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POLARIS REPRAP (Solar 3D Printer)

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3D model description

(English)
CONCEPTUAL PROTOTYPE.

Summary.
Resume of Knowledge.
Description and Operation:

The "Polaris RepRap" solar printer has a core that prints inside a photophoretic trap and opto-acoustic levitation of the sinterable material.
The impression is total and instantaneous, when the armor of negative curvature activates all coordinates volumetric orthogonal at once and these diodes are they polarize by becoming translucent when receiving voltage / light.

The external fuselage synthesizes the radiation coming from the Sun and transforms it into electrical energy. Also I know synchronize to enable or restrict the passage of light
solar towards the interior of the Nucleus.
With the energy captured by the gyroscopic fuselage, they start the electromagnets of the internal dynamo.
Everything in its structure is purely wireless, instead
Tesla Induction Coils, generators are used,transducers, inverters, multipliers, receivers and high frequency emitters.

The computer is purely mechanical; one logics gates code made with thermokinetic metamaterials and piezoelectric components operate your Central Processing Unit.
3D models are binary stereolithography.
The Instruction Set is functional. Memory contains the volumetric coordinate sequences to manufacture modular space stations, rovers, rangers, satellites, telescopes and small versions of itself.

All these structures are sintered quickly since the internal spaces are lattices. The concepts are from unfolding, telescopic, folding architecture, collapsible and with variable metamaterial topologies according to
thermal, optical, acoustic, elastic properties, compressible, kinetic or dynamic that are required in each
section and component of the sinterable models in the outer space through the Sun.

All prints are coated and post-treated with graphene / airgel / suitable resin.
The propulsion uses Coanda's Rings and Profiles in set with compression turbines and converging nozzles.
The POLARIS has an entire hive of ships Self-replicating Tetrahedrons from Reuleaux (a streamlined solid with constant width).
They are Modules equipped with measuring instruments, sensors, a laser defense system with radar and cannon
High power. Finally, a SLS printer module Integrated, with self-replicating capacity (RepRap).

(Español)
PROTOTIPO CONCEPTUAL.

Resumen.
Estado del Conocimiento.
Descripción y Funcionamiento:

La impresora solar "Polaris RepRap" posee un núcleo que

imprime dentro de una trampa fotoforética y de levitación

opto-acústica del material sinterizable.
La impresión es total e instantánea, cuando el blindaje de

curvatura negativa activa todas las coordenadas

volumétricas ortogonales a la vez y estos diodos se

polarizan volviéndose traslúcidos al recibir voltaje/luz.

El fuselaje externo sintetiza la radiación proveniente del

Sol y la transforma en energía eléctrica. Además se

sincroniza para habilitar o restringir el paso de la luz

solar hacia el interior del Núcleo.
Con la energía captada por el fuselaje giroscópico, se

ponen en marcha los electroimanes del dínamo interno.
Todo en su estructura es puramente inalámbrico, en cambio

se emplean Bobinas de Inducción de Tesla, generadores,

transductores, inversores, multiplicadores, receptores y

emisores de alta frecuencia.

La computadora es puramente mecánica; un código de puertas

lógicas hechas con metamateriales termocinéticos y

componentes piezoeléctricos hacen funcionar su Unidad

Central de Procesamiento.
Los modelos 3D son estereolitografías en binario.
El Set de Instrucciones es funcional. La memoria contiene

las secuencias de coordenadas volumétricas para fabricar

estaciones espaciales modulares, rovers, rangers,

satélites, telescopios y versiones pequeñas de sí misma.

Todas estas estructuras se sinterizan rápidamente ya que

los espacios internos son celosías. Los conceptos son de

arquitectura desplegable/extendible, telescópica, rebatible, colapsable y con topologías metamateriales variables según las propiedades térmicas, ópticas, acústicas, elásticas, compresibles, cinéticas o dinámicas que se precisen en cada sección y componente de los modelos, sinterizables en el espacio exterior, mediante el Sol.

Todas las impresiones son recubiertas y post-tratadas con

grafeno/aerogel/resina idónea.
La propulsión utiliza Anillos y Perfiles de Coanda en

conjunto con turbinas de compresión y toberas convergentes.
El POLARIS tiene una colmena entera de naves auto-replicantes con forma de Tetraedros de Reuleaux (un

sólido aerodinámico con ancho constante).
Son Módulos equipados con instrumentos de medición,

sensores, un sistema de defensa láser con radar y cañón de

alta potencia. Finalmente, un módulo de impresora SLS

integrada, con capacidad auto-replicante (RepRap).

|E. D. Renzi, Argentina|

Thanks!!!

3D printing settings

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  • 3D file format: RAR
  • Publication date: 2021/02/23 at 22:49

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