Componentes inteligentes en 3D = Smart 3D-components
DOI:
https://doi.org/10.20868/ade.2019.4045Keywords:
Componentes 3D, Pod 3D, Cabina 3D, Compacto en 3D, funciones inteligentes, espacio flexible, sistema de objetos, 3D-components, 3D-pod, 3D-cabin, 3D-compact, smart functions, flexible space, objects systemAbstract
La fabricación de componentes 3D a través de la línea de ensamblaje implica un alto grado de valor agregado, entre los cuales se incluyen características inteligentes. Las funciones inteligentes nos permiten reconfigurar rápida y fácilmente el espacio donde están instaladas. Este tipo de propiedades suelen estar relacionadas con la comodidad del habitante y las instalaciones (iluminación, sonido, acondicionamiento térmico ...), pero también con la configuración del espacio. Por esta razón, para facilitar su movimiento o reemplazo, su peso y tamaño se convierten en un factor muy importante. Dentro de los componentes 3D, los más adecuados para cumplir estas funciones son los pods 3D y los compactos 3D. El dB alFA-G.100 sirve como fuente de las muestras más importantes del tipo de componentes que se están revisando en este documento, sus propiedades y características se nombran, definen y comparan. Para finalizar, se demuestra cómo las redes de suministros generales son la guía principal para organizar las relaciones espaciales entre los componentes inteligentes 3D (y cuáles son los más utilizados), pudiendo no solo obtener una nomenclatura de componentes inteligentes 3D y su clasificación, sino también incluir las reglas de sintaxis entre ellas que admiten configurar el espacio en ellas.
Abstract
Manufacturing 3D-components through assembly line implies a high grade of added value, among which smart features are included. Smart features allow us to reconfigure quickly and easily the space where they are installed. This kind of properties are usually related to the comfort of the inhabitant and the facilities (lighting, sound, thermal conditioning ...), but also to the configuration of the space. For this reason, in order to facilitate its movement or replacement, their weight and size become a very important factor. Within 3D-components, the most suitable to fulfill these functions are the 3D-pods and the 3D-compacts. The dB alFA-G.100 serves as a source of the most important samples of the kind of components that are being reviewed in this paper, their properties and characteristics are named, defined and compared. To end, it is proved how general supplies networks are the main guide to arrange the spatial relations among 3D smart components (and which are the most used), being able not only to obtain a 3D-smart components nomenclature and its classification, but also to syntax rules between them which support to configure the space into they are include
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