Electrostatic and sonic gas processing apparatus

Claim 2

Gas processing or treating apparatus to effect chemical or physical changes in said gases or air, said unit comprising housing means, inlet means in said housing for admitting untreated gases or air thereinto for processing therein, adjacent and parallel electrodes positioned in said housing in the path of the incoming untreated gases or air, one of said electrodes being stationary and the other of said electrodes having flexible electrode means, said flexible electrodes means having a conductive upper longitudinal extending member, a conductive lower longitudinal extending member in substantially parallel relationship to said upper longitudinal member, and a plurality of spaced transversed flexible conductive ribbon members which are electrically vibratable for generating high intensity sonic forces and which have the upper portions thereof connected to said upper member and the lower portions thereof connected to said low longitudinal member, electrical circit means operatively connected to said electrodes which generate high intensity pulsating electrical and sonic forces between said stationary electrode and vibrating electrode means for treating the gases or air as the same flows through said housing means, and outlet means in said housing means through which the processed gases or air are carried from said housing means.

Claim 3

Gas processing or air purifying apparatus according to claim 1 wherein said housing is cylindrical and wherein said outlet means is a concentric cylinder within said housing and wherein said vibrating electrodes and said stationary electrodes are supported and connected to said housing at an acute angle.

Claim 4

Gas processing or air purifying apparatus of claim 1 with inlet means for receiving oil fumes and is attached in operable relation to an internal combustion engine carburetor.

Claim 5

Gas processing or air purifying apparatus of claim 1 which also contains fog producing means.

Claim 6

Gas processing or air purifying apparatus according to claim 1 wherein said flexible electrode and said stationary electrode has a folded-snake like configuration with a plurality of U-shaped folds wherever said electrodes define a change in direction of the conduit.

Claim 7

Gas processing or air purifying apparatus of claim 5 in combination with an exhaust conduit of an internal combustion engine.

Claim 8

Gas processing or treating apparatus to effect chemical or physical changes in said gases or air, said unit comprising housing means, inlet means in said housing for admitting untreated gases or air thereinto for processing therein, spiral electrodes positioned in said housing in the path of the incoming untreated gases or air, one of said electrodes being stationary and the other of said electrodes having flexible electrode means, said flexible electrode means having a conductive upper longitudinal extending member, a conductive lower longitudinal extending member in substantially parallel relationship to said upper longitudinal member, and a plurality of spaced transversed flexible conductive ribbon members which are electrically vibratable for generating high intensity sonic forces and which have the upper portions thereof connected to said upper member and the lower portions thereof connected to said lower longitudinal member, a pulsating alternate electrical voltage source connected to said electrodes for generating high intensity pulsating electrical and sonic forces between said spiral stationary electrode and vibrating electrode means for treating the gases or air as the same flows between said electrodes and through said housing means, and outlet means in said housing means through which the processed gases or air are carried from said housing means.

Claim 9

Gas processing or treating apparatus to effect chemical or physical changes in said gases or air, said unit comprising housing means, inlet means in said housing for admitting untreated gases or air thereinto for processing therein, spiral electrodes positioned in said housing in the path of the incoming untreated gases or air, one of said electrodes being stationary and the other of said electrodes having flexible electrode means, said flexible electrode means having a conductive upper longitudinal extending member, a conductive lower longitudinal extending member in substantially parallel relationship to said upper longitudinal member, and a plurality of spaced transversed flexible conductive ribbon members which are electrically vibratable for generating high intensity sonic forces and which have the upper portions thereof connected to said upper member and the lower portions thereof connected to said lower longitudinal member, a pulsating alternate electrical voltage source connected to said electrodes for generating high intensity pulsating electrical and sonic forces between said spiral stationary electrode and vibrating electrode means for treating the gases or air as the same flows between said electrodes and through said housing means, and outlet means in said housing means through which the processed gases or air are carried from said housing means.

Claim 10

Gas processing or air purifying apparatus according to claim 7 wherein propulsion means are provided to force gas into said inlet means and out of said outlet means.

Claim 11

Gas processing or air purifying apparatus according to claim 7 wherein said housing is cylindrical and said vibrating electrode and said stationary electrode of said gaseous processing conduit apparatus form a spiral configuration commencing at the center of said housing.

Claim 12

Gas processing or air purifying apparatus according to claim 7 wherein said housing is cylindrical and said outlet means is a concentric cylinder at the center of said housing, and said concentric cylinder is also said stationary electrode and said flexible electrode assumes a helical configuration from top to bottom of said concentric cylindrical stationary electrode.