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A dry bulk commodities cargo fluidizing system which is substantially flat and foldable for use in shipping container liner-bags used for transporting bulk commodities and may be built into or secured to liner-bags. The system is composed of a first floor layer and a second floor layer which covers

A dry bulk commodities cargo fluidizing system which is substantially flat and foldable for use in shipping container liner-bags used for transporting bulk commodities and may be built into or secured to liner-bags. The system is composed of a first floor layer and a second floor layer which covers the first floor layer. The first and second floor layers are thermally joined together about woven plastic mesh to form connected chambers for receiving deliver of fluid evenly throughout the system with the second floor layer having multiple pinholes of various size and number density over its surface in relation to the fluid source to the system. The plastic mesh strips between the first and second floor layers create fluid flow bridges for fluid flow even when bulk commodities cargo is loaded onto the second floor layer and is pressing the second floor layer against the first floor layer.

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1. A dry bulk commodities cargo fluidizing system for fluidizing bulk commodities having multiple chambers with different fluid flowing properties which are substantially flat, foldable and expandable upward against the bulk commodities by fluid for initially opening said commodities for receiving f

1. A dry bulk commodities cargo fluidizing system for fluidizing bulk commodities having multiple chambers with different fluid flowing properties which are substantially flat, foldable and expandable upward against the bulk commodities by fluid for initially opening said commodities for receiving fluid flow and for delivering fluid into said bulk commodities for use in shipping container liner-bags used for transporting bulk commodities comprising: a. a foldable first floor layer;b. a foldable and flexible upward expandable second floor layer for receiving said bulk commodity placed thereon and for covering said first floor layer and for forming multiple chambers with different fluid flowing properties by being sealed with said first floor layer to allow fluid flow between said first and second floor layers and leaving said second floor layer expandable upward against said bulk commodity for opening said bulk commodity for receiving fluid flow into said bulk commodity;c. at least one source member having a receiving point and delivery point for said fluid for fluidizing said commodities connected to said chambers formed between said first and second floor layers for delivery of said fluid to said multiple chambers;d. aperture means formed through said foldable and flexible second floor layer of various sizes and located in various density of numbers over said foldable and flexible second floor layer relative to said aperture means distances from said delivery point of said at least one source member for causing said multiple chambers of said second floor layer to expand upward against said bulk commodity for opening said bulk commodity for receiving fluid flow and to transfer fluidizing fluid evenly over said foldable second floor layer by passing fluid through said aperture means for fluidizing said dry bulk commodities loaded on said foldable and flexible second floor layer; andf. foldable interface means placed on said foldable first floor layer in said various chambers for allowing fluid flow and timing differences for upward movement of said foldable and flexible second floor layer and for preventing said commodities on top of said foldable and flexible second floor layer from sealing off fluid flow between said first foldable floor layer and foldable and flexible second floor layer when said commodities have been loaded into said container liner-bag of said shipping container. 2. A dry bulk commodities cargo fluidizing system for fluidizing bulk commodities of claim 1 wherein said aperture means formed through said second floor layer of various sizes and located in various density of numbers over said foldable and flexible second floor layer relative to said aperture means distances from said delivery point of said at least one source member further comprises; a. aperture means being located with the least dense number and the smallest size of aperture means through said foldable and flexible second floor layer for aperture means located closest to said at least one source member for delivering said fluid for fluidizing said dry bulk commodities; andb. aperture means being located with the most dense number and the largest size of aperture means through said foldable and flexible second floor layer for aperture means located farthest from said at least one source member for delivering said fluid for fluidizing said dry bulk commodities. 3. The dry bulk commodities cargo fluidizing system for fluidizing bulk commodities of claim 2 wherein said foldable interface means placed on said foldable first floor layer in said various chambers between said first and second floor layers for allowing fluid flow and timing differences for upward movement of said foldable and flexible second floor layer and for preventing said commodities on top of said foldable and flexible second floor layer from sealing off fluid flow between said foldable first floor layer and foldable and flexible second floor layer when said commodities have been loaded into said container liner-bag of said shipping container further comprising; a. flexible and foldable mesh strips placed flat on said foldable first floor layer between said first and second floor layers for allowing controlled fluid flow between said foldable mesh strips and said chambers created between said first and second floors layers when said commodities are loaded on said second floor layer in said liner bag of said shipping container. 4. The dry bulk commodities cargo fluidizing system for fluidizing bulk commodities of claim 3 wherein flexible and foldable mesh strips between said first and second floor layers further comprises; a. flexible and foldable inter-woven mesh strips placed flat on said foldable first floor layer between said first and second floor layers for allowing fluid flow between said inter-woven foldable mesh strips and said chambers created between said first and second floors layers when said commodities are loaded on second floor layer in said liner bag of said shipping container. 5. A dry bulk commodities cargo fluidizing system for fluidizing bulk commodities of claim 4 wherein said aperture means formed through said second floor layer being located with said least dense number and smallest sizes of aperture means through said foldable and flexible second floor layer located closest to said at least one source member for delivering said fluid and with said most dense in number and largest size of aperture means through said foldable and flexible second floor layer for aperture means located farthest from said at least one source member for delivering said fluid through said second floor layer further comprises; a. aperture means formed through said second floor layer being located in a midrange density of numbers and midrange of aperture sizes between said aperture means arranged from said least dense number and smallest sized aperture means and to said most dense numbers and largest sized aperture means for delivering said fluid for fluidizing said dry bulk commodities. 6. The dry bulk commodities cargo fluidizing, system for fluidizing bulk commodities of claim 5 further comprising; a. manifold means formed by sealing selected sections of said foldable first floor layer and foldable and flexible second floor layer together and leaving selected sections of said foldable first and foldable and flexible second floor layers unsealed between said chambers formed for fluid communication between said chambers for distribution of fluidizing fluid relatively evenly for fluidizing said dry bulk commodities in said shipping container. 7. The dry bulk commodities cargo fluidizing system for fluidizing bulk commodities of claim 6 further comprising; a. a system volume and cross-sectional area of said chambers and said manifolds formed between said foldable first floor layer and said foldable and flexible second floor layer and with said chambers and with said number of aperture means and said size of aperture means for providing substantially even distribution of fluid over said foldable and flexible second floor layer for said expansion of said second floor layer upward against said bulk commodity for opening said bulk commodity and for leaving a sufficient flow of fluid for receiving fluid flow into said bulk commodity and for creating said fluidizing pressure sufficient for evenly fluidizing said dry bulk commodities cargo in said shipping containers. 8. The dry bulk commodities cargo fluidizing system for fluidizing bulk commodities of claim 7 wherein said chambers formed between said foldable first floor layer and foldable and flexible second floor layers for receiving and transferring fluid for fluidizing said commodities loaded into said liner bags of said shipping containers further comprises; a. one to eight chambers formed between said foldable first floor layer and foldable and flexible second floor layers which run the length of said shipping container. 9. The dry bulk commodities cargo fluidizing system for fluidizing bulk commodities of claim 8 wherein said at least one source member having a receiving point and delivery point for said fluid for fluidizing said commodities connected to said chambers formed between said foldable first floor layer and said foldable and flexible second floor layer for delivery of said fluid to said multiples chambers further comprises; a. One to six source members connected to said chambers at one end of said shipping container for receiving fluid and for distributing fluid to said chambers for fluidizing said commodities. 10. The dry bulk commodities cargo fluidizing system for fluidizing bulk commodities of claim 9 wherein said one to six source members connected to said chambers at one end of said shipping container further comprises; a. One to six source hoses connected to said chambers at one end of said shipping container for receiving fluid and for distributing fluid to said chambers for fluidizing said commodities. 11. The dry bulk commodities cargo fluidizing system for fluidizing bulk commodities of claim 10 wherein said foldable first floor layer further comprises; a. a foldable first floor which is said foldable first floor of said bulk shipping container liner bag used for transporting bulk commodities and said foldable and flexible upward expandable second floor layer for receiving said bulk commodity being placed thereon and for covering said foldable first floor of said bulk shipping container liner bag floor is joined and sealed with said bulk shipping container foldable liner bag floor to allow fluid flow between said foldable first floor of said bulk shipping container and said foldable and flexible second floor layer for forming multiple chambers with different fluid flowing properties to allow fluid flow between and leaving said second floor layer expandable upward against said bulk commodity for opening said bulk commodity for receiving fluid flow into said bulk commodity.