Apparatus for continuous blending
The present invention provides a continuous blender having a drive unit assembly with a shell assembly mounting assembly and a shell assembly structured to be removably coupled to the shell assembly mounting assembly by one or more clamps. The drive unit assembly may be coupled to shell assemblies having different lengths and diameters. Thus, by changing the shell assembly coupled to the drive unit assembly, the output of the continuous blender may be dramatically changed.
1. An adjustable continuous blender comprising:
a drive unit assembly having a shell assembly plate structured to be coupled to a shell assembly;
at least one shell assembly structured to be removably coupled to said drive unit assembly, said shell assembly having an intensifier chamber and a cantilever zig-zag tubular member;
at least one clamp structured to removably couple said shell assembly to said drive unit assembly; and
wherein said shell assembly is temporarily coupled to said drive unit assembly by said at least one clamp.
2. The adaptable continuous blender of claim 1 , wherein:
said drive unit assembly includes an intensifier assembly, an intensifier motor, and a shell motor;
said shell motor coupled to said shell assembly and structured to rotate said shell assembly;
said intensifier assembly having a shaft with a paddle, said paddle disposed in said intensifier chamber; and
said intensifier motor coupled to said intensifier shaft and structured to rotate said intensifier shaft.
3. The adaptable continuous blender of claim 2 , wherein said drive unit assembly includes a control device, said control device structured to operate said shell motor and said intensifier motor.
4. The adaptable continuous blender of claim 3 , wherein said control device is adapted to operate said shell motor intermittently.
5. The adaptable continuous blender of claim 4 , wherein said control device is adapted to operate said intensifier motor intermittently.
6. The adaptable continuous blender of claim 4 , wherein said control device is adapted to operate said intensifier motor at various speeds.
7. The adaptable continuous blender of claim 3 , wherein said control device is adapted to operate said intensifier motor intermittently.
8. The adaptable continuous blender of claim 3 wherein said control device is adapted to operate said shell motor at variable speeds.
9. The adaptable continuous blender of claim 3 , wherein said control device is adapted to operate said intensifier motor at variable speeds.
10. The adaptable continuous blender of claim 3 , wherein said drive unit assembly includes a tilting device.
11. The adaptable continuous blender of claim 10 , wherein said drive unit assembly includes a control device, said control device adapted to operate said tilting device.
12. The adaptable continuous blender of claim 2 , wherein said intensifier assembly includes a fluid input tube structured to deliver a fluid to said intensifier chamber.
13. The adaptable continuous blender of claim 1 , wherein said shell assembly is coupled to said drive unit assembly by a bearing with a spherical surface having seals.
14. The adaptable continuous blender of claim 13 , wherein said spherical bearing seals are air purged.
15. The adaptable continuous blender of claim 1 , wherein said drive unit assembly includes a horizontal input tube, wherein said input tube is disposed above the axis of rotation of said shell assembly.
16. A metered continuous blender comprising:
one or more metering devices structured to repeatedly eject a measured amount of a powdered material;
a continuous blender having a drive unit assembly having a shell assembly mounting plate structured to be coupled to a shell assembly, at least one shell assembly structured to be removably coupled to said drive unit assembly, said shell assembly having an intensifier chamber and a cantilever zig-zag tube, at least one clamp structured to removably couple said shell assembly to said drive unit assembly, and, wherein said shell assembly is temporarily coupled to said drive unit assembly by said at least one clamp; and
wherein said one or more metering devices are coupled to said continuous blender and are structured to provide a powdered material thereto.
17. The metered continuous blender of claim 16 wherein said continuous blender includes a horizontal input tube, said horizontal input tube coupled to said one or more metering devices.
18. The metered continuous blender of claim 17 wherein:
said zig-zag tube has a second end; and
said one or more metering devices includes an end metering device structured to repeatedly eject a measured amount of a powdered material into said zig-zag tube second end.