Granted Patent B2

US 10,745,194 · App. 15/805,649 · Granted Aug 18, 2020

Inventors: John Oren (Houston, TX); Joshua Oren (Houston, TX)

Assignee: OREN TECHNOLOGIES, LLC

B65D90/125B65D88/30B65G63/004

Abstract

Claims (43)

1. A method of positioning a plurality of proppant containers on a support structure frame, the method comprising:

providing a frame to receive and support the plurality of proppant containers in a side-by-side arrangement, the frame having a top surface to receive and position each of the plurality of proppant containers in an elevated position when having proppant positioned in one or more of the plurality of proppant containers, and a plurality of box guide assemblies connected to the top surface of the frame respectively to guide each of the plurality of proppant containers onto the top surface in the side-by-side arrangement when being loaded thereon in the elevated position, each of the plurality of box guide assemblies positioned to include:

one or more corner assemblies positioned to extend upwardly from the top surface and positioned along a peripheral edge of the frame to at least partially define a desired location to position the one or more of the plurality of proppant containers, and

one or more guide members positioned to extend upwardly and adjacent the one or more corner assemblies to guide the one or more of the plurality of proppant containers onto the top surface, each guide member having a tapered portion extending distally from the top surface such that a first width of the tapered portion at a top portion of the guide member is less than a second width of the tapered portion at a bottom portion of the guide member and an inclined edge downwardly sloping from a periphery of the frame toward the desired location and extending between a proximal side of the guide member and a distal side of the guide member;

lifting each of the plurality of proppant containers when loaded with proppant above the elevated position adjacent in the side-by-side arrangement adjacent the top surface of the frame; and

lowering each of the plurality of proppant containers into the elevated position to contact the one or more guide members of one or more of the plurality of box guide assemblies thereby to guide each of the plurality of proppant containers onto the top surface of the frame, wherein the tapered portion contactingly directs each of the plurality of proppant containers to the desired location when the proppant container is being positioned onto the frame.

2. The method as defined in claim 1 , wherein the inclined edge further extends from the top portion of the one or more guide members to a first end of the bottom portion of the one or more guide members, the inclined edge extending laterally away from the proximal side, and each of the one or more guide members being bound by the periphery of the frame.

3. A method for positioning a proppant container in a desired location on a support structure, the method comprising:

lifting a proppant container having an interior volume at least partially filled with proppant above a frame having a top surface with a plurality of cradle sections configured in a side-by-side arrangement;

aligning the proppant container over a target cradle section selected from the plurality of cradle sections, each of the plurality of cradle sections including a guide assembly having a corner member positioned along a peripheral edge of the frame and extending upwardly from the top surface, and a guide member extending upwardly from the top surface and having a tapered portion with a first side positioned adjacent a corner assembly, a second side positioned adjacent the desired location and an inclined edge extending between the first side and the second side, wherein a length of the first side is greater that a length of the second side such that the guide member forms a downwardly sloping face from the peripheral edge to the desired location;

lowering the proppant container at the target cradle section such that the proppant container engages the guide assembly; and

positioning the proppant container to contact the tapered portion and guide the proppant container into an elevated position on the frame at the desired location.

4. The method according to claim 3 , wherein positioning the proppant container comprises:

moving a side of the proppant container into contact with the tapered portion;

guiding the side of the proppant container along the downwardly sloping face; and

sliding the proppant container into the elevated position.

5. The method according to claim 3 , wherein the guide assembly includes:

a first guide assembly having a first corner member positioned along a first peripheral edge of the frame and extending upwardly from the top surface, and a first guide member extending upwardly from the top surface and having a first tapered portion with a first side positioned adjacent the first corner assembly, a second side positioned adjacent the desired location and an first inclined edge extending between the first side and the second side, wherein a length of the first side is greater that a length of the second side such that the first guide member forms a first downwardly sloping face from the first peripheral edge to the desired location;

a second guide assembly having a second corner member positioned along a second peripheral edge of the frame opposite the first peripheral edge and extending upwardly from the top surface, and a second guide member extending upwardly from the top surface and having a second tapered portion with a third side positioned adjacent the second corner assembly, a fourth side positioned adjacent the desired location and a second inclined edge extending between the third side and the fourth side, wherein a length of the third side is greater that a length of the fourth side such that the second guide member forms a second downwardly sloping face from the second peripheral edge to the desired location;

the method further comprising lowering the proppant container at the target cradle section such that the proppant container engages the first and second guide assemblies; and

positioning the proppant container to contact at least one of the first and second tapered portions and guide the proppant container into the elevated position on the frame at the desired location.

6. The method according to claim 5 , wherein positioning the proppant container comprises:

moving a first side of the proppant container into contact with at least one of the first and second tapered portions;

guiding the first side of the proppant container along at least one of first and second downwardly sloping faces; and

sliding the proppant container into the elevated position.

7. The method according to claim 4 , wherein the guide assembly includes:

a third guide assembly positioned in spaced relation to the first guide assembly along the first peripheral edge and having a third corner member positioned along the first peripheral edge and extending upwardly from the top surface, and a third guide member extending upwardly from the top surface and having a third tapered portion with a fifth side positioned adjacent the third corner assembly, a sixth side positioned adjacent the desired location and an third inclined edge extending between the fifth side and the sixth side, wherein a length of the fifth side is greater that a length of the sixth side such that the third guide member forms a third downwardly sloping face from the first peripheral edge to the desired location;

a fourth guide member positioned in spaced relation to the second guide assembly along the second peripheral edge and having a fourth corner member positioned along a second peripheral edge of the frame and extending upwardly from the top surface, and a fourth guide member extending upwardly from the top surface and having a fourth tapered portion with a seventh side positioned adjacent the fourth corner assembly, an eighth side positioned adjacent the desired location and a fourth inclined edge extending between the seventh side and the eighth side, wherein a length of the seventh side is greater that a length of the eighth side such that the fourth guide member forms a fourth downwardly sloping face from the second peripheral edge to the desired location;

the method further comprising lowering the proppant container at the target cradle section such that the proppant container engages the guide assembly; and

positioning the proppant container to contact at least one of the first, second, third and fourth tapered portions and guide the proppant container into the elevated position on the frame at the desired location.

8. The method according to claim 7 , wherein positioning the proppant container comprises:

moving a side of the proppant container into contact with at least one of the first, second, third and fourth tapered portions;

guiding the side of the proppant container along at least one of the first, second, third and fourth downwardly sloping faces; and

sliding the proppant container into the elevated position.

9. The method of claim 8 further comprising:

positioning the proppant container to initially contact the first and third tapered portions and locate the proppant container relative to the first peripheral edge; then

positioning the proppant container to subsequently contact the second and fourth tapered portions and guide the proppant container into the elevated position on the frame at the desired location.

10. The method according to claim 8 , wherein positioning the proppant container comprises:

moving a first side of the proppant container into contact with at least one of the first and third tapered portions;

guiding the first side of the proppant container along at least one of the first and third downwardly sloping faces;

moving a second side of the proppant container into contact with at least one of the second and fourth tapered portions;

guiding the second side of the proppant container along at least one of the second and fourth downwardly sloping faces; and

sliding the proppant container into the elevated position.

Assignments (5)

Continuity (11)