A mixer comprising a substantially trough shaped bin said bin being substantially rectangular when viewed in plan, the lower portion of each of the side walls of said bin slope inwardly to form a central longitudinal channel at the bottom of said bin, a 1st pair of horizontally mounted longitudinal augers situated in said trough and rotatably driven so as to feed from the front to the rear of the bin and also cause the feed to be fed upwardly and away from the centre of said trough, a 2nd pair of horizontally mounted longitudinal augers positioned wider apart and above 1st said pair and caused to rotate and feed in the same direction as 1st said augers.
A mixing-tank trailer is provided comprising a trailer frame supported on a differential housing which encloses half-axles having wheels attached on the outer ends thereof. The differential housing includes a central output shaft disposed normal to the half-axles and coupled to be driven by the half-axles through differential gearing. A cylindrical tank disposed lengthwise on the frame is provided with a rotatable internal shaft having mixer blade members attached thereto for mixing a liquid carried in the tank. The internal shaft is coupled for rotation by a reducing gear arrangement driven by the central output shaft which is driven by the rotation of the wheels of the mixing-tank trailer as it is being towed by a vehicle.
The invention relates to a cattle feeding device in the form of a movable container provided with a plurality of augers, some extending horizontally and some inclined in order to effect proper mixing of feed introduced into the container together with means for discharging the thoroughly mixed feed for consumption by cattle.
A feed mixer includes a mixer tank with a bottom wall having two curved wall portions defining the bottom of a large main chamber and smaller auxiliary chamber with an elongated ridge therebetween. A rotor having several elongated rotor bars adjacent the outer periphery is supported in the main chamber for rotation in a direction for movement of the rotor bars across the bottom of the main chamber toward the auxiliary chamber. The auxiliary chamber includes a pair of stacked augers adapted for moving material from one end of the tank to the other in opposite directions. Material is thus continuously cycled from the main chamber into a lower portion of the auxiliary chamber where it is moved toward one end of the mixer, forced upwardly into an upper portion of the auxiliary chamber and then directed toward the opposite end of the tank while spilling back into the main chamber for efficient end-to-end mixing of even long stringy hay material.
A method and mixer for mixing peat and sludge into a homogenous mass, in which method the peat and sludge is mixed by pressurizing the pre-mixed mass for some time, when the sludge is absorbed by and bound in the peat. The mixer in accordance with the invention includes a silo (1) and a screw conveyor (4) located beneath it, from which the mass is squeezed out through a nozzle (10).
A self-propelled material mixer is provided for mixing fluent and non-fluent material. The material mixer includes a mixing tank having one or mixing members therein. A drive system delivers power to the wheels of the material mixer. An operator maneuvers the material mixer using a control mechanism that controls both the speed and direction of the mixer.
