System and method for pulverizing and extracting moisture
AssigneePower Technologies Investment Ltd.
InventorsWilliam Graham, Levi New, Wayne Arthur Case
Life of this patent
Estimating the term…
Abstract
A venturi receives incoming material through an inlet tube and subjects the material to pulverization. The material, as it undergoes pulverization, is further subject to moisture extraction and drying. An airflow generator, coupled to the venturi, generates a high speed airflow to pull the material through the venturi and into an inlet aperture in the airflow generator. The airflow generator directs the received pulverized material to an outlet where the material may be subsequently separated from the air.
Claims142
A method for pulverizing material and extracting moisture from material, comprising:
- providing an airflow generator in communication with a venturi;
- the airflow generator generating an airflow through the venturi and towards the airflow generator;
- introducing the material into the airflow;
- and
- passing the material through the venturi to extract moisture and pulverize the material.
A method for homogenizing materials, comprising:
- providing an airflow generator in communication with a venturi;
- the airflow generator generating an airflow through the venturi and towards the airflow generator;
- introducing first and second materials into the airflow;
- and
- passing the first and second materials through the venturi to pulverize and homogenize the materials.
An apparatus for pulverizing material and extracting moisture from material, comprising:
- an inlet tube;
- a venturi coupled to the inlet tube;
- and
- an airflow generator to generate an airflow, the airflow generator in communication with the venturi to direct an airflow through the inlet tube, through the venturi, and toward the airflow generator, wherein material introduced into the airflow passes through the venturi and is subject to pulverization and moisture extraction.
An apparatus for pulverizing material and extracting moisture from material, comprising:
- an inlet tube;
- a venturi coupled to the inlet tube;
- and
- an airflow generator to generate an airflow and including,
- a front plate,
- an input aperture disposed within the front plate,
- a back plate, and
- a plurality of blades disposed between and coupled to the back and front plates;
- and
- a housing at least partially encompassing the airflow generator, the housing including an outlet in communication with the input aperture of the airflow generator,
- wherein the airflow generator is in communication with the venturi to direct the airflow through the venturi, and toward the input aperture, wherein material introduced into the airflow passes through the venturi and is subject to pulverization and moisture extraction.
An airflow generator for providing an airflow, comprising:
- a front plate;
- an input aperture disposed within the front plate;
- a back plate;
- an axel aperture disposed within the back plate;
- a plurality of blades disposed between and coupled to the back and front plates,
- wherein each blade transitions from a position perpendicular to the back plate to an inclined position as the blade proceeds to the input aperture,
- wherein each blade includes a wedge portion disposed proximate to a perimeter of the front and back plates, the wedge portion having a thickness greater than the remainder of the corresponding blade.
An apparatus for pulverizing material and extracting moisture from material, comprising:
- an inlet tube;
- a venturi coupled to the inlet tube, wherein the venturi includes,
- a converging portion,
- a throat coupled to the converging portion, and
- a diverging portion coupled to the throat;
- an airflow generator to generate an airflow and including an input aperture;
- a housing at least partially encompassing the airflow generator and including an outlet in communication with the input aperture,
- the airflow generator in communication with the venturi to direct the airflow through the venturi, and toward the input aperture, wherein material introduced into the airflow passes through the venturi and is subject to pulverization and moisture extraction;
- an exhaust pipe coupled to the outlet;
- and
- a cyclone coupled to the exhaust pipe to separate air from pulverized material.
An apparatus for pulverizing material and extracting moisture from material, comprising:
- a first inlet tube;
- a first venturi coupled to the first inlet tube;
- a first airflow generator to generate an airflow and including a first input aperture;
- a first housing having a first outlet in communication with the first input aperture,
- the first airflow generator in communication with the first venturi to direct an airflow through the first venturi, and toward the first input aperture, wherein material introduced into an airflow passes through the first venturi and is subject to pulverization and moisture extraction;
- a first exhaust pipe coupled to the first outlet;
- a first cyclone coupled to the first exhaust pipe to separate air from pulverized material;
- a second inlet tube to receive pulverized material from the first cyclone;
- a second venturi coupled to the second inlet tube;
- a second airflow generator to generate an airflow and including a second input aperture,
- a second housing including a second outlet in communication with the second input aperture,
- the second airflow generator in communication with the second venturi to direct an airflow through the second venturi, and toward the second input aperture, wherein pulverized material introduced into an airflow passes through the second venturi and is subject to further pulverization and moisture extraction;
- a second exhaust pipe coupled to the second outlet;
- and
- a second cyclone coupled to the second exhaust pipe to separate air from pulverized material.
An apparatus for pulverizing material and extracting moisture from material, comprising:
- a first inlet tube;
- a first venturi coupled to the first inlet tube;
- a first airflow generator to generate an airflow and including a first input aperture;
- a first housing at least partially encompassing the first airflow generator and having a first outlet in communication with the first input aperture,
- the first airflow generator in communication with the first venturi to direct an airflow through the first venturi, and toward the first input aperture, wherein material introduced into an airflow passes through the first venturi and is subject to pulverization and moisture extraction;
- a first exhaust pipe coupled to the first outlet;
- a first cyclone coupled to the first exhaust pipe to separate air from pulverized material;
- a second inlet tube to receive pulverized material from the first cyclone;
- a second venturi coupled to the second inlet tube;
- a second airflow generator to generate an airflow and including a second input aperture,
- a second housing at least partially encompassing the second airflow generator and including a second outlet in communication with the second input aperture,
- the second airflow generator in communication with the second venturi to direct an airflow through the second venturi, and toward the second input aperture, wherein pulverized material introduced into an airflow passes through the second venturi and is subject to further pulverization and moisture extraction;
- a second exhaust pipe coupled to the second outlet;
- a second cyclone coupled to the second exhaust pipe to separate air from pulverized material;
- a third inlet tube to receive pulverized material from the second cyclone;
- a third venturi coupled to the third inlet tube;
- a third airflow generator to generate an airflow and including a third input aperture;
- a third housing at least partially encompassing the third airflow generator and including a third outlet in communication with the third input aperture,
- the third airflow generator in communication with the third venturi to direct an airflow through the third venturi, and toward the third input aperture, wherein pulverized material introduced into an airflow passes through the third venturi and is subject to further pulverization and moisture extraction;
- a third exhaust pipe coupled to the third outlet;
- and
- a third cyclone coupled to the third exhaust pipe to separate air from pulverized material.
An apparatus for pulverizing material and extracting moisture from material, comprising:
- an inlet tube;
- a venturi coupled to the inlet tube;
- an airflow generator to generate an airflow and including an input aperture;
- a housing at least partially encompassing the airflow generator and including an outlet in communication with the input aperture;
- the airflow generator in communication with the venturi to direct the airflow through the venturi, and toward the input aperture, wherein material introduced into the airflow passes through the venturi and is subject to pulverization and moisture extraction;
- an exhaust pipe coupled to the outlet;
- a cyclone coupled to the exhaust pipe to separate air from pulverized material;
- a diverter valve coupled to the cyclone and including a first diverter outlet and a second diverter outlet, the diverter valve alternatively directing pulverized material to the first and second diverter outlets;
- and
- a recycling tube coupled to the second diverter outlet and in communication with the inlet tube to allow introduction of the pulverized material into the inlet tube and venturi.
An apparatus for providing an airflow, comprising:
- an airflow generator including,
- a front plate,
- an input aperture disposed within the front plate,
- a back plate, and
- a plurality of blades disposed between and coupled to the back and front plates;
- and
- a housing at least partially encompassing the airflow generator and including,
- a housing outlet communicating with the interior of the housing, and
- a diverter plate coupled to the interior of the housing and having,
- a first end proximate to the housing outlet, and
- a cutting edge proximate to the airflow generator.
Dependencies are inferred from the claim text.