초록 ▼

A shear valve assembly for a fuel dispenser that ensures that the energy from an impact to the fuel dispenser causes a shear valve placed inline to the fuel supply conduit to engage if there is a possibility that such impact could cause the fuel supply conduit to break thereby causing a leak of fuel

A shear valve assembly for a fuel dispenser that ensures that the energy from an impact to the fuel dispenser causes a shear valve placed inline to the fuel supply conduit to engage if there is a possibility that such impact could cause the fuel supply conduit to break thereby causing a leak of fuel to the environment. The shear valve assembly may be constructed as part of the fuel dispenser during the manufacture of the fuel dispenser, or the shear valve assembly may be constructed separately from the fuel dispenser and attached to the fuel dispenser in the field during installation of a fuel dispenser.

대표청구항 ▼

1. A fuel dispenser for delivering fuel to a vehicle, comprising:a housing; a shear valve located in a horizontal plane and coupled in between a fuel supply conduit located internal to said housing and a branch conduit wherein said fuel supply conduit receives fuel from said branch conduit; and a sh

1. A fuel dispenser for delivering fuel to a vehicle, comprising:a housing; a shear valve located in a horizontal plane and coupled in between a fuel supply conduit located internal to said housing and a branch conduit wherein said fuel supply conduit receives fuel from said branch conduit; and a shear valve assembly comprising at least two members connected to said housing wherein one of said members is located in a plane in or above the horizontal plane and wherein the other of said members is located in a plane in or below the horizontal plane, and wherein and at least one shear fastener connects said at least two members to each other such that said at least one shear fastener is also located in a plane that crosses the horizontal plant wherein the energy from an impact to said housing is directed into said shear fastener. 2. The fuel dispenser of claim 1, wherein said shear valve assembly contains at least one anchor fastener orifice in which to place an anchor fastener to secure said shear valve assembly to the ground.3. The fuel dispenser of claim 2, wherein said at least one anchor fastener orifice is comprised of four anchor fastener orifices.4. The fuel dispenser of claim 1, wherein one of said at least two members comprises a first substantially hollow structure and wherein the other of said at least two members comprises a second substantially hollow structure wherein said first substantially hollow structure.5. The fuel dispenser of claim 4, further comprising a cross member wherein said cross member is attached from one side of said first substantially hollow structure to an opposite side of said first substantially hollow structure wherein said fuel supply conduit is secured to said cross member.6. The fuel dispenser of claim 5, wherein said fuel supply conduit is secured to said cross member using a U-bolt.7. The fuel dispenser of claim 4, further comprising a cross member wherein said cross member is attached from one side of said second substantially hollow structure to an opposite side of said second substantially hollow structure wherein said fuel supply conduit is secured to said cross member.8. The fuel dispenser of claim 7, wherein said fuel supply conduit is secured to said cross member using a U-bolt.9. The fuel dispenser of claim 1, wherein said shear fastener is comprised from the group consisting of a screw, a bolt, a rod, a shaft, a conduit, and a pipe.10. The fuel dispenser of claim 1, further comprising a shear valve coupled inline to said fuel supply conduit.11. The fuel dispenser of claim 1, wherein said at least two members is comprised of a first set of two parallel members connected using said at least one shear fastener to a second set of two parallel members located below said first set of parallel members.12. The fuel dispenser of claim 11, wherein said first set of parallel members is secured to said housing.13. The fuel dispenser of claim 11, wherein said second set of parallel members is secured to the ground using at least one anchor fastener.14. The fuel dispenser of claim 12, further comprising a cross member that is attached from one of said first two parallel members to the opposite side of said first two parallel members wherein said fuel supply conduit is secured to said cross member.15. The fuel dispenser of claim 14, wherein said fuel supply conduit is secured to said cross member using a U-bolt.16. The fuel dispenser of claim 12, further comprising a cross member that is attached from one of said second two parallel members to the opposite side of said second two parallel members wherein said fuel supply conduit is secured to said cross member.17. The fuel dispenser of claim 16, wherein said fuel supply conduit is secured to said cross member using a U-bolt.18. A shear valve assembly that attaches to a fuel dispenser, comprising:a first substantially hollow structure that attaches to the fuel dispenser; a second substantially hollow structure containing at least one anchor fastener orifice that is adapted to receive an anchor fastener to attach said second substantially hollow structure to the ground; and at least one shear fastener that attaches said first substantially hollow structure to said second substantially hollow structure. 19. The assembly of claim 18, wherein said at least one anchor fastener orifice is comprised of four orifices.20. The assembly of claim 18, wherein said at least one shear fastener is comprised from the group consisting of at least one screw, at least one bolt, at least one rod, at least one shaft, at least one conduit, and at least one pipe.21. The assembly of claim 18, further comprising a cross member that is attached from one side of said first substantially hollow structure to an opposite side of said first substantially hollow structure.22. The assembly of claim 21, further comprising a U-bolt that is attached to said cross member.23. The assembly of claim 18, further comprising a cross member that is attached from one side of said second substantially hollow structure to an opposite side of said second substantially hollow structure.24. The assembly of claim 23, further comprising a U-bolt that is attached to said cross member.25. A shear valve assembly that attaches to a fuel dispenser, comprising:a first set of parallel members that attaches to the fuel dispenser; a second set of parallel members containing at least one anchor fastener orifice that is adapted to receive an anchor fastener to attach said second set of parallel members to the ground; and at least one shear fastener that attaches said first set of parallel members to said second set of parallel members. 26. The assembly of claim 25, wherein said at least one anchor fastener orifice is comprised of four orifices.27. The assembly of claim 25, wherein said at left one shear fastener is comprised from the group consisting of at least one screw, at least one bolt, at least one rod, at least one shaft, at least one conduit, and at least one pipe.28. The assembly of claim 25, further comprising a cross member that is attached from one side of said first set of parallel members to an apposite side of said first set of parallel members.29. The assembly of claim 28, further comprising a U-bolt that is attached to said cross member.30. The assembly of claim 25, further comprising a cross member that is attached from one side of said second set of parallel members to an apposite side of said second set of parallel members.31. The assembly of claim 30, further comprising a U-bolt that is attached to said cross member.32. A method of installing a shear valve assembly to a fuel dispenser during manufacture, comprising the steps of:attaching a first substantially hollow structure of a shear valve assembly to a fuel dispenser; attaching a second substantially hollow structure to the ground; and attaching said first substantially hollow structure to said second substantially hollow structure using a shear fastener. 33. A method of installing a shear valve assembly to a fuel dispenser during manufacture, comprising the steps of:attaching a first set of parallel members of a shear valve assembly to a fuel dispenser; attaching a second set of parallel members to the ground; and attaching said first set of parallel members to said second set of parallel members using a shear fastener. 34. A fuel dispenser for delivering fuel to a vehicle, comprising:a housing; a shear valve coupled in between a fuel supply conduit and a branch conduit wherein said fuel supply conduit receives fuel from a said branch conduit; and a shear valve assembly connected to said housing and including at least one shear fastener located in the horizontal plane of said shear valve wherein the energy from an impact to said housing is directed into said shear fastener; wherein said shear valve assembly is comprised of a first substantially hollow structure connected by said at least one shear fastener to a second substantially hollow structure located below said first substantially hollow structure. 35. The fuel dispenser of claim 34, further comprising a cross member wherein said cross member is attached from one side of said first substantially hollow structure to an opposite side of said first substantially hollow structure wherein said fuel supply conduit is secured to said cross member.36. The fuel dispenser of claim 35, wherein said fuel supply conduit is secured to said cross member using a U-bolt.37. The fuel dispenser of claim 34, further comprising a cross member wherein said cross member is attached from one side of said second substantially hollow structure to an opposite side of said second substantially hollow structure wherein said fuel supply conduit is secured to said cross member.38. The fuel dispenser of claim 37, wherein said fuel supply conduit is secured to said cross member using a U-bolt.39. A fuel dispenser for delivering fuel to a vehicle, comprising:a housing; a shear valve coupled in between a fuel supply conduit and a branch conduit wherein said fuel supply conduit receives fuel from a said branch conduit; and a shear valve assembly connected to said housing and including at least one shear fastener located in the horizontal plane of said shear valve wherein the energy from an impact to said housing is directed into said shear fastener; wherein said shear valve assembly is comprised of a first set of two parallel members connected using at least one shear fastener to a second set of two parallel members located below said first set of parallel members. 40. The fuel dispenser of claim 39, wherein said first set of parallel members is secured to said housing.41. The fuel dispenser of claim 39, wherein said second set of parallel members is secured least one anchor fastener.42. The fuel dispenser of claim 40, further comprising a cross member that is attached from one of said first two parallel members to the opposite side of said first two parallel members wherein said fuel supply conduit is secured to said cross member.43. The fuel dispenser of claim 42, wherein said fuel supply conduit is secured to said cross member using a U-bolt.44. The fuel dispenser of claim 40, further comprising a cross member that is attached from one of said second two parallel members to the opposite side of said second two parallel members wherein said fuel supply conduit is secured to said cross member.45. The fuel dispenser of claim 44, wherein said fuel supply conduit is secured to said cross member using a U-bolt.46. A method of installing a shear valve assembly to a fuel dispenser during manufacture, comprising the steps of:attaching a first member of a shear valve assembly to a fuel dispenser; attaching a second member of said shear valve assembly to the ground; and attaching said first member to said second member using a shear fastener.