Methods and apparatus for the in situ collection of nucleated particles
First Claim
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1. A particle collection apparatus, comprising:
- (A) a baghouse housing comprising(i) an entrance port,(ii) a collection port,(iii) a baghouse, and(iv) a vacuum port;
wherein (a) the baghouse housing is configured to process a particle flow through the entrance port directed to the collection port;
(b) the baghouse is positioned inside the baghouse housing between the entrance port and the collection port in such a way an outer surface of the baghouse is exposed to the particle flow; and
c) wherein the vacuum port is coupled to an inner volume of the baghouse to maintain a pressure differential in the baghouse housing so that particles of the particle flow are deposited on the outer surface of the baghouse due to the pressure differential;
(B) a particle collection mechanism coupled to the collection port; and
,(C) a compression mechanism, which is attached to the baghouse and is configured to compress and twist the baghouse.
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Abstract
A particle collection apparatus is disclosed. The apparatus includes a baghouse housing comprising an entrance port, a collection port, a baghouse configured between the entrance port and the collection port, and a vacuum port coupled to the baghouse. The apparatus also includes a collection mechanism coupled to the collection port; and, a compression mechanism coupled to the baghouse.
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Citations
12 Claims
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1. A particle collection apparatus, comprising:
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(A) a baghouse housing comprising (i) an entrance port, (ii) a collection port, (iii) a baghouse, and (iv) a vacuum port; wherein (a) the baghouse housing is configured to process a particle flow through the entrance port directed to the collection port;
(b) the baghouse is positioned inside the baghouse housing between the entrance port and the collection port in such a way an outer surface of the baghouse is exposed to the particle flow; and
c) wherein the vacuum port is coupled to an inner volume of the baghouse to maintain a pressure differential in the baghouse housing so that particles of the particle flow are deposited on the outer surface of the baghouse due to the pressure differential;(B) a particle collection mechanism coupled to the collection port; and
,(C) a compression mechanism, which is attached to the baghouse and is configured to compress and twist the baghouse. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12)
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Specification