Buffer chamber and am system including a buffer chamber
US-2024001448-A1 · Jan 4, 2024 · US
US9364874B2 · US · B2
| Field | Value |
|---|---|
| Publication number | US-9364874-B2 |
| Application number | US-201414444368-A |
| Country | US |
| Kind code | B2 |
| Filing date | Jul 28, 2014 |
| Priority date | Jul 28, 2014 |
| Publication date | Jun 14, 2016 |
| Grant date | Jun 14, 2016 |
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A temporary hood for capturing vapors exiting from a material storage compartment of a vessel when the compartment is opened includes a base frame that extends around an opening to the compartment and is releasably secured to the vessel. An upper framework is releasably coupled to the base frame and extends upwardly from the vessel around the opening. A plurality of panels is releasably engageable with the upper framework and form an enclosure around the opening. At least one vapor discharge outlet fluidly communicates with the material storage compartment and a vacuum pump to allow the capture of vapors exiting from the opening when the cover is opened and the temporary hood is engaged with the vessel.
Opening claim text (preview).
The invention claimed is: 1. A temporary hood for capturing vapors exiting from a material storage compartment of a vessel when the compartment is opened, the vessel having an opening into the top of the material storage compartment and a cover for covering and uncovering the opening, the temporary hood comprising: a base frame configured to extend around the opening and be releasably secured to the vessel; an upper framework configured to be releasably coupled to said base frame and extend upwardly from the vessel around the opening; at least one releasable connector configured to connect said upper framework and said base frame; a plurality of planar panels releasably engageable with said upper framework, said panels arranged and adapted to act as walls around the opening to enclose the opening when said panels are engaged with said upper framework; an opener operatively associated with at least one of said plurality of panels to open the cover after the temporary hood is installed onto the vessel; and at least one vapor discharge outlet associated with at least one of said panels, said vapor discharge outlet configured to fluidly communicate with the material storage compartment of the vessel and a vacuum pump to allow the capture of vapors exiting from the opening when the cover is opened and the temporary hood is engaged with the vessel. 2. The temporary hood of claim 1 wherein said base frame is at least substantially sealingly engaged with the vessel around the opening, further including at least one seal member disposed between said base frame and the vessel. 3. The temporary hood of claim 2 wherein said at least one seal member is constructed of compressible foam rubber. 4. The temporary hood of claim 1 wherein said plurality of panels includes a front panel, a rear panel, a top panel and first and second side panels, said panels being configured to slideably engage said upper framework. 5. The temporary hood of claim 4 wherein a first said vapor discharge outlet is associated with said front panel and a second said vapor discharge outlet is associated with said rear panel. 6. The temporary hood of claim 4 wherein said top panel includes an inner side and an outer side, wherein said opener includes a pulley wheel extending outwardly from said outer side of said top panel and a cord extending over said pulley, through a hole formed in said top panel and coupled at one end to the cover, said cord being configured to be drawn over said pulley away from the opening to open the cover after the temporary hood is installed onto the vessel. 7. The temporary hood of claim 1 wherein said upper framework includes a plurality of rails having slots formed therein. 8. The temporary hood of claim 7 wherein said panels slideably engage said rails of said upper framework. 9. The temporary hood of claim 7 wherein said plurality of rails forms a front section, rear section, top section, bottom section and first and second side sections of said upper framework. 10. The temporary hood of claim 9 wherein said plurality of panels includes a front panel, a rear panel, a top panel and first and second side panels, said panels slideably engaging said slots of said rails forming said front section, rear section, top section and first and second side sections of said upper framework, respectively. 11. The temporary hood of claim 9 wherein said bottom section of said upper framework is configured to engage said lower frame, further wherein said at least one releasable connector includes at least one bolt. 12. The temporary hood of claim 1 wherein said base frame is releasably secured to the vessel with at least one strap. 13. The temporary hood of claim 12 wherein said strap is configured to be wrapped around at least part of said vessel, wherein said base frame includes at least first and second anchor members disposed on opposite sides of the opening when said base frame is positioned around the opening, said anchor members configured to be secured to opposite ends of said strap. 14. The temporary hood of claim 13 wherein said anchor members are hooks. 15. The temporary hood of claim 14 further including first and second spaced apart sets of anchor members. 16. The temporary hood of claim 1 wherein said vapor discharge outlet is a female camlock. 17. The temporary hood of claim 1 wherein said base frame, upper framework and panels are easily installed onto and removed from the vessel and configured to prevent the release of unacceptable quantities of vapors from the material storage compartment into the atmosphere. 18. The temporary hood of claim 1 wherein said upper framework is configured to be adjustable in height and width relative to the opening. 19. The temporary hood of claim 1 further including an opener for remotely opening the cover when the temporary hood is engaged with the vessel over the opening and the cover. 20. The temporary hood of claim 19 wherein said opener includes a pulley wheel extending outwardly from the outside surface of one of said panels and engaged with a cord extending through an orifice in said panel and coupled, at one end, to the cover, said cord being configured to be selectively moved over said pulley away from the opening to open the cover and thereafter selectively moved over said pulley toward the opening to allow the cover to close.
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