초록 ▼

A container assembly and methods for making and using such an assembly are disclosed herein. In one embodiment, an assembly is configured to hold an amount of catalyst. The assembly includes a first layer forming an inner liner that, when sealed, contains the amount of catalyst. Additionally, the as

A container assembly and methods for making and using such an assembly are disclosed herein. In one embodiment, an assembly is configured to hold an amount of catalyst. The assembly includes a first layer forming an inner liner that, when sealed, contains the amount of catalyst. Additionally, the assembly includes a second layer that at least partly surrounds the first layer and that is substantially rigid. Further, the assembly includes a third layer that substantially completely surrounds the second layer and that is at least partly made from a woven material, the third layer including a portion forming a spout structure, and a fourth layer that at least partly surrounds the third layer.

대표청구항 ▼

1. An assembly configured to hold an amount of catalyst, the assembly comprising: a first layer forming an inner liner that, when airtight sealed, contains the amount of catalyst;a second layer that at least partly surrounds the first layer and that is substantially rigid;a third layer that substant

1. An assembly configured to hold an amount of catalyst, the assembly comprising: a first layer forming an inner liner that, when airtight sealed, contains the amount of catalyst;a second layer that at least partly surrounds the first layer and that is substantially rigid;a third layer that substantially completely surrounds the second layer and that is at least partly made from a woven material; andfourth layer that at least partly surrounds the third layer, wherein the fourth layer includes either e-glass or fiberglass, and wherein the fourth layer is ultraviolet-light (UV) stable and has a high temperature resistance. 2. An assembly configured to hold an amount of catalyst, the assembly comprising: a first layer forming an inner liner that, when sealed, contains the amount of catalyst;a second layer that at least partly surrounds the first layer and that is substantially rigid;a third layer that substantially completely surrounds the second layer and that is at least partly made from a woven material; anda fourth layer that at least partly surrounds the third layer, wherein the fourth layer includes either e-glass or fiberglass, and wherein the fourth layer is ultraviolet-light (UV) stable and has a high temperature resistance. 3. The assembly of claim 2, wherein the first layer is a form-fitted liner made from an impermeable material, the liner including, a narrow filling opening proximate a first end of the liner, a narrow spout opening proximate a second end of the liner, and a wider containment section between the first and second ends, and wherein portions of the liner at or proximate to each of the ends of the liner can be sealed so as to seal an interior within the wider containment section from an outside atmosphere. 4. The assembly of claim 2, wherein the second layer includes at least some wall sections that are made from a cardboard material. 5. The assembly of claim 4, wherein the second layer includes four of the wail sections that together form a walled enclosure having an open top and an open bottom, and wherein one or more additional layers of woven or nonwoven polypropylene are mounted along a rim at or proximate to the bottom of the walled enclosure. 6. The assembly of claim 5, wherein a first of the additional layers is a woven polypropylene layer that is mounted along an exterior surface of the rim along or proximate to the bottom of the walled enclosure, a second of the additional layers is a woven polypropylene layer that is mounted along an interior surface of the rim at or proximate to the bottom of the walled enclosure, and a third of the additional layers is a nonwoven polypropylene layer, with the second of the additional layers being between the rim and the third additional layer. 7. The assembly of claim 2, wherein the first layer includes an access port in addition to an entry port and an exit port, wherein the access port allows for accessing of an interior region within the inner liner even when the entry port and the exit port are both closed, and wherein the access port can be repeatably opened and closed in a manner such that, when the access port is closed, the interior region is sealed relative to an outside environment. 8. The assembly of claim 7, wherein at least one of the second, third, and fourth layers includes an additional access formation by which the access port can be accessed from a location exterior of the assembly. 9. The assembly of claim 2, wherein the fourth layer forms a bucket having four side walls and a hinged bottom attached to at least one of the side walls, the hinged bottom capable of being opened so that a spout structure can extend out beyond a bottom of the side walls, and wherein the third layer includes both the spout structure and an additional fill spout structure. 10. An assembly configured to hold an amount of catalyst, the assembly comprising: a first layer forming an inner liner that, when sealed, contains the amount of catalyst;a second layer that at least partly surrounds the first layer and that is substantially rigid;a third layer that substantially completely surrounds the second layer and that is at least partly made from a. woven material; anda fourth layer that at least partly surrounds the third layer, wherein the fourth layer forms a bucket having four side walls and a hinged bottom attached to at least one of the side walls, the hinged bottom capable of being opened so that a spout structure can extend out beyond a bottom of the side walls, and wherein the third layer includes both the spout structure and an additional fill spout structure. 11. The assembly of claim 10, wherein the fourth layer includes either e-glass or fiberglass, and wherein the fourth layer is ultraviolet-light (UV) stable and has a high temperature resistance. 12. The assembly of claim 10, wherein the hinged bottom can be fastened to one or more of the four side walls in a closed position by way of one or more Velcro fastener structures extending from the hinged bottom that are complementary relative to one or more buckles positioned on the one or more side walls. 13. The assembly of claim 10, wherein a plurality of straps are affixed to the fourth layer and a plurality of lifting loops attached or formed integrally with the straps extend above a top edge of the bucket. 14. The assembly of claim 13, wherein a first of the lifting loops extends across a corner of the fourth layer between a respective pair of the straps. 15. The assembly of claim 10, wherein the bucket is cubic or substantially cubic in shape, and is configured to receive a container top that substantially covers over an upper orifice of the bucket when received by the bucket, and wherein a bottom structure is hingedly attached to the fourth layer. 16. An assembly configured to hold an amount of catalyst, the assembly comprising: a first layer forming an inner liner that, when airtight sealed, contains the amount of catalyst;a second layer that at least partly surrounds the first layer and that is substantially rigid;a third layer that substantially completely surrounds the second layer and that is at least partly made from a woven material; anda fourth layer that at least partly surrounds the third layer, wherein the fourth layer forms a bucket having four side walk and a hinged bottom attached to at least one of the side walls, the hinged bottom capable of being opened so that a spout structure can estend out beyond a bottom of the side walls, and wherein the third layer includes both the spout structure and an additional fill spout structure. 17. The assembly of claim 16, wherein the hinged bottom can be fastened to one or more of the four side walls in a closed position by way of one or more Velcro fastener structures extending from the hinged bottom that are complementary relative, to one or more buckles positioned on the one or more side walls. 18. The assembly of claim 16, wherein a plurality of straps are affixed to the fourth layer and a plurality of lifting loops attached or formed integrally with the straps extend above a top edge of the bucket. 19. The assembly of claim 18, wherein a first of the lilting loops extends across a corner of the fourth layer between a respective pair of the straps. 20. The assembly of claim 16, wherein the bucket is cubic or substantially cubic in shape, and is configured to receive a container top that substantially covers over an upper orifice of the bucket when received by the bucket, and wherein a bottom structure is hingedly attached to the fourth layer. 21. An assembly configured to hold an amount of catalyst, the assembly comprising: a first layer forming an inner liner that, when airtight sealed, contains the amount of catalyst;a second layer that at least partly surrounds the first layer and that is substantially rigid;a third layer that substantially completely surrounds the second layer and that is at least partly made from a woven material; anda fourth layer that at least partly surrounds the third layer,wherein the third layer includes a portion forming a spout structure, wherein one or more straps extend from the spout structure and can be attached to one or more buckles attached to the fourth layer so as to close or substantially close an orifice of the spout structure. 22. An assembly configured to hold an amount of catalyst, the assembly comprising: a first layer forming an inner liner that, when airtight sealed, contains the amount of catalyst;a second layer that at least partly surrounds the first layer and that is substantially rigid;a third layer that substantially completely surrounds the second layer and that is at least partly made from a woven material; anda fourth layer that at least partly surrounds the third layer,wherein the second layer includes at least some wall sections that are made from a cardboard material, and wherein the second layer includes four of the wall sections that together form a walled enclosure having open top and an open bottom, and wherein one or more additional layers of woven or nonwoven polypropylene are mounted along a rim at or proximate to the bottom of the walled enclosure. 23. The assembly of claim 22, wherein the first layer is a form-fitted liner made from an impermeable material, the liner including a narrow filling opening proximate as first end of the liner, a narrow spout opening proximate a second end of the liner, and a wider containment section between the first and second ends, and wherein portions of the liner at or proximate to each of the ends of the liner can be sealed so as to seal an interior within the wider containment section from an outside atmosphere. 24. The assembly of claim 1, wherein a first of the additional layers is a woven polypropylene layer that is mounted along an exterior surface of the rim along or proximate to the bottom of the walled enclosure, a second of the additional layers is a woven polypropylene layer that is mounted along an interior surface of the rim at or proximate to the bottom of the walled enclosure, and a third of the additional layers is a nonwoven polypropylene layer, with the second of the additional layers being between the rim and the third additional layer, 25. The assembly of claim 1, wherein the first layer includes an access port in addition to an entry port and an exit port, wherein the access port allows for accessing of an interior region within the inner liner even when the entry port and the exit port are both closed, and wherein the access port can he repeatably opened and closed in a manner such that, when the access port is closed, the interior region is sealed relative to an outside environment. 26. The assembly of claim 25, wherein at least one of the second, third, and fourth layers includes an additional access formation by which the access port can be accessed from a location exterior of the assembly. 27. The assembly of claim 1, wherein one or more portions of one or more of the layers are attached to one another or to one or more other components of the assembly by way of polyethylene wire.