Activated sorbtion paper and products produced thereby

Claim 2

A sorbtion device comprising the combination of: (a) a fibrous paper base material, said base material being resiliently flexible and being characterized by: (i) being substantially free of loose, activated sorbtion particles; (ii) being substantially free of lumps and holes; (b) activated sorbtion particles suitable for sorbtion of gaseous materials being dispersed in said fibrous paper base material, said sorbtion particles being selected from the group consisting of activated charcoal and activated silica, said activated sorbtion particles being substantially uniformly dispersed throughout all dimensions of said fibrous paper base material, said activated sorbtion particles being present in an amount of up to about 85 percent based on the weight of said base paper material, said particles being characterized by: (i) a particle size of less than about 1000 microns; (ii) an activation rating of less than about 250 percent; (iii) the ability to be self-regenerable; (c) a latex type binder material to bind said activated sorbtion particles to said fibrous base paper material, said binder material being substantially free of starch, said binder material being compatible with the sorbtion activity of said sorbtion paper; (d) said fibrous paper base material being configured as an apertured structure characterized by a cross-sectional aperture density of from about 25 per square inch to about 400 per square inch; said apertured structure being further characterized by creating substantially linear, uniform parallel flow tunnels for gaseous streams passing through said apertures; said apertured structure being sized appropriately for lodging in the housing of air filtration means found on internal combustion engines; and (e) air filtration means usable in combination with said apertured structure to provide an air filtration system for use in conjunction with an internal combustion engine whereby air entering and leaving said internal combustion engine is subjected to filtration, absorption and adsorbtion forces.

Claim 3

The sorbtion device of claim 1 wherein said latex type binder is an anionic polymeric material selected from the group consisting of: polyvinyl chloride copolymers, acrylics, vinylidene chlorides, acrylonitriles, vinyl acetates, styrene butadiene, polybutadiene, phenolic resins and combinations thereof.

Claim 4

A sorbtion device comprising the combination of: (a) a fibrous paper base material, said base material being resiliently flexible and being characterized by: (i) being substantially free of loose, activated sorbtion particles; (ii) being substantially free of lumps and holes; (b) activated sorbtion particles suitable for sorbtion of gaseous materials being dispersed in said fibrous paper base material, said activated sorbtion particles being selected from the group consisting of: activated charcoal and activated silica, said activated sorbtion particles being substantially uniformly dispersed throughout all dimensions of said fibrous paper base material, said activated sorbtion particles being present in an amount of up to about 85 percent based on the weight of said base paper material, said particles being characterized by: (i) a particle size of less than about 1000 microns; (ii) an activation rating of less than about 250 percent; (iii) the ability to be self-regenerable; (c) a binder material to bind said activated sorbtion particles to said fibrous base paper material, said binder material being substantially free of starch, said binder material being a latex material of the anionic polymer type selected from the group consisting of: polyvinyl chloride copolymers, acrylics, vinylidene chlorides, acrylonitrites, vinyl acetates, styrene butadiene, polybutadiene, phenolic resins and combinations thereof, said binder material being compatible with the sorbtion activity of said sorbtion device; (d) said fibrous paper base material being configured as an apertured structure characterized by a cross-sectional aperture density of from about 25 per square inch to about 400 per square inch; said apertured structure being further characterized by creating substantially linear, uniform parallel flow tunnels for gaseous streams passing through said apertures; said apertured structure being sized appropriately for lodging in the housing of air filtration means found on internal combustion engines; and (e) air filtration means usable in combination with said apertured structure to provide an air filtration system for use in conjunction with an internal combustion engine whereby air entering and leaving said internal combustion engine is subjected to filtration, absorption and adsorbtion forces.

Claim 5

A sorbtion device comprising the combination of: (a) a fibrous paper base material, said base material being resiliently flexible and being characterized by: (i) being substantially free of loose, activated sorbtion particles; (ii) being substantially free of lumps and holes; (b) activated sorbtion particles suitable for sorbtion of gaseous materials being dispersed in said fibrous paper base material, said activated sorbtion particles being selected from the group consisting of: activated charcoal and activated silica, said activated sorbtion particles being substantially uniformly dispersed throughout all dimensions of said fibrous paper base material, said activated sorbtion particles being present in an amount of up to about 85 percent based on the weight of said base paper material, said particles being characterized by: (i) a particle size of less than about 1000 microns; (ii) an activation rating of less than about 250 percent; (iii) the ability to be self-regenerable; (c) a binder material to bind said activated sorbtion particles to said fibrous base paper material, said binder material being substantially free of starch, said binder material being a latex material of the anionic polymer type selected from the group consisting of: polyvinyl chloride copolymers, acrylics, vinylidene chlorides, acrylonitrites, vinyl acetates, styrene butadiene, polybutadiene, phenolic resins and combinations thereof, said binder material being compatible with the sorbtion activity of said sorbtion device; (d) said fibrous paper base material being configured as an apertured structure characterized by a cross-sectional aperture density of from about 25 per square inch to about 400 per square inch; said apertured structure being further characterized by creating substantially linear, uniform parallel flow tunnels for gaseous streams passing through said apertures; said apertured structure being sized appropriately for lodging in the housing of air filtration means found on internal combustion engines; and (e) air filtration means usable in combination with said apertured structure to provide an air filtration system for use in conjunction with an internal combustion engine whereby air entering and leaving said internal combustion engine is subjected to filtration, absorption and adsorbtion forces.