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88 Weiterführende Techniken 4. wherein environmental conditions are regulated by providing a regulatable relationship between vessel and an environment outside vessel. 5. further comprising placing a plurality of fungal molded shapes in proximal contact with one another, wherein each of the plurality of fungal molded shapes comprises an outer surface of mycelium, and wherein each outer surface fuses with the other to form an organic bond. 6. wherein hydration level is between 33% and 66%. 7. wherein drying step further comprises dehydrating the fungal molded shape such that water weight of fungal molded shape is at most 15% of the total weight of fungal molded shape. 8. drying step renders fungal inoculum biologically inert. 9. fungal inoculum is a compressed form of mycelium fungi. 10. the fungal inoculum is selected from the group of fungal spawn consisting of: Ganoderma lucidem, Ganoderma tsugae, Ganoderma oregonense, Fomes fomentarius, Trametes versicolor and Piptoporous betulinus. 11. comprising the step of pasteurizing lignocellulose based medium for an amount of time, pasteurizing step terminating subsequent to the termination of mixing step. 12. the lignocellulose based medium is combined with materials to change qualities and attributes of the fungal mycelium and the lignocellulose based medium, wherein the materials are selected from the group consisting of: silica, perlite, methyl cellulose, glycerin, and agarose. 13. the fungal mycelium is combined with secondary materials to further create structural connections, mechanical reinforcements, and interfacings within and on the surface of the molded fungal shape. 14. comprising pulverizing fungal molded shape into a plurality of small pieces. 15. comprising the steps of: applying a secondary compressive pressure of at least 100 PSI to plurality of small pieces; and releasing secondary compressive pressure to plurality of small pieces. 16. comprising: applying stress pressure to fungal molded shape such that cracks form in fungal molded shape and releasing stress pressure such that fungal mycelium is allowed to grow into cracks in fungal molded shape. 17. a secondary compressive pressure of at least 100 PSI of pressure to fungal molded shape after removal from mold; and releasing secondary compressive pressure to fungal molded shape. 18. at least one of compressive pressures is sufficient to cause saturated water within the fungal molded shape to be forced out, and then removing at least one of compressive pressures and allowing fungal molded shape to expand and naturally absorb an agent. 19. wherein agent is either a fluid or a gas. 20. further comprising applying a tertiary compressive pressure of at least 100 PSI to fungal molded shape.
Weiterführende Techniken 89 21. wherein at least one compressive pressure is sufficient to cause saturated water within the fungal molded shape to be forced out, and then removing at least one compressive pressure and allowing fungal molded shape to expand and naturally absorb an agent. 22. wherein agent is either a fluid or a gas. Phill Ross.: „Method for Producing Fungus Structures US 20120135504 A1“. In: Google Patents). Stand: 13. Januar 2018. http://www.google.com/patents/US20120135504 (abgerufen am 13. Januar 2018) Fig. 27, 28, 29, 30, 31, 32, 33, 34, 35, 36, 37, 38, 39, 40, 41, 42, 42, 43, 44, 45, 46, 47 S. 92–141
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