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A desegregation system for use with hot mix asphalt, warm mix or with any material that will flow and which includes pieces of material of various sizes and for which uniform mixture is important. The system is substantially within a hopper having a material inlet and a material outlet and includes

A desegregation system for use with hot mix asphalt, warm mix or with any material that will flow and which includes pieces of material of various sizes and for which uniform mixture is important. The system is substantially within a hopper having a material inlet and a material outlet and includes an auger section having a plurality of flights near a first end of an auger shaft and another, counter-handed section near the other end of the auger shaft. The system preferably has a parallel, interlaced pair of right handed auger sections mounted near corresponding ends of separate shafts and a second pair of parallel interlaced auger sections, left-handed, mounted near the opposite and corresponding ends of separate shafts.

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We claim: 1. A device for desegregating a hot mix asphalt mixture said device comprising: a) a hopper with an open top that serves as a material inlet through which said hot mix asphalt mixture enters, and a bottom surface with a material outlet through which said mixture exits; b) a desegregation

We claim: 1. A device for desegregating a hot mix asphalt mixture said device comprising: a) a hopper with an open top that serves as a material inlet through which said hot mix asphalt mixture enters, and a bottom surface with a material outlet through which said mixture exits; b) a desegregation system positioned substantially within said hopper comprising means for augering said mixture and means for diverting said mixture; c) means for transporting said mixture to said material inlet; d) said means for augering comprises a first auger shaft having a mid portion, a second auger shaft having a mid portion, said first and second auger shafts positioned generally parallel in said hopper beneath said open top, at least one right handed auger flight mounted on one end of said first auger shaft and at least one right handed auger flight mounted on one end of said second auger shaft forming a first pair of augers; e) said means for augering further comprising at least one left handed auger flight mounted on an opposite end of said first auger shaft and at least one left handed auger flight mounted on said opposite end of said second auger shaft forming a second pair of augers wherein said first pair of augers and said second pair of augers are spaced apart by said mid portion of said first shaft and said mid portion of said second shaft; f) one of said first pair of augers or said second pair of augers comprises at least two closely interlaced flights; and g) said means for diverting comprising a diverter positioned generally between said material inlet and said material outlet and positioned perpendicular to said augering means to overlie said mid portion of said first auger shaft and said mid portion of said second auger shaft, said diverter comprising a tent shaped structure with slanted sides and a raised midsection whereby said material inlet is positioned closer to said midsection of said diverter than to the outer boundaries of said slanted sides for diverting said mixture toward said means for augering. 2. The device as claimed in claim 1, wherein said diverter comprises outer boundaries and a midsection, said outer boundaries spaced on opposite sides of said midsection and further from said material inlet than said midsection. 3. The device as claimed in claim 2, wherein said midsection of said diverter comprises a ridge oriented generally perpendicular to the axes of said first auger shaft and said second auger shaft. 4. The device as claimed in claim 3, wherein said outer boundaries of said diverter comprise at least two edges and said diverter further comprises at least one cut out in at least one of said two edges through which at least one of said augers moves said desegregated mixture. 5. The device as claimed in claim 3, wherein said diverter further comprises at least one cut out area on said outer boundary through which at least one auger moves desegregated hot mix asphalt. 6. The device as claimed in claim 3, wherein said diverter further comprises at least one cut out area on said outer boundary, each said cut out area vertically positioned between said material inlet and one of said first auger shaft and said second auger shaft. 7. A device for desegregating a hot mix asphalt mixture said device comprising: a) a hopper with an open top that serves as a material inlet through which said hot mix asphalt mixture enters, and a bottom surface with a material outlet through which said mixture exits; b) a desegregation system positioned substantially within said hopper comprising means for augering said mixture and means for diverting said mixture; c) means for transporting said mixture to said material inlet; d) said means for augering comprises a first auger shaft having a mid portion, a second auger shaft having a mid portion, said first and second auger shafts positioned generally parallel in said hopper beneath said open top, at least one right handed auger flight mounted on one end of said first auger shaft and at least one right handed auger flight mounted on one end of said second auger shaft forming a first pair of augers; e) said means for augering further comprising at least one left handed auger flight mounted on an opposite end of said first auger shaft and at least one left handed auger flight mounted on said opposite end of said second auger shaft forming a second pair of augers wherein said first pair of augers and said second pair of augers are spaced apart by said mid portion of said first shaft and said mid portion of said second shaft; f) said first pair of augers comprises at least two interlaced flights, and said second pair of augers comprises at least two closely interlaced flights; and g) said means for diverting comprising a diverter positioned generally between said material inlet and said material outlet and positioned perpendicular to said augering means to overlie said mid portion of said first auger shaft and said mid portion of said second auger shaft, said diverter comprising a tent shaped structure with slanted sides and a raised midsection whereby said material inlet is positioned closer to said midsection of said diverter than to the outer boundaries of said slanted sides for diverting said mixture toward said means for augering.