초록 ▼

The present invention is a mobile air contaminant control system that includes a filter assembly enclosed by a mobile outer chamber. The filter assembly is tapered to create a large volume air way downstream from the filter assembly that enables more even air flow and filter loading. One or more exh

The present invention is a mobile air contaminant control system that includes a filter assembly enclosed by a mobile outer chamber. The filter assembly is tapered to create a large volume air way downstream from the filter assembly that enables more even air flow and filter loading. One or more exhaust fans pull the air through the filter assembly and exhaust it to the exterior of the chamber. The system is functionally attached to an exterior structure having at least one air intake and housing a work piece. As airborne contaminants are generated from the work piece(s), the control system exhausts them from the exterior structure through the filter assembly and into the external environment.

대표청구항 ▼

I claim: 1. A mobile airborne contaminant control system comprising: an outer chamber including a front wall, a roof, a floor and at least two side walls and possessing a fan end and a door end opposite said fan end, said outer chamber enclosing: an intake filter system including: a top filter: a p

I claim: 1. A mobile airborne contaminant control system comprising: an outer chamber including a front wall, a roof, a floor and at least two side walls and possessing a fan end and a door end opposite said fan end, said outer chamber enclosing: an intake filter system including: a top filter: a plurality of side filters, at least two of said plurality of side filters attached to said top filter and at least two of said plurality of side filters contacting said floor of said outer chamber; and, a back filter opposite said door end and functionally attached to said top filter and said plurality of side filters; wherein said intake filter system includes a tapered shape with the narrow end of said tapered shape proximate to said back filter and the wide end of said tapered shape proximate to said door end; at least one airway formed downstream from said filter system between said intake filter system and said outer chamber; at least one fan, said at least one fan located between said back filter and said fan end; at least one air exhaust system extending from at least one of said at least one fan and directing exhaust air from said at least one fan to the exterior of said outer chamber; and, at least two wheels operatively attached to said floor. 2. The mobile airborne contaminant control system as recited in claim 1 wherein said intake filter system is straight. 3. The mobile airborne contaminant control system as recited in claim 1 further comprising an exterior structure functionally attached to said door end. 4. The mobile airborne contaminant control system as recited in claim 3 wherein said functional attachment is a seal assembly. 5. The mobile airborne contaminant control system as recited in claim 1 further comprising a seal assembly to form a seal between said door end and an opening of an exterior structure. 6. The mobile airborne contaminant control system as recited in claim 1 wherein said back filter is removed and said top filter and said plurality of side filters form a v-shaped configuration. 7. The mobile airborne contaminant control system as recited in claim 1 further comprising a front wall between said at least one fan and said intake filter system, said front wall extending between said roof and said floor of said outer chamber and between said at least side walls of said outer chamber to form an enclosed fan compartment. 8. The mobile airborne contaminant control system as recited in claim 7 wherein said fan compartment is explosion proof. 9. The mobile airborne contaminant control system as recited in claim 1 further comprising at least one door sized to enclose said door end. 10. The mobile airborne contaminant control system as recited in claim 3 wherein said exterior structure comprises at least one air intake. 11. The mobile airborne contaminant control system as recited in claim 10 wherein said at least one of said at least one air intakes is an opening for a door. 12. The mobile airborne contaminant control system as recited in claim 11, wherein said door includes a filter to filter intake air or fluid passing through said opening. 13. The mobile airborne contaminant control system as recited in claim 1 wherein said filters range in size from greater than zero microns to about 10 microns. 14. The mobile airborne contaminant control system as recited in claim 1 wherein said top and side filters are supported by a framework. 15. A mobile airborne contaminant control system comprising: an outer chamber including a front wall, a roof, a floor and at least two side walls and possessing a fan end and a door end, said outer chamber enclosing: an intake filter system including: a top filter: a plurality of side filters, at least two of said plurality of side filters attached to said top filter and at least two of said plurality of side filters contacting said floor of said outer chamber; and, a back filter opposite said door end and functionally attached to said top filter and said plurality of side filters; wherein said intake filter system includes a tapered shape with the narrow end of said tapered shape proximate to said back filter and the wide end of said tapered shape proximate to said door end; at least one airway formed downstream from said filter system between said intake filter system and said outer chamber; at least one fan, said at least one fan located between said back filter and said fan end; at least one exhaust system extending from each said at least one fan and directing exhaust air from said at least one fan to the exterior of said outer chamber; at least two wheels operatively connected to said floor; and, an exterior structure functionally attached to said outer chamber. 16. The mobile airborne contaminant control system as recited in claim 15 wherein said intake filter system is straight. 17. The mobile airborne contaminant control system as recited in claim 15 wherein said functional attachment is a seal assembly forming a seal between said door end and an opening of said exterior structure. 18. The mobile airborne contaminant control system as recited in claim 15 wherein said back filter is removed and said top filter and said plurality of side filters form a v-shaped configuration. 19. The mobile airborne contaminant control system as recited in claim 15 further comprising a front wall between said at least one fan and said intake filter system, said front wall extending between said roof and said floor of said outer chamber and between said at least side walls of said outer chamber to form an enclosed fan compartment. 20. The mobile airborne contaminant control system as recited in claim 19 wherein said fan compartment is explosion proof. 21. The mobile airborne contaminant control system as recited in claim 15 further comprising at least one door sized to enclose said door end. 22. The mobile airborne contaminant control system as recited in claim 15 wherein said exterior structure comprises at least one air intake. 23. The mobile airborne contaminant control system as recited in claim 22 wherein said at least one of said at least one air is an opening for a door. 24. The mobile airborne contaminant control system as recited in claim 23, wherein at least one of said at least one air intakes includes a filter. 25. The mobile airborne contaminant control system as recited in claim 15 wherein said filters range in size from greater than zero microns to about 10 microns. 26. The mobile airborne contaminant control system as recited in claim 15 wherein said top and side filters are supported by a framework. 27. A method for controlling airborne contaminates from a work piece comprising: functionally attaching an airborne contaminate control chamber to an opening of an exterior structure wherein said exterior structure includes at least one air intake, said airborne contaminate control chamber comprising: an outer chamber including a front wall, a roof, a floor and at least two side walls and possessing a fan end and a door end opposite said fan end, said outer chamber enclosing: an intake filter system including: a top filter: a plurality of side filters, at least two of said plurality of side filters attached to said top filter and at least two of said plurality of side filters contacting said floor of said outer chamber; and, a back filter opposite said door end and functionally attached to said top filter and said plurality of side filters; wherein said intake filter system includes a tapered shape with the narrow end of said tapered shape proximate to said back filter and the wide end of said tapered shape proximate to said door end; at least one airway formed downstream from said filter system between said intake filter system and said outer chamber; at least one fan, said at least one fan located between said back filter and said fan end; at least one exhaust system extending from at least one of said at least one fan and directing exhaust air from said at least one fan to the exterior of said outer chamber; and, at least two wheels operatively connected to said floor; moving said work piece into said exterior structure; operating said at least one fan to generate an air flow from said exterior structure into said control chamber; moving said air flow though said top and side filters into said at least one airway; and, directing said air flow from said at least one airway through said at least one fan to the exterior of said control chamber and said exterior structure.