초록 ▼

A modular vehicle barrier system includes a reaction mass for installation in the earth; at least one post immovably anchored in the reaction mass and extending upwardly therefrom; the reaction mass having a forward member for confronting and compressing the surrounding earth and absorbing energy fr

A modular vehicle barrier system includes a reaction mass for installation in the earth; at least one post immovably anchored in the reaction mass and extending upwardly therefrom; the reaction mass having a forward member for confronting and compressing the surrounding earth and absorbing energy from the impact of the vehicle with the post.

대표청구항 ▼

What is claimed is: 1. A modular vehicle barrier system comprising: a reaction mass including a metal frame for installation in the earth, the frame at least partially filled with concrete in situ and including: a plurality of cross beams; and at least one lateral member connecting the plurality of

What is claimed is: 1. A modular vehicle barrier system comprising: a reaction mass including a metal frame for installation in the earth, the frame at least partially filled with concrete in situ and including: a plurality of cross beams; and at least one lateral member connecting the plurality of cross beams; and a plurality of spaced bollards immovably anchored in said reaction mass and extending upwardly therefrom; said reaction mass having a metal forward member for confronting and compressing the surrounding earth and absorbing energy from the impact of the vehicle with one or more bollards. 2. The modular vehicle barrier system of claim 1 in which said forward member includes distal portions proximate its lower and upper ends. 3. The modular vehicle barrier system of claim 1 in which said reaction mass includes at least one claw proximate its rearward end for engaging an impacting vehicle upon rotation of said reaction mass. 4. A modular vehicle barrier system comprising: a reaction mass including a metal frame for installation in the earth, the frame at least partially filled with concrete in situ and including: a plurality of cross beams; and at least one lateral member connecting the plurality of cross beams; and a plurality of spaced bollards immovably anchored in said reaction mass and extending upwardly therefrom; said reaction mass having a concrete forward member for confronting and compressing the surrounding earth and absorbing energy from the impact of the vehicle with one or more bollards. 5. The modular vehicle barrier system of claim 4 in which said forward member includes the forward surface of said reaction mass. 6. The modular vehicle barrier system of claim 5 in which said forward surface includes at least some pre-cast concrete. 7. The modular vehicle barrier system of claim 5 in which said forward surface includes at least some concrete poured in situ. 8. The modular vehicle barrier system of claim 4 in which said reaction mass includes at least one claw proximate its rearward end for engaging an impacting vehicle upon rotation of said reaction mass. 9. The modular vehicle barrier system of claim 4 in which said reaction mass extends rearwardly from said post under at least the forward portion of the vehicle for bearing a portion of the weight of the vehicle. 10. The modular vehicle barrier system of claim 4 in which said bollards are closer to the forward end than the rearward end of said reaction mass. 11. The modular vehicle barrier system of claim 4 in which said bollards are made of metal. 12. The modular vehicle barrier system of claim 4 in which said bollards are made of metal and filled with concrete. 13. The modular vehicle barrier system of claim 4 in which said metal framework includes metal members welded or bolted together. 14. The modular vehicle barrier system of claim 13 in which said bollards are made of metal and are welded to said frame. 15. The modular vehicle barrier system of claim 4 in which said reaction mass includes a thrust block at its forward end. 16. The modular vehicle barrier system of claim 15 in which said thrust block includes a metal core. 17. The modular vehicle barrier system of claim 15 in which said thrust block includes a concrete forward member extending to confronting virgin earth. 18. The modular vehicle barrier system of claim 17 in which said thrust block includes a concrete mass poured in situ. 19. The modular vehicle barrier system of claim 4 in which the top of said reaction mass is below the surface. 20. The modular vehicle barrier system of claim 4 in which the top of said reaction mass is flush with a surface of the earth. 21. The modular vehicle barrier system of claim 4 in which the system is accompanied with hardscape environs and said posts form a part of the hardscape environs. 22. The modular vehicle barrier system of claim 4 in which the system is accompanied with hardscape objects and said posts are integral with the hardscape objects. 23. A modular vehicle barrier system comprising: a plurality of spaced bollards; and a reaction mass having a forward member for confronting and compressing the surrounding earth and absorbing energy from the impact of the vehicle with one or more of said bollards, said reaction mass including a metal frame for installation in the earth and at least partially filled with concrete in situ, said metal frame including: a plurality of cross beams each welded to one of said spaced bollards to immovably anchor the bollards in said cross beams, said bollards extending upwardly from the corresponding cross beams; and one or more lateral members connecting the plurality of cross beams. 24. A modular vehicle barrier system comprising: a plurality of spaced bollards; and a reaction mass having a thrust member for confronting and compressing the surrounding earth and absorbing energy from the impact of the vehicle with one or more of said bollards, said reaction mass and forward member including a metal framework for installation in the earth and at least partially filled with concrete in situ, said metal framework including: a plurality of cross beams each bolted to one of said spaced bollards to immovably anchor the bollards in said cross beams, said bollards extending upwardly from the corresponding cross beams; and one or more lateral members connecting the plurality of cross beams.