ITMI20140229U1 - THERMOSENSIBILITY EFFECT ON THE INSULATING PANEL FOR EXTERIOR EXTERIORS - Google Patents

Description

TECHNICAL DESCRIPTION

THERMO-SENSITIVE EFFECT ON INSULATING PANEL FOR EXTERIORS - INTERIORS.

This Utility Model provides an improvement to the standard fireproof thermal insulation panel already on the market. The insulated structure, rigid and not load-bearing, composed of two aluminum or metal plates, inside made of materials such as: rock fiber, glass fiber

or self-extinguishing expanded polystyrene material. The exposed surface is completed with heat-sensitive paint that changes color tones with temperature; it is necessary

combine three protective materials that extend the life of the paint itself.

The heat-sensitive paint becoming transparent on the surface allows you to see the base color of the panel (it is advisable to use white for the base).

For external use it must be used

1) a thermosensitive paint manufactured for motor vehicles;

2) standard protective paint intended for thermosensitive automotive paint with UV filter; 3) water-based outdoor paint created by nanotechnology with UV filter.

4) The panel is completed with a sheet in plexiglass-like material (Resist manufactured by Evonik) with UV and shockproof filter that withstands the wear and tear deriving from public use and bad weather with a ten-year guarantee.

5) The plexiglass type plate will be fixed with a profile. The panel can be installed directly on existing walls by adhesion or a frame can be made by creating a ventilated facade.

For interiors, water-based heat-sensitive paint for interiors.

Only a protective varnish will be used, completing it with the plexiglass type plate.

Color change: the color tone will change with the temperature depending on the pigments and if the paint is water or solvent based the change occurs at different temperatures.

It will be necessary to do small experiments to control the pigment variation as the protective materials may delay the change slightly.

USE

The panel is suitable for use in public places such as subway stations. Outside for the covered outdoor walls of buildings. It is NOT SOLAR SHIELD.

In the future, thanks to the growing technological development of protective paints for outdoor use created in nanotechnology, it will be possible to make building facades with this panel as the heat-sensitive paint will be sufficiently protected.

BENEFITS

(Inside: 1) In addition to the fireproof (flame retardant) property of the panel already on the market, this improvement represents an added value: there would be an improvement in

, "thermal sensation" of people. Becoming transparent on the surface and showing the basic white color, it gives a sensation of freshness as well as aesthetic value.

2) This change in color tone also contributes to the human emotional balance, since the architectural structure together with the surrounding nature will change the color with the climatic seasons.

Outside: 1) the thermal insulation of the structure increases by becoming colored

clear - white since it has been proven that light colors reflect light and heat (as opposed to dark ones which attract it) allowing to increase energy savings; 2) There would also be a psychological - thermal advantage. The color of the walls becoming white in summer improves the human thermal sensation, contributing to a more balanced psychophysical state. Contributes to human health.

USABLE MATERIALS: Heat-sensitive paints created for motor vehicles (produced in the UK) - protective paints created by nanotechnology (US patent);

Plexiglass Resist (Evonik GE).

Claims (1)

CLAIM THERMO-SENSITIVE EFFECT ON THE INSULATING PANEL FOR EXTERIORS - INTERIORS. The improvement involves: 1) the use of heat-sensitive paint on the insulating panel (already in Business) ; 2) protected by protective varnish with UV filter, 3) use of a second protection with UV filter, water-based protective paint for external walls created by nanotechnology; 4) on the surface the addition of a sheet of plexiglass material (resisi made Evonik) with UV filter; 5) The panel is assembled from a profile. Use: for outdoors on indoor outdoor walls, not directly exposed to sunlight for long periods. Inside in public places such as subway stations.