CN212499680U - Color-changeable heating picture - Google Patents

Abstract

The utility model provides a changeable colour generates heat and draws, warms up logical equipment technical field, specifically includes: the frame is embedded, the expansion nail is arranged, the aluminum plate and the thermochromic plate layer are isolated, and by arranging the thermochromic plate layer, the thermochromic spraying layer is white when the heating picture is not heated and is naturally integrated with the color of the wall surface, so that the visual sharp feeling is reduced; the thermochromic spray coating changes color when being heated, changes the color from white to colorful patterns, increases the experience feeling when in use, and can display the current heating state; in addition, will inlay the dress frame through the inflation nail and set up in the wall inslot, can reduce the occupation rate to wall usable floor area, keep the wall level and smooth nature.

Description

Color-changeable heating picture

Technical Field

The utility model relates to a warm equipment technical field that leads to, concretely relates to changeable colour generates heat and draws.

Background

Generate heat and draw as a neotype warm equipment of leading to, as warm logical and decorative facilities simultaneously, its convenience and aesthetic property receive more and more attention, through adding substances such as carbon atom that can produce soft infrared in the board that generates heat, can be when solving the low problem of indoor temperature, still increased indoor aesthetic property.

Because people are usually in the cold winter season that the temperature is lower to the user demand of drawing that generates heat, and the drawing that generates heat is difficult for demolising after hanging the installation, and the pattern of the drawing that generates heat of preparation completion is usually fixed unchangeable, uses for a long time and can cause user's visual fatigue and aesthetic fatigue.

SUMMERY OF THE UTILITY MODEL

In order to solve the problem, the utility model provides a changeable colour picture that generates heat.

The utility model provides a technical scheme is:

a color-changeable heating painting, the heating painting comprising: embedding a picture frame, expanding nails and isolating the aluminum plate and the thermochromic plate layer; the expansion nail is arranged on the embedded picture frame, and the embedded picture frame is fixedly embedded in an external wall groove through expansion; the isolation aluminum plate and the thermochromic plate layer are sequentially arranged in the embedded picture frame; the thermochromic sheet layer is flush with the exterior wall surface.

Preferably, the thermochromic sheet layer includes: the heat-insulation and heat-preservation composite plate comprises a clamping clip, a heat-insulation layer, a graphene heating layer, a heat-equalizing layer, an attachment bottom layer and a heat-discoloration spraying layer; the thermal insulation layer, the graphene heating layer and the soaking layer are sequentially arranged and clamped and fixed through the clamp; the adhesion bottom layer is sprayed on the uniform heating layer; the thermochromic spraying layer is coated on the attaching bottom layer.

Preferably, the graphene heating layer includes: a graphite plate and a graphene heating wire; be provided with in the graphite plate and walk the line hole, graphite alkene heating wire sets up walk the line downthehole.

Preferably, the heat insulation layer is an asbestos layer.

Preferably, the soaking layer is a marble layer.

Preferably, the adhesion bottom layer is a white mineral powder coating.

Preferably, the style of the picture on the thermochromic spraying layer can be different according to the style of the environment where the heating picture is located.

Compared with the prior art, the beneficial effects of the utility model are that:

the utility model provides an among the technical scheme: the frame is embedded, the expansion nail is arranged, the aluminum plate and the thermochromic plate layer are isolated, and by arranging the thermochromic plate layer, the thermochromic spraying layer is white when the heating picture is not heated and is naturally integrated with the color of the wall surface, so that the visual sharp feeling is reduced; the thermochromic spray coating changes color when being heated, changes the color from white to colorful patterns, increases the experience feeling when in use, and can display the current heating state.

In addition, will inlay the dress frame through the inflation nail and set up in the wall inslot, can reduce the occupation rate to wall usable floor area, keep the wall level and smooth nature.

Drawings

FIG. 1 is a schematic structural view of a thermochromic sheet layer of the present invention;

fig. 2 is a schematic structural view of the graphene heating layer of the present invention;

FIG. 3 is a schematic view of the structure of the picture frame embedded in the present invention;

FIG. 4 is a schematic view of the installation of the insulating aluminum plate and thermochromic sheet layers of the present invention;

wherein, 1-embedding a picture frame; 2-expansion nails; 3-isolating the aluminum plate; 4-a thermochromic sheet layer; 401-card holder; 402-a thermal insulation layer; 403-a graphene heating layer; 404-heat equalizing layer; 405-attaching a bottom layer; 406-thermochromic spray coating; 4031-graphite plate; 4032-graphene heating wire.

Detailed Description

For a better understanding of the present invention, reference is made to the accompanying drawings and examples, which are set forth in the following description and are incorporated in the following description.

A color-changeable heating painting, the heating painting comprising: embedding a picture frame 1 and a plurality of expansion nails 2, and isolating an aluminum plate 3 and a thermochromic plate layer 4; the expansion nail 2 is arranged on the embedded picture frame 1, and the embedded picture frame 1 is fixedly embedded in an external wall groove through the expansion nail 2; the isolating aluminum plate 3 and the thermochromic plate layer 4 are sequentially arranged in the embedded picture frame 1; the thermochromic sheet layer 4 is flush with the exterior wall surface. The size of the embedded picture frame 1 is 1.5m x 1.0m, the thickness is 5cm, and the material is resin material. The number of the expansion nails 2 is 4, and the expansion nails are arranged on two sides of the embedded picture frame 1 in pairs. Installing before the picture generates heat, will treat the installation region, set up 5 cm's cell body, inflation nail 2 will inlay dress frame 1 fixed mounting in the wall inslot. The heating picture further comprises a power supply lead, the power supply lead is electrically connected with the graphene heating wire 4032 in the thermochromic board layer 4, and the power supply lead passes through a wiring channel which is arranged in the wall in advance. The insulating aluminum plate 3 serves to insulate the far infrared rays radiated in the thermochromic sheet layer 4.

The thermochromic sheet layer 4 includes: the heat-insulation layer comprises a clamp 401, a heat-insulation layer 402, a graphene heating layer 403, a soaking layer 404, an adhesion bottom layer 405 and a thermochromic spraying layer 406; the heat insulation layer 402, the graphene heating layer 403 and the heat equalizing layer 404 are sequentially arranged and clamped and fixed by the clamp 401; the adhesion bottom layer 405 is sprayed on the heat equalizing layer 404; the thermochromic spray coating 406 is painted on the adhesive primer layer 405. The heat insulation layer 402, the graphene heating layer 403 and the soaking layer 404 are arranged in a non-integrated mode, the clamp 401 is clamped, and the clamp 401 is made of resin. The heating layer 402 is used for preventing heat energy generated by the graphene heating layer 403 from being dissipated to the back, and has a heat insulation function; the graphene heating layer 403 generates far infrared radiation energy after being electrified; because the graphene heating wire 4032 in the graphene heating layer 403 is arranged in a coiling manner, the phenomenon of nonuniform heating inevitably occurs, the uniform heating layer 404 is used for overcoming the phenomenon of nonuniform heating of the graphene heating layer 403, and the uniform heating layer 404 is made of a material with good heat conduction and can homogenize heat, so that the thermal discoloration spraying layer 406 uniformly discolors, and the problem of poor local discoloration effect is avoided. The attached bottom layer 405 is arranged in a spraying mode, a rough surface is formed on the heat equalizing layer 404, drawing of the heat discoloration spraying layer 406 is facilitated, in addition, the attached bottom layer 405 provides a white bottom surface for the discoloration spraying layer 406, the display effect after discoloration is enhanced, and finally the attached bottom layer 405 can absorb trace far infrared radiation energy to generate negative ions beneficial to the indoor environment.

The graphene heat generating layer 403 includes: a graphite plate 4031 and a graphene heating wire 4032; a wiring hole is formed in the graphite plate 4031, and the graphene heating wire 4032 is arranged in the wiring hole. The wiring hole is arranged in the graphite plate 4031 in a coiling way; the graphite plate 4031 also has excellent thermal conductivity.

The heat insulation layer 402 is an asbestos layer and is 1.5cm thick.

The soaking layer 404 is a marble layer 1.5 cm.

The attached bottom layer 405 is a white mineral powder coating with a thickness of 1 mm.

The picture style of the thermal discoloration spraying layer 406 can be coated with different styles according to the style of the environment where the heating picture is located, the thermal discoloration spraying layer 406 is made of temperature sensing powder or temperature sensing ink with different properties, the color is changed from white when heating, and the drawn thickness is within 2 mm.

It is to be understood that the embodiments described are only some of the embodiments of the present invention, and not all of them. Based on the embodiments in the present invention, all other embodiments obtained by a person skilled in the art without creative efforts belong to the protection scope of the present invention.

Claims (7)

1. A color-changeable heating picture, characterized in that the heating picture comprises: the picture frame (1) is embedded, a plurality of expansion nails (2) are embedded, and the aluminum plate (3) and the thermochromic plate layer (4) are isolated;

the expansion nail (2) is arranged on the embedded picture frame (1), and the embedded picture frame (1) is fixedly embedded in an external wall groove through the expansion nail (2);

the isolation aluminum plate (3) and the thermochromic plate layer (4) are sequentially arranged in the embedded picture frame (1);

the thermochromic sheet layer (4) is flush with the outer wall surface.

2. The pyrograph as defined in claim 1, wherein the thermochromic sheet layer (4) comprises: the heat-insulation layer comprises a clamp (401), a heat-insulation layer (402), a graphene heating layer (403), a soaking layer (404), an adhesion bottom layer (405) and a thermochromic spraying layer (406);

the heat insulation layer (402), the graphene heating layer (403) and the heat equalizing layer (404) are sequentially arranged and clamped and fixed through the clamp (401);

the adhesion primer layer (405) is sprayed on the heat equalizing layer (404);

the thermochromic spray coating (406) is painted on the adhesive bottom layer (405).

3. The heating painting of claim 2, characterized in that the graphene heating layer (403) comprises: a graphite plate (4031) and a graphene heating wire (4032);

a wiring hole is formed in the graphite plate (4031), and the graphene heating wire (4032) is arranged in the wiring hole.

4. A heat generating painting according to claim 2, characterised in that the heat insulating layer (402) is an asbestos layer.

5. The heat generating painting of claim 2, wherein the soaking layer (404) is a marble layer.

6. A heat generating painting as claimed in claim 2, characterised in that said adherent substratum (405) is a white mineral powder coating.

7. The pyrograph as defined in claim 2, wherein the picture style of the thermochromic sprayed layer (406) is applied in different styles depending on the style of the environment in which the pyrograph is located.

Images