MANUFACTURING PROCEDURE OF A HEAT RADIANT COVERING

Patent number:

ES2402034A1

Galicia.svg
No items found.

The present invention relates to a process for manufacturing a radiant heat coating, electrically powered and usable as a heated coating, with its own thermal emission capacity and constituted in such a way that the entire surface of the coating in contact with the air acts as a thermal emitter. . Another object of the invention is the heatable coating obtained with the aforementioned process.

Countries:
Spain
Regions:
Galicia
Centers:
FUNDACION PARA LA PROMOCION DE LA INNOVACION INVESTIGACION Y DESARROLLO TECNOLOGICO EN LA INDUSTRIA DE AUTOMOCION DE GALICIA
Other entities:
Sectors:
New & Sustainable Materials
Aerospace
Automotive & Rail
Textile
Construction
Subsectors:
TRL Level:
TRL 6 – technology demonstrated in relevant environment (industrially relevant environment in the case of key enabling technologies)
BRL Level:
BRL3. Draft of Business model described market potential & competitive overview
PDF Link:
Download here
Video Link:
Watch it here
Sustainable Development Goal:
SDG03: Good health and well-being
Applications

There are numerous heat exchange systems that generate a heat flow caused by the temperature gradient from a point of origin that can be either an element located at a specific point in space or a surface at a certain height. However, the main novelty of the coating of the invention and its greatest contribution is that the source of heat emission can be distributed over the entire contact surface of the coating in a more uniform way than with known heat exchange systems, so that the effective surface of heat transmission is maximum and with it also the efficiency of the process. One more advantage of the coating of the invention is that it can be powered by a low-intensity electric current, which enables it to be powered by autonomous sources, such as batteries, solar panels, etc. Existen numerosos sistemas de intercambio térmico que generan un flujo de calor causado por el gradiente de temperatura desde un punto de origen que puede ser, o bien un elemento ubicado en un punto concreto del espacio o bien una superficie a una altura determinada. Sin embargo, la principal novedad del recubrimiento de la invención y su mayor aportación estriba en que el foco de emisión del calor puede repartirse en toda la superficie de contacto del recubrimiento de forma más uniforme que con los sistemas de intercambio térmico conocidos, de modo que la superficie efectiva de transmisión de calor sea máxima y con ello también la eficiencia del proceso. Una ventaja más del recubrimiento de la invención es que puede ser alimentado con una corriente eléctrica de baja intensidad, lo cual posibilita su alimentación con fuentes autónomas, tales como baterías, placa solares, etc.

Comments

Other related patents

Chemicals
New & Sustainable Materials

VIBROACOUSTIC SPECTROMETRY SYSTEM FOR THE NON-DESTRUCTIVE ANALYSIS OF MATERIALS (MACHINE-TRANSLATION BY GOOGLE TRANSLATE, NOT LEGALLY BINDING)

Countries
Spain
Know more
New & Sustainable Materials

SELF-REPAIRING ELECTRO-STIMULATED MATERIALS

Countries
Spain
Know more
New & Sustainable Materials
Chemicals

A COMPUTER IMPLEMENTED METHOD FOR IDENTIFYING A ORGANIC MOLECULE FROM ATOMIC FORCE MICROSCOPY IMAGES BY GENERATING A 2D COLORED RGB STRUCTURAL REPRESENTATION OF SAID MOLECULE IN THE FORM OF A BALL- AND-STICK DEPICTION

Countries
Spain
Know more
Get back to patents directory