CN203285015U - Quick floor heating nano carbon crystal plank brick - Google Patents

Abstract

The utility model discloses a floor heating quick-heating nano-carbon crystal wood brick, which belongs to the field of building decoration materials, and is specifically a floor heating quick-heating nano-carbon brick used for indoor heating in cold seasons. Rectangular bricks formed by cold pressing, which are surface reinforced insulating layer, heating layer, thermal insulation layer and waterproof layer. The surface reinforced insulating layer is made of any one of cement fiber sheet, glass magnesium sheet, steel plate and cold rolled plate ;The heating layer is made of nano-carbon wood pulp, nano-carbon wood board, electric heating film and carbon chip to connect the cable; the insulation layer is made of extruded polystyrene film board, phenolic foam board, rigid polyurethane board, pearl It is made of any one of the thermal insulation materials of rock foam board and foam glass; the waterproof layer is waterproof reflective aluminum foil. There are sockets for connecting cables on both sides corresponding to the insulation layer, and the sockets are connected to the power supply through a special group line. The utility model has excellent heat-making and heat-conducting properties, and directly heats ground materials such as marble on the upper layer, which is beneficial to human health and has remarkable energy-saving efficiency.

Description

Floor heating and quick heating nano-carbon crystal plank brick

technical field

The utility model relates to a building decoration material, more specifically, the utility model relates to a floor heating quick-heating nano-carbon crystal wood brick used for indoor heating in cold seasons, which is beneficial to human health and has remarkable energy-saving efficiency. the

Background technique

In the cold winter, in order to resist the invasion of the cold wave, people try to avoid going out and hide indoors to avoid the cold. But the temperature difference between indoor and outdoor is not enough to make people feel warm. Therefore, from ancient times to the present, people have gradually evolved from burning wood and charcoal fires to heating equipment such as hot water heaters, air conditioners and floor heating used by people in modern society. (Personal or small heating appliances such as hot water bags and baby warmers are not discussed in this article.) The above-mentioned heating equipment has its own advantages and disadvantages. The investment in equipment funds is huge, and it seems impossible to install and use it in residential buildings and buildings in southern cities in the near future; floor heating has begun to be used in some wealthy families, but floor heating has problems such as large heat loss, poor heating effect, slow effect, and complicated construction , high energy consumption and other defects; air-conditioning has been popularized in the family, and the effect of air-conditioning as cooling in hot summer is obvious, that is, the cooling effect is good, but the heating effect in cold winter is poor, that is, the heating effect is poor. The reason is that the hot and cold air flow in the opposite direction. The cold air presses down, while the hot air rises. Air conditioners are generally installed above the indoor walls. The hot air accumulates on the ceiling and is absorbed by the building's reinforced concrete, making people Still cold underfoot. In addition, due to the structure of the air conditioner, if you want to take into account both heating and cooling, you will inevitably lose sight of the other. In addition, if the air conditioner is used for a long time, the human body will feel dizzy, high blood pressure and other symptoms of physical discomfort, which is commonly known as "air conditioner disease". Therefore, in the southern region where central heating equipment cannot be used, it is urgent to launch a A heating product that overcomes the drawbacks of the above-mentioned equipment. Natural or artificial stones such as marble, granite, ceramic tiles and floor tiles have been widely used in indoor halls and other places. This kind of stone is beautiful, has a long service life, and is easy to clean, but there is an obvious defect. People feel "cold", which is more comfortable in summer and colder in winter. Therefore, to overcome the cold feeling of stone in winter, it can generate heat and heat in winter, and can give people a comfortable feeling all year round. It is the technical problem to be solved by the utility model. the

Contents of the invention

The purpose of the invention of the utility model is to overcome the deficiencies of the prior art, and provide a floor heating quick-heating nano-carbon crystal wood brick with good heating effect, good health, energy saving and environmental protection. the

The purpose of the utility model invention is achieved by the following technical solutions:

A floor heating quick-heating nano-carbon crystal wood plank brick is formed by bonding four layers of materials with adhesives and then cold pressing. The four layers of materials are respectively a surface-reinforced insulating layer, a heating layer, an insulating layer and a waterproof layer, and the described surface-reinforced insulating layer is made of any one of cement fiber sheet, glass magnesium sheet and steel plate; the described The heating layer is made of nano-carbon wood pulp, nano-carbon wood board, electric heating film and carbon chip to connect the cable; the insulation layer is made of extruded polystyrene film board, phenolic foam board, rigid polyurethane board , perlite foam board and foam glass any one of insulation materials; the waterproof layer is waterproof reflective aluminum foil, the two sides corresponding to the insulation layer are provided with sockets for connecting cables, and the sockets are connected through special wiring Connect the power supply. the

The purpose of the utility model invention can also be achieved through the following technical solutions:

The adhesive is modified polymer resin glue. Symmetrically arranged plugs are arranged on both sides of the dedicated assembly line. the

Compared with the prior art, the utility model has the following beneficial effects:

1. With excellent heating and thermal conductivity, it can raise the temperature of the ground by more than 20°C within 10 minutes, and directly heat the upper floor materials such as tiles, marble, and carpets. the

2. Nano carbon crystal material is a brand new material produced by combining modern electronic technology materials and chemical nanotechnology with other materials. It is characterized by not changing the physical and chemical characteristics and processing methods of raw materials, making processing The process, installation and use are basically the same as traditional materials. When heating is required in winter or in cold and humid seasons, this patented product will continue to emit invisible far-infrared light at about 40°C to the indoor space driven by electric energy, which is consistent with the main components of winter sunlight, invisible, warm, Comfort and health are the outstanding features of this nano-carbon crystal plank brick. Nano-carbon crystal wood plank bricks compounded with nano-carbon crystal heating materials produce the effect of invisible heating, filling the cold and humid winter with warm sunshine, and revolutionizing people's quality of life. the

3. Far-infrared light is a part of sunlight. Usually, the light waves that we can see with the naked eye are red, orange, yellow, green, blue, indigo, and purple. The wavelength is 0.4 to 0.75 microns, which is called visible light. The light waves from 0.75 to 1000 microns beyond this range that cannot be seen by the naked eye are infrared rays, which are called invisible light. Infrared rays are divided into near, middle and far infrared rays. Among far-infrared rays, the most beneficial to the human body is the light wave of 5 to 15 microns, which we call "the light of life", and this "light of life" is closely related to the reproduction of living things. Because the cells that make up biological organic species, their main molecules are water and polymer compounds. The light of life can activate the water molecular group due to shrinkage, and when the frequency is consistent with the movement frequency between the molecules and atoms of the cell body, the energy will be absorbed by the biological cells, causing resonance and resonance, and the vibration in the molecule will be accelerated. Large, activates tissue cells, makes blood good, promotes blood circulation, accelerates the supply of nutrients and enzymes, enhances metabolism, improves immunity, and also has deodorizing, drying, dehumidifying and antibacterial effects. the

4. The beneficial effects of far-infrared rays on the human body are specifically manifested in: activating water molecules, providing the body with oxygen; improving the microcirculation system; promoting new city metabolism; balancing the body's pH; accelerating blood circulation and improving the microcirculation of the brain tissue , so that brain cells get sufficient oxygen and nutrients, increase metabolism, improve the imbalance of the cerebral cortex, deepen the inhibition process, and play a role in calming and sleeping. the

Description of drawings

Figure 1 is a schematic diagram of floor heating and quick-heating nano-carbon crystal plank bricks;

Figure 2 is a schematic diagram of the connection between the floor heating and quick-heating nano-carbon crystal wood bricks and the special line;

Figure 3 is a schematic diagram of the installation and construction of nano-carbon crystal plank bricks for floor heating and rapid heating. the

In the figure: nano-carbon crystal wood brick 1, surface-reinforced insulating layer 2, heating layer 3, heat-insulating layer 4, waterproof layer 5, socket 6, special wiring 7, plug 8, dry gray cement 9, marble 10. the

Detailed ways

The utility model substantive content will be further detailed below in conjunction with accompanying drawing and embodiment:

A floor heating quick-heating nano-carbon crystal plank brick, which is made of four layers of materials bonded by adhesives and then cold-pressed. The adhesive adopts modified polymer resin glue, which requires strong viscosity, good stability, moisture and heat resistance, no aging or falling off after 20 years of use, and no release of any harmful substances. The four layers of materials are surface-reinforced insulating layer 2, heating layer 3, heat-insulating layer 4, and waterproof layer 5. The surface-reinforced insulating layer 2 is made of any hard material among cement fiber sheet, glass magnesium sheet and steel plate, and heat conduction is required. Good performance, good adhesion to tiles, good long-term use stability (more than 50,000 hours), surface material thickness: 3-8mm is acceptable, the compressive coefficient is required to be not less than 0.8MP, and the thermal conductivity is not less than 1.5w /mk. The heating layer 3 is made of any one of nano-carbon wood pulp, nano-carbon wood board, electrothermal film and carbon chip to connect the cable. The nano-carbon wood board is 5mm thick, and the nano-carbon wood pulp, electrothermal film and carbon chip Thickness: 0.5mm ~ 1mm is acceptable, heating time: within 10s to reach 35 ~ 40 ℃, power setting: 130W ~ 220W/㎡ adjustable, working voltage is divided into three levels: 110V\220V\380V, classified according to environmental requirements, Working frequency: 50HZ, electrical connection: requires three-proof (waterproof, anti-leakage, anti-humidity and corrosion) design, simple and error-free connection. The insulation layer 4 is made of any one of the insulation materials such as extruded polystyrene film board, phenolic foam board, rigid polyurethane board, perlite foam board and foam glass. Thermal conductivity: less than 0.05w/mk, material thickness is 20-50mm, according to the use requirements of layer height, compression coefficient: not less than 0.5MP, service life: more than 15 years. The waterproof layer 5 is a waterproof reflective aluminum foil, which is used to isolate the moisture on the ground. The two sides corresponding to the insulation layer are provided with a socket 6 for connecting cables, and the socket 6 is connected to a power supply through a special assembly line 7 . The special assembly line 7 is required to be equipped with a waterproof sheathed line with a wire diameter of 2.5 mm or more, and there are symmetrically arranged plugs 8 on both sides. , can connect 20 nano-carbon crystal plank bricks 1. the

Example:

1. The utility model is used as a special thickened ceramic tile, and is leveled and paved block by block in the form of concrete dry ash. Each nano-carbon crystal plank brick 1 has a two-phase or three-phase waterproof socket 6 on the side. Insert the plug of the special power cord 7 at the same time;

2. Use dry gray cement 9 to level the ground that does not need to be laid to form nano-carbon crystal plank brick quick-heating plots. Each plot is surrounded by mechanical support formed by dry gray cement 9, so that the ground forms a hard surface. whole;

3. Use modified polymer glue to directly bond surface materials such as marble 10, granite, tiles, floor tiles or carpets to the nano-carbon crystal wood brick quick-heating block, and then cut to cover it. the

Because the nano-carbon crystal wood brick 1 is surrounded by concrete to form an integral ground, the compressive strength of the system can reach more than 1.2MP, and the system shows cushioning properties against external forces, can disperse external forces to other parts, and has excellent seismic performance. There is no release of any harmful gas and no harmful electromagnetic radiation, which fully complies with the requirements of GB50209-2002 Construction Quality Acceptance Specifications for Building Ground Engineering and JGJ142-2004 Ground Radiant Heating Technical Regulations. The system produces a large amount of far-infrared rays, and the radiation height can reach 90cm, which is comparable to the sunlight in winter. The flame retardancy is excellent, reaching Class A, because the surrounding of dry gray cement 9 isolates most of the air erosion, and spreads the pressure very well, so that the life of the insulation material is greatly extended, and the overall life of the system can reach more than 20 years.

Claims (3)

1. the hot nanometer carbon crystal plank brick of floor heating speed, cold pressing and form again through adhesive is bonding by four layer materials, it is characterized in that: described four layer materials are respectively surface and reinforce insulating layer, heating layer, insulation layer and waterproofing course, and described surface reinforcing insulating layer employing Cement fibre sheet, glass magnesium sheet and steel plate wherein any one material are made; Described heating layer adopt receive carbon wood wood pulp, receive carbon plank, Electric radiant Heating Film and carbon wafer wherein any one material stube cable make; Described insulation layer employing extruded polystyrene thin web, phenolic foam board, hard polyaminoester plate, pearlstone foamed plate and foam glass wherein any one heat insulating material are made; Described waterproofing course is the waterproof reflective aluminium foil, and the both sides that described insulation layer is corresponding are provided with the socket of stube cable, and described socket connects power supply by the dedicated set line.

2. the hot nanometer carbon crystal plank brick of floor heating speed according to claim 1, is characterized in that: described adhesive employing modified high-molecular resin glue.

3. the hot nanometer carbon crystal plank brick of floor heating according to claim 1 speed, it is characterized in that: the both sides of described dedicated set line are provided with the plug of symmetric arrays.

Images