Fluidizing unit for powder media
The present invention relates to a fluidizing unit, comprising a cardboard structure 2 , a deformable receptacle 3 disposed within the cardboard structure 2 , and a fluidizing means 4 disposed within the deformable receptacle 3 and comprising a container 4 a and a fluidizing base 4 b covering the container 4 a , the container 4 a and the fluidizing base 4 b constituting the outer walls of a pressure chamber 4 c which can be charged with compressed air, the fluidizing means 4 further comprising a supply line 4 d for compressed air, which opens out via the fluidizing base into the pressure chamber, and also a seal 4 e which spans the periphery of the container 4 a and is designed such that the interior 5 of the deformable receptacle 3 is separated into two regions 5 a and 5 b separate from one another.
1. A fluidizing unit, comprising a cardboard structure, a deformable receptacle disposed within the cardboard structure, and a fluidizer disposed within the deformable receptacle and comprising a container and a fluidizing base covering the container, the container and the fluidizing base constituting the outer walls of a pressure chamber which can be charged with compressed air, the fluidizer further comprising a supply line for compressed air, which opens out via the fluidizing base into the pressure chamber, and also a seal ( 4 e ) which spans the periphery of the container and is designed such that the interior of the deformable receptacle is separated into two regions separate from one another.
2. The fluidizing unit of claim 1 , wherein the cardboard structure is a cardboard pack.
3. The fluidizing unit of claim 1 , wherein the cardboard structure is cuboidal.
4. The fluidizing unit of claim 1 , wherein the deformable receptacle is a plastics pouch.
5. The fluidizing unit of claim 1 , wherein the fluidizer stands on the base of the cardboard structure, the deformable receptacle being disposed between the bottom side of the means and the top side of the base of the cardboard structure.
6. The fluidizing unit of claim 1 , wherein the container is dimensionally stable and comprises a thermoplastic.
7. The fluidizing unit of claim 1 , wherein the container is a cuboidal box from which the top face has been cut away, with the fluidizing base covering the region of the cut away face.
8. The fluidizing unit of claim 1 , wherein the fluidizing base comprises, as porous material, porous polyolefins, porous metal sintering substances, porous ceramics, porous thermosets, porous mineral materials and/or porous organic materials.
9. The fluidizing unit of claim 1 , wherein the seal comprises foamed flexible polyurethanes, synthetic rubber, natural rubber, foamed flexible polyolefins and/or foamable flexible thermosets.
10. The fluidizing unit of claim 1 , comprising a pulverulent medium within the deformable receptacle and above the seal and also lying on the fluidizing base.
11. The fluidizing unit of claim 10 , wherein the pulverulent medium is a powder coating material.
12. A process for processing a pulverulent medium, the process comprising fluidizing the pulverulent medium disposed in the fluidizing unit of claim 1 , conveying the fluidized medium from the fluidizing unit into an application system, and then applying the fluidized medium to a substrate, with no operation of transferring the fluidized medium taking place within the process.
13. The process of claim 12 , wherein the pulverulent medium is a powder coating material.
14. A process comprising transporting, storing and fluidizing a pulverulent medium with the fluidizing unit of claim 1 , wherein no intermediate transfer operations occur during the transport, the storage, and the fluidization.
15. The process of claim 14 , wherein the pulverulent medium is a powder coating material.