20ft HC Mobile Material Separation System

A professional engineering layout drawing of a mobile material separation system enclosed within a standard 20ft High Cube ISO shipping container (Internal dimensions: length 5.90m, width 2.35m, height 2.70m). The layout must include both a SECTION VIEW (side profile) and a PLAN VIEW (top-down blueprint), presented in a clean, black-and-white patent illustration style with technical dimension lines and annotations. SECTION VIEW (Side Profile): Show a vertical gravity-fed separation line. On top of the container roof, a big-bag support structure holds a large bulk bag (storsäck). A mechanically sealed discharge spout passes vertically through a reinforced hole in the container roof. Attached to this top spout is an industrial vibrator for material discharge assist, connected via a flexible rubber compensator joint to isolate vibrations. Directly underneath the roof penetration inside the container, the material flows into an intake hopper, followed by a controlled horizontal screw conveyor. The screw conveyor feeds into an enclosed mechanical siktmaskin (vibratory screening machine) featuring a 5mm coarse screen deck and a 1mm fine screen deck. Material over 5mm is discharged via a horizontal rotary valve (cellsluss) into a negative-pressure steel waste bucket. Material under 1mm (fine lead dust) falls into a bottom trough and is channeled to the same negative-pressure bucket. The target fraction of 1-4mm rubber granules continues into a vertical vacuum classifier (vacuumsug) for density separation, where heavy projectile metal debris is separated into a second negative-pressure steel bucket. The clean rubber granules are collected by a pneumatic grain conveyor (sädestransportör) at the floor level. PLAN VIEW (Top-Down Blueprint): Show the entire 6-meter length of the 20ft container. The entire machinery line (intake hopper, screw conveyor, enclosed screening machine, vacuum classifier, and pneumatic conveyor) is mounted sequentially along one longitudinal wall of the container. The opposite side of the container width is kept completely clear as a continuous 1.2-meter wide operator service walkway, stretching from the main container double doors at one end to the filtration area at the other. The layout shows the pneumatic conveyor's blower unit and primary cyclone inside the container, with an air discharge line leading out to an external secondary cyclone with a diverter valve (pant-leg chute) hanging outside for dual big-bag collection. The return exhaust air line is routed to an indoor multi-stage air filtration box containing a coarse pre-filter and a final HEPA absolute filter before venting clean air. The overall style must be a highly accurate, scaled, parametric blueprint layout with minimal visual noise, clear arrows for material flow direction, and separate callouts for "Main Granule Flow", "Metal Waste Collection", and "HEPA Air Ventilation".

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