Transport tank
A transport tank for mounting to a truck has a composite tank body, an outer boss mounted to an outer side of the tank body, an inner boss mounted to an inner side f the tank body, and a flange disposed such that at least a portion of the inner boss is disposed between and abuts the inner side of the tank body and the flange. The tank body, the inner boss, the outer boss and the flange each have an aperture defined therein. The flange is fastened such that the outer boss, the tank body, and the inner boss are compressed by the flange.
1. A transport tank for mounting to a truck comprising:
a tank body having an inner side and an outer side, wherein the tank body is of a composite material,
the tank body having a first tank aperture defined therein in a lower portion of the tank body and laterally offset from a longitudinal centerline of the tank body,
the tank body having a plurality of second tank apertures defined therein about the first tank aperture;
an outer boss mounted to the outer side of the tank body,
the outer boss having a first outer boss aperture defined therein, the first outer boss aperture being aligned with the first tank aperture,
the outer boss having a plurality of second outer boss apertures defined therein about the first outer boss aperture, the plurality of second outer boss apertures being aligned with the plurality of second tank apertures;
the inner boss having a plurality of second inner boss apertures defined therein about the first inner boss aperture, the plurality of second inner boss apertures being aligned with the plurality of second tank apertures and the plurality of second outer boss apertures;
a flange abutting the inner boss,
at least a portion of the inner boss being disposed between the inner side of the tank body and the flange,
the flange having a first flange aperture defined therein, the first flange aperture being aligned with the first inner boss aperture and the first tank aperture,
the inner boss having a first inner boss aperture defined therein, the first inner boss aperture being aligned with the first tank aperture and an axis of the first outer boss aperture being skewed relative to axes of the first inner boss aperture and the first flange aperture,
the flange having a plurality of second flange apertures defined therein about the first flange aperture, the plurality of second flange apertures being aligned with the plurality of second inner boss apertures,
the plurality of second tank apertures, and the plurality of second outer boss apertures, the plurality of second flange apertures having threads; and
a plurality of threaded fasteners extending in the plurality of second outer boss apertures, the plurality of second tank apertures, the plurality of second inner boss apertures, and the plurality of second flange apertures, the plurality of threaded fasteners engaging the threads of the plurality of second flange apertures such that the outer boss, the tank body, and the inner boss are compressed between heads of the plurality of threaded fasteners and the flange.
2. The tank of claim 1 , wherein the outer boss has a plurality of third outer boss apertures defined therein about the first outer boss aperture, the plurality of third outer boss apertures having threads;
wherein the outer boss has an inner side facing the tank body and an outer side facing away from the tank body, the outer side of the outer boss defining a generally flat surface;
wherein the plurality of threaded fasteners is a first plurality of threaded fasteners;
the tank further comprising:
an element having a mounting flange, the mounting flange abutting the generally flat surface of the outer boss, the mounting flange having a plurality of mounting flange apertures defined therein, the plurality of mounting flange apertures being aligned with the plurality of third outer boss apertures; and
a second plurality of threaded fasteners extending in the plurality of mounting flange apertures and the plurality of third outer boss apertures, the second plurality of threaded fasteners engaging the threads of the plurality of third outer boss apertures such that the element is fastened to the outer boss.
3. The tank of claim 2 , wherein the element is a pump.
4. The tank of claim 1 , wherein:
the outer boss has an inner side facing the tank body and an outer side facing away from the tank body;
a portion of the outer side of the tank body adjacent the outer boss is curved;
the inner side of the outer boss is curved and is complementary in shape to the portion of the outer side of the tank body; and
the outer side of the outer boss defines a generally flat surface.
5. The tank of claim 1 , wherein:
the inner boss has an outer side facing the tank body and an inner side opposite the outer side;
a portion of the inner side of the tank body adjacent the inner boss is curved; and
the outer side of the inner boss is curved and is complementary in shape to the portion of the inner side of the tank body.
6. The tank of claim 1 , wherein the flange has an annular lip extending toward the inner side of the tank body, the annular lip being received in a corresponding annular groove in the inner boss.
7. The tank of claim 1 , wherein the inner boss abuts a circumference of the flange.
8. The tank of claim 1 , further comprising:
a mounting fitting mounted to the outer boss, the outer boss being disposed between the mounting fitting and the tank body,
the mounting fitting having a first mounting fitting aperture defined therein, the first mounting fitting aperture being aligned with the first tank aperture and with the first outer boss apertures;
the mounting fitting having a plurality of second mounting fitting apertures defined therein about the first mounting fitting aperture, the plurality of second mounting fitting apertures being aligned with the plurality of second tank apertures and with the plurality of second outer boss apertures;
wherein the plurality of threaded fasteners extend in the plurality of second mounting fitting apertures.
9. The tank of claim 8 , wherein the mounting fitting has a plurality of third mounting fitting apertures defined therein about the first mounting fitting aperture; the plurality of third mounting fitting apertures being threaded.
10. The tank of claim 1 , wherein the flange has an annular groove formed in a wall having the first flange aperture;
the tank further comprising an O-ring disposed in the annular groove.
11. The tank of claim 1 , wherein the flange has an annular groove;
the tank further comprising an o-ring disposed in the groove of the flange, the o-ring being disposed between the flange and the inner boss, the o-ring being disposed radially between the first flange aperture and the plurality of second flange apertures.
12. The tank of claim 1 , wherein the tank body includes a liner disposed inside an outer shell, the outer shell being made of composite material; and wherein the inner boss and the liner are made of the same material.
13. The tank of claim 12 , wherein the material is a polymer.
14. The tank of claim 1 , wherein the inner boss is fused to the flange.
15. The tank of claim 1 , wherein the tank body includes a liner disposed inside an outer shell, the outer shell being made of composite material; and
wherein the inner boss and the liner have identical thermal coefficients of expansion.
16. A transport tank for mounting to a truck comprising:
a tank body having an inner side and an outer side, wherein the tank body is of a composite material,
the tank body having a first tank aperture defined therein,
the tank body having a plurality of second tank apertures defined therein about the first tank aperture;
an outer boss mounted to the outer side of the tank body,
the outer boss having a first outer boss aperture defined therein, the first outer boss aperture being aligned with the first tank aperture,
the outer boss having a plurality of second outer boss apertures defined therein about the first outer boss aperture, the plurality of second outer boss apertures being aligned with the plurality of second tank apertures;
the outer boss having a plurality of third outer boss apertures defined therein about the first outer boss aperture, the plurality of third outer boss apertures having threads,
the outer boss having an inner side facing the tank body and an outer side facing away from the tank body, the outer side of the outer boss defining a generally flat surface,
an inner boss mounted to and abutting the inner side of the tank body,
the inner boss having a first inner boss aperture defined therein, the first inner boss aperture being aligned with the first tank aperture,
the inner boss having a plurality of second inner boss apertures defined therein about the first inner boss aperture, the plurality of second inner boss apertures being aligned with the plurality of second tank apertures and the plurality of second outer boss apertures;
a flange abutting the inner boss,
at least a portion of the inner boss being disposed between the inner side of the tank body and the flange,
the flange having a first flange aperture defined therein, the first flange aperture being aligned with the first inner boss aperture and the first tank aperture,
the flange having a plurality of second flange apertures defined therein about the first flange aperture, the plurality of second flange apertures being aligned with the plurality of second inner boss apertures, the plurality of second tank apertures, and the plurality of second outer boss apertures,
the plurality of second flange apertures having threads; and
a first plurality of threaded fasteners extending in the plurality of second outer boss apertures, the plurality of second tank apertures, the plurality of second inner boss apertures, and the plurality of second flange apertures, the first plurality of threaded fasteners engaging the threads of the plurality of second flange apertures such that the outer boss, the tank body, and the inner boss are compressed between heads of the first plurality of threaded fasteners and the flange;
an element having a mounting flange, the mounting flange abutting the generally flat surface of the outer boss, the mounting flange having a plurality of mounting flange apertures defined therein, the plurality of mounting flange apertures being aligned with the plurality of third outer boss apertures; and
a second plurality of threaded fasteners extending in the plurality of mounting flange apertures and the plurality of third outer boss apertures, the second plurality of threaded fasteners engaging the threads of the plurality of third outer boss apertures such that the element is fastened to the outer boss.
17. The tank of claim 16 , wherein the first tank aperture is defined in a lower portion of the tank body and is laterally offset from a longitudinal centerline of the tank body; and
wherein an axis of the first outer boss aperture is skewed relative to axes of the first inner boss aperture and the first flange aperture.
18. The tank of claim 16 , wherein the element is a pump.
19. The tank of claim 16 , wherein:
a portion of the outer side of the tank body adjacent the outer boss is curved; and
the inner side of the outer boss is curved and is complementary in shape to the portion of the outer side of the tank body.
20. The tank of claim 16 , wherein:
the inner boss has an outer side facing the tank body and an inner side opposite the outer side;
a portion of the inner side of the tank body adjacent the inner boss is curved; and
the outer side of the inner boss is curved and is complementary in shape to the portion of the inner side of the tank body.
21. The tank of claim 16 , wherein the flange has an annular lip extending toward the inner side of the tank body, the annular lip being received in a corresponding annular groove in the inner boss.
22. The tank of claim 16 , wherein the inner boss abuts a circumference of the flange.
23. The tank of claim 16 , wherein the flange has an annular groove formed in a wall having the first flange aperture;
the tank further comprising an O-ring disposed in the annular groove.
24. The tank of claim 16 , wherein the flange has an annular groove;
the tank further comprising an o-ring disposed in the groove of the flange, the o-ring being disposed between the flange and the inner boss, the o-ring being disposed radially between the first flange aperture and the plurality of second flange apertures.
25. The tank of claim 16 , wherein the tank body includes a liner disposed inside an outer shell, the outer shell being made of composite material; and wherein the inner boss and the liner are made of the same material.
26. The tank of claim 25 , wherein the material is a polymer.
27. The tank of claim 16 , wherein the tank body includes a liner disposed inside an outer shell, the outer shell being made of composite material; and
wherein the inner boss and the liner have identical thermal coefficients of expansion.
28. A transport tank for mounting to a truck comprising:
a tank body having an inner side and an outer side, wherein the tank body is of a composite material,
the tank body having a first tank aperture defined therein,
the tank body having a plurality of second tank apertures defined therein about the first tank aperture;
an outer boss mounted to the outer side of the tank body,
the outer boss having a first outer boss aperture defined therein, the first outer boss aperture being aligned with the first tank aperture,
the outer boss having a plurality of second outer boss apertures defined therein about the first outer boss aperture, the plurality of second outer boss apertures being aligned with the plurality of second tank apertures;
an inner boss mounted to and abutting the inner side of the tank body,
the inner boss having a first inner boss aperture defined therein, the first inner boss aperture being aligned with the first tank aperture,
the inner boss having a plurality of second inner boss apertures defined therein about the first inner boss aperture, the plurality of second inner boss apertures being aligned with the plurality of second tank apertures and the plurality of second outer boss apertures;
a flange abutting the inner boss,
at least a portion of the inner boss being disposed between the inner side of the tank body and the flange,
the flange having a first flange aperture defined therein, the first flange aperture being aligned with the first inner boss aperture and the first tank aperture,
the flange having a plurality of second flange apertures defined therein about the first flange aperture, the plurality of second flange apertures being aligned with the plurality of second inner boss apertures, the plurality of second tank apertures, and the plurality of second outer boss apertures,
the flange having an annular lip extending toward the inner side of the tank body, the annular lip being received in a corresponding annular groove in the inner boss,
the plurality of second flange apertures having threads; and
a plurality of threaded fasteners extending in the plurality of second outer boss apertures, the plurality of second tank apertures, the plurality of second inner boss apertures, and the plurality of second flange apertures, the plurality of threaded fasteners engaging the threads of the plurality of second flange apertures such that the outer boss, the tank body, and the inner boss are compressed between heads of the plurality of threaded fasteners and the flange.
29. The tank of claim 28 , wherein the first tank aperture is defined in a lower portion of the tank body and is laterally offset from a longitudinal centerline of the tank body; and
wherein an axis of the first outer boss aperture is skewed relative to axes of the first inner boss aperture and the first flange aperture.
30. The tank of claim 28 , wherein the outer boss has a plurality of third outer boss apertures defined therein about the first outer boss aperture, the plurality of third outer boss apertures having threads;
wherein the outer boss has an inner side facing the tank body and an outer side facing away from the tank body, the outer side of the outer boss defining a generally flat surface;
wherein the plurality of threaded fasteners is a first plurality of threaded fasteners;
the tank further comprising:
an element having a mounting flange, the mounting flange abutting the generally flat surface of the outer boss, the mounting flange having a plurality of mounting flange apertures defined therein, the plurality of mounting flange apertures being aligned with the plurality of third outer boss apertures; and
a second plurality of threaded fasteners extending in the plurality of mounting flange apertures and the plurality of third outer boss apertures, the second plurality of threaded fasteners engaging the threads of the plurality of third outer boss apertures such that the element is fastened to the outer boss.
31. The tank of claim 30 , wherein the element is a pump.
32. The tank of claim 28 , wherein:
the outer boss has an inner side facing the tank body and an outer side facing away from the tank body;
a portion of the outer side of the tank body adjacent the outer boss is curved;
the inner side of the outer boss is curved and is complementary in shape to the portion of the outer side of the tank body; and
the outer side of the outer boss defines a generally flat surface.
33. The tank of claim 28 , wherein:
the inner boss has an outer side facing the tank body and an inner side opposite the outer side;
a portion of the inner side of the tank body adjacent the inner boss is curved; and
the outer side of the inner boss is curved and is complementary in shape to the portion of the inner side of the tank body.
34. The tank of claim 28 , wherein the inner boss abuts a circumference of the flange.
35. The tank of claim 28 , further comprising:
a mounting fitting mounted to the outer boss, the outer boss being disposed between the mounting fitting and the tank body,
the mounting fitting having a first mounting fitting aperture defined therein, the first mounting fitting aperture being aligned with the first tank aperture and with the first outer boss apertures;
the mounting fitting having a plurality of second mounting fitting apertures defined therein about the first mounting fitting aperture, the plurality of second mounting fitting apertures being aligned with the plurality of second tank apertures and with the plurality of second outer boss apertures;
wherein the plurality of threaded fasteners extend in the plurality of second mounting fitting apertures.
36. The tank of claim 35 , wherein the mounting fitting has a plurality of third mounting fitting apertures defined therein about the first mounting fitting aperture; the plurality of third mounting fitting apertures being threaded.
37. The tank of claim 28 , wherein the flange has an annular groove formed in a wall having the first flange aperture;
the tank further comprising an O-ring disposed in the annular groove.
38. The tank of claim 28 , wherein the flange has an annular groove;
the tank further comprising an o-ring disposed in the groove of the flange, the o-ring being disposed between the flange and the inner boss, the o-ring being disposed radially between the first flange aperture and the plurality of second flange apertures.
39. The tank of claim 28 , wherein the tank body includes a liner disposed inside an outer shell, the outer shell being made of composite material; and wherein the inner boss and the liner are made of the same material.
40. The tank of claim 39 , wherein the material is a polymer.
41. The tank of claim 28 , wherein the tank body includes a liner disposed inside an outer shell, the outer shell being made of composite material; and
wherein the inner boss and the liner have identical thermal coefficients of expansion.
42. A transport tank for mounting to a truck comprising:
a tank body having an inner side and an outer side, wherein the tank body is of a composite material,
the tank body having a first tank aperture defined therein,
the tank body having a plurality of second tank apertures defined therein about the first tank aperture;
an outer boss mounted to the outer side of the tank body,
the outer boss having a first outer boss aperture defined therein, the first outer boss aperture being aligned with the first tank aperture,
the outer boss having a plurality of second outer boss apertures defined therein about the first outer boss aperture, the plurality of second outer boss apertures being aligned with the plurality of second tank apertures;
an inner boss mounted to and abutting the inner side of the tank body,
the inner boss having a first inner boss aperture defined therein, the first inner boss aperture being aligned with the first tank aperture,
the inner boss having a plurality of second inner boss apertures defined therein about the first inner boss aperture, the plurality of second inner boss apertures being aligned with the plurality of second tank apertures and the plurality of second outer boss apertures;
a flange abutting the inner boss,
at least a portion of the inner boss being disposed between the inner side of the tank body and the flange,
the flange having a first flange aperture defined therein, the first flange aperture being aligned with the first inner boss aperture and the first tank aperture,
the flange having a plurality of second flange apertures defined therein about the first flange aperture, the plurality of second flange apertures being aligned with the plurality of second inner boss apertures, the plurality of second tank apertures, and the plurality of second outer boss apertures,
the plurality of second flange apertures having threads;
a plurality of threaded fasteners extending in the plurality of second outer boss apertures, the plurality of second tank apertures, the plurality of second inner boss apertures, and the plurality of second flange apertures, the plurality of threaded fasteners engaging the threads of the plurality of second flange apertures such that the outer boss, the tank body, and the inner boss are compressed between heads of the plurality of threaded fasteners and the flange;
a mounting fitting mounted to the outer boss, the outer boss being disposed between the mounting fitting and the tank body,
the mounting fitting having a first mounting fitting aperture defined therein, the first mounting fitting aperture being aligned with the first tank aperture and with the first outer boss aperture;
the mounting fitting having a plurality of second mounting fitting apertures defined therein about the first mounting fitting aperture, the plurality of second mounting fitting apertures being aligned with the plurality of second tank apertures and with the plurality of second outer boss apertures;
wherein the plurality of threaded fasteners extend in the plurality of second mounting fitting apertures and the mounting fitting has a plurality of third mounting fitting apertures defined therein about the first mounting fitting aperture; the plurality of third mounting fitting apertures being threaded.
43. The tank of claim 42 , wherein the first tank aperture is defined in a lower portion of the tank body and is laterally offset from a longitudinal centerline of the tank body; and
wherein an axis of the first outer boss aperture is skewed relative to axes of the first inner boss aperture and the first flange aperture.
44. The tank of claim 42 , wherein:
the outer boss has an inner side facing the tank body and an outer side facing away from the tank body;
a portion of the outer side of the tank body adjacent the outer boss is curved;
the inner side of the outer boss is curved and is complementary in shape to the portion of the outer side of the tank body; and
the outer side of the outer boss defines a generally flat surface.
45. The tank of claim 42 , wherein:
the inner boss has an outer side facing the tank body and an inner side opposite the outer side;
a portion of the inner side of the tank body adjacent the inner boss is curved; and
the outer side of the inner boss is curved and is complementary in shape to the portion of the inner side of the tank body.
46. The tank of claim 42 , wherein the flange has an annular lip extending toward the inner side of the tank body, the annular lip being received in a corresponding annular groove in the inner boss.
47. The tank of claim 42 , wherein the inner boss abuts a circumference of the flange.
48. The tank of claim 42 , wherein the flange has an annular groove formed in a wall having the first flange aperture;
the tank further comprising an O-ring disposed in the annular groove.
49. The tank of claim 42 , wherein the flange has an annular groove;
the tank further comprising an o-ring disposed in the groove of the flange, the o-ring being disposed between the flange and the inner boss, the o-ring being disposed radially between the first flange aperture and the plurality of second flange apertures.
50. The tank of claim 42 , wherein the tank body includes a liner disposed inside an outer shell, the outer shell being made of composite material; and wherein the inner boss and the liner are made of the same material.
51. The tank of claim 50 , wherein the material is a polymer.
52. The tank of claim 42 , wherein the tank body includes a liner disposed inside an outer shell, the outer shell being made of composite material; and
wherein the inner boss and the liner have identical thermal coefficients of expansion.
53. The tank of claim 42 , wherein the inner boss is fused to the flange.