INVERNADERO AGRO-INDUSTRIAL DE PRODUCCION ESTIMULADA
Agro-industrial greenhouse of stimulated production, which consists of terrain delimited by transparent lateral (2) enclosures and by a transparent cover (1), characterized in that it comprises: - A shelf of pebbles (10), - a layer of land (9), located on the pebble bed (10), - An instrumental endow...
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Zusammenfassung: | Agro-industrial greenhouse of stimulated production, which consists of terrain delimited by transparent lateral (2) enclosures and by a transparent cover (1), characterized in that it comprises: - A shelf of pebbles (10), - a layer of land (9), located on the pebble bed (10), - An instrumental endowment, comprising: - a pyranometer (3) intended to measure the solar radiation existing in the place, - an underground hygrometer (8) with a measurement probe destined to be located in an intermediate area of the ground layer (9), - a biologically assimilable nitrogen detector, incorporated in the hygrometer (8), - a CO2 (7) meter, with a tube located in an interior area of the greenhouse, -A digital processor, with a memory comprising a table of optimal references, intended to process the signals received by the instrumental endowment, - A septic tank (14) for the storage of biological waste that in turn comprises: - a water sprayer (19) designed to produce evaporative cooling of waste to promote the fermentation and production of methane, and - a drain (13) controlled by an automatic and regulated actuation valve according to a logic of operation of the digital processor, - a plurality of pipes (11) incorporating inlet mouths (12) intended to be connected with the drain (13), output pores (45, 47) along its length and closing caps at the ends, - a chimney (28) of smoke extraction with at least one mouth and an outlet that converges in a smoke collector (5), - a shower (22), located in the chimney (28), - a burner device to be selected from a solid fuel burner (29), a liquid fuel burner (41), a gaseous fuel burner (37) and an aggregation of the foregoing, where: - The fireplace (28) has as many entrance mouths as burners (29, 37, 41) there is, - each input mouth of the fireplace (28) comprises a short-shot (32, 33, 35) to control the passage of the smoke flow rate according to the signal received by the digital processor, - each burner (29, 37, 41) is associated with a fan (27, 38, 43) intended to insufflate an air flow that is a function of the signal received by the digital processor, - the shower (22) supplies water to countercurrent smoke destined for laundering of fumes, - the smoke collector (5) penetrates the cover (1) of the greenhouse to connect with a distribution pipe (4) of CO2 bored, to allow the output of the carbon dioxide, and that it is distributed through the greenhouse, - The digital processor is configured to act on the system according to th |
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