Incinerator having kinetic venturi isothermic grid burner system

Claim 2

An incinerator assembly for burning organic materials comprising a first housing defining a main burning chamber having a first end and a second end; an outlet port defined in a second end of said main burning chamber; a second housing defining a secondary chamber, said second housing having an input end and a distal end, said secondary chamber having a substantially circular cross section and being elongated along a longitudinal central axis; conduit means leading from the outlet port of said main burning chamber; and effluent gas blower having an inlet connected to said conduit means, and a blower outlet opening to said secondary chamber, said blower outlet having an outlet opening central axis positioned generally perpendicular to the longitudinal axis of said secondary chamber, said blower outlet opening to the secondary chamber adjacent the input end of said secondary chamber; a burner member mounted on said second housing and opening to the secondary chamber through an opening substantially coaxial with the longitudinal axis and opening into the secondary chamber at said input end, including burner blower means for directing burning gases generally along the central axis of said secondary chamber under burner blower pressures, said opening to the secondary chamber for said burning gases being substantially smaller than the diameter of said secondary chamber so the burning gases move along a core path adjacent the input end of the secondary chamber; said blower outlet opening being on a lateral side of the second housing, the blower outlet opening central axis being laterally offset from the longitudinal central axis, the blower outlet opening being defined by surface means including a surface portion that is oblique with respect to the blower outlet opening central axis for directing a portion of the flow through the blower outlet opening to cross the longitudinal central axis, and intermix by moving unsymetrically across the core path with respect to the longitudinal axis; a pipe connection at the distal end of said secondary chamber opening into said main burning chamber adjacent the first end thereof to form a circulation path when the effluent gas blower is operating; and means to control combustion rate of said burner to maintain burning in the secondary chamber and substantially completely burn combustible materials in the effluent gases as the effluent gases move along the secondary chamber from the input end to the distal end thereof.

Claim 3

The apparatus as specified in claim 1 wherein said second housing defining said secondary chamber overlies the first housing and is substantially coextensive therewith.

Claim 4

The apparatus as specified in claim 1 and temperature sensing means adjacent the distal end of said second chamber operable to control the burning of the burner of said secondary chamber.

Claim 5

The apparatus as specified in claim 1 wherein the blower outlet opening from said effluent gas blower is generally rectilinear and on a first side of the axis of the secondary chamber, the blower outlet opening being defined by a first surface which is parallel to and adjacent the longitudinal axis, and said surface portion comprises a second planar surface forming a plane intersecting the plane of the first surface in direction toward the longitudinal axis to direct effluent gases across the core portion at an angle to the central axis of the blower outlet.

Claim 6

The apparatus as specified in claim 4 and an outlet pipe leading to the atmosphere at the distal end of said secondary chamber, said outlet pipe being substantially larger than the pipe connection from the secondary chamber to the main burning chamber.

Claim 7

The apparatus as specified in claim 1 and a passageway carrying burning gases from the burner to the second chamber the end of said passageway forming the opening for burning gases, said passageway being circular in cross second and coaxial with the secondary chamber longitudinal axis.

Claim 8

The apparatus of claim 1 wherein the outlet port from said main burning chamber has a mesh covering to break up the effluent gases.

Claim 9

The apparatus as specified in claim 5 wherein the plane of the first surface of the blower outlet opening is at a level to direct flow along the first surface to intersect the core path from the burner in the secondary chamber.

Claim 10

The apparatus of claim 1 and damper means in the conduit means leading from the main burning chamber to the effluent gas blower, a temperature sensor mounted in said conduit means, said temperature sensor controlling the position of said damper means to regulate the flow of air through said conduit means as a function of temperature of the air flowing through said conduit means.

Claim 11

An incinerator for burning organic materials such as garbage comprising a first housing defining a main burning chamber having a first end and a second end; an outlet port defined in a second end of said main burning chamber; a second housing defining a secondary chamber, said second housing having an input end and a distal end, said secondary chamber having a substantially circular cross section and being elongated along a longitudinal central axis; conduit means leading from the outlet port of said main burning chamber; an effluent gas blower having an inlet connected to said conduit means, and a blower outlet opening to said secondary chamber, said blower outlet having a blower outlet central axis defining a flow axis for outlet air from said effluent gas blower positioned generally perpendicular to the longitudinal axis of said secondary chamber, said blower outlet being positioned adjacent the input end of said secondary chamber; a burner member mounted on said second housing and opening to the secondary chamber through a passageway substantially coaxial with the longitudinal axis and opening into the secondary chamber at said input end, including blower means for directing burning gases generally in a core path along and surrounding the central axis of said secondary chamber, said opening to the secondary chamber for said burning gases being substantially smaller than the diameter of said secondary chamber; the blower outlet comprising a rectilinear passageway having an outlet end portion defined by a first surface parallel to the longitudinal axis of the secondary chamber and defining a plane that passes through the core path of burning gases from the burner outlet, and a second planar surface oblique to the first surface and positioned more remote from the longitudinal axis than the first surface so the outlet end portion of the rectilinear passageway defines a port offset to one side of the longitudinal axis, the second surface defining a plane extending from the port toward the first plane and the longitudinal axis to induce substantial turbulence and intermixing of the effluent gases and the gases from the burner adjacent the input end of the secondary chamber; a first pipe connected to the distal end of said secondary chamber and opening into said main burning chamber adjacent the first end thereof to form a circulation path when the effluent gas blower is operating; a second outlet pipe leading to the atmosphere at the distal end of said secondary chamber, said second outlet pipe being substantially larger in cross section than the first pipe; means in the conduit means leading from the main burning chamber to the effluent gas blower; a temperature sensor mounted in said conduit means, said temperature sensor controlling the position of said damper means to regulate the flow of air through said conduit means as a function of temperature thereof; and means to control combustion of said burner to maintain a burning condition in the secondary chamber as the effluent gases circulate around the secondary chamber and travel from the input end to the distal end thereof.

Claim 12

An incinerator for burning organic materials such as garbage comprising a first housing defining a main burning chamber having a first end and a second end; an outlet port defined in a second end of said main burning chamber; a second housing defining a secondary chamber, said second housing having an input end and a distal end, said secondary chamber having a substantially circular cross section and being elongated along a longitudinal central axis; conduit means leading from the outlet port of said main burning chamber; an effluent gas blower having an inlet connected to said conduit means, and a blower outlet opening to said secondary chamber, said blower outlet having a blower outlet central axis defining a flow axis for outlet air from said effluent gas blower positioned generally perpendicular to the longitudinal axis of said secondary chamber, said blower outlet being positioned adjacent the input end of said secondary chamber; a burner member mounted on said second housing and opening to the secondary chamber through a passageway substantially coaxial with the longitudinal axis and opening into the secondary chamber at said input end, including blower means for directing burning gases generally in a core path along and surrounding the central axis of said secondary chamber, said opening to the secondary chamber for said burning gases being substantially smaller than the diameter of said secondary chamber; the blower outlet comprising a rectilinear passageway having an outlet end portion defined by a first surface parallel to the longitudinal axis of the secondary chamber and defining a plane that passes through the core path of burning gases from the burner outlet, and a second planar surface oblique to the first surface and positioned more remote from the longitudinal axis than the first surface so the outlet end portion of the rectilinear passageway defines a port offset to one side of the longitudinal axis, the second surface defining a plane extending from the port toward the first plane and the longitudinal axis to induce substantial turbulence and intermixing of the effluent gases and the gases from the burner adjacent the input end of the secondary chamber; a first pipe connected to the distal end of said secondary chamber and opening into said main burning chamber adjacent the first end thereof to form a circulation path when the effluent gas blower is operating; a second outlet pipe leading to the atmosphere at the distal end of said secondary chamber, said second outlet pipe being substantially larger in cross section than the first pipe; means in the conduit means leading from the main burning chamber to the effluent gas blower; a temperature sensor mounted in said conduit means, said temperature sensor controlling the position of said damper means to regulate the flow of air through said conduit means as a function of temperature thereof; and means to control combustion of said burner to maintain a burning condition in the secondary chamber as the effluent gases circulate around the secondary chamber and travel from the input end to the distal end thereof.