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In accordance with this third facet of the present innovation, a circulation rotator for rotating a cross-sectional asymmetrical problem of a laminar flowing product is provided in a hot runner system for supplying a laminar streaming material. The hot runner system has (i) an upstream thaw flow, (ii) a pair of intermediary melt flows downstream from the upstream thaw passage, as well as (iii) for at least one intermediary melt flow, a connected set of downstream melt passages downstream from the at the very least one intermediary melt flow.
QUICK SUMMARY OF THE DRAWINGS For a much better understanding of the present creation as well as to reveal even more clearly exactly how it may be carried into impact, reference will currently be made by method of instance to the coming with illustrations, revealing write-ups made according to a preferred personification of the present innovation, in which: FIG.
1 b, in a schematic side sight, illustrates a warm jogger manifold according to the previous art; FIG. 2 is a view on A-A of FIG. 16; FIG. 3, in a sectional sight, highlights the thaw circulation in a main runner of the warm jogger manifold of FIG. 1 b as it branches right into a set of additional joggers; FIG.
16; FIG. 5, is a sight on C-C of FIG. 16; FIG. 6, in a sectional view, illustrates the thaw flow of FIG. 4 as the additional jogger branches into a pair of tertiary joggers; FIG. 7, is a sight on D-D on FIG. 1 b; FIG. valve gate systems. 8, is a view on E-E of FIG.
9, is a sectional view on p-p of FIG. 10 a flow-rotating plug based on a personification of the innovation; FIG - valve gate systems. 10, in a perspective view, highlights the flow-rotating plug of FIG. 8; FIG. 11 a, in a profile, highlights a part of a stack mold and mildew having the plug of FIG.
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23; FIG. 25, is a view on M-M of FIG. 23; FIG. 26, is a view on N-N of FIG. 23; FIG. 27, is a view on O-O of FIG. 23; FIG. 28, in a schematic view, illustrates a hot runner system incorporating a supporting plug in accordance with a further element of the here and now invention; FIG.
28; FIG. 30, is a view on M ′-M ′- of FIG. 28; FIG. 31, is a view on N ′-N ′ of FIG. 28; as well as, FIG. 32, is a view on O ′-O ′ of FIG. 30. THOROUGH SUMMARY OF THE DEVELOPMENT Describing FIG. 1 a, there is shown in a profile, a section of a pile shot molding apparatus 10 based on the previous art.
The jogger system 12 includes a key jogger 16 for obtaining melt from a thaw source (disappointed). At a very first branch 18, the key runner 16 branches into two second runners 20. The secondary runners 20, at corresponding second branches 22, after that branch into tertiary runners 24. The tertiary runners 24 supply thaw to connected nozzles 26, which infuse the thaw into associated mold and mildew tooth cavities (not shown).
1 b, there is shown in a profile, a manifold 14 b of an injection molding device 10 b in accordance with the previous art. The manifold 14 b includes a runner system 12 b. The jogger system 12 b includes a main jogger 16 b for obtaining thaw from a thaw resource (not shown). FIGS. 2-8 are described with regard to the manifold 14 b just for simpleness. Describing FIG. 2, there is illustrated a sectional view of key runner 16 b at A-A of FIG. 1 b. A heated outer part 28 of the thaw around the runner wall of the key jogger 16 b is shown by shading.
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2, the hotter melt adjacent the runner wall surface is substantially evenly distributed concerning the runner wall. At the first branch 18 b, the heated outer part 28 of the flow is divided into 2, as displayed in FIG. 3. Each of these halves of the warmed periphery after that streams right into the additional joggers 20 b of the manifold 14 b.
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