

16. A cable housing system according to claim 11 wherein the lid sections move from the opened position to the closed position by gravity.

17. A cable housing system according to claim 11 wherein the surface lid sections have an outside surface, said surface having ridges for enhancing traction of a vehicle.

18. A cable housing system according to claim 11 wherein a heating element is located within the housing.

19. A cable housing system according to claim 11 wherein the horizontal member is a pin.

20. A cable housing system according to claim 11 wherein the surface lid sections may be locked while in the closed position.