초록 ▼

A multi stage auger system having a hopper with a first diameter opening tapering to a second smaller diameter opening, coupled to an auger tube at the second smaller diameter opening. An auger entry spiral with generally helical shape and a sweep arm coupled thereto, the spiral and the sweep arm sk

A multi stage auger system having a hopper with a first diameter opening tapering to a second smaller diameter opening, coupled to an auger tube at the second smaller diameter opening. An auger entry spiral with generally helical shape and a sweep arm coupled thereto, the spiral and the sweep arm skimming inside the product hopper to entrain the semi-solid materials from the hopper wall and, through the shape of the spiral, moving materials through the hopper from the first opening towards the second smaller opening. During this entrainment and movement by the spiral and sweep arm a space is left between the spiral and the sweep arm to remove air and voids from the semi-solid material through the movement. The auger has a first coarse pitch providing further removal of air/void spaces and a second finer pitch providing further movement under higher pressures near an exit of the auger.

대표청구항 ▼

1. A multi stage auger system providing removal of air and void spaces from semi-solid material in an extrusion system comprising: a motor coupled to an auger drive shaft and an electrical control panel;a product hopper with a first diameter opening tapering to a second smaller diameter opening and

1. A multi stage auger system providing removal of air and void spaces from semi-solid material in an extrusion system comprising: a motor coupled to an auger drive shaft and an electrical control panel;a product hopper with a first diameter opening tapering to a second smaller diameter opening and coupled to an auger tube at the second smaller diameter opening;an auger entry spiral with a substantially helical shape and at least one sweep arm coupled to the auger entry spiral and driven by the motor, the auger entry spiral and the at least one sweep arm skimming inside the product hopper to entrain the semi-solid materials from a hopper wall and, through the helical shape of the auger entry spiral, moving the semi-solid materials through the hopper from the first diameter opening towards the second diameter opening in an auger entry area within the hopper, wherein during such entrainment and movement of the semi-solid material by the auger entry spiral and the at least one sweep arm there is a space left between the auger entry spiral and the at least one sweep arm to remove air and voids from the semi-solid material through the entrainment and movement under increasing pressures at an exit of the auger tube;an least one stationary breaker bar disposed and extending at least into the product hopper, wherein the semi-solid material being moved by the auger entry spiral and the at least one sweep arm is passed across the at least one stationary breaker bar such that the breaker bar further assists in avoiding adherence of excess semi-solid material to the rotating auger entry spiral and sweep arm and further aids in removal of air from and movement of the semi-solid material down and thru the extrusion system;an auger coupled to the auger entry spiral and the at least one sweep arm, the auger having a first section with a first coarser pitch providing further removal of the air and the void spaces through the movement and agitation and a second finer pitch providing a further movement under higher pressures at the exit of the auger tube; anda die member coupled to the exit of the auger tube whereby the semi-solid materials are extruded through the die member. 2. The device of claim 1, further comprising a human machine interface (HMI) with a controller and memory storing at least one program for operating the system. 3. The system of claim 2, further comprising at least one sensor input and at least one output in communication with a controller and displaying an at least one status of the system on the HMI. 4. The system of claim 3, wherein the HMI is a touch screen. 5. The system of claim 3, wherein at least one program for operating the system further comprising at least one of: an at least one rotational speed, an at least one product description, an at least one production rate in cuts per minute, an at least one auger speed and an at least one counter function. 6. The system of claim 1, wherein the auger is conical in the first section. 7. The system of claim 1, further comprising a reciprocating cutting mechanism. 8. The system of claim 1, further comprising a cutting mechanism with a cutting blade. 9. The system of claim 1, further comprising a cutting mechanism with a cutting wire. 10. The system of claim 1, wherein a single motor drives both the auger and the at least one sweep arm. 11. The system of claim 1, wherein the at least one sweep arm moves in the same direction as the auger. 12. The system of claim 1, further comprising a cutting mechanism cutting portioned pieces of the semi-solid material after being extruded through the die member. 13. The system of claim 12, wherein the cutting mechanism is at least one of an at least one blade, an at least one wire, and an at least one valve cutter. 14. The system of claim 12, further comprising an exit nozzle coupled to the die member. 15. The system of claim 12, further comprising at least one of a conveyor, a collection tray or a conveyor with collection trays. 16. The system of claim 1, wherein the at least one stationary breaker bar further comprises at least one of: multiple breaker bars, at least one breaker bar with extensions, and a breaker bar with a cross sectional shaped profile. 17. An auger processing semi-solid material through extrusion with a cutting mechanism comprising: a motor coupled to an auger drive shaft and an electrical control panel;a tapered product hopper with a first end and a second end, the second end having a smaller diameter than the first end, and coupled to an auger tube at the second end;an auger entry spiral with a substantially helical shape and at least one sweep arm coupled to the auger entry spiral and driven by the motor, the auger entry spiral and the at least one sweep arm providing movement of the semi-solid material into the auger tube;an least one stationary breaker bar disposed and extending at least into the product hopper, wherein the semi-solid material being moved by the auger entry spiral and the at least one sweep arm is passed across the at least one stationary breaker bar such that the breaker bar further assists in avoiding adherence of excess semi-solid material to the rotating auger entry spiral and sweep arm and further aids in removal of air from and movement of the semi-solid material down and thru the extrusion system;an auger coupled to the auger entry spiral and the at least one sweep arm, the auger having a first section with a first coarser pitch providing a further movement from the auger entry spiral through the auger tube and a second finer pitch providing a further movement under higher pressures at an exit of the auger tube;a die member coupled to the exit of the auger tube; anda cutter assembly mounted to the die member and having a cutter base with at least one cutter slide and a cutter mount with at least one cutter way, the at least one cutter slide moving within the at least one cutter way by the movement of an actuator, the movement of the actuator moving the cutter base below the die member to cut extruded semi-solid materials from the auger; anda product collection device collecting the cut extruded semi-solid material. 18. The auger of claim 17, wherein the product collection device is at least one of a table, a conveyor, a tray and a conveyor with trays. 19. The auger of claim 17, wherein the cutter assembly further comprises a removable die member which is exchangeable for dies with differing shapes and extrusion sizes by lifting a die block from a die holder in the die member when the cutter assembly is removed from a bottom of the auger tube. 20. The auger of claim 17, wherein the cutter assembly further comprises an at least one cutting blade and a cutting blade tensioner assembly. 21. The auger of claim 17, wherein the cutting device further comprises a wire cutter tensioner, a wire mount capstan, a wire anchor and at least one cutting wire.