Solid material comminution or disintegration patents
Featured patents
Roller Mill for Comminuting Brittle Grinding Stock
US 08833686 B2, Sept. 16, 2014, Both cooperating surfaces rotate, Nils Hörster et al. / ThyssenKrupp Polysius AG (Beckum, DE)
A roller mill for comminuting brittle grinding stock, having…
Controlled Feed-Rate Shredding
US 08807468 B2, Aug. 19, 2014, Of comminutor drive, Michael G. Neunzert / SSI Shredding Systems, Inc. (Wilsonville, US)
A system for the controlled-feed-rate shredding of material in a rotary shear…
Material Reduction Machine
US 08783593 B2, July 22, 2014, Arcuate screen concentric with rotary comminuting member, Arnold Neil Peterson et al. / Astec Industries, Inc. (Chattanooga, US)
A material reduction machine comprising:…
Shredder With Thickness Detector
US 08757526 B2, June 24, 2014, Of comminutor drive, Eric Gach et al. / Fellowes, Inc. (Itasca, US)
A shredder comprising:…
Roller Press Grid Armoring Comprising Ring-Shaped Bolts
US 08740122 B2, June 3, 2014, Wear face to backing connections, Dieter Brendler / KHD Humboldt Wedag GmbH (Cologne, DE)
A grinding roll having a cylindrical shape with a central axis of rotation…
Tub Grinder
US 08628036 B2, Jan. 14, 2014, Rotary striking member or hammer, Richard A. Jackson / JASE Corporation (Welden, US)
A tub grinder comprising:…
Method and Device for Breaking Down Biological Material
US 08573518 B2, Nov. 5, 2013, By operations other than force of contact with solid surface, Gabriele Christoffel et al. / QIAGEN, GmbH (Hilden, DE)
A method for breaking down biological material to obtain biomolecules, the method…
Method, Device and Use of a Device for Producing Fuel From Moist Biomass
US 08485457 B2, July 16, 2013, With solidifying, consolidating or shaping, Hans Werner
A method for producing fuel from press-molded biomass, the biomass being moist…
Prescription Label Identity Peeler
US 08459578 B1, June 11, 2013, Selective or differential comminution of mixed or bonded solids, Troy Fischer
A prescription label identity peeler which comprises:…
Concentrated Bi-Density Eccentric Counterweight for Cone-Type Rock Crusher
US 08444075 B2, May 21, 2013, Gyratory or planetary movement, Andrew Joseph Lingenfelter et al. / Metso Minerals Industries, Inc. (Waukesha, US)
A counterweight assembly for a cone crusher, comprising:…
Patentorg has 438 documents under Solid Material Comminution or Disintegration Patents.
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- By Operations Other Than Force of Contact With Solid Surface 7
- With Solidifying, Consolidating or Shaping 4
- By Utilizing Kinetic Energy of Projected or Suspended Material 7
- Cereal and Other Seeds or Seed Parts 3
- With Separation or Classification 2
- With Recombination or Recirculation of Separated Parts 1
- Selective or Differential Comminution of Mixed or Bonded Solids 3
- With Application of Fluid or Lubricant Material 2
- To Aid Dispersion or Prevent Chemical Reaction, Deliquescence, Agglomeration or Frothing 2
- Gas or Vapor 10
- To Classify or Separate Material 9
- Liquids Added to Classify or Separate Material 2
- Liquids Added to Make Pulp or Suspension 23
- Application of Solids to Material 1
- With Heating or Cooling of Material 16
- Magnetically, Electrostatically, or by Use of Eddy Currents 2
- Including Plastic 2
- Including Fibrous Material, e.g., Paper 5
- Wood or Bark 1
- Including Coal 1
- Of Food 1
- Of Fibrous Material 1
- Combined 2
- Subjecting Material to Impact by Moving Comminuting Surface 4
- Wood and Similar Natural-Fibrous Vegetable Material 2
- Plural Successive Comminuting Operations 2
- Miscellaneous 29
- With Automatic Control 3
- Of Feed of Material 4
- By Speed or Torque of Comminutor Drive 3
- Of Comminutor Drive 22
- Of Comminuting Surface Contiguity 2
- With Means to Protect Operator From Injury 4
- Fluid Comminutor Type 3
- Stationary Abutment Impact Only 1
- Under-Sink Garbage Disposal 5
- With Material Feed Means 1
- By Cooperating Members 3
- By Rotating Impeller-Type Agitating Means 1
- Comminuting Element or Comminuting Element Attached, Gas Moving Means 4
- Gas Moving Means and Rotary Comminuting Element on Same Shaft 1
- Local Application Within Comminuting Zone 5
- Applied Subsequently to Comminuting 6
- Applied Prior to Comminuting 2
- With Temperature Modification of Material 10
- Temperature Modification of Comminuting Member 2
- Thermal Fluid Within or Carried by Moving Comminuting Member 1
- With Separation or Classification of Material 1
- Comminuted Material Discharge Permitting Screen 2
- Arcuate Screen Concentric With Rotary Comminuting Member 4
- Annular Screen Above or Surrounding Comminuting Zone 4
- Separator Interposed Between Plural Comminuting Zones 2
- Separator in Discharge From Comminuting Zone 1
- By Adhesion, Electric Field Force, Specific Gravity, or Chemical Change 1
- Separator in Feed to Comminuting Zone 3
- With Rotary Knife Before Member 2
- Cooperates With Moving Comminuting Surface or Member 3
- Rectilinearly Reciprocating Surface or Member Cooperates With Rotary Comminuting Member 1
- Radial Comminuting Face 7
- Outer Peripheral Comminuting Face 2
- Stationary Comminuting Surface Having Openings 6
- Bottle Breakers 1
- With Independent Removable or Detachable Material Receiver or Receiver Engaging Means 9
- Combined With Non-Comminuting Means 10
- With Means to Indicate Condition of Apparatus, Work or Product 2
- Prior Shaping Means 2
- With Material Handling Other Than to or From Comminuting Zone 1
- Having Extendable, Comminutor-Supporting Arm 1
- Reciprocating Surface-Type Comminutor 6
- Self-Propelled Vehicle 3
- Refuse Support Vehicle 1
- Self-Loading From Ground 1
- From Rear 1
- Tub Grinder 1
- Operated While Propelled 1
- Self-Loading From Ground 1
- With Mixer 1
- Common Surface Moves During Comminution 1
- With Material Moving or Discharge Means 5
- Plural Surfaces Forcible Away From Common Surface 5
- Centrifugally Urged Toward Contact 1
- Series Material Flow Only Through Plural Comminuting Zones 1
- All Comminuting Zones of Rotary Surface Type 1
- Hand Support Comminutor 1
- Reciprocating Cooperating Comminuting Surfaces 3
- Rotary Tool 14
- Masher or Pestle 2
- With Feed and / or Discharge 2
- Compound Movement Receptacle 2
- Roller Supported Receptacle 2
- With Lining 2
- With Lifting or Distributing Characteristics 2
- Grinding Bodies 1
- Rotary Striking Member With Moving Cooperating Surface or Member 3
- Rotary Striking Member With Axial or Radial Flow of Material 3
- Rotary Striking Member With Circumferential or Tangential Flow 4
- Striking Member Pivoted to Rotor 4
- Rotary Striking Member or Hammer 3
- With Attached Wear Member 1
- Gyratory or Planetary Movement 3
- Eccentric Gyratory Sleeve Below Gyratory Member 1
- With Gyratory Member Sealing Means 2
- With Material Feed and / or Discharge Mechanism or Control 1
- Hopper 1
- With Roll or Rotary Material Agitator 3
- With Material Retaining Means at Axial End of Rotary Surface 2
- Both Cooperating Surfaces Rotate 1
- Adjustably or Yieldably Mounted Rotary Surface 3
- Hydraulic or Pneumatic Mounting and / or Axially Yieldable or Adjustable 2
- Intermeshing 1
- Single Roll Jaw Crusher 1
- Cooperating Non-Smooth Surface Characteristics 1
- Intermeshing 2
- Axially Mounted Rotary Propeller or Screw 1
- Worm or Screw Comminutor 4
- Conoidal Surface 3
- Having Plural Angularly Related Land and Groove 1
- Reciprocating Surface or Surfaces 1
- Oscillating Comminuting Surface 2
- Centrifugal Projection of Material 2
- Rotating Comminuting Surface 2
- With Means to Force Material Toward Periphery of Comminuting Surface 1
- Elongated Edged Member 7
- Detachably Secured to a Rotary Element 2
- Reciprocating Comminuting Surface 1
- Comminuting Mounting Means, Frames or Other Normally Stationary Structure 1
- Pivoted Housing Section 3
- With Means to Adjustably or Yieldably Mount Normally Stationary Comminuting Element 1
- Edged Blades Extending Radially 1
- Cylindrical or Frusto-Conical 3
- Sectional or Separable Surface Element 3
- Annular Sections 1
- Wear Face to Backing Connections 2
- Miscellaneous 1