Material processing machine with a colorizer system and methods of reducing and colorizing waste material
A material processing machine having a reducing system for material reducing operations is disclosed. The reducing system includes a rotor having processing tools to reduce the material within a reducing chamber. A colorizer system includes a manifold positioned adjacent a screen defining a plurality of apertures for directing colorant from a colorant source through the apertures towards the reducing system. The material reducing operations include a two-stage reducing operation with selectively interchangeable screens that incrementally reduce the material to provide substantially uniform colorizing and material size.
1. A material processing machine for reducing and colorizing waste material, said material processing machine comprising:
a frame;
an infeed system supported by said frame;
a discharge system supported by said frame and spaced from said infeed system;
a housing supported by said frame between said infeed and discharge systems with said housing defining a reducing chamber, and with said reducing chamber in turn defining an inlet zone adapted to receive the waste material from said infeed system, and an outlet zone spaced from said inlet zone adapted to direct reduced, colored, waste material to said discharge system;
a rotor rotatably supported by said frame within said reducing chamber with said rotor partially disposed within both said inlet and outlet zones for rotating during a material reducing operation, and said rotor having a plurality of processing tools adapted to reduce the waste material within at least said inlet zone during said material reducing operation;
a colorizer system comprising a screen, a pump, and a manifold;
said screen coupled to said housing in said outlet zone with said screen separating said reducing chamber and said discharge system and said screen having a plurality of apertures;
said manifold comprising an inlet in fluid communication with said pump for directing a colorant through said manifold; and
said manifold disposed adjacent to said screen and said manifold having a plurality of orifices aligned with at least a portion of said plurality of apertures for directing the colorant through said screen in a direction of said processing tools within said outlet zone such that rotation of said rotor and said processing tools, with the colorant disposed thereon, provides for substantially contemporaneous reducing of the waste material within said inlet zone and colorizing of the waste material within at least said inlet zone.
2. The material processing machine of claim 1 , wherein said manifold is positioned external to said reducing chamber.
3. The material processing machine of claim 2 , wherein said manifold further defines an elongate chamber with said plurality of orifices in fluid communication with said elongate chamber.
4. The material processing machine of claim 3 , wherein said plurality of orifices are equally spaced along said elongate chamber.
5. The material processing machine of claim 3 , wherein said plurality of apertures of said screen further comprises at least one channel.
6. The material processing machine of claim 5 , wherein said manifold is positioned adjacent said at least one channel to direct the colorant from at said orifices through said channel.
7. The material processing machine of claim 6 , wherein said manifold is in sealing engagement with said screen about said at least one channel for preventing reduced material from passing through said channel.
8. The material processing machine of claim 7 , wherein said manifold is mounted directly to said screen about said at least one channel.
9. The material processing machine of claim 7 , wherein said plurality of apertures of said screen further comprises a plurality of openings different from said at least one channel.
10. The material processing machine of claim 9 , wherein said screen has an arcuate face with a top edge and a bottom edge and defined between opposing lengthwise sides separated by opposing widthwise sides with a width spanning substantially across said reducing chamber.
11. The material processing machine of claim 10 , wherein said at least one channel is disposed in said arcuate face of said screen.
12. The material processing machine of claim 11 , wherein said plurality of openings are disposed in said arcuate face of said screen.
13. The material processing machine of claim 12 , wherein said plurality of openings are spaced from said at least one channel.
14. The material processing machine of claim 12 , wherein said plurality of openings are adjacent said bottom edge and said at least one channel is positioned above said openings nearer to said top edge relative to a counterclockwise operating direction of said rotor such that the rotation of said rotor in an operating direction passes the waste material that was colorized and reduced within said inlet zone through said screen to said discharge system.
15. The material processing machine of claim 1 , further comprising a mounting system to removably couple said manifold to said screen, wherein said mounting system includes a flange extending from said manifold and a bracket secured to said screen for mounting therebetween.
16. The material processing machine of claim 1 , wherein said screen is arcuate and has a radius of curvature approximate the rotor.
17. The material processing machine of claim 1 , wherein said housing comprises at least two barriers angled relative to one another to define an upper recess above said rotor with said upper recess adapted to minimize throttling effect of high speed fluid and material flow within said reducing chamber and to provide clearance for non-reducible objects during the material reducing operation.